Parts list¶

This is the full list of parts read from Naya's public FCC filings for the Create halves, the Speedlink dongle and the Tune, Touch and Track modules, with the unconfirmed readings kept apart from confirmed part numbers, and the open hardware questions with what would settle each. The same list is published as a data file, parts.json. The one thing to know: every photographed unit is a pre-production sample the lab received on 2025-06-20, so retail boards may differ.

At a glance

222 main rows: 199 confirmed and 16 corrected by a blind re-read, plus 7 new rows from the exhibits obtained on 2026-09-23 (one extraction pass).
21 identified part numbers, 20 boards, 47 unconfirmed readings, 26 open questions.
Nothing was opened for this list: it reads only public FCC exhibits, vendor manuals and datasheets.
Candidates in the unconfirmed table are reasoning, never part numbers.
Data file and page are CC BY 4.0; the facts come from public records.

What the list is and how it was verified¶

The list was built from the FCC exhibits in 25 extraction passes and then checked by 16 adversarial passes that re-read every cited crop blind and gave each row a verdict; the method is described on Board inventory DOC. When it was built it had 215 main rows (199 confirmed, 16 corrected), 21 identified part numbers, 48 unconfirmed readings, 50 rejected readings and 27 open questions across 20 board entries. The 16 exhibits obtained on 2026-09-23 add 7 rows (LB-20 left label, LB-21 dongle label, LB-22 confidentiality letters, LB-23 dongle SAR report, LB-24 left-half RF-exposure report, DG-19 dongle antenna position, ACC-08 SAR extension cable), settle one unconfirmed reading (U-LB-04b, the ISED numbers) and one open question (OQ-25, the missing exhibits), and extend about 20 rows: 222 main rows, 47 unconfirmed readings, 50 rejected readings and 26 open questions now. The 7 new rows had one extraction pass, not the blind re-read DOC¹.

Verdicts: confirmed (a blind re-read found the same marking and the identity holds), corrected (the re-read found a different or fuller value, which the row now carries), unverifiable (kept only in the unconfirmed table), refuted (dropped from the list), and new for the 2026-09-23 rows DOC. The list reads only public FCC exhibits and vendor manuals and datasheets; no hardware was opened for it DOC. The page and the data file are licensed CC BY 4.0 like the rest of the site; the underlying facts come from public FCC records².

How to read a row¶

Each row carries an ID, the location on the board, the part, the maker, the function, the marking as read (verbatim, followed by a legibility mark [clear], [partial] or [illegible]), the source (FCC ID, exhibit and lab attachment page, as explained on Regulatory records), the basis (tag and verdict) and notes DOC. The sections are: identifiers and marks; board inventory; half mainboard; wing; dock (thumb-key) board; module dock interface; half enclosure, switches, keycaps and mechanics; dongle; Tune main board; Tune disc, dial and enclosure; Touch main board; Touch sensor, pogo and enclosure; Track main board; Track sensors, pogo, interposer, motor and enclosure; batteries and ratings; accessories in the box DOC.

A "candidate" in the unconfirmed table is reasoning and never a part number: for example a Winbond W25Q family and capacity for the flash, a C&K PCM12-class slide switch, NAYA-700-3 for the Tune base, WS2812/SK6812 for the LEDs, CST3640 for the Tune disc DOC INFERRED. Rows measured on hardware read measured on one <unit>, <firmware>, <date>. The list contains no serial number, serial-number template value, lab sample number or QR payload: where a label has a serial field, the row says that the field exists and gives no value DOC.

The published data file¶

parts.json holds the same rows as this page: boards, part_number_index, parts (fields id, section, location, part_number, manufacturer, function, marking, verdict, verdict_note, tag, source, notes, image, image_source), unconfirmed, open_questions, exhibits (the citation codes) and counts. Compared with the working file behind it, this edition:

drops every research-run field (verification pass pointers, local file names, inputs, per-row comparisons) and carries no private references;
corrects two rows from the dongle report's text layer: the dongle's filing is "2 Mbps only" (not 1M / 2M / 125k), and its power setting is 8 / 7 / 8 across 2402 / 2442 / 2480 MHz; the half SoC's first marking line is published as N528… (partial) DOC¹;
applies the 2026-09-23 exhibits to the rows they touch: the grant dates and grant lines now come from FCC EAS (LB-02a/b/c), all three ISED numbers (LB-04), the left half's KC and MIC numbers and the dongle's placeholders (LB-05, LB-06), the marks on the left and dongle labels (LB-07 to LB-13), the left label exhibit (LB-15), the SAR test software (LB-19), the 0.59 dBi in the left half's MPE report (HM-12), the dongle's exterior photos (DG-15, DG-18), its 5 V 30 mA rating (BAT-20), the left enclosure marks (EN-10 to EN-13), the lab cable (ACC-02) and the dongle's one troubleshooting line (ACC-03) DOC¹;
states the three-way disagreement on module capacities in BAT-16 (website 1500 / 800 / 800, v1.1.0 manuals 1500 / 1500 / 700, filed 1000 / 700 / 600 mAh) instead of the website figures alone DOC;
extends HM-14: the right-half crop also shows a D+ label and one beginning US (the left half's USB), so both halves most likely carry the same debug and USB test-pad set; D- is still not seen on either DOC INFERRED;
rewords PD-09, PD-10 and PD-11 after the paper-clip test (below), and moves EN-06 (the end cap as the RF window) from INFERRED to DOC on the vendor's own statement MEASURED DOC³⁴.

Already answered since the list was built: the half's dock magnets are real magnets, 6 per bay, the 2 features beside the contacts (PD-11) and the 4 blocks on the carrier plate (PD-10); the 5 blocks on the bay bracket (PD-09) did not attract a steel paper clip MEASURED (owner's board, 2026-09-23) INFERRED. OQ-13 stays open for the module bases.

About the images¶

The photos on this page and the other hardware pages are crops of Naya B.V.'s FCC exhibits, which are public records on apps.fcc.gov (grantee code 2BQ4V). Identifying marks were removed before publication: QR and 2D codes, serial numbers and serial-number fields, lab sample tags and handwriting are blurred or blacked out, while part markings and board silkscreen are left legible. Each image cites its FCC ID and exhibit: board views in their caption, part crops in the title shown when the image is opened. A row without a crop of its own shows its board instead, and a dash means there is nothing to photograph (report text, USB descriptors, manual text). Click any image to zoom DOC¹.

Boards¶

Board	Name	Marking as read	Verdict	Row
Left half mainboard	`Create_L_KB_20250220_V13`	`Create_L_KB_20250220_V13` / `T=1.0MM`, circled `L`, on both faces [clear]	confirmed	HM-01
Right half mainboard	`Create_R_KB_20250221_V13`	`Create_R_KB_20250221_V13` / `T=1.0MM`, circled `R` [clear]	confirmed	HM-02
Left wing board	`Create_L_Wing_20250206_V11`	`Create_L_Wing_20250206_V11` / `T=1.0MM` [clear]; separate stamp `25 15` [clear]	confirmed	WG-01
Right wing board	`Create_R_Wing_20250206_V11` (middle INFERRED)	`Create_R` ... `0250206_V11`, `1.0MM`; `_Wing_2` hidden under a QR label; fiducial `MARK3` beside [partial]	confirmed	WG-02
Left dock (thumb-key) board	`Create_L_Dock_20241120_V09`	`Create_L_Dock_20241120_V09` / `T=1.0MM`, circled `L`, struck-through `Pb` (lead-free) circle [clear]	corrected	DK-01
Right dock board	`Create_R_Dock_20241120_V09`	`Create_R_Dock_20241120_V09` / `T=1.0MM`, circled `R`, `MARK5`, `MARK6`, Pb-free circle [clear]	confirmed	DK-02
Left pogo board	`Create_L_PogoPin_20250109_V10`	`Create_L_PogoPin` / `20250109_V10`, `T=0.6MM`, circled `L`, Pb-free circle, QR label [clear]	confirmed	PD-01
Dongle board	`B0K17_Dongle_20241106_V01`	Silkscreen `B0K17_Dongle` / `20241106_V01` [clear]; report text layer spells the second character as digit zero (U+0030)	confirmed	DG-01
Tune main board (ring)	`Tune_MB_20250227_V09`, part no. `408-06032-000`	`Tune_MB_20250227_V09` / `408-06032-000` / `T=0.8mm` on both faces, Pb-free circle, stamp `25 12`, chevron fab logo [clear]	confirmed	TUM-01
Tune touch/LED disc	`Tune_touch 20240926 V00`	`Tune_touch` / `20240926` / `V00` (lower-case 'touch'), chevron logo, gold edge ring [clear]	confirmed	TUX-01
Touch main board	`Touch_MB_20250227_V10`, part no. `408-06025-000`	`Touch_MB_20250227_V10` / `408-06025-000` / `T=1.0MM` on three lines, Pb-free, chevron logo [clear]	confirmed	TCM-01
Touch sensor board	`Touch_touch_20250106_V02`	`Touch_touch_20250106_V02`, stamp `25 12`, chevron logo [clear]	confirmed	TCX-01
Touch pogo board	`Touch_Pogo_Pin_<date>_V0x` (INFERRED from the Track name)	`Tou`...`in` / `20`...`V0?` (middle under a 2D sticker); stamp `25 10`; Pb-free, chevron logo [partial]	confirmed	TCX-08
Track main board (ring)	`Track_MB_20250305_V13`, part no. `408-06028-000`	`408-06028-000` / `Track_MB_20250305_V13` / `T=1.0MM`, Pb-free, stamp `25 15`, chevron logo [clear]	confirmed	TKM-01
Track sensor board, left	`SensorL_20241125_V09`	`SensorL_20241125_V09`, circled `L` [clear]	confirmed	TKX-01a
Track sensor board, right	`SensorR_20241125_V09`	`SensorR_20241125_V09`, circled `R`, Pb-free [clear; R glyph faint]	confirmed	TKX-01b
Track pogo board	`Track_Pogo_Pin_20241122_V08`	`Track_Pogo_Pin_20241122_V08`, Pb-free; date stamp `25 1?` [name clear; stamp partial]	corrected	TKX-05
Track dock interposer board	no name visible	`J11` 4-pin male header (`GND`, `RX`, `TX` + 1 unlabeled pin); `J4` 4-pin header (`ON`, `5V`, `GND` + 1 unlabeled); `BOOT1` pad; `C39`, `C47`, `C51`, `C52`, `D40`, `D44` (partial), `D75`; QR sticker [clear except where marked]	confirmed	TKX-09
Right pogo board name	-	Circled `R`, Pb mark, `GND_4`, `BOOT_2`, `5V_1`, `RX_2`; name under a QR sticker; `Cr` / `Pin` / `10` fragments very low confidence; edge text `?0010`	unverifiable	U-PD-02
T-shaped sub-board	-	Green PCB about 10 x 7-9 mm; metal frame about 9.3 x 3.7 mm with a white 'pill' about 3.3 x 1 mm at one end of a slot; 6 pads on the crossbar; about 1.2-1.5 mm unmarked IC; no board name	unverifiable	U-TUX-16

Part-number index¶

Confirmed identities only, one row per part; the Rows column points to the full rows below DOC.

Part	Maker	Function	Where	Rows
nRF52840, CKAA (WLCSP), build D0	Nordic Semiconductor	BLE SoC	Both halves (U2), dongle (U1)	HM-04, DG-04
Serial NOR flash, P/N unread	Winbond	External QSPI flash	Both halves (U1)	HM-09
RF0400A	Boen	PCB antenna, 0.8 dBi	Both halves	HM-12
RF0401A	Boen	PCB antenna, 3.11 dBi	Dongle	DG-09
CPG-1232 (Kailh PG1232)	Kailh	Low-profile key switch	Both halves, spares	EN-01, ACC-06
STM32F411CEU6	STMicroelectronics	Module MCU	Tune, Touch, Track	TUM-03, TCM-03, TKM-03
MT5705	Maxic Technology	Qi 5 W receiver	Tune, Touch, Track	TUM-04, TCM-05, TKM-05
SGM41523 (base variant, `41523DF`)	SG Micro	1-cell switch-mode charger	Tune, Touch, Track (U8)	TUM-05, TCM-06, TKM-06
SGM62117 (`01KGH`)	SG Micro	Buck-boost converter	Tune (U6), Touch (U3)	TUM-06, TCM-09
CST3640	Hynitron	Capacitive touch controller	Touch sensor board (Tune: candidate, U-TUX-03)	TCX-02
MMBT3904 class (`1AM`)	multi-source	NPN transistor	Tune Q3, Touch Q4	TUM-10, TCM-12
B5819W / 1N5819W class (`SL`)	multi-source	Schottky 40 V 1 A	Tune, Touch, Track	TUM-11, TCM-13, TKM-11
1N4148W / 1N4148WS class (`T4`)	multi-source	Switching diode	Tune, Touch, Track	TUM-12, TCM-17, TKM-11
100 uF 6.3 V tantalum (`J107`)	not identified	Bulk capacitor	Tune, Touch	TUM-14, TCM-15
`YC32.0` 32 MHz crystal	not identified	HFXO	Halves, dongle	HM-07, DG-06
`YC16.0` 16 MHz crystal	not identified	STM32 HSE	Tune, Touch, Track	TUM-15, TCM-10, TKM-07
`FH301217` 3.7 V 50 mAh 0.185 Wh	not identified	Half cell	Each half	BAT-01
`FH 202030` 3.7 V 1000 mAh 3.7 Wh	not identified	Tune pack	Tune	BAT-06
`FH364046` / `FH364045` 3.7 V 700 mAh 2.59 Wh	not identified	Touch cell(s)	Touch	BAT-09, BAT-10
`QS801630 1S2P` 3.7 V 600 mAh 2.22 Wh (2 x 300 mAh)	not identified	Track pack	Track	BAT-13, BAT-14
`NAYA-800-1(NAYA-CREATE)`; `NAYA-100-1(Dongle)`	Naya B.V.	Model numbers	Halves; dongle	LB-01, DG-17a

The tables, board by board¶

Each table follows one section of the data file. The accessories rows include the 1 m USB-C Y-cable (jacket print 30V, VW-1, a temperature rating and a partly legible style number: a UL AWM-class cable, INFERRED); the lab used a 0.8 m unshielded USB cable without ferrite, which is not the retail cable DOC INFERRED.

Identifiers, grants and certification marks¶

Both halves and the dongle. Label artwork: right half CRR LBL, left half CRL LLOC, dongle DG LBL. Rows LB-20 to LB-24 come from the exhibits obtained on 2026-09-23 (one extraction pass).

Right half label artwork, regulatory block ('Create-R Engraving Reference Sheet'). FCC ID 2BQ4V0825CRR, Label (Create-R Engraving Reference Sheet), page 1, vector artwork, rotated upright. Identifying marks removed.

Left half label artwork, regulatory block ('Create-L Engraving Reference Sheet'). FCC ID 2BQ4V0825CRL, Label Location, page 1, vector artwork, rotated upright. Identifying marks removed.

Speedlink dongle label artwork. FCC ID 2BQ4V0825DG, Label, page 1, vector artwork. Identifying marks removed.

ID	Image	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
LB-02a		Grant, left half	FCC ID `2BQ4V0825CRL`	Grantee Naya B.V. (grantee code 2BQ4V)	Naya Create left half; 47 CFR 15.247 DTS, 2402-2480 MHz GFSK, BLE 1M / 2M / 125k (S=8); max peak 9.30 dBm (2M), max average 7.14 dBm (1M); BTL project 2506C291	Report cover `FCC ID: 2BQ4V0825CRL` [clear]; grant date 2025-08-26	CRL BLE p1, p10; CRL SRD p1; grant date and grant lines from FCC EAS (read 2026-09-23)	DOC; confirmed (Grant date confirmed on FCC EAS (2026-09-23); this ID has two grant lines, 2402-2480 and 2404-2480 MHz)	The SRD report BTL-FCCP-2-2506C291 carries the same FCC ID: it is a second 15.247 report inside this grant, not a second grant. Report R01 issued 2025-08-27, after the grant (R00 was superseded for the antenna gain). The left half's RF-exposure report is BTL-FCCP-3-2506C291 R00 (LB-24).
LB-02b		Grant, right half	FCC ID `2BQ4V0825CRR`	Grantee Naya B.V.	Naya Create right half; 15.247 DTS 2402-2480 MHz; max peak 8.36 dBm (2M), max average 7.25 dBm (1M); BTL project 2506C430; RF-exposure report BTL-FCCP-3-2506C430 R01 (SAR-exclusion calculation)	Report cover and label `FCC ID: 2BQ4V0825CRR` [clear]; grant date 2025-08-29	CRR BLE p1, p10; CRR LBL; CRR MPE p1; grant date and grant lines from FCC EAS (read 2026-09-23)	DOC; confirmed	-
LB-02c		Grant, dongle	FCC ID `2BQ4V0825DG`	Grantee Naya B.V.	Speedlink dongle; 15.247 DTS 2402-2480 MHz GFSK, tested at 2 Mbps only; 8.97 dBm (2M); BTL project 2506C290; RF report R00 issued 2025-08-12; antenna report BTL-OTA-1-2506C290 R00	Report cover `FCC ID: 2BQ4V0825DG` [clear]; grant date 2025-09-03	DG RF p1, p10, p11 (EUT table and test modes: 2 Mbps only); grant date and grant lines from FCC EAS (read 2026-09-23)	DOC; corrected (PHY corrected 2026-09-23: the dongle report tests 2 Mbps only (was '1M / 2M / 125k'))	SAR report BTL-FCC SAR-1-2506C290 R00 (LB-23); ISED 34320-0825DG.
LB-01		Model / HVIN, both halves	`NAYA-800-1(NAYA-CREATE)`	Naya B.V. (brand 'NAYA TECH, Naya Create')	One model number for both halves, told apart by FCC ID suffix (CRL/CRR); equipment 'Ergonomic detachable wireless mechanical keyboard'	Label `Model Name: NAYA-800-1(NAYA-CREATE)`, `HVIN: NAYA-800-1(NAYA-CREATE)` followed by `R` (right-half marker) [clear]; reports 'Keyboard: Left Keyboard'	CRR LBL; CRL BLE p1, p10; CRR BLE p1; CRR UM1 p1; CRR UM5 p1	DOC; confirmed	The left label reads HVIN `NAYA-800-1(NAYA-CREATE) L` (LB-20); ISED lists both HVINs with the side suffix.
DG-17a		Model, dongle	`NAYA-100-1(Dongle)`	Naya B.V.	Speedlink dongle, equipment 'Wireless dongle'	`Test Model: NAYA-100-1(Dongle)` [clear]; manual box list subtitle 'Wireless dongle · NAYA-100-1(Dongle)'	DG RF p1, p10; CRR UM1 p2	DOC; confirmed	-
LB-04		ISED Canada, right half	`IC: 34320-0825CRR`; `34320-0825CRL`; `34320-0825DG`	ISED company number 34320	Canadian radio certification number	`IC: 34320-0825CRR` on the same line as the FCC ID [clear]	CRR LBL; CRR UM5 p2 (IC statements, no number); CRL LLOC p1; DG LBL; ISED REL (read 2026-09-23)	DOC; confirmed	All three numbers are on their label artwork (CRR LBL, CRL LLOC p1, DG LBL) and on the ISED Radio Equipment List for company 34320 (approved 2025-09-11 CRL, 2025-09-08 CRR and DG).
LB-05		Korea KC, right half	`R-R-NBv-0825CRR`	Korea RRA (KC mark)	Korean radio certificate	KC mark + `R-R-NBv-0825CRR` [clear on label artwork]; KC logo also engraved on the left half, its number [illegible]; left label artwork `R-R-NBv-0825CRL` [clear]; dongle label: KC logo without a number	CRR LBL; CRL EP p2; CRR EP p2-p3; CRL LLOC p1; DG LBL	DOC; confirmed	-
LB-06		Japan MIC, right half	`219-257016` (right), `219-257017` (left)	MIC technical conformity (Giteki); certification body `219` not identified	Japanese radio certification: 3-digit body code + 6-digit number, boxed `R` = radio equipment	Giteki mark + boxed `R` + `219-257016` [clear]	CRR LBL; CRL LLOC p1; DG LBL	DOC; INFERRED (format decode from public MIC guides); confirmed	The two numbers are consecutive (one batch, INFERRED). The dongle label carries only an `XXX-XXXXX` placeholder. The certification body behind code 219 is not identified.
LB-07		Taiwan BSMI, right half	`R45625`	BSMI (Taiwan)	Commodity-inspection registration with RoHS declaration	Circle-with-arrow mark + `R45625` over `RoHS` [clear, also in the PDF text layer]	CRR LBL; CRL LLOC p1	DOC; INFERRED (registrant-level number); confirmed	The same number appears on unrelated Taiwan-market products, so it most likely identifies the importer/registrant, not this product (INFERRED). On the left label as on the right; not on the dongle label.
LB-08		Taiwan NCC-style mark, right half	placeholder `XXXXXXXXXXXXXXXXX` (17 characters)	-	Placeholder for an NCC number in the artwork; real NCC numbers are 12-14 characters (INFERRED)	Stylised three-arc mark + 17 `X` [clear]	CRR LBL; CRL LLOC p1	DOC; INFERRED; confirmed	On both half labels and on the dongle label.
LB-09		EU/UK marks, both halves	CE, UKCA, WEEE	-	EU and UK conformity marks; WEEE disposal mark	`CE`; `UK` over `CA`; crossed-out wheelie bin with bar [clear on artwork; faint engraving on both photographed halves]	CRR LBL; CRL EP p2; CRR EP p2-p3; CRL LLOC p1	DOC; confirmed	An earlier text search reported CE and UKCA as not found: the marks are vector graphics, invisible to a text search. The dongle label has CE and WEEE, no UKCA.
LB-10		Australia/NZ and Japan EMC marks	RCM, VCCI	-	Supplier-declaration marks, no number printed	Triangle with a tick in a circle; double box with `VCI` letterforms [clear on artwork; faint on samples]	CRR LBL; CRL EP p2; CRR EP p3; CRL LLOC p1	DOC; INFERRED (shape identification); confirmed	On both half labels; not on the dongle label.
LB-11		Energy-verification marks	c-UL 'Energy Verified'; c + N-in-ellipse 'ENERGY VERIFIED'	UL (first mark); issuer of the N mark not identified	Canadian energy-efficiency verification marks	`c` + UL leaf + 'Energy Verified / Rendement / Énergétique Vérifié'; `c` + N crossed by an ellipse + boxed 'ENERGY VERIFIED' [clear]	CRR LBL; CRL LLOC p1	DOC; confirmed	Both marks on both half labels; the dongle label has the c-UL mark only.
LB-12		FCC statement on the body plate	Part 15 two-condition statement (6 lines)	-	Required FCC label text	'This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: ...' [clear in artwork text layer]; not visible on the photographed sample	CRR LBL; CRR EP p3; CRL LLOC p1	DOC; confirmed	The photographed sample probably carried an earlier engraving (INFERRED). On the left body plate as on the right; not on the dongle label (it is in the manual).
LB-13		Half input rating	`5V⎓1.5A`	-	DC input rating of one half	`輸入電壓電流/Rating: 5V⎓1.5A` [clear]	CRR LBL; CRL LLOC p1	DOC; confirmed	The left label gives the same rating.
LB-14	-	Manual power figures	'Input Voltage 4.2V'; charge from 'USB 2.0 5V-1A'	-	Spec-sheet power figures; 4.2 V reads as the Li-ion full-charge voltage, not the input (INFERRED; the label rates the input 5 V 1.5 A)	Spec sheet 'Input Voltage 4.2V'; best practices 'connecting the provided USB cable to a computer (USB 2.0 5V-1A)' [clear]	CRR UM1 p3, p5; CRL UM1 p3, p5	DOC; INFERRED (meaning); confirmed	-
LB-15		Label layout (right half)	'Create-R Engraving Reference Sheet'	-	1:1 laser-engraving artwork: regulatory block on the wing underside plate, rotated 90°; logo on the body plate 47.97 mm from the seam; serial-number field (no value reproduced)	Dimension line 120.63 mm (re-measured 120.73 mm at 150 dpi: artwork is 1:1); PDF title 'Create 镭雕-20250820', created 2025-08-20, modified 2025-08-27	CRR LBL (exhibit R15)	DOC; confirmed	The serial-number field value is not reproduced. The left filing's 'Label Location' exhibit holds both sheets (CRL LLOC p1 left, p2 right; p2 equals the CRR exhibit).
LB-16	-	Manufacturer and test lab	Dongguan Boen Intelligent Technology Co., Ltd.; BTL Inc. (Dongguan)	-	ODM (manufacturer and factory of record for all three filings) and the test lab; also the antenna maker (RF0400A, RF0401A)	Report covers: 'Manufacturer / Factory: Dongguan Boen Intelligent Technology Co., Ltd.'; test facility: FCC registration `747969`, designation `CN1377`; A2LA certificate 7130.01 [clear]	CRR BLE p1, p8; CRL BLE p1; DG RF p1	DOC; confirmed	-
LB-17	-	Taiwan RoHS table	CNS 15663-style restricted-substance table	-	Declaration for units Cable, PWAs, Plastic parts, Metal parts, Rubber parts against Pb, Hg, Cd, Cr+6, PBB, PBDE; every cell '○'; no battery row	Table text [clear]; equipment 人體工學拆卸式無線機構鍵盤, type NAYA-800-1(NAYA-CREATE)	CRR UM5 p1; CRL UM3 p5	DOC; confirmed	-
LB-18	-	USB identity, halves	VID `0x37D1`; PID left `0x0064` / right `0x00C8`; MCUboot `0x006F` / `0x00D3`; DFU `0x007A` / `0x00DE`; generation-B bit `0x1000`	Naya (VID not in public USB-ID lists)	USB identity of each half in application, MCUboot recovery and DFU modes; bit 0x1000 marks QSPI flash generation B (`0x1064` / `0x10C8`)	n/a (USB descriptors); product strings 'Naya Create Left' / 'Naya Create Right'	STATIC: NayaCore 6.11.0 PID table (vendor host binary); measured on one pair of halves, keyboard firmware 3.41.0, generation A, by 2026-09-16	STATIC (NayaCore 6.11.0); MEASURED (`0x0064`, `0x00C8`, `0x006F` on keyboard firmware 3.41.0, generation A); confirmed	`0x00D3` and the DFU pair are STATIC only (not yet seen on hardware).
DG-17b	-	USB identity, dongle	VID `0x37D1`, PID `0x012C` (transient boot identity `0x0137`), bcdDevice `0x0307`	Naya	Dongle USB identity: CDC composite, product string 'Dongle'	n/a (USB descriptors)	measured on one dongle: USB enumeration capture, 2026-09-11	MEASURED (one dongle, 2026-09-11); INFERRED (bcdDevice 0x0307 read as dongle firmware 3.07); confirmed	-
LB-19	-	Declared EUT software and lab tool	`Naya_Temp_Flash_Pair.exe`; `nrfconnect-setup-5.1.0-x64`	Naya (EUT software); Nordic (lab tool)	Software version declared for the tested samples (halves and dongle); channel/power control tool = the installer name of nRF Connect for Desktop 5.1.0 (INFERRED), power setting 8 on every channel and PHY for the halves; the dongle table reads 8 / 7 / 8 at 2402 / 2442 / 2480 MHz	'Software Version Naya_Temp_Flash_Pair.exe'; 'Test Software Version nrfconnect-setup-5.1.0-x64'; power setting tables: halves all `8`; dongle `8` `7` `8` [clear, text layer]	CRL BLE p10, p13; CRL SRD p10, p12; DG RF p10, p11	DOC; INFERRED (meaning of the installer name); corrected (Dongle power setting corrected 2026-09-23 from the DG RF p11 text layer (middle channel 7, not 8))	No keyboard firmware version is printed anywhere in the filings; samples were pre-production units received by the lab on 2025-06-20. The dongle's SAR sample also ran `Naya_Temp_Flash_Pair.exe`; its continuous transmission came from '2.4G SRD engineering testing software installed on the DUT' (DG SAR p7, p23).
LB-20		Left-half label artwork	`FCC ID: 2BQ4V0825CRL`; `IC: 34320-0825CRL`; KC `R-R-NBv-0825CRL`; MIC `219-257017`; HVIN `NAYA-800-1(NAYA-CREATE) L`	Naya B.V.	'Create-L Engraving Reference Sheet', 1:1: the regulatory block on the left wing plate underside, mirrored from the right; the same marks, BSMI number, NCC-style placeholder, maker line, serial-number field (no value reproduced) and Part 15 text as the right half; rating `5V⎓1.5A`; `L` circle by the dock hinge; 12 screw symbols	[clear, vector artwork]	CRL LLOC p1	DOC; new (2026-09-23 exhibits) (one extraction pass, no blind re-read)	-
LB-21		Dongle label artwork	engraving artwork 'Dongle', 2025-07-25, 12.55 x 12.00 mm	Naya B.V.	Text: 'Wireless dongle', `Model Name: NAYA-100-1(Dongle)`, 'Manufactured Date: Jun. 2025', `Rating: 5V⎓30mA`, `FCC ID: 2BQ4V0825DG`, `IC: 34320-0825DG`; marks WEEE, KC without a number, an NCC-style 17-character placeholder, c-UL Energy Verified, a Japanese Giteki mark with an `XXX-XXXXX` placeholder, CE and FCC. No UKCA, RCM, VCCI, BSMI or N-in-ellipse mark, no address, serial-number field or Part 15 text	[clear, vector artwork]	DG LBL; DG EP p2-p3	DOC; INFERRED (1:1 scale from the USB-A shell width; placement); new (2026-09-23 exhibits) (one extraction pass, no blind re-read)	The photographed sample carries no engraving; where on the dongle the label goes is not stated.
LB-22	-	Confidentiality requests (all three IDs)	-	Naya B.V.	Letters dated 2025-08-06 (CRL) and 2025-08-04 (CRR, DG) request confidentiality under 47 CFR 0.457 and 0.459 for exactly the block diagram, schematics and operational description, as trade secrets; no short-term request for any other exhibit, so these three are permanent	[clear, text]	CL (CRL, CRR, DG)	DOC; INFERRED (permanent); new (2026-09-23 exhibits) (one extraction pass, no blind re-read)	-
LB-23	-	Dongle RF exposure	SAR report BTL-FCC SAR-1-2506C290 R00	BTL Inc. (Dongguan)	Issued 2025-08-12, tested 2025-07-12 to 07-22; EUT `NAYA-100-1(Dongle)`, hardware `B0K17_Dongle_20241106_V01`, software `Naya_Temp_Flash_Pair.exe`; mode '2.4G SRD', GFSK, 2M, 2400-2483.5 MHz; RF0401A 3.11 dBi; average conducted 6.28 / 6.60 / 6.71 dBm at 2402 / 2442 / 2480 MHz, tune-up 8.00 dBm; 100 % duty; five positions (horizontal up and down, vertical front and back, tip) at 5 mm; highest reported 1-g SAR 0.080 W/kg (2402 MHz, horizontal down; measured 0.054 scaled to tune-up) against 1.6 W/kg	[clear, text]	DG SAR p1, p7, p22-p26; DG SAR-D	DOC; new (2026-09-23 exhibits) (one extraction pass, no blind re-read)	-
LB-24	-	Left-half RF exposure	MPE report BTL-FCCP-3-2506C291 R00	BTL Inc. (Dongguan)	Issued 2025-08-15, never revised: RF0400A filed at 0.59 dBi (the specification table's 2460 MHz value); BLE 7.14 dBm and '2.4G SRD' 4.35 dBm tune-up at 2480 MHz; results 1.630 and 0.858 against 3.0 (1-g SAR exclusion); 'No SAR evaluation required'	[clear, text]	CRL MPE p1-p4	DOC; INFERRED (reproduced with 5 mm and unrounded mW); new (2026-09-23 exhibits) (one extraction pass, no blind re-read)	-

PCB inventory: board names, revisions, silkscreens¶

Every board whose name is legible in the filings. Rows here are not repeated in the per-board tables below. The right pogo board and the Tune T-shaped sub-board have no legible name and are in the Unconfirmed table.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
HM-01	Left half mainboard	`Create_L_KB_20250220_V13`	Custom PCB (board house not named; ODM Dongguan Boen)	Left main PCB, 1.0 mm; design date 2025-02-20, revision V13	`Create_L_KB_20250220_V13` / `T=1.0MM`, circled `L`, on both faces [clear]	CRL IP1 p8, p9; declared HW version CRL BLE p10, CRL SRD p10, CRR BLE p10, CRR SRD p10, CRR MPE p1	DOC; confirmed	Both faces read V13 (V11 is the wing).
HM-02	Right half mainboard	`Create_R_KB_20250221_V13`	Custom PCB	Right main PCB, 1.0 mm; 2025-02-21, V13	`Create_R_KB_20250221_V13` / `T=1.0MM`, circled `R` [clear]	CRR IP1 p6; CRL BLE p10 (the SRD report prints `Create_R_KB20250221_V13`)	DOC; confirmed	-
WG-01	Left wing board	`Create_L_Wing_20250206_V11`	Custom PCB	Left wing PCB (outer two key columns), 1.0 mm; 2025-02-06, V11	`Create_L_Wing_20250206_V11` / `T=1.0MM` [clear]; separate stamp `25 15` [clear]	CRL IP1 p11, p12	DOC; INFERRED (stamp = fab year 25, week 15); confirmed (Stamp now read in full (was `25 ?5`))	-
WG-02	Right wing board	`Create_R_Wing_20250206_V11` (middle INFERRED)	Custom PCB	Right wing PCB, 1.0 mm	`Create_R` ... `0250206_V11`, `1.0MM`; `_Wing_2` hidden under a QR label; fiducial `MARK3` beside [partial]	CRR IP1 p9	DOC (legible part); INFERRED (hidden part, from the left twin); confirmed	-
DK-01	Left dock (thumb-key) board	`Create_L_Dock_20241120_V09`	Custom PCB	Board under the module bay carrying the three thumb keys and the dock signals; 1.0 mm; about 47 x 21 mm (INFERRED)	`Create_L_Dock_20241120_V09` / `T=1.0MM`, circled `L`, struck-through `Pb` (lead-free) circle [clear]	CRL IP2 p16; CRL IP1 p5, p7 (low resolution)	DOC; corrected (No separate 'UL-like' mark: that was the Pb-free circle seen at low resolution)	-
DK-02	Right dock board	`Create_R_Dock_20241120_V09`	Custom PCB	Right dock board, 1.0 mm	`Create_R_Dock_20241120_V09` / `T=1.0MM`, circled `R`, `MARK5`, `MARK6`, Pb-free circle [clear]	CRR IP1 p12	DOC; confirmed	-
PD-01	Left pogo board	`Create_L_PogoPin_20250109_V10`	Custom PCB	D-shaped board carrying the half's 8 dock spring pins; 0.6 mm; about 16 x 17 mm (INFERRED)	`Create_L_PogoPin` / `20250109_V10`, `T=0.6MM`, circled `L`, Pb-free circle, QR label [clear]	CRL IP2 p15; CRL IP1 p5, p7	DOC; confirmed	-
DG-01	Dongle board	`B0K17_Dongle_20241106_V01`	Custom PCB	Dongle PCB, 2024-11-06, V01; double-sided, stepped outline about 16.5-18 x 10-11.6 mm (INFERRED)	Silkscreen `B0K17_Dongle` / `20241106_V01` [clear]; report text layer spells the second character as digit zero (U+0030)	DG IP p4, p5; DG RF p10	DOC; confirmed	-
TUM-01	Tune main board (ring)	`Tune_MB_20250227_V09`, part no. `408-06032-000`	Custom PCB	Tune ring PCB about 58-60 mm across with a C-shaped inner island (INFERRED size); 0.8 mm	`Tune_MB_20250227_V09` / `408-06032-000` / `T=0.8mm` on both faces, Pb-free circle, stamp `25 12`, chevron fab logo [clear]	CRL IP2 p18; CRL IP3 p19, p21 = CRR IP2 p15-p16; CRR IP3 p18	DOC; INFERRED (stamp = 2025 week 12); confirmed	`408-060xx-000` is one numbering series with the Touch (`06025`) and Track (`06028`) main boards (INFERRED).
TUX-01	Tune touch/LED disc	`Tune_touch 20240926 V00`	Custom PCB	Round disc about 45 mm bonded under the glass: touch controller and 24-LED ring	`Tune_touch` / `20240926` / `V00` (lower-case 'touch'), chevron logo, gold edge ring [clear]	CRL IP2 p18; CRL IP3 p22; CRL IP4 p23 = CRR IP2 p15; CRR IP3 p19-p20	DOC; confirmed	-
TCM-01	Touch main board	`Touch_MB_20250227_V10`, part no. `408-06025-000`	Custom PCB	Round, about 44 mm (anchored to the 7 x 7 mm STM32 package), single-sided, 1.0 mm	`Touch_MB_20250227_V10` / `408-06025-000` / `T=1.0MM` on three lines, Pb-free, chevron logo [clear]	CRL IP4 p28; CRL IP5 p29-p31 = CRR IP4 p25-p27; CRR IP5 p28	DOC; INFERRED (size); confirmed	-
TCX-01	Touch sensor board	`Touch_touch_20250106_V02`	Custom PCB	Teardrop capacitive sensor board, diamond-lattice electrodes, gold edge ring; size unresolved (U-TCX-16b)	`Touch_touch_20250106_V02`, stamp `25 12`, chevron logo [clear]	CRL IP4 p28; CRL IP6 p35-p36 = CRR IP4 p25; CRR IP5 p32-p33	DOC; confirmed	-
TCX-08	Touch pogo board	`Touch_Pogo_Pin_<date>_V0x` (INFERRED from the Track name)	Custom PCB	Module-side dock contact board, about 11 x 16.5-18 mm (INFERRED)	`Tou`...`in` / `20`...`V0?` (middle under a 2D sticker); stamp `25 10`; Pb-free, chevron logo [partial]	CRL IP4 p28; CRL IP5 p32 = CRR IP4 p25; CRR IP5 p29	DOC (fragments); INFERRED (full name); confirmed (Only the fragments are confirmed)	-
TKM-01	Track main board (ring)	`Track_MB_20250305_V13`, part no. `408-06028-000`	Custom PCB	Track ring PCB about 60-66 mm OD with a 40-43 mm opening for the 40 mm ball (INFERRED); 1.0 mm	`408-06028-000` / `Track_MB_20250305_V13` / `T=1.0MM`, Pb-free, stamp `25 15`, chevron logo [clear]	CRL IP7 p44-p46 = CRR IP6 p41; CRR IP7 p42-p43	DOC; INFERRED (size, stamp = 2025 week 15); confirmed	-
TKX-01a	Track sensor board, left	`SensorL_20241125_V09`	Custom PCB	T-shaped rigid board about 11 x 11 mm carrying optical ball sensor U9 (optical INFERRED from `SCLK`/`SDIO`/`MOTION` pads)	`SensorL_20241125_V09`, circled `L` [clear]	CRL IP6 p38-p39 = CRR IP6 p35-p36	DOC; INFERRED (function); confirmed	-
TKX-01b	Track sensor board, right	`SensorR_20241125_V09`	Custom PCB	Twin of SensorL carrying optical sensor U11	`SensorR_20241125_V09`, circled `R`, Pb-free [clear; R glyph faint]	CRL IP6 p38-p39 = CRR IP6 p35-p36	DOC; INFERRED (function); confirmed	Two sensor boards, not four: each is photographed front and back.
TKX-05	Track pogo board	`Track_Pogo_Pin_20241122_V08`	Custom PCB	Module-side dock contact board, about 17 x 10 mm (INFERRED)	`Track_Pogo_Pin_20241122_V08`, Pb-free; date stamp `25 1?` [name clear; stamp partial]	CRL IP6 p38, p40 = CRR IP6 p35, p37; CRL IP6 p37 = CRR IP5 p34 (in the base)	DOC; corrected (Revision V08 confirmed on three views; the stamp's `14` reading is not confirmed (U-TKX-05b))	-
TKX-09	Track dock interposer board	no name visible	Custom PCB	Separate small board between the pogo contacts and the main board's two 4-way sockets	`J11` 4-pin male header (`GND`, `RX`, `TX` + 1 unlabeled pin); `J4` 4-pin header (`ON`, `5V`, `GND` + 1 unlabeled); `BOOT1` pad; `C39`, `C47`, `C51`, `C52`, `D40`, `D44` (partial), `D75`; QR sticker [clear except where marked]	CRL IP6 p40 = CRR IP6 p37 (upper photo)	DOC; confirmed	A dark SOT/DFN part sits in the lower row; its `U41` refdes is not legible (U-TKX-09b).

Keyboard half mainboard (`Create_L_KB_20250220_V13`, `Create_R_KB_20250221_V13`)¶

Left and right are mirror designs; one row covers both boards unless it says otherwise. Photos: left CRL IP1 p7-p10, right CRR IP1 p6-p8 (the SoC and flash close-up is CRR IP1 p8, which is PDF page 4 of that file).

Left half mainboard (Create_L_KB_20250220_V13), component side. FCC ID 2BQ4V0825CRL, Internal Photos 1, page 9, upper photo. Identifying marks removed.

Left half mainboard, switch side. FCC ID 2BQ4V0825CRL, Internal Photos 1, page 9, lower photo. Identifying marks removed.

Right half mainboard (Create_R_KB_20250221_V13), switch side. FCC ID 2BQ4V0825CRR, Internal Photos 1, page 6, lower photo. Identifying marks removed.

Left half boards laid out: mainboard, wing, pogo board with flex, dock board, cell. FCC ID 2BQ4V0825CRL, Internal Photos 1, page 7, upper photo. Identifying marks removed.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
HM-04	`U2`, both halves, under a cut-out in white foam	nRF52840, package code CKAA (WLCSP, about 3.5 x 3.6 mm; about 4 mm with underfill), build code D0	Nordic Semiconductor	BLE SoC: 2.4 GHz radio, native USB 2.0 full-speed device, 1 MB flash, 256 KB RAM, QSPI host	`N528…` / `CKAAD0` / `2301ME` on both halves [line 1 partial: `N528` plus one or two partly hidden glyphs; lines 2-3 clear]	CRL IP1 p10 (two close-ups), p7, p9; CRR IP1 p8; transmit data CRL BLE p13, CRR BLE p13	DOC (marking; CKAA = nRF52840 WLCSP per distributor listings); INFERRED (D0 = Revision 2); confirmed (Identity rests on package code CKAA, conducted power and native USB with no second MCU, not on line 1; one verification pass read line 1 as `N52840` after gamma correction)	Build code D0 matches Nordic's Revision 2 pattern; Revision 3 (hardened APPROTECT) uses Fx0 (INFERRED from Nordic DevZone; confirm in Nordic's revision document, OQ-05). Same lot `2301ME` as the dongle. Conducted peak 8.2-9.3 dBm at power setting 8 is above an nRF52811's +4 dBm (INFERRED).
HM-07	`Y1`, both halves, beside U2	32.000 MHz crystal, 4-pad metal lid, about 2.0 x 1.6 mm (2016 class)	not identified (`YC` prefix; no marking-database match)	nRF52840 32 MHz HFXO (radio clock)	`YC32.0` [clear]	CRL IP1 p10, p7; CRR IP1 p8	DOC (marking); INFERRED (size); confirmed	Same marking on the dongle (DG-06).
HM-09	`U1`, both halves, at the USB-C corner	not read (Winbond serial NOR flash; W25Q family INFERRED from a `Q` on line 2)	Winbond	External QSPI NOR flash on the nRF52840 QSPI bus	Right: line 1 `winbond` [clear], lines 2-4 [illegible to partial, see U-HM-09b]; left: square leadless IC beside `QSPI_CLK` [illegible]; package 8-pad leadless USON/WSON class, about 4 mm square, not SOIC-8	CRR IP1 p8; CRL IP1 p9	DOC; confirmed (Maker and package confirmed; part number unverifiable)	Part number and capacity unverifiable (U-HM-09b, U-HM-10). The package is leadless, so a SOIC-8 clip does not fit; only the Winbond wordmark is confirmed (no W25Q suffix, no capacity).
HM-11	QSPI test pads beside U1	test pads	-	nRF52840 QSPI bus to U1	Left: `QSPI_CS`, `QSPI_CLK`, `QSPI_SIO0`, `QSPI_SIO1`; right: `QSPI_CS?`, `QSPI_CLK`, `QSPI_SIO0`, `QSPI_SIO3` [clear except the right CS suffix]	CRL IP1 p9; CRR IP1 p8	DOC; corrected (Right-half SIO digits now legible (were `SIO?` x2))	-
HM-12	`ANT`, both halves, rear-inner corner beside USB-C	RF0400A (spec ver1.1)	Boen (Dongguan Boen Intelligent Technology Co., Ltd.)	2.4 GHz printed meander PCB antenna, connector N/A; peak 0.8 dBi at 2400 MHz; -0.3 to 0.8 dBi and 46.1-63.0 % efficiency over 2400-2480 MHz; trace 7.8 x 3.2 mm (spec drawing)	Silkscreen `ANT`; lab callout 'Ant.'; spec header 'keyboard antenna RF0400A specification ver1.1'; filed 'BOEN RF0400A PCB N/A 0.8' [clear]	CRL ANT p1 (table), p4 (drawing); CRR ANT; CRL IP1 p7; CRR EP p3; CRL BLE p11; CRR BLE p11; CRR MPE p4; CRL MPE p4	DOC; confirmed	Sits behind the black end cap (EN-06; the vendor confirms the cap is the RF window). The spec's 'Directivity' column equals minus efficiency in dB (spreadsheet error). The R01 reports file 0.8 dBi (the 2400 MHz maximum); the left half's MPE report R00, never revised, files 0.59 dBi (the 2460 MHz value), and the right half's superseded R00 most likely did too (INFERRED).
HM-13	`USB1`, rear-inner corner facing the other half	USB Type-C receptacle, unmarked	not identified	Half USB port: power and USB 2.0 full-speed data	No marking; oval metal shell, through-hole shell legs, a row of SMT legs [clear shape]	CRL IP1 p6, p7, p9; CRR IP1 p8; CRL EP p4; CRR EP p4; CRR UM1 p6	DOC; confirmed	16-pin vs 24-pin class not resolvable (U-HM-13b).
HM-14	SWD and USB test pads at the USB-C corner	test pads	-	nRF52840 Serial Wire Debug; USB D+ test point	Left: `SWDIO`, `SWDCLK`, `TP1`, `TP7`, `USB`, `D+`; right: `SWDIO`, `SWDCLK`, `TP2` [clear]; `D-` not visible in any crop	CRL IP1 p7, p9; CRR IP1 p8	DOC; confirmed	A re-view of the right-half crop (2026-09-23) also shows a `D+` label and one beginning `US` on the right, so both halves most likely carry the same debug and USB test-pad set; `D-` is still not seen on either.
HM-15	`S2` and pads `RST_NORDIC`, `BOOT`	tactile switch, yellow cap, unmarked	not identified	nRF52840 reset button; `BOOT` pad function not documented	`S2`, `RST_NORDIC`, `BOOT` [clear; `BOOT` may read `BOOT1`, U-HM-15b]	CRL IP1 p9; CRR IP1 p7 (switch through a window, no refdes)	DOC; confirmed	The silkscreen `RST_NORDIC` names the SoC vendor.
HM-16	USB, VBUS and CC protection around USB1	ESD/TVS parts, unmarked	not identified	ESD and surge protection on USB and VBUS; `L1`/`L4` beside U2 are probably the nRF DC/DC and RF-match positions (INFERRED)	Refs (subset per half): `ESD1`-`ESD11`, `TVS7`, `TVS27`, `TVS34`, `TVS35`, `TVS37`, `TVS38`, `TVS40`, `L1`, `L2`, `L4`, R and C refs, `TP2` [refs clear; parts unmarked]	CRL IP1 p7, p9, p10; CRR IP1 p8	DOC; confirmed	-
HP-01	`L11` (left), with an adjacent unmarked IC	0.47 uH SMD power inductor (EIA code `R47`)	not identified	Switching-regulator inductor (DC-DC 1, INFERRED from the paired IC)	Inductor body `R47` [clear]; adjacent 4-6 pad IC with pin-1 dot [illegible]	CRL IP1 p9	DOC; corrected (Value is a direct decode of the printed EIA code (was tagged INFERRED))	The IC is U-HP-01b.
HP-02	`L10` (left), with `U10`	2.2 uH SMD power inductor (EIA code `2R2`)	not identified	Switching-regulator inductor (DC-DC 2, INFERRED)	Inductor `2R2` [clear]; `U10` 6-lead SOT-23-6 [illegible]	CRL IP1 p9	DOC; corrected (Value decoded from the printed code)	U10 is U-HP-02b.
HP-05	`C42`, `C43` (left), beside `TVS45`	polarised molded chip capacitors (tantalum or polymer class)	not identified	Bulk capacitance	Refs `C42`, `C43`; `+` printed on each case; end band [clear]; no value code	CRL IP1 p9	DOC; confirmed	-
HP-09	Diode and TVS arrays (left)	small signal diodes and TVS parts, unmarked	not identified	Key-matrix diodes and line protection	`D3`-`D47` and `TVS3`-`TVS88` (subsets) [refs clear; parts unmarked]	CRL IP1 p8, p9	DOC; confirmed	-
HP-11	Pads at the dock-flex exit (left)	test pads	-	Half-to-module UART, 5 V pogo rail, module LDO enable (roles from the names)	`LDO_ON`, `TX`, `RX`, `POGOPIN_5V` [clear]	CRL IP1 p9	DOC; INFERRED (roles); confirmed	Full dock net set: PD-13.
HP-12	Power and rail test pads	test pads	-	Switched module, LED and 5 V rails; ADC sense points (INFERRED from names)	`VBUS_5V`, `USB_ADC`, `BAT_ADC`, `SYS`, `SYS_OUT`, `5V_OUT`, `5V_OFF`, `5V_OFF1`, `MODULE_ON`, `VCC_A?T`, `CHG_?NT`, `LED_PWR_5V`, `LED_OFF`, `LED_01`, `LED_02`, `LED_0?`, `GND1`, `GND`, `INT`, `MARK1`, `MARK2` (left); `VBUS_5V` (right) [clear except `?`]	CRL IP1 p9; CRR IP1 p8	DOC; confirmed (Subset re-read (`5V_OFF1`, `MODULE_ON`, `VBUS_5V`); rest uncontradicted)	-
HP-13	Key-matrix test pads	test pads	-	Switch rows (`SR`) and columns (`SC`) (INFERRED from names)	`SR1`-`SR5`, `SC1`-`SC6` [clear]	CRL IP1 p9	DOC; confirmed	The dock board continues the scheme (`SR*_2`, `SC8_2`).
HP-14	Per-key LEDs, 24 per mainboard	addressable RGB LED, 4-pad, unmarked	not identified	Per-key RGB backlight, daisy-chained (no LED driver IC on either face); spec sheet 'Backlighting: Reprogrammable RGB'	Refs `LED4`, `LED6`-`LED8`, `LED14`, `LED15`, `LED21`, `LED22`, `LED29`, `LED30`; pad letters `O`, `G`, `I`, `+` (right) and `-`, `+`, `G`, `O` (left) [refs clear; LED body unmarked]	CRL IP1 p8, p9; CRR IP1 p6; CRR UM1 p3	DOC (footprint, pads); INFERRED (WS2812/SK6812 class); confirmed	LED part numbers: U-LED.
HP-15	LED chain, whole keyboard	-	-	Host LED map, 136 entries per layer: 0-73 keys; 74-80 and 81-87 the two side light bars (7 each); 88-111 left bay block (24); 112-135 right bay block (24)	n/a (host and firmware data)	measured on one keyboard: LED band-painting pass 2026-09-08; LED map size on keyboard firmware 3.41.0 and 3.28.7	MEASURED (band-painting pass 2026-09-08; map size on keyboard firmware 3.41.0 and 3.28.7); confirmed	Photo count per half: 24 mainboard + 10 wing + 3 dock = 37 key LEDs, plus 7 side-bar LEDs = 44; two halves = 88 = indices 0-87 (INFERRED match). Which physical edge is 74-80 is open (OQ-08).
HP-16	Key positions on the mainboard	hot-swap socket footprints (24 per mainboard)	-	24 hot-swap key positions per mainboard	Refs `SW6`, `SW7`, `SW14`, `SW15`, `SW21`, `SW22`, `SW29`, `SW30`, `SW35`; two socket pads per window [clear]	CRL IP1 p8, p9; CRR IP1 p6	DOC; confirmed	Socket part: U-EN-02.
HP-17	Wing FPC receptacle (left), beside `TVS53`-`TVS63`	flip-lock ZIF/FPC receptacle, unmarked	not identified	Link to the wing board's flex	White/clear ZIF, about 12-14 gold contacts [countable, not exact]	CRL IP1 p9	DOC; corrected (Way count refined from 'not countable')	-
HP-18	Dock-link flex tail at a white board connector (ref consistent with `CN3`)	flex cable, unmarked	-	Mainboard to dock board link; right half shows two amber tails (to wing and to dock)	Gold/amber flex, about 12-13 conductors, beside the `TX`/`RX`/`POGOPIN_5V`/`LDO_ON` pads [clear]	CRL IP1 p8, p9; CRR IP1 p6, p7	DOC; INFERRED (destinations); confirmed	-
HP-19	Case ground lands (left)	bare gold lands	-	Case or shield ground contact (INFERRED)	Large rectangular gold pad(s); round metal boss near `ESD12` (not re-checked)	CRL IP1 p9	DOC; INFERRED (function); confirmed	-
HP-20	Insulation over the component side	black film with windows; white foam layer	-	Assembly insulation; the foam has a rectangular cut-out exactly over U2	Black film with windows and red handwriting (not transcribed); white foam with cut-out [clear]	CRL IP1 p8, p10; CRR IP1 p7	DOC; confirmed	-

Wing board (outer two key columns, `Create_L/R_Wing_20250206_V11`)¶

Photos: left CRL IP1 p11-p12, right CRR IP1 p9.

Left wing board (Create_L_Wing_20250206_V11), component side. FCC ID 2BQ4V0825CRL, Internal Photos 1, page 12, upper photo. Identifying marks removed.

Right wing board (Create_R_Wing_20250206_V11), switch side. FCC ID 2BQ4V0825CRR, Internal Photos 1, page 9, upper photo. Identifying marks removed.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
WG-03	Wing outer end face; right wing: between side-bar LEDs 6 and 7	right-angle SMD slide switch, 3 terminals + 2 tabs, unmarked	not identified	Half power on/off switch ('Locate the power switch on the side of each keyboard wing')	No designator or marking on the switch [clear shape]; white body, gray lever past the board edge (right); the nearby `SW33` is a key	CRL IP1 p12; CRR IP1 p9; CRL EP p4; CRR EP p4; CRR UM1 p5	DOC; confirmed	ON/OFF direction not determinable (manual drawings CRR UM1 p5 and UM2 p3 disagree). Candidate part: U-WG-03b.
WG-04	Per-key LEDs, 10 per wing	addressable RGB LED, 4-pad, unmarked	not identified	Wing key backlight, same footprint as HP-14	`LED36`-`LED45` (read `LED36`, `LED38`-`LED42`, `LED44`); pads `O`, `G`, `I`, `+` [refs clear]	CRL IP1 p11, p12	DOC; INFERRED (class); confirmed	-
WG-05	Side light bar on one long edge of wing face B	7 addressable 4-pad LEDs	not identified	The half's side light bar (LED indices 74-80 / 81-87)	Exactly 7 LEDs in a row, pads `O`, `G`, `+`; partial ref `LED56` at one end; slide switch between the 6th and 7th [clear count]	CRR IP1 p9; measured on one keyboard (LED map, 7 side-bar indices per half, 2026-09-08)	DOC; MEASURED (7 per side in the LED map, 2026-09-08); confirmed	The left wing's face B is under black film.
WG-06	Key windows, 10 per wing	hot-swap socket footprints	-	10 wing key positions, same numbering mirrored on both wings	`SW1`, `SW2`, `SW9`, `SW10`, `SW16`, `SW17`, `SW23`, `SW24`, `SW32`, `SW33` on each wing [clear]	CRL IP1 p11; CRR IP1 p9	DOC; corrected (Same designators on both wings (was read as right-wing only))	-
WG-07	Wing flex and connector	flex + FPC connector `J5` (left); ZIF in a central window (right)	not identified	Wing to mainboard link (mates HP-17)	Left: orange/brown flex, about 12 conductors, red/white sticker, into `J5`; right: small white ZIF [clear]	CRL IP1 p12; CRR IP1 p9	DOC; confirmed (New refdes `J5`)	-
WG-08	Wing passives and fiducials	passives, fiducials	-	Support parts around the slide switch and corners	Left: `MARK1`, `C32`, `R55`, `R62`, `R99`, `TVS44`; right: `MARK3`, `MARK4`, resistor cluster `R56`-`R60` [clear]	CRL IP1 p12; CRR IP1 p9	DOC; confirmed (`R36` not found (Rejected R-40))	-

Dock (thumb-key) board (`Create_L/R_Dock_20241120_V09`)¶

Photos: left CRL IP2 p16 (and CRL IP1 p5, p7 at low resolution), right CRR IP1 p12.

Left dock (thumb-key) board, component face. FCC ID 2BQ4V0825CRL, Internal Photos 2, page 16, upper photo. Identifying marks removed.

Right dock (thumb-key) board, component face. FCC ID 2BQ4V0825CRR, Internal Photos 1, page 12, upper photo. Identifying marks removed.

Left half module bay: magnet carrier plate (top) and bay bracket with the dock and pogo boards mounted (bottom). FCC ID 2BQ4V0825CRL, Internal Photos 1, page 5, upper photo. Identifying marks removed.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
DK-03	Thumb-key LEDs, 3 per dock board	addressable RGB LED, unmarked	not identified	Thumb-key backlight (addressable, INFERRED from `LED_D7_1` data and `LED_PWR_5V_2` pads)	Left: 3 black square packages about 2 mm; right: 3 four-pad LEDs on face B; faint 1-2 character top mark [illegible]	CRL IP2 p16; CRR IP1 p12	DOC; INFERRED (class); confirmed	-
DK-04	Thumb-key positions, 3 per dock board	hot-swap sockets (6 unmarked metal parts, 2 per window)	not identified (Kailh-compatible class INFERRED)	Three hot-swap thumb-key positions	3 windows, 2 slotted pads each; 6 silver parts about 3 x 1.3 mm on both faces [clear]	CRL IP2 p16; CRL IP1 p7; CRR IP1 p12; CRR UM3 p4	DOC (manual: 'Hot-Swappable Switches', 'sockets'); INFERRED (the metal parts are the sockets); confirmed	-
DK-05	`D25`, `D31`, `D37`	small signal diodes, unmarked	not identified	One key diode per thumb key (INFERRED)	Three identical unmarked 2-terminal parts beside `TVS31` [refs clear]	CRL IP2 p16; CRR IP1 p12	DOC; INFERRED (role); confirmed	-
DK-06	TVS array	TVS parts, unmarked	not identified	ESD protection on every dock and key line	`TVS1`, `TVS2`, `TVS4`, `TVS5`, `TVS9`, `TVS22`, `TVS23`, `TVS25`, `TVS28`-`TVS32` (union of both boards) [clear]	CRL IP2 p16; CRR IP1 p12	DOC; confirmed	-
DK-07	FPC connectors: `J7` + an unlabeled ZIF (left); `J7` + angled `J4` (right)	flip-lock FPC ZIF receptacles, unmarked	not identified	One takes the mainboard flex, one the pogo flex (right: `J4` takes the pogo flex, INFERRED from routing)	Cream/white bodies, gold contact combs, about 10-16 contacts [count not exact]	CRL IP2 p16; CRR IP1 p12	DOC; INFERRED (mating); confirmed	-
DK-08	Polarised part between `TVS1` and `R70`	polarised chip capacitor, tantalum or polymer class, unmarked	not identified	Bulk capacitance	Black molded body, wraparound end terminations, `+` on the silkscreen above [clear]	CRR IP1 p12; CRL IP2 p16	DOC; INFERRED (class); confirmed (Identity narrowed from 'capacitor or diode')	-
DK-10	Dock-board test pads	test pads	-	UART to the module, boot select, module battery rail, LDO enable, USB-derived 5 V, thumb-key matrix lines, LED data and power	`TX_1`, `RX_1`, `BOOT_1`, `MZ_VBAT_1`, `LDO_ON_1`, `USB_5V_2`, `GND3`; `SR1_2` (partial), `SR3_2`, `SR4_2`, `SR5_2`, `SC8_2`; `LED_D7_1`, `LED_PWR_5V_2`; `R70`, `R71`, `C14`, `C22`, `C27`-`C30`, `C52`, `C111`, `C114`, `C115` [clear except where marked]; no `D+`/`D-` anywhere	CRL IP2 p16; CRR IP1 p12	DOC; INFERRED (roles); confirmed (`MZ_VBAT_1` (not `M2_VBAT_1`) and `LDO_ON_1` resolved)	-

Module dock interface on the half (pogo board, contacts, bay)¶

Photos: left CRL IP2 p15, CRL IP1 p5, p7; right CRR IP2 p13, CRR IP1 p5-p6; exterior CRL EP p2-p4, CRR EP p2-p4.

Left pogo board with its flex: contact face (top) and back (bottom). FCC ID 2BQ4V0825CRL, Internal Photos 2, page 15, upper and lower, stacked. Identifying marks removed.

Right pogo board with its flex: contact face (top) and back (bottom); also illustrates U-PD-02. FCC ID 2BQ4V0825CRR, Internal Photos 2, page 13, upper and lower, stacked. Identifying marks removed.

Left half exterior, top view with the empty module bay and its 8 contacts. FCC ID 2BQ4V0825CRL, External Photos, page 2, upper photo. Identifying marks removed.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
PD-03	Pogo board contact face, on the straight chord of the bay opening (both halves)	8-position spring (pogo) pin block, unmarked	not identified	Half-side module dock contacts; pins stand proud on the half, the modules carry the mating pads	8 gold domed pins, 2 staggered rows of 4, black insulator, 8 through-hole joints [clear count]; no marking	CRL IP2 p15; CRL IP1 p5, p7; CRR IP2 p13; CRR IP1 p5, p6; CRL EP p2-p4; CRR EP p2-p4; CRL BLE p35; CRR BLE p35; CRR UM2 p2	DOC; confirmed	Identical count on both halves and on every module (TUM-20, TCX-09, TKX-07).
PD-05	Pogo board pad labels	silkscreen pads	-	Same signal family as the dock board	Left back: `GND_4`, `BOOT_2`, `MZ_VBAT`, `RX_2`, `…_ON1` (candidate `LDO_ON1`); right back: `GND_4`, `BOOT_2`, `5V_1`, `RX_2`; right pin face: `?ND`, `TX`, `USB_5V` [clear except where marked]	CRL IP2 p15; CRR IP2 p13	DOC; confirmed	Pin-to-signal mapping not resolvable (OQ-09).
PD-06	ESD diodes on the pogo board	small diodes, unmarked	not identified	ESD/TVS on the exposed dock lines (INFERRED)	Left: 5 parts with diode symbols (refs `D19`...`D38`); right: 6 parts (`D39`, `D40`, `D41`, `D75`, `D3?`); edge text `?0010` [counts clear; refs partial]	CRL IP2 p15; CRR IP2 p13	DOC; INFERRED (role); confirmed	-
PD-07	Pogo board connectors	flex termination / connector	-	Pogo flex termination (INFERRED)	Left: `J1` under a white sticker (red text fragment `le`), second ref `J5` or `J3`; right: `J3` [clear] beside a round cut-out, white block at the flex exit	CRL IP2 p15; CRR IP2 p13	DOC; confirmed	-
PD-08	Pogo flex	black flat flex about 50 mm with stiffener	-	Pogo board to dock board (right: into dock `J4`, INFERRED)	Right flex printed `R`; fingers: left about 12 (estimate), right about 7 visible [counts partial]	CRL IP2 p15; CRL IP1 p5; CRR IP2 p13; CRR IP1 p5, p6	DOC; INFERRED (counts, routing); confirmed	-
PD-09	Module-bay bracket (both halves)	metal frame with circular opening and two hinge lugs; 5 rectangular blocks	not identified	Carries the dock and pogo boards; the 5 blocks did not attract a steel paper clip, so they are not magnets (MEASURED on one board, 2026-09-23; identity INFERRED from the test)	5 rectangular blocks around the opening on each half [clear count]	CRL IP1 p5; CRR IP1 p5	DOC; MEASURED (paper-clip test); confirmed	-
PD-10	Magnet carrier plate under the bay bracket (left)	black plate with circular opening; at least 4 magnet-colored blocks	not identified	4 of the 6 module-bay magnets (MEASURED: paper-clip test on one board, 2026-09-23)	4 silver blocks like PD-09 [clear]; 6-8 darker rectangular segments of unknown material	CRL IP1 p5	DOC; MEASURED (paper-clip test); corrected (Count narrowed from 'at least 6' to 'at least 4')	-
PD-11	Two features flanking the contact block on the chord	small light oblong/round features	-	Magnets or locating features (not determinable); 2 of the 6 module-bay magnets, one on either side of the contact block (MEASURED: paper-clip test on one board, 2026-09-23)	Present on both halves [clear presence]	CRL EP p2-p4; CRR EP p2-p3; CRL BLE p35; CRR BLE p35; CRR SRD p34; CRR UM2 p2	DOC; MEASURED (paper-clip test); confirmed	-
PD-12	Dock opening in the half	circular through-cutout with one straight chord	-	Module bay: contacts on the chord; modules pressed up 'through the module dock cutout'	Small round features on the bore wall (raised or recessed, not determinable) [clear shape]	CRR EP p2, p3; CRR UM2 p2	DOC; confirmed (Wording refined ('bumps' to 'round features'))	-
PD-13	Dock link net set (half side and module side)	-	-	UART (`TX`/`RX`), boot select (`BOOT`, `BOOT1`), module battery rail (`MZ_VBAT`/`VBAT`), 5 V feed (`USB_5V`/`POGOPIN_5V`/`5V`), enable (`LDO_ON`/`MODULE_ON`/`ON`), `GND`	Half labels HP-11, DK-10, PD-05; module labels `GND`, `VBAT`, `RX`, `ON`, `GND`, `TX`, `5V`, `BOOT1` (TUM-20, TCX-09, TKX-07); no `D+`/`D-` on any dock, pogo or module contact label	CRL IP1 p9; CRL IP2 p15; CRR IP1 p12; CRR IP2 p13, p16	DOC (labels); INFERRED (function, direction; pin order unknown); confirmed	Fits a module update driven by the half over UART plus `BOOT1` (INFERRED, untested; OQ-09).

Half enclosure, switches, keycaps, mechanics¶

Manual text is from user manual v1.0.6 (CRR UM1-UM5, native text layer) and the older CRL manual (image-only).

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
EN-01	Key switches, 37 per half (24 body + 10 wing + 3 dock), 74 total	CPG-1232 = Kailh PG1232 ('Choc Mini'), 0.45 x 0.42 mm pin variant	Kailh (Kaihua Electronics)	Hot-swappable low-profile key switch; red stems and clear housings in the photos; PG1232 is 14.5 x 13.5 x 8.2 mm, 2.4 mm travel (Kailh)	Spec sheet 'Kailh CPG-1232 (0.45x0.42mm pin variant)' [clear, text layer]; `Kailh` wordmark on the manual drawing (CRR copy)	CRR UM1 p3; CRR UM3 p2, p4; CRL UM1 p3; CRL UM2 p4, p6; CRL IP1 p5, p6; CRR IP1 p5	DOC; confirmed	74 keys matches NayaFlow 1.25.1's 74 key labels (STATIC).
EN-03	Keycaps, 37 per half	polycarbonate keycaps	-	Individually sculpted keycaps with a coordinate label on the underside (scheme `LA1`..`LH4`, `RA1`..`RH4` in NayaFlow 1.25.1 geometry, STATIC)	Spec sheet 'Keycaps: Polycarbonate' [clear]; drawing shows the underside tag as `XXN`	CRR UM1 p3; CRR UM3 p2; CRL UM1 p3; CRL UM2 p4; STATIC: NayaFlow 1.25.1 key geometry	DOC; STATIC (label scheme); confirmed	-
EN-04	Stabilizers on the larger keycaps	wire-type stabilizer, unmarked	not identified	'Larger keycaps ... have stabilizers'	Black wire bar with legs into the plate either side of one switch [clear in photo]	CRR UM3 p1, p2; CRL UM2 p3, p4; CRR IP1 p5	DOC; confirmed	Which keys carry stabilizers is not stated.
EN-05	Enclosure: body, dock, wing	'Aerospace Grade Aluminum' (alloy not stated)	-	Three-section aluminum body; black dock underside plate of unknown material	Spec sheet 'Body / Dock / Wing: Aerospace Grade Aluminum' [clear]	CRR UM1 p3; CRL UM1 p3	DOC; confirmed	-
EN-06	Black end cap at the rear-inner corner	non-metal end cap carrying USB-C	-	Antenna window behind which the RF0400A sits	Dark matte cap with USB-C; the lab's 'Ant.' callout on the top view lands on the black keycap above that corner [clear]	CRR EP p3 (vector callout), p4; CRL EP p2-p4; Kickstarter updates 14 (2024-07-24) and 15 (2024-09-03)	DOC (callout; vendor statement); confirmed	-
EN-07	Hinges and tenting	wing hinge + dock hinge	-	Two tenting hinges per half, 'In-built tenting up to 27°'	Round silver pivot cap (wing); two knuckle assemblies with screws (dock) [clear]	CRR UM1 p3; CRR UM2 p1; CRL UM1 p3; CRR EP p3, p4; CRL EP p3	DOC; confirmed	-
EN-08	PCB suspension	foam layer (part not identified in photos)	-	'Foam-suspended PCB for sound dampening'	Feature list text [clear]	CRR UM1 p3; CRL UM1 p3	DOC; confirmed	-
EN-09	Switch plates	separate rigid metal plates: body (24), wing (10), dock ring (3)	-	Plates butted at seams with screws, linked only electrically by flex; the hinging is in the case (EN-07)	Plain butted seam with screws [clear]	CRR IP1 p5; CRL IP1 p5, p6	DOC; corrected (Not 'two hinged sections')	-
EN-10	Underside screws	cross-recess screws	-	Fasteners: 12 silver (4 wing, 8 body) matching 12 symbols on the label outline; at least 13 small black screws around the dock ring plate	Round heads, single cross-slot [clear]	CRR EP p3, p4; CRR LBL; CRL LLOC p1	DOC; confirmed	The count of 12 is carried from the extraction pass. The left sheet shows the same 12 screw symbols.
EN-11	Feet	raised strips (rubber INFERRED)	-	Body 2 long curved strips; wing 2 short + 1 long; dock 1 long strip + 1 small pad	[clear shape]	CRR EP p3; CRR LBL; CRL LLOC p1	DOC; INFERRED (material); confirmed	-
EN-12	Side marker near the lower dock hinge	`L` / `R` in a filled circle	-	Left/right identification	`R` read on photo and artwork; `L` from the CRL photo (extraction pass) [clear]	CRR EP p3; CRR LBL; CRL EP p2; CRL LLOC p1	DOC; confirmed	-
EN-13	Underside wordmark	engraving	-	Branding and origin	'N Naya Create.®', 'Designed by Naya in the Netherlands', 'Made in China' [clear on artwork; faint engraving]	CRR EP p3; CRR LBL; CRL LLOC p1	DOC; confirmed	-
EN-14	Size and weight	'212 x 118 x 18mm', '1.4kg'	-	Spec-sheet dimensions (per half INFERRED from the 1:1 label outline, about 210.3 x 121.3 mm)	Spec sheet [clear]	CRR UM1 p3; CRR LBL	DOC; INFERRED (per half); confirmed	The sheet does not say per half or per pair.
EN-15	Half-to-half magnets	magnets (count not given)	-	'The two halves of Naya Create are magnetically attached to one another'	Manual text [clear]	CRR UM1 p8; CRL UM1 p8	DOC; confirmed	-

Speedlink dongle (`NAYA-100-1`, board `B0K17_Dongle_20241106_V01`)¶

Photos: DG IP p4-p5 (board), DG EP p2-p3 (exterior) and the closed unit in CRR IP7 p44-p45.

Speedlink dongle board, front (USB contacts, board name, Y1, LED1). FCC ID 2BQ4V0825DG, Internal Photos, page 5, upper photo.

Speedlink dongle board, back (nRF52840 U1, antenna end, test pads). FCC ID 2BQ4V0825DG, Internal Photos, page 5, lower photo.

Speedlink dongle, closed (metal USB-A shell, black cap). FCC ID 2BQ4V0825DG, External Photos, page 2, lower photo. Identifying marks removed.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
DG-04	`U1`, back side	nRF52840, package CKAA (WLCSP; about 4.0 x 3.8 mm with fillet), build code D0	Nordic Semiconductor	BLE SoC with native USB; firmware in the internal 1 MB flash (no external flash on the board)	`N52840` / `CKAAD0` / `2301ME`, pin-1 dot [clear]	DG IP p5; DG RF p10-p11 (power setting 8 / 7 / 8, 8.97 dBm)	DOC; INFERRED (D0 = Revision 2); confirmed	D0 = Revision 2 (Revision 3 is Fx0), INFERRED from Nordic DevZone.
DG-06	`Y1`, front	32.000 MHz crystal, 4-pad metal lid, about 2.1 x 1.7 mm	not identified	nRF52840 HFXO	`YC32.0` [clear]	DG IP p5	DOC; confirmed	-
DG-08	`LED1`, front	RGB LED, 4-pad, clear lens, 3 die sites, unmarked	not identified	Status LED with a common pad	Silkscreen `G`, `B`, `R` at the pads [clear]	DG IP p4, p5	DOC; INFERRED (common pad); confirmed	MEASURED behavior: green/red during the boot identity, then white (measured on one dongle, 2026-09-11).
DG-09	`ANT`, end opposite the USB fingers (under the plastic cap)	RF0401A	Boen (Dongguan Boen Intelligent Technology Co., Ltd.)	2.4 GHz PCB antenna, 10 mm long, connector N/A; filed gain 3.11 dBi = measured gain at 2480 MHz (28.18 % efficiency); 0.91-3.70 dBi and 17.8-31.6 % over 2400-2500 MHz; uncertainty 1.17 dB	Silkscreen `ANT`; report 'BOEN RF0401A PCB N/A 3.11' [clear]	DG RF p10; DG OTA p1, p2, p8, p13; DG IP p5	DOC; confirmed	OTA report BTL-OTA-1-2506C290 R00, tested 2025-07-14. The DG IP p4 'Antenna' callout arrow lands on a USB finger (probably misplaced). The SAR report's drawing puts the single antenna at the far end of the cap (DG-19).
DG-10	RF matching network	`L1`-`L3`, `C11`-`C13`, unmarked 0402	not identified	Pi/LC match between the SoC and the antenna (INFERRED)	Refs [clear]	DG IP p5	DOC; INFERRED (role); confirmed	-
DG-11	`ESD1`, `ESD2` at the USB end	2-terminal 0402 parts, unmarked	not identified	ESD on the USB lines (INFERRED)	Refs [clear]	DG IP p5	DOC; INFERRED (role); confirmed	The adjacent 4-lead `ESD3` part is U-DG-11b.
DG-13	Passives	chip resistors and MLCCs, unmarked	not identified	Decoupling and load capacitors (C15/C16 by Y1)	`R1`, `R3`-`R7`; `C1`, `C2`, `C3`, `C5`, `C8`-`C10`, `C15`, `C16`, `C18`-`C21` [mostly clear]	DG IP p4, p5	DOC; confirmed	-
DG-14	Test pads, back side	8 round pads about 1 mm	-	SWD, power and test access	`TP1`, `TP2`, `GND` x2, `5V`, `SWDIO` [clear]; two more cut by the board edge, fragment `SW…` (SWCLK expected, INFERRED)	DG IP p5	DOC; confirmed	-
DG-15	USB-A plug and housing	4 gold edge fingers (USB-A pitch) in a metal USB-A shell with a dark rear cap	-	Nano-class USB-A receiver, about 20-21 mm overall, about 11 mm proud of the host (INFERRED)	Shell with latch windows; no text [clear]	DG IP p4, p5; DG OTA p1; CRR IP7 p44, p45; DG EP p2-p3	DOC; INFERRED (sizes); confirmed	-
DG-16	Absent parts (both faces)	none	-	No external flash, USB bridge, PA/LNA, battery or charger	Only one IC-class part (U1) on either face [clear]	DG IP p4, p5	DOC (absence); INFERRED; confirmed	-
DG-18	Closed dongle exterior	no product marking	-	No FCC ID, model or product text on shell or cap; only a lab sample tag on the cap (value withheld)	[clear]	CRR IP7 p44, p45; DG OTA p1; DG EP p2-p3	DOC (absence); confirmed	The dongle filing's own exterior photos (DG EP p2-p3) show no FCC ID, model or logo anywhere, only a lab tag.
DG-19	Antenna position	-	-	Drawing of the dongle: the plug end with two double-slot windows and two dimples, then the cap; 'RF Antenna' at the far end of the cap; 'The EUT only has one antenna and does not have synchronous transmission function'	[clear]	DG SAR p22, p27	DOC; new (2026-09-23 exhibits) (one extraction pass, no blind re-read)	-

Naya Tune main board (ring PCB, `Tune_MB_20250227_V09`)¶

One sample, photographed once: CRL p17-p26 = CRR p14-p23 (same JPEG files).

Tune main board (ring), component side, with the Qi coil ferrite. FCC ID 2BQ4V0825CRL, Internal Photos 3, page 19, lower photo.

Tune main board (ring), contact side, with the Qi coil wired on. FCC ID 2BQ4V0825CRL, Internal Photos 3, page 19, upper photo. Identifying marks removed.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
TUM-03	MCU (refdes not legible beside the chip; `U1` per an earlier reading)	STM32F411CEU6 (UFQFPN48, 7 x 7 mm)	STMicroelectronics	Module MCU: Cortex-M4F 100 MHz, 512 KB flash, 128 KB RAM, USB OTG FS	`STM32F` / `411CEU6` / `GQ2CU179R` / `CHN GQ 320`, ST logo, `e3`, `1` [clear]	CRL IP3 p19-p20 = CRR IP2 p16-p17	DOC; INFERRED (`320` = 2023 week 20); confirmed	-
TUM-04	`U15`	MT5705	Maxic Technology	Qi (WPC 1.2.4 BPP) 5 W wireless-power receiver SoC, QFN32 4 x 4 mm, Cortex-M0, I2C slave	`MAXiC` / `MT5705` / `240801` / `HXXXXA1` [clear; line 4 is a printed lot code]	CRL IP3 p19-p20 = CRR IP2 p16-p17	DOC; confirmed	`QI_?X_SCL`/`QI_?X_SDA` pads give the MCU an I2C link to it.
TUM-05	`U8`	SGM41523 (base variant; ordering code SGM41523YTDF12G/TR)	SG Micro	2.5 A standalone switch-mode single-cell Li-ion charger, TDFN-3x3-12L, 1.33 MHz, no I2C, JEITA, TS/NTC input	`SGM` / `41523DF` / `S2A3C` [clear]	CRL IP3 p20-p21 = CRR IP2 p17; CRR IP3 p18	DOC (marking matches the datasheet marking table); confirmed	-
TUM-06	`U6`, beside an `R47` inductor	SGM62117 (SGM62117XTGH10G/TR)	SG Micro	Synchronous 4-switch buck-boost converter, 2.2-5.5 V in, 1.8-5.2 V out, 2 A, TDFN-3x2-10L	`01KGH` (first glyph consistent with `0`) / `H2A4C` or `?2A4C` [line 1 clear; line 2 partial]	CRL IP3 p19-p20 = CRR IP2 p16-p17	DOC (datasheet marking `01KGH`); INFERRED (role); confirmed (Upgraded from 'probable' to a marking match)	Role (3.3 V rail from the cell, or 5 V toward the dock) INFERRED.
TUM-09	Unpopulated IC footprint ringed by `ESD15`, `ESD24`, `ESD27`, `R8`, `R9`	none (DNP)	-	Do-not-populate option	Empty square land [clear]	CRL IP3 p19 = CRR IP2 p16	DOC; confirmed	-
TUM-10	`Q3`	MMBT3904 class NPN, SOT-23	multi-source	Small-signal NPN (40 V, 200 mA)	`1AM` [clear]	CRL IP3 p20 = CRR IP2 p17	DOC (marking); INFERRED (code-to-part); confirmed	Q1/Q2 are U-TUM-10b.
TUM-11	`D2`, `D3` (`D6` footprint unpopulated)	B5819W class Schottky, 40 V 1 A, SOD-123	multi-source	OR-ing of the Qi and dock inputs (INFERRED)	`SL` on both [clear]	CRL IP3 p21 = CRR IP3 p18	DOC (marking); INFERRED (code-to-part, role); confirmed	-
TUM-12	`D4`, `D5`	1N4148W class switching diode, SOD-123	multi-source	Switching diode	`T4` with cathode bar [clear in two readings]	CRL IP3 p21 = CRR IP3 p18	DOC; INFERRED (code-to-part); confirmed	-
TUM-14	Polarised bulk capacitor	100 uF tantalum/polymer (`107`; `J` is the common 6.3 V tantalum voltage code, INFERRED)	not identified	Bulk capacitance	`J107`, `+` on the silkscreen, end band [clear after rotation]	CRL IP3 p19, p21 = CRR IP2 p16; CRR IP3 p18	DOC; INFERRED (voltage code); corrected (Full marking read (was `?07`))	-
TUM-15	`Y1`	16.000 MHz crystal, 4-pad metal lid	not identified	STM32 HSE	`YC16.0` [clear]	CRL IP3 p20 = CRR IP2 p17	DOC; confirmed	-
TUM-16	Inductors `L14`, the inductor by U6, `L7`, `L8`, `L11`, `L13`	1.0 uH (`1R0`) and 0.47 uH (`R47`) SMD inductors	not identified	Charger switch-node inductor (L14, INFERRED) and the buck-boost inductor	`L14` `1R0` [clear]; by U6 `R47` [clear, not `4R7`]; other refs only	CRL IP3 p19, p21 = CRR IP2 p16; CRR IP3 p18	DOC; confirmed (`R47` settled over the `4R7` alternative)	-
TUM-17	`RT1`, `RT2` beside U8	0402 resistors	-	TS-pin divider for the pack NTC (the SGM41523 datasheet names them RT1/RT2; role INFERRED)	Refs [clear]	CRL IP3 p21 = CRR IP3 p18	DOC; INFERRED (role); confirmed	-
TUM-18	ESD and passives	unmarked ESD parts and passives	-	Line protection; highest refs seen: R95, C103, D40, ESD29, U15, L14, Q3, TVS1, RT2, Y1, J6	`ESD1`-`ESD3`, `ESD14`, `ESD15`, `ESD18`, `ESD21`, `ESD23`-`ESD27`, `ESD29`; `D1`, `D7`, `D38`, `D40` [clear]	CRL IP3 p19-p21 = CRR IP2 p16-p17; CRR IP3 p18	DOC; confirmed	-
TUM-19	Board connectors	FPC and wire-to-board connectors, unmarked	not identified	FPC about 10 contacts by the `PAD_*` labels (to the touch disc); 2 flip-lock ZIF on the inner island; `J1` small FPC about 6-8 contacts by `HAPTICAL_SDA` (haptic assembly, INFERRED); `J6` white 4-contact header	[clear presence; way counts are estimates]	CRL IP2 p18; CRL IP3 p19 = CRR IP2 p15-p16	DOC; INFERRED (destinations); confirmed	Tan tape covers several connectors.
TUM-20	`J5`, internal dock contact block (module side)	8-contact block, staggered 2 x 4 (1-2-2-2-1 zigzag), through-hole	not identified	Tune dock contacts	8 gold contacts; labels `GND` `VBAT` `RX` `ON` / `GND` `TX` `?V` `BOOT1`; two paler round pads beside the block (U-TUM-20b) [clear count]	CRL IP2 p18; CRL IP3 p19 = CRR IP2 p15-p16	DOC; confirmed	Corrects an earlier reading of 12 pads (2 x 6).
TUM-21	Actuator drive pads and footprint	pads, `M1` 2-pad boxed footprint	-	Motor/coil drive (H-bridge style IN1/IN2/nSLEEP set, INFERRED), coil sensing, an I2C device inside the dial assembly	`M1`, `PWM1` (partial), `PWM2`, `SLEEP`, `COIL+`, `COIL-`, `TUNE_ADC`, `TUNE_ADC_COIL`, `HAPTICAL_SCL`, `HAPTICAL_SDA` (partial) [clear except where marked]	CRL IP3 p19 = CRR IP2 p16	DOC; INFERRED (roles); confirmed	Consistent with a force-feedback dial (INFERRED).
TUM-22	Debug and boot pads	test pads	-	STM32 SWD and boot straps; `BOOT1` also reaches the dock block	`BOOT0`, `BOOT1` (beside the MCU), `SWDIO`, `SWCL…`, `RST` [clear to partial]	CRL IP3 p19-p20 = CRR IP2 p16-p17	DOC; confirmed	-
TUM-23	Other net pads	test pads	-	Touch-disc I2C + INT + RST + LED data; Qi and charger status; ADC sense	`PAD_LED_IN`, `PAD_SCL`, `PAD_SDA`, `PAD_INT`, `PAD_VDD`, `PAD_RST`; `QI_VBUS`, `NTC`, `QI_?X_SCL`, `QI_?X_SDA`; `VBUS` x2; `USB_ADC`, `BAT_ADC`; `VDD_3V3`, `LED_PWRON`, `CHARGE_FULL` [clear to partial]	CRL IP3 p19 = CRR IP2 p16	DOC; confirmed (Subset re-read; rest corroborated by two readings)	-
TUM-24	Qi coil landing	two square pads	-	Qi coil input (coil: TUX-18)	Twisted enamelled leads soldered on [clear]	CRL IP3 p19 = CRR IP2 p16	DOC; confirmed	-

Naya Tune touch/LED disc, dial, enclosure¶

Same shared photos as the Tune main board.

Tune touch/LED disc Tune_touch 20240926 V00. FCC ID 2BQ4V0825CRL, Internal Photos 4, page 23, upper (only photo). Identifying marks removed.

Tune T-shaped sub-board, two views side by side (U-TUX-16). FCC ID 2BQ4V0825CRL, Internal Photos 4, page 24, upper (left) and lower (right), composited.

Tune base underside: dock pads, marks, base label. FCC ID 2BQ4V0825CRL, Internal Photos 2, page 17, lower photo. Identifying marks removed.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
TUX-04	LED ring on the touch disc	24 side-view RGB LEDs, white bodies, unmarked (4020 class INFERRED)	not identified	Addressable LED ring on one data line (`PAD_LED_IN`), no driver IC; per-LED passives C(20+n), R(31+n)	`LED1`-`LED24`; `LED1` `C21` `R32`, `LED2` `C22` `R33` (so `C21`-`C44`, `R32`-`R55`) [clear]	CRL IP3 p22; CRL IP4 p23 = CRR IP3 p19-p20	DOC; INFERRED (class); confirmed	Host side is open (OQ-08): MEASURED 2026-09-08, about 9 indices (88-96) lit with a Tune docked left; MEASURED 2026-09-19 on a donor Tune with module firmware 2.1.2, 88-93 took the host color and 94-111 stayed bright white.
TUX-07	`J2` on the disc	10-contact flip-lock FPC receptacle, unmarked	not identified	Flex to the main board	10 contacts (9 clear + 1 at the edge) [clear count]	CRL IP4 p23 = CRR IP3 p20	DOC; confirmed	Corrects an earlier '~15-way' estimate.
TUX-08	`L4`, `R10`, `R11` on the disc	0-ohm links	-	Jumpers	Each marked `0` [clear]	CRL IP4 p23 = CRR IP3 p20	DOC; confirmed	Q4/Q8 on the same board: U-TUX-08b.
TUX-09	Disc ESD and passives	unmarked ESD parts and passives	-	Line protection around U1	`ESD1`-`ESD7`, `ESD13`; `R1`-`R11`, `R63` (partial); `C1`-`C4`, `C83`, `C84` [clear]	CRL IP4 p23 = CRR IP3 p20	DOC; confirmed	-
TUX-10	Disc host and power pads	test pads	-	I2C host interface (VDD, GND, SDA, SCL, RST, INT), `IN`, and two switched rails gated by `PWRON`	`VDD`, `GND`, `SDA`, `SCL`, `RST`, `INT`, `IN`, `PWRON`, `TOUCH-VDD`, `LED-VDD` [clear; `IN` lower legibility]	CRL IP4 p23 = CRR IP3 p20	DOC; confirmed	-
TUX-11	Touch cover	black glass disc about 45 mm, unmarked	-	Touch surface over the disc (marketing 'In-Built Touch Surface', INFERRED naming)	No marking; cracked edge from the teardown; about 45 mm against the tape in frame [clear]	CRL IP3 p22 = CRR IP3 p19	DOC; confirmed	-
TUX-12	Dial ring	silver knurled ring, unmarked	-	Dial ring; marketed as CNC-machined aluminum, soft-knurled	No marking [clear]	CRL IP2 p17 = CRR IP2 p14	DOC (photo; naya.tech marketing); confirmed	-
TUX-18	Qi receive coil	flat copper spiral on black ferrite, about 30-31 mm, unmarked	not identified	Qi coil feeding U15 (MT5705)	No marking; enamelled leads to TUM-24 [clear]	CRL IP2 p18; CRL IP3 p19 = CRR IP2 p15-p16	DOC; INFERRED (size from the extraction pass); confirmed	-
TUX-19	Base cover	black molded cover about 64 mm; 6 silver rectangular blocks; 8 flat gold pads (staggered 2 x 4)	-	Dock magnets or steel strike plates (INFERRED); module-side external dock pads	6 blocks in rim pockets; 8 pads in a recessed block, 1-2-2-2-1 stagger [clear counts]	CRL IP2 p17-p18 = CRR IP2 p14-p15	DOC; INFERRED (magnet vs steel); confirmed	-
TUX-21	Base marks and fasteners	compliance marks	-	Multi-market marks on the base	`CE`, FCC logo, `UK`/`CA`, WEEE bin [clear]; `N` mark, `VCI` box, triangle, circle-with-bar [shape only]; at least 3-4 screws	CRL IP2 p17 = CRR IP2 p14	DOC; confirmed	-
TUX-22	Internal flex	amber polyimide flex, about 7-8 traces	-	Main board to the touch/LED disc	[clear]	CRL IP2 p18 = CRR IP2 p15	DOC; confirmed	-

Naya Touch main board (`Touch_MB_20250227_V10`)¶

One sample: CRL p27-p36 = CRR p24-p33 (same JPEG files).

Touch main board, MCU side (close-up). FCC ID 2BQ4V0825CRL, Internal Photos 5, page 31, lower photo. Identifying marks removed.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
TCM-03	`U1`	STM32F411CEU6 (UFQFPN48)	STMicroelectronics	Module MCU	`STM32F` / `411CEU6` / `GQ20N 1A9R` / `CHN GQ 302`, ST logo, `e3`, `1` [clear]; 48 leads counted	CRL IP5 p31 = CRR IP5 p28 (label-covered on CRL IP5 p29-p30 = CRR IP4 p26-p27)	DOC; confirmed	-
TCM-05	Qi receiver (refdes read `U5` or `U15`)	MT5705	Maxic Technology	Qi 5 W receiver	`MAXiC` / `MT5705` / `240801` / `H…A1` [lines 1-3 clear; line 4 partial]	CRL IP5 p30-p31 = CRR IP4 p27; CRR IP5 p28	DOC; confirmed	-
TCM-06	`U8`, beside `R7`, `C18`, `C19`, `Q4`, `RT1`-`RT3`	SGM41523 (base variant)	SG Micro	Single-cell switch-mode charger, TDFN-3x3-12L (12 leads)	`SGM` / `41523DF` / `S2A3C` [clear]	CRL IP5 p30-p31 = CRR IP4 p27; CRR IP5 p28	DOC; confirmed	-
TCM-09	`U3` (one reading `U5`), beside the `R47` inductor	SGM62117	SG Micro	Buck-boost converter, TDFN-3x2-10L	`01KGH` / `R2A4C`, pin-1 dot [clear]	CRL IP5 p31 = CRR IP5 p28	DOC (datasheet marking `01KGH`); confirmed	Role (3.3 V rail from the cell, or 5 V toward the dock) INFERRED.
TCM-10	`Y1`	16.000 MHz crystal	not identified	STM32 HSE	`YC16.0` [clear]	CRL IP5 p31 = CRR IP5 p28	DOC; confirmed	-
TCM-12	`Q4`	MMBT3904 class NPN, SOT-23	multi-source	Small-signal NPN	`1AM` [clear]	CRL IP5 p31 = CRR IP5 p28	DOC; INFERRED (code-to-part); confirmed	-
TCM-13	`D1`, `D2` (`D6` unpopulated), near `QI_VBUS`	B5819W class Schottky, SOD-123FL	multi-source	Input OR-ing (INFERRED)	`SL` on both [clear]	CRL IP5 p31 = CRR IP5 p28	DOC; INFERRED; confirmed	-
TCM-15	Probably `C47`, below the `C47`/`D1` labels	100 uF 6.3 V tantalum (EIA `J` = 6.3 V, `107` = 100 uF)	not identified	Bulk capacitance	`J107` [clear after 180° rotation]	CRL IP5 p31 = CRR IP5 p28	DOC; INFERRED (code decode); confirmed	The nearby `+` silkscreen belongs to an adjacent unpopulated footprint.
TCM-16	`TVS1`, beside `VBAT`/`NTC`	5 V TVS diode	not identified	Battery-line protection (INFERRED)	`5V` [clear]	CRL IP5 p31 = CRR IP5 p28	DOC; confirmed	-
TCM-17	`D3`, `D22`; `D72`, `D74`	`S78`: not identified; `T4`: 1N4148W class (INFERRED)	not identified	Small signal or protection diodes	`S78` on D3 and D22 [clear]; `T4` on D72 and D74 [clear]	CRL IP5 p31 = CRR IP5 p28	DOC; corrected (`S78` settled over `S7B`)	-
TCM-18	Inductors	1.0 uH (`1R0`, L14) and 0.47 uH (`R47`, `L2` per one reading)	not identified	Charger inductor (INFERRED) and buck-boost inductor	`1R0`, `R47` [clear]; `L1`, `L13` refs only	CRL IP5 p30-p31 = CRR IP4 p27; CRR IP5 p28	DOC; confirmed	-
TCM-19	`J4`	14-position flip-lock FPC receptacle, about 0.3 mm pitch	not identified	Takes the pogo-board flex (TCX-11)	Molded `14` on the actuator; 13-14 contacts [clear]	CRL IP5 p30-p31 = CRR IP4 p27; CRR IP5 p28	DOC; INFERRED (pitch); confirmed	Corrects an earlier '~24-way' estimate.
TCM-20	`J5`	8-position FPC receptacle, about 0.5 mm pitch	not identified	Takes the sensor board's 8-way `J1` tail (INFERRED)	8 contacts [clear]	CRL IP5 p30-p31 = CRR IP4 p27; CRR IP5 p28	DOC; INFERRED (pitch, mating); confirmed	Corrects an earlier '~10-way' estimate.
TCM-22	`J3` battery header, `VBAT` and `NTC` pads beside	3-position right-angle wire-to-board header, about 1.0 mm pitch	not identified (JST SH class not confirmed)	Battery connector (VBAT, GND, NTC INFERRED)	White housing, 3 contacts + 2 hold-down tabs; `1`, `2` on the silkscreen [clear count]	CRL IP5 p31 = CRR IP5 p28	DOC; INFERRED (pitch, pinout); confirmed	-
TCM-23	Debug and boot pads	test pads	-	STM32 SWD and boot straps	`SWCLK1`, `SWDIO` (partly under glue), `BOOT0`, `BOOT1` [clear except where marked]	CRL IP5 p30-p31 = CRR IP4 p27; CRR IP5 p28	DOC; confirmed	-
TCM-24	Other net pads	test pads	-	Sensor-board I2C, MCU-to-Qi I2C, charger status, dock insertion sense (`INSERT`, INFERRED), UART	`PAD_INT`, `PAD_RST`, `PAD_LED_IN`, `PAD_SC…`, `PAD_SD…`, `PAD_VDD`, `LDO_ON`; `QI_RX_SDA`, `QI_RX_SCL`, `QI_VBUS`; `MCU_3V3`, `VDD_3V3`, `USB_ADC`, `BAT_ADC`, `VBUS`, `VBUS_5V`, `CHARGE_FULL`, `INSERT`, `NTC`, `VBAT`; `TX`, `RX`; `GND2`-`GND4`, `MARK1`, `MARK2` [clear to partial]	CRL IP5 p29-p31 = CRR IP4 p26-p27; CRR IP5 p28	DOC; confirmed (Subset re-read; rest corroborated by two readings)	-
TCM-25	ESD, diodes, thermistor divider, links	unmarked parts	-	Protection; TS divider; 0-ohm links; a large DNP footprint with `+`	`ESD7`-`ESD9`, `ESD12`-`ESD15`, `ESD17`, `ESD18`; `D3`, `D8`, `D9`, `D16`, `D45`; `RT1`-`RT3`; two parts marked `0` [clear]	CRL IP5 p30-p31 = CRR IP4 p27; CRR IP5 p28	DOC; confirmed	-

Naya Touch sensor board, pogo board, enclosure¶

Same shared photos as the Touch main board.

Touch pogo board and flex. FCC ID 2BQ4V0825CRL, Internal Photos 5, page 32, upper photo. Identifying marks removed.

Touch opened: main board in its carrier ring; housing with cell and pogo board. FCC ID 2BQ4V0825CRL, Internal Photos 4, page 28, upper photo. Identifying marks removed.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
TCX-02	`U1` on the sensor board	CST3640 (QFN52 6 x 6 mm per the JLCPCB `CST3640H` listing, INFERRED)	Hynitron	Capacitive multi-touch controller, I2C	`CST3640` [clear] / `[??]91` (1-2 characters under a blue ink dot)	CRL IP6 p35-p36 = CRR IP5 p32-p33	DOC (marking); INFERRED (package); confirmed	-
TCX-04	`LED1` on the sensor board	single addressable RGB LED, 4-pad, white body, round lens, unmarked	not identified	Module status LED (driven through the first index of its bay block)	Pad `DO`; `R29`, `R30`, `C10`, `C51`, `C52`, `ESD1` nearby [clear]	CRL IP6 p35 = CRR IP5 p32; measured on one keyboard with one Touch, 2026-09-10 (firmware not recorded with the reading)	DOC; INFERRED (class); MEASURED (a Touch lights through index 88 or 112 only, 2026-09-10); confirmed	-
TCX-05	`J1` on the sensor board	8-contact FPC, orange 8-trace tail	not identified	Link to main-board `J5`	8 contacts, pin-1 mark [clear]	CRL IP6 p35 = CRR IP5 p32	DOC; confirmed	-
TCX-06	Sensor-board host pads	test pads	-	I2C + INT + RST + LED data	`LED_IN`, `GND1`, `VDD`, `INT`, `SDA`, `SCL`, `RST` [clear to partial]	CRL IP6 p35-p36 = CRR IP5 p32-p33	DOC; confirmed	-
TCX-07	Sensor-board support parts	unmarked passives and ESD	-	Protection and decoupling; slotted gold pad = ground/spring land (INFERRED)	`ESD2`-`ESD6`, `ESD22`; `R22`-`R28`, `R31`, `R32`; `C2`-`C5` [clear]	CRL IP6 p35-p36 = CRR IP5 p32-p33	DOC; confirmed	-
TCX-09	`J2`, dock contact block on the Touch pogo board	8 gold domed contacts, 2 columns of 4, black molded block	not identified	Touch module-side dock contacts	Labels `GND`, `VBAT`, `RX`, up-arrow, `…ON`, `BOO…`, `GND` [clear count]	CRL IP4 p28; CRL IP5 p32 = CRR IP4 p25; CRR IP5 p29	DOC; confirmed	Corrects an earlier '2 x 5' reading.
TCX-10	Touch pogo board, back	`J7` FPC (about 8 contacts) and filter parts	not identified	ESD and filtering on the dock lines	`J7`; `C39`, `C40`, `C44`, `C46`, `D38`-`D41`, `D75`; 4 joints round a cross cut-out; three small SMD parts with refs starting `E` on the edge [clear]	CRL IP4 p28; CRL IP5 p32 = CRR IP4 p25; CRR IP5 p29	DOC; corrected (Three separate SMD parts, not a stacked small board)	The round black part beside the block is U-TCX-10b.
TCX-11	Touch pogo flex	amber flex about 40-42 mm, 13-14 conductors at about 0.3 mm	-	Pogo board into main-board `J4`	About 13 traces resolvable [clear]	CRL IP5 p32 = CRR IP5 p29	DOC; INFERRED (pitch); confirmed	-
TCX-13	Touch base exposed contacts	one straight row of 4 round gold contacts in a slot	-	Exposed module-to-dock contacts	4 contacts plus a small round feature [clear count]	CRL IP4 p27 = CRR IP4 p24	DOC; confirmed	Relation to the 8 contacts on the pogo board is open (OQ-11).
TCX-14	Qi receive coil	single-layer spiral about 29-30 mm OD, 19-20 mm ID, on a ferrite disc about 33 mm	not identified	Qi coil feeding the MT5705	No marking; scribed cross on the ferrite [clear]	CRL IP4 p28; CRL IP5 p29-p30 = CRR IP4 p25-p27	DOC; INFERRED (sizes); confirmed	-
TCX-15	Carrier frame	black plastic ring with 6 silver rectangular plates and a rectangular window	-	Holds the main board; dock magnets or steel strike plates (INFERRED)	6 plates [clear count]	CRL IP4 p28 = CRR IP4 p25	DOC; INFERRED; confirmed	-
TCX-16	Top cover	glossy black teardrop cover; black glass-like disc in the teardown	-	Touch surface; small light dot near the rim = LED window (INFERRED)	No print [clear]; size unresolved (U-TCX-16b)	CRL IP4 p27; CRL IP6 p35 = CRR IP4 p24; CRR IP5 p32	DOC; confirmed	-
TCX-17	Housing	black shell with a molded `2` in a circular boss	-	Enclosure; `2` is probably a mold cavity number (INFERRED)	`2` [clear]; cell held with yellow tape	CRL IP4 p28 = CRR IP4 p25	DOC; INFERRED; confirmed	-
TCX-18	Touch base label	label artwork with unfilled certification placeholders	-	Printed before any module certification; no module FCC ID exists	`…Netherlands · Made in China`; `…Naya B.V.`; `…, NL`; `XXX-YYYYYYY` (IC style), `R-C?-ABC-XXX…` (KC style), `XXX-ABC…` (Japan style), 13-character `CC…` (NCC style); `Input: 5V⎓500mA` [clear to partial]	CRL IP4 p27 = CRR IP4 p24	DOC; INFERRED; confirmed	-
TCX-19	Touch base marks	compliance marks	-	Marks beside the placeholder text	FCC, CE, UKCA, WEEE, KC, N in an arc, RCM-like triangle, others [clear to shape only]	CRL IP4 p27 = CRR IP4 p24	DOC; confirmed	-

Naya Track main board (ring PCB, `Track_MB_20250305_V13`)¶

One sample: CRL p37-p46 = CRR p34-p43 (same JPEG files). IC close-ups are CRL IP7 p45-p46 = CRR IP7 p42-p43.

Track main board, component (MCU) side, with the Qi coil's ferrite back. FCC ID 2BQ4V0825CRL, Internal Photos 7, page 45, upper photo. Identifying marks removed.

Track main board, connector and test-pad side, with the Qi coil face. FCC ID 2BQ4V0825CRL, Internal Photos 7, page 44, upper photo. Identifying marks removed.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
TKM-03	MCU	STM32F411CEU6 (UFQFPN48)	STMicroelectronics	Module MCU	`STM32F` / `411CEU6` / `GQ26Y17VQ` / `CHN GQ 443`, ST logo, `e3`, `A` [clear]	CRL IP7 p45 = CRR IP7 p42 (under a 2D label on CRL IP7 p44 = CRR IP6 p41)	DOC; INFERRED (`443` = 2024 week 43); confirmed	-
TKM-05	Qi receiver (refdes read `U15` or `U5`)	MT5705	Maxic Technology	Qi 5 W receiver	`MAXIC` / `MT5705` / `245303` / `H…A` [lines 1-3 clear]	CRL IP7 p46 = CRR IP7 p43	DOC; confirmed	Different lot (`245303`) from the Tune and Touch parts (`240801`).
TKM-06	`U8`	SGM41523 (base variant)	SG Micro	Single-cell switch-mode charger	`SGM` / `41523DF` / `S2GPC` [clear]	CRL IP7 p46 = CRR IP7 p43	DOC; corrected (Third line `S2GPC`, not `S26PC`)	-
TKM-07	`Y1`, load caps `C102`, `C103`	16.000 MHz crystal	not identified	STM32 HSE	`YC16.0` [clear]	CRL IP7 p45 = CRR IP7 p42	DOC; confirmed	-
TKM-11	Two diodes near `C40`/`C41`; one near `D16`	`SL`: 1N5819W / B5819W class Schottky (SOD-123FL); `T4`: 1N4148WS class switching diode (SOD-323)	multi-source	Schottky power-path diodes and a small-signal switching diode	`SL` on two parts, `T4` with cathode bar on the third [clear]	CRL IP7 p46 = CRR IP7 p43	DOC; INFERRED (code-to-part); corrected (Two different diode families, not one class)	-
TKM-12	ESD parts	unmarked ESD/TVS parts	-	Line protection	`ESD3`, `ESD4`, `ESD6`, `ESD7`, `ESD11`, `ESD15`, `ESD25` (+ `ESD22`, `ESD27` from the extraction pass) [clear]	CRL IP7 p45 = CRR IP7 p42; CRL IP7 p46 = CRR IP7 p43	DOC; confirmed	The ESD4 part's own marking is U-TKM-12b.
TKM-13	Inductors and links	1.0 uH (`1R0`) power inductor; 0-ohm link in `L13`; coil pads at `L11`	not identified	Charger inductor (INFERRED); Qi coil landing	`1R0` [clear]; `L13` part marked `0`; second inductor `10…` [partial]; `L1`, `L11` refs	CRL IP7 p45 = CRR IP7 p42; CRL IP7 p46 = CRR IP7 p43	DOC; confirmed	-
TKM-15	`C9`, `C18`, `C21`, `C31` at the coil pads	larger MLCCs, unmarked	-	Qi resonant/filter bank (INFERRED)	Refs [clear]	CRL IP7 p46 = CRR IP7 p43	DOC; INFERRED (role); confirmed	-
TKM-16	`S2`-`S5`	SMD tactile switches, metal frame, round brass actuators about 4-5 mm, unmarked	not identified	The four Track buttons (mapping to `TRACK_K1`-`K4` INFERRED)	`S2`, `S4`, `S5` [clear], `S3` [partial]	CRL IP7 p45 = CRR IP7 p42; CRL IP7 p46 = CRR IP7 p43; CRR IP6 p41; measured on one Track, 2026-09-06	DOC; MEASURED (four buttons, bitmask 1/2/4/8, 2026-09-06); confirmed	-
TKM-17	`LED1` between the two 1x4 pad rows	square top-view LED with round lens, unmarked	not identified	The Track's single status LED (RGB per marketing, INFERRED)	`LED1` [clear]	CRL IP7 p45 = CRR IP7 p42	DOC; confirmed	One LED on the board supports the 'single dot' reading over the '~15 LEDs' band-pass note (OQ-08).
TKM-18	Connectors	wire-to-board and board-to-board sockets, unmarked	not identified	`M1` white 2-way (motor) by `SENSOR1_3V3`; white 4-way under red-printed tape by `SENSOR2…`; two black 4-position female sockets by `GND2`/`VBAT`/`RX`/`TX`/`?AD_VDD` (take the interposer, INFERRED)	[clear presence]	CRL IP7 p44 = CRR IP6 p41	DOC; INFERRED (roles); confirmed	-
TKM-19	FPC tails	two orange FPC tails soldered to the ring	-	To the two sensor boards (INFERRED)	About 5-8 and 9-10 conductors [counts estimated]	CRL IP7 p44 = CRR IP6 p41	DOC; confirmed	-
TKM-20	Pad rows either side of `LED1`; extra pad clusters near `R22`/`R23`/`R26`/`R27`	two 1x4 rows of bare plated through-holes	-	Programming header, board attach or DNP option (unknown)	Pad rows unpopulated [clear]; 2x2 and 2-pad clusters, fitted or DNP not provable	CRR IP7 p42, p43	DOC; confirmed	-
TKM-21	Net pads	test pads	-	Buttons, charger, SWD/boot, two sensor buses, haptic enable, dock UART	`TRACK_K1`-`TRACK_K4`; `VBUS`, `QI_VBUS`, `NTC`, `CHARGE_FULL`, `LDO_ON`, `BAT_ADC`, `USB_ADC`, `VBAT`, `VDD_3V3`; `SWCLK1`, `SWDIO1`, `BOOT0`, `BOOT?`, `RST`; `SENSOR1_3V3`, `INT1`, `SCL`, `SDA`, `SCL1`, `SDA1`, `SENSOR2_3V3`, `INT2`; `TRACK_?RA_EN`, `MOTOR_IN?`; `RX`, `TX`, `USB_5V`, `PAD_VDD`, `LED_?`, `GND2`, `GND5`, `GND6` [clear to partial]	CRL IP7 p44 = CRR IP6 p41	DOC; confirmed (Subset re-read; rest corroborated by two readings)	-

Naya Track sensor boards, pogo board, interposer, motor, enclosure¶

Same shared photos as the Track main board.

Track sensor boards SensorR and SensorL: sensor side (top), connector side (bottom). FCC ID 2BQ4V0825CRL, Internal Photos 6, page 39, lower (top panel) and upper (bottom panel). Identifying marks removed.

Track pogo board contact face (left) and dock interposer board (right). FCC ID 2BQ4V0825CRL, Internal Photos 6, page 40, lower (left panel) and upper (right panel). Identifying marks removed.

Track opened: body with ball cup, pogo board, harness, cells and Qi coil; base cover with six metal inserts. FCC ID 2BQ4V0825CRL, Internal Photos 6, page 38, upper (only photo). Identifying marks removed.

ID	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
TKX-04	Sensor-board pads and parts	pads, FPC `J3`, ESD and passives	-	PixArt-style 3-wire optical-sensor port (`SCLK`/`SDIO`/`MOTION`, INFERRED); two sensors on the ball allow twist sensing (INFERRED)	SensorL: `3V3_SENSOR` (partial), `MOTION`, `SDIO` (partial), `SCLK`, `GND1`, `R11`, `C27`, `C28`; SensorR: `MOTION`, `SCLK3`, `SDIO3`, `3V3`, `GND`, `R9`; backs: `J3` (about 6 contacts), `ESD5`, `ESD8`-`ESD10`, `ESD13`, `ESD14`, `ESD17`, `ESD21`, `ESD22`, `C2`, `C3`, `C53`-`C56`, `C77`, `C83`, `C84`, `R5`, `R6` [clear except where marked]	CRL IP6 p39 = CRR IP6 p36	DOC; INFERRED; confirmed	The sensor ICs themselves are U-TKX-03.
TKX-07	Track dock contacts on the pogo board	8 gold domed contacts, 2 x 4, one black housing	not identified	Track module-side dock contacts	Labels `GND`, `VBAT`, up-arrow, `RX`, `ON`; 4 plated holes on each short edge; pitch about 2.5-3 mm (INFERRED) [clear count]	CRL IP6 p37, p40 = CRR IP5 p34; CRR IP6 p37	DOC; INFERRED (pitch); confirmed	Corrects an earlier '2 x 5' reading.
TKX-10	Haptic motor	flat coin vibration motor about 7-9 mm, unmarked	not identified	Track haptics; ERM vs coin LRA unresolved (U-TKX-10b)	Red and blue leads about 5 cm to a white 2-pin plug (mates `M1`) [clear]	CRL IP6 p41 = CRR IP6 p38	DOC; INFERRED (size); confirmed	-
TKX-11	Qi receive coil	multi-strand spiral on black ferrite, disc about 34-35 mm (winding about 28 mm OD / 19 mm ID), foam ring	not identified	Qi coil feeding the MT5705; leads soldered at pads by `L11`	No marking [clear]	CRL IP6 p38; CRL IP7 p44, p46 = CRR IP6 p35, p41; CRR IP7 p43	DOC; INFERRED (sizes); confirmed	-
TKX-12	Ball cup and carrier	black hemispherical cup with a central hole; translucent carrier with two sensor mounts	-	Trackball socket and sensor-board carrier	Bearings not resolvable [clear shape]	CRL IP6 p38 = CRR IP6 p35	DOC; confirmed	-
TKX-13	Trackball assembly	dark ball in a segmented top ring	-	Marketed 40 mm ball with 4 buttons; small dot at rear right = LED window (INFERRED)	Ring opening about 40 mm against the tape (INFERRED) [clear shape]	CRL IP6 p37 = CRR IP5 p34; naya.tech marketing (40 mm ball, 4 buttons)	DOC; INFERRED; confirmed	-
TKX-14	Base cover	black teardrop cover with 6 rectangular metal inserts, a window for the pogo block and a round seat (Qi, INFERRED)	-	Dock magnets or steel strike plates (INFERRED)	6 inserts [clear count]	CRL IP6 p38 = CRR IP6 p35	DOC; INFERRED; confirmed	-
TKX-15	Track base label	label artwork	-	Base label printed with empty certification fields	`Designed in the Netherlands`; `naya.tech · Naya B.V.`; address line; `FCC ID:` and `IC:` printed with no value [clear]; `P/N: NAYA-` + 2 unclear characters + `00-2` (U-TKX-15b); `S/N:` (withheld); `Input: 5V⎓500mA` [partial]	CRL IP6 p37 = CRR IP5 p34	DOC; confirmed (Only the P/N digits are unverifiable)	-
TKX-16	Track base marks and contacts	compliance marks; 8 exposed contacts	-	Marks and the exposed dock contacts	KC, CE, `UK`/`CA`, WEEE, `VCCI` (double box, in full), N-in-ellipse (issuer unidentified) [clear]; two marks shape-only (Giteki?, RCM?); 8 gold contacts 2 x 4 in a recess with two flanking round features	CRL IP6 p37 = CRR IP5 p34	DOC; confirmed	-
TKX-17	Internal harness	wire-to-board harness and FPC	-	White 3-pin connector (red, black, yellow-green wires; battery, INFERRED); red/blue pair to a white 2-pin plug (motor); orange FPC about 6-8 traces into a white connector	[clear presence]	CRL IP6 p38 = CRR IP6 p35	DOC; INFERRED (roles); confirmed	-

Batteries and power ratings (every half and every module)¶

Cell labels read from photos; declared values from the test reports' EUT tables.

ID	Image	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
BAT-01		Each keyboard half, one cell, taped with its protection board	`FH301217` (report: 'Model: 301217')	not identified (`FH` prefix)	Half cell: keeps the half on while a module is swapped; charged while the half draws power; Li-ion polymer pouch about 3.0 x 12 x 17 mm by size code (INFERRED)	`- FH301217 3.7V` / `+ 50mAh 0.185Wh` [clear]; report 'Power Source 1# Supplied from battery. Model: 301217', 'DC 3.7V 50mAh 0.185Wh'; '2# Supplied from PC USB port', 'DC 5V'	CRL IP2 p13, p14; CRL IP1 p7; CRR IP1 p10, p11; CRL BLE p10; CRL SRD p10; CRR BLE p10; CRR SRD p10; CRR UM1 p4	DOC; INFERRED (chemistry, size); confirmed	Manual v1.0.6 spec sheet says 'Internal Battery Capacity 45mA'; the cell and the report say 50 mAh (45 is a typo or a minimum, INFERRED).
BAT-02		Half cell lead	3-wire lead into a white multi-contact plug (JST SH class pitch, about 1.0-1.25 mm)	not identified	Cell connection; the white wire is an NTC or ID line (INFERRED)	Red / white / black wires; 3-4 gold blades visible in the shell [clear]	CRL IP2 p14; CRR IP1 p10, p11	DOC; INFERRED (pitch, role); confirmed	The mainboard receptacle's pin count is unresolved (U-HP-10).
BAT-06		Naya Tune pack	`FH 202030`	not identified (`FH` prefix)	Tune battery: 3.7 V 1000 mAh 3.7 Wh Li-ion polymer block pack, blue PVC wrap; about 20 x 20 x 30 mm by size code (INFERRED); 3 wires red/white/black to a white 3-position plug	`+ FH 202030 3.7V` / `1000mAh 3.7Wh` / `- 20250603` [clear]	CRL IP2 p18; CRL IP4 p25-p26 = CRR IP2 p15; CRR IP4 p22-p23	DOC; INFERRED (size); confirmed	-
BAT-09		Naya Touch cell A	`FH364046`	not identified (`FH` prefix)	Touch battery: 3.7 V 700 mAh 2.59 Wh Li-ion polymer pouch about 3.6 x 40 x 46 mm by size code (INFERRED); 3 wires red/black/white to a white 3-position plug (mates `J3`); protection board under yellow Kapton	`- FH364046 3.7V` / `700mAh 2.59Wh` / `+ 20250611` [clear]	CRL IP5 p33-p34 = CRR IP5 p30-p31	DOC; INFERRED (size); confirmed	-
BAT-10		Naya Touch cell B (teardown layout photo)	`FH364045`	not identified (`FH` prefix)	A second 700 mAh cell of the same family	`- FH364045 3.7V` / `700mAh 2.59WH` / `+ 20241201` [clear; last model digit `5` on both copies]	CRL IP4 p28 = CRR IP4 p25	DOC; confirmed (Model digit now read (was `FH36404?`))	Whether a Touch holds one cell or two is open (OQ-20).
BAT-13		Naya Track pack	`QS801630 1S2P`	not identified (`QS` prefix)	Track battery: 3.7 V 600 mAh 2.22 Wh, two cells in parallel bent around the ring, yellow polyimide tape, nickel tabs; 3 wires red/yellow/black to a white 3-way plug	`QS801630 1S2P 600mAh` / `3.7V 2.22Wh`; date codes `25H09` (lab photo) and `25G24` (a second, supplier-style photo) [clear]	CRL IP6 p38; CRL IP7 p42-p43 = CRR IP6 p35, p39-p40	DOC; INFERRED (two packs photographed); confirmed	-
BAT-14		Naya Track cell (inside the 1S2P pack)	`QS801630` single cell	not identified	One of the two pouch cells: 300 mAh, 1.11 Wh; about 8.0 x 16 x 30 mm by size code (INFERRED); 2 x 300 mAh = 600 mAh, 2 x 1.11 Wh = 2.22 Wh	`QS801630` / `300mAh` / `…09 3.7V 1.11Wh` [partial]	CRL IP7 p42 = CRR IP6 p39	DOC; INFERRED (size); confirmed	-
BAT-16	-	Advertised vs filed capacities	-	-	Vendor capacity figures disagree three ways (Tune / Touch / Track): website and 2023 campaign spec sheet 1500 / 800 / 800 mAh; v1.1.0 manuals 1500 / 1500 / 700 mAh; filed pre-production samples 1000 / 700 / 600 mAh	n/a	vendor website (archived); Kickstarter campaign Specs Sheet (2023); Tune, Touch and Track manuals v1.1.0 p2; BAT-06, BAT-09, BAT-13	DOC; confirmed	Retail capacities are not confirmed (OQ-21).
BAT-18		Module input rating (Touch and Track bases)	`Input: 5V⎓500mA`	-	Module DC input rating	[clear on the Track base; clear to partial on the Touch base]	Track: CRL IP6 p37 = CRR IP5 p34; Touch: CRL IP4 p27 = CRR IP4 p24	DOC; confirmed	-
BAT-19	-	Module power path	-	-	Dock 5 V (`VBUS`/`VBUS_5V`/`USB_5V`) or Qi (`QI_VBUS` from the MT5705) through `SL` Schottky diodes into the SGM41523 (charger only) and the pack; power back to the half only via the `VBAT` dock line or a boost (SGM62117 on the Tune and Touch)	Manual: halves' cells 'charged automatically while the keyboard is drawing power'; 'Docked modules will be charged ... if the keyboard is connected to a power source'; Qi 'both when docked and when not' [clear]	CRR UM1 p4; TUM-05, TUM-06, TUM-11, TCM-06, TCM-09, TKM-06	DOC (parts, pads, manual); INFERRED (topology); confirmed	-
BAT-20		Dongle power	-	-	Bus-powered; no battery, no cell in the photos	'Power Source: Supplied from USB port', 'Power Rating: DC 5V' [clear]; label `Rating: 5V⎓30mA` [clear]	DG RF p10; DG IP p4, p5; DG LBL	DOC; confirmed	-

Accessories in the box¶

Box list from user manual v1.0.6 (CRR UM1 p2, native text).

Retail 1 m USB-C Y-cable, coiled. FCC ID 2BQ4V0825CRL, Internal Photos 7, page 47, upper photo.

ID	Image	Location	Part	Maker	Function	Marking as read	Source	Basis	Notes
ACC-01		Box item D	'1m USB Type-C Y-Cable'	not identified	Two short USB-C ends to the halves, long USB-C end to the computer; molded splitter (no print); gray hook-and-loop strap; UL AWM class jacket (30V/80°C/VW-1 triple, INFERRED)	Jacket print `30V`, `VW-1` [clear], `?0°C` (80 likely), `STYL…` (style number not legible) [partial]	CRR UM1 p2, p6; CRL IP7 p47-p48 = CRR IP7 p46-p47	DOC; INFERRED; confirmed	-
ACC-02	-	Lab support cable	'USB Cable, Shielded NO, Ferrite Core NO, 0.8m'	-	Cable between the EUT and the host notebook during tests; the setup photos show a Y-splitter body like ACC-01	Support-unit table text [clear]	CRL BLE p14; CRR BLE p14, p35; CRR SRD p13, p34	DOC; confirmed	0.8 m (lab) vs 1 m (retail) unresolved. The CRL setup photos repeat the report photos byte for byte.
ACC-03		Box item C	'Speedlink Dongle' (`NAYA-100-1`)	Naya	USB dongle; spec sheet 'Speedlink Connection: Using Bluetooth v5.4'	Box list; subtitle 'Wireless dongle · NAYA-100-1(Dongle)' in the CRR v1.0.6 copy only [clear]	CRR UM1 p2, p3; CRL UM1 p2	DOC; confirmed	The dongle filing's manual is this same v1.0.6 manual: no dongle pairing procedure or LED description, one troubleshooting line ('Ensure the speedlink dongle is properly seated', UM4 p2).
ACC-04	-	Box item A	'Travel Case'	-	Clamshell case; 'can be stored in your travel case with modules attached'	[clear]	CRR UM1 p2; CRR UM2 p3	DOC; confirmed	-
ACC-05	-	Box item E	'Keycap/Switch Puller'	-	One tool: wire keycap end, two-prong switch end	[clear]	CRR UM1 p2; CRR UM3 p1, p3	DOC; confirmed	-
ACC-06		Box item F	'Spare/Sample Switches (3x)' (Kailh CPG-1232 per the spec sheet)	Kailh	Spare switches	[clear]	CRR UM1 p2, p3	DOC; confirmed	-
ACC-07	-	Box item G	'Module Spacers (2x)'	-	Ring-shaped spacers that 'pack empty space and prevent shifting while stored'	[clear]	CRR UM1 p2; CRR UM2 p3	DOC; confirmed	-
ACC-08		SAR test cable (lab, not in the box)	'USB extension cable', 18.8 cm	-	USB-A plug on a tethered adapter sleeve at the host end, receptacle at the dongle end; used for three of the five SAR positions	[clear]	DG SAR p24; DG SAR-D photos 2, 3, 5	DOC; INFERRED (connector reading); new (2026-09-23 exhibits) (one extraction pass, no blind re-read)	-

Unconfirmed readings¶

Legible text whose identity is not established. The Candidate column is reasoning, never a part number DOC INFERRED.

ID	Board	Location	Legible	Candidate (not a part number)	Why unconfirmed	Source
U-LB-11b	Identifiers	Energy mark and Japanese certification body	N crossed by an ellipse + 'ENERGY VERIFIED'; Giteki body code `219`	-	Issuers not identified by any search	CRR LBL
U-HM-08	Half mainboard	`Y2`, both halves	`Y2` (left), `?2` (right); 2-pad package; lid marking illegible	32.768 kHz LFXO (INFERRED, nRF52 reference design)	Body marking out of frame or unmarked in every photo	CRL IP1 p7, p10; CRR IP1 p8
U-HM-09b	Half mainboard	`U1` flash, lines 2-4 (right half)	Extraction pass: `Q3??V???Q` / `2?0? 6?34` (best `2208 6134`) / `?0100??`; adversarial re-crop: line 2 has a `Q`, a digit and a `V`, nothing assignable	Winbond W25Q-series part (INFERRED)	Too few pixels per glyph	CRR IP1 p8
U-HM-10	Half mainboard	QSPI flash capacity	No density digit legible	8 MB class (an earlier note, no photographic support) or 32 Mbit (if line 2 is `Q3`); STATIC: NayaCore 6.11.0 carries per-half images for flash generations A and B (`kb_fwl.bin` / `kb_fwl_64.bin`) chosen by PID bit 0x1000, so two capacities may exist; our units are generation A (MEASURED, keyboard firmware 3.41.0)	The 8 MB figure has no photographic support; the `Q3` read is not confirmed	CRR IP1 p8; STATIC: NayaCore 6.11.0 (per-generation image pair `kb_fwl.bin` / `kb_fwl_64.bin`, PID bit 0x1000)
U-HM-13b	Half mainboard	USB-C receptacle pin class	About 13 legs counted in a partial crop	16-pin USB 2.0 receptacle (INFERRED: the nRF52840 is USB 2.0 FS only)	Full leg row not in any crop	CRR IP1 p8
U-HM-15b	Half mainboard	`BOOT` pad label (left)	`BOOT` clear; a following `1` may belong to adjacent silkscreen	`BOOT1`	Ambiguous glyph ownership	CRL IP1 p9
U-HP-01b	Half mainboard	IC beside `L11` (left)	4-6 pad black package, pin-1 dot, no glyphs	DC-DC converter (INFERRED from the paired inductor)	No marking resolvable	CRL IP1 p9
U-HP-02b	Half mainboard	`U10` (left)	6-lead SOT-23-6 package, no glyphs	Regulator or load switch (INFERRED)	No marking resolvable	CRL IP1 p9
U-HP-03	Half mainboard	QFN/DFN between `R78`, `R79`, `R80`, `C101` (left)	Black square package; leads sub-pixel; no marking	Battery charger or power manager (INFERRED from nearby `USB_ADC`, `BAT_ADC`, `VBUS_5V`, `CHG_?NT`)	No marking resolvable	CRL IP1 p9
U-HP-04	Half mainboard	2-terminal part beside `R79` (`C110`, `C32`) (left)	Uniform black molded body, no band, no code	Schottky diode (INFERRED from shape)	No marking	CRL IP1 p9
U-HP-06	Half mainboard	Epoxy glob beside `R90`, `R13`, `R89`, `R87` (left)	Irregular black potting, no leads or marking	-	Covered	CRL IP1 p9
U-HP-07	Half mainboard	`Q1`, `Q6`, `Q8`-`Q11` (left); `Q1` (right)	Left: SOT-23 bodies, markings illegible (`Q7` empty); right `Q1`: `S2U` (middle glyph `2` or `Z`)	Load switches for the module, LED and 5 V rails (INFERRED)	`S2U` has no entry in the marking-code databases reached (s-manuals.com `S2`, `2U`); search-engine summaries gave two contradictory identities	CRL IP1 p9; CRR IP1 p8
U-HP-08	Half mainboard	Small package near `C101`/`R12` (right)	3-5 leads; refdes `U3` or `U5`; marking illegible	Small regulator or logic part (INFERRED)	No marking resolvable	CRR IP1 p8
U-HP-10	Half mainboard	Battery receptacle at `VBAT2` (left)	Pads `VBAT2`, `NTC` [clear], `M?_VBAT_2` (`MZ` most likely); cream body about 20-25 px wide in the photo	Mates the 3-wire cell lead (BAT-02) (INFERRED)	Pin count not resolvable	CRL IP1 p9
U-WG-03b	Wing	Power slide switch part number	No marking (about 2 mm features)	C&K PCM12SMTR-class right-angle SPDT switch (form-factor candidate only, INFERRED)	Not a reading; needs a caliper or a donor board	CRL IP1 p12; CRR IP1 p9
U-PD-02	Pogo	Right pogo board name	Circled `R`, Pb mark, `GND_4`, `BOOT_2`, `5V_1`, `RX_2`; name under a QR sticker; `Cr` / `Pin` / `10` fragments very low confidence; edge text `?0010`	`Create_R_PogoPin_<date>_V10` (INFERRED from the left twin)	Name hidden	CRR IP2 p13; CRR IP1 p5, p6
U-EN-02	Half mechanics	Hot-swap socket part	Manual drawing only: square recess, 2 round holes top, 2 slotted tabs, center window; no text	Kailh-compatible PG1232 socket (INFERRED)	No PG1232-specific socket part number found; sockets not legible in photos	CRR UM3 p4; CRL UM2 p6
U-LED	All boards	LED part numbers: half per-key, wing side bar, dock thumb, Tune ring, Touch LED1, Track LED1	No marking on any LED body (a faint 1-2 character mark on the right dock LEDs is illegible)	WS2812/SK6812-class addressable LEDs (INFERRED from 4-pad `O`/`G`/`I`/`+` footprints and no driver IC); Tune ring side-view 4020 class (INFERRED)	Unmarked parts	CRL IP1 p8, p9, p11, p12; CRL IP2 p16; CRR IP1 p9, p12; CRL IP4 p23; CRL IP6 p35; CRL IP7 p45 = CRR IP3 p20; CRR IP5 p32; CRR IP7 p42
U-DG-07	Dongle	`Y2`	2-pad metal lid about 2.1 x 1.1 mm, lid texture only	32.768 kHz LFXO (INFERRED)	Marking illegible after two enhancement passes	DG IP p5
U-DG-11b	Dongle	4-lead package labeled `ESD3`	About 4 lead pads; no marking	USB ESD array or an LDO (INFERRED)	No marking	DG IP p5
U-DG-12	Dongle	0603 part on the `5V` pad	`CG4` [clear] with a chevron and a band	Fuse, diode or TVS (INFERRED)	No `CG4` entry in s-manuals.com's CG table or other databases	DG IP p5
U-TUM-07	Tune main board	`U11`	8-lead small outline (4 per side), no marking	Actuator H-bridge driver (INFERRED from `PWM1`/`PWM2`/`SLEEP`)	No marking	CRL IP3 p19 = CRR IP2 p16
U-TUM-08	Tune main board	`U9` near `ESD1`/`C32`	Small square QFN/DFN, no marking	-	No marking	CRL IP3 p19 = CRR IP2 p16
U-TUM-10b	Tune main board	`Q1`, `Q2`	`S1B` or `S1D` on both (SOT-23)	-	Code not decoded in this package	CRL IP3 p20 = CRR IP2 p17
U-TUM-13	Tune main board	`TVS1`	Two lines; lower plausibly `5V`, upper unresolved	5 V TVS (INFERRED)	Partial marking	CRL IP3 p21 = CRR IP3 p18
U-TUM-20b	Tune main board	Beside the `J5` dock block	Two paler round pads next to the 8 contacts; the label after `TX` reads `5V` or `3V`	Separate `RX`/`TX` test pads (two readings) or positions 9-10 of one 2 x 5 block (one reading)	Readers disagree; 8 vs 10 signal count needs continuity	CRL IP2 p18; CRL IP3 p19 = CRR IP2 p15-p16
U-TUX-03	Tune disc	`U1` touch controller	Line 1 `CST3` + one character under a blue ink dot; line 2 `L3v9` + a partly hidden character	Hynitron CST3640, as on the Touch (INFERRED); family Hynitron CST3xxx	Suffix digit hidden under ink in every exposure	CRL IP4 p23 = CRR IP3 p20
U-TUX-08b	Tune disc	`Q4`, `Q8` near `PWRON`	SOT-23 bodies, markings illegible	Switches for `LED-VDD` / `TOUCH-VDD` (INFERRED)	No marking	CRL IP4 p23 = CRR IP3 p20
U-TUX-13	Tune	Dial actuator	Black cylindrical can with visible helical copper windings in a recess under the Qi coil; no marking; its own leads not visible	Marketing: 'Hapticore Driver by Xeeltech' (DOC, naya.tech marketing); XeelTech HAPTICORE parts are magnetorheological-fluid rotary actuators (xeeltech.com)	Identity rests on marketing plus shape; no SKU	CRL IP2 p18 = CRR IP2 p15
U-TUX-15	Tune	Housed round component beside the internal dock block	Black molded bracket; dark round part with a slotted clip and a center screw; no marking	Detent, bearing retainer or motor mount (not determinable)	No marking, function unclear	CRL IP2 p18 = CRR IP2 p15
U-TUX-16	Tune	T-shaped sub-board	Green PCB about 10 x 7-9 mm; metal frame about 9.3 x 3.7 mm with a white 'pill' about 3.3 x 1 mm at one end of a slot; 6 pads on the crossbar; about 1.2-1.5 mm unmarked IC; no board name	Micro slide switch (leading reading, INFERRED); not USB-C (a USB-C opening is about 8.3 x 2.4 mm)	No marking or name	CRL IP2 p18; CRL IP4 p24 = CRR IP2 p15; CRR IP3 p21
U-TUX-20	Tune	Tune base label P/N	`Designed in the Netherlands` [clear]; `FCC ID:` + placeholders; `S/N:` (withheld); `P/N:` digits low-confidence	`NAYA-700-3` (family pattern, INFERRED)	Too few pixels	CRL IP2 p17 = CRR IP2 p14
U-TCM-11	Touch main board	`Q1`, `Q2` near `VBUS_5V`	`S1D` on both (SOT-23) [clear]	-	Database hits (a 300 V SMBTA42-family NPN; DO-214 rectifiers) do not fit the circuit or package	CRL IP5 p31 = CRR IP5 p28
U-TCX-10b	Touch pogo board	Round black part beside the contact block (back)	No marking	Epoxy-blob IC, magnet or optical part (not determinable)	No marking	CRL IP4 p28; CRL IP5 p32 = CRR IP4 p25; CRR IP5 p29
U-TCX-16b	Touch	Sensor board and cover size	Estimates 66-72 mm (one extraction), about 45 mm (another), 25-30 mm (a recalibration)	Larger than the 44 mm main board (INFERRED)	Tape calibrations disagree; only the main board is anchored by a known package	CRL IP4 p28; CRL IP6 p35 = CRR IP4 p25; CRR IP5 p32
U-TKM-08	Track main board	Small QFN on the upper-left arc near `L4`/`L6`	About 3 mm, top looks unmarked	-	No marking	CRL IP7 p45 = CRR IP7 p42; CRR IP6 p41
U-TKM-09	Track main board	Leaded IC near `S3`, beside a shielded inductor	SOP/SOT class, smooth top; inductor reads `10…`	Regulator (INFERRED, weak)	No marking	CRL IP7 p45 = CRR IP7 p42; CRL IP7 p46 = CRR IP7 p43
U-TKM-10	Track main board	`Q1`, `Q2`	`S1D` on both (SOT-23) [clear]	-	Every database hit for `S1D` is a DO-214 rectifier (wrong package)	CRL IP7 p46 = CRR IP7 p43
U-TKM-12b	Track main board	ESD4 part marking	`S76` (best re-read) vs `S78` / `ST8` / `S7?` (extraction)	-	Glyphs ambiguous; no database match	CRL IP7 p45 = CRR IP7 p42
U-TKM-14	Track main board	2-terminal part beside the `1R0` inductor	`10` + an unclear third glyph after a hook mark	100 uF capacitor if `107` (INFERRED, weak)	Reflective surface; not confirmed	CRL IP7 p46 = CRR IP7 p43
U-TKX-03	Track sensor boards	`U9` (SensorL), `U11` (SensorR)	Black windowed packages with two apertures and an emitter element; no marking at 4x-16x	Optical motion sensor with a PixArt-style 3-wire port (INFERRED)	Unmarked	CRL IP6 p39 = CRR IP6 p36
U-TKX-05b	Track pogo board	Date stamp	`25 1?`	`25 14` (one extraction)	Second digit not confirmed	CRL IP6 p40 = CRR IP6 p37
U-TKX-09b	Track interposer	`U41`	A dark SOT/DFN part in the lower row; refdes and marking not legible	-	Illegible	CRL IP6 p40 = CRR IP6 p37
U-TKX-10b	Track	Motor type	Net `TRACK_?RA_EN` (`L` or `E`)	`LRA_EN` would mean a linear resonant actuator; coin ERM also possible	Motor unmarked; one glyph ambiguous	CRL IP6 p41; CRL IP7 p44 = CRR IP6 p38, p41
U-TKX-15b	Track	Track base P/N	`P/N: NAYA-` + two unclear characters + `00-2` (first digit 7 or 2 on both copies, not 8)	-	Ambiguous glyphs	CRL IP6 p37 = CRR IP5 p34
U-BAT-11	Touch	Cell date on the in-situ thumbnail	`…0250?19` (one copy), partial on the other	-	Does not match the sharp `20250611`; resolution too low	CRL IP5 p33 = CRR IP5 p30
U-BAT-17	All devices	Cell makers	Prefixes `FH` (half, Tune, Touch) and `QS` (Track)	-	No manufacturer, distributor or datasheet hit for FH301217, FH202030, FH364046, FH364045 or QS801630	BAT-01, BAT-06, BAT-09, BAT-10, BAT-13

Open hardware questions¶

Twenty-six questions remain, grouped by what they need: an opened spare half (flash part and capacity, power tree, cell connector, 32 kHz crystal, LED part and protocol, dock pin map, spring-pin block, slide switch and socket, USB-C class); opened spare modules (Tune actuator and driver, Tune sub-board, touch-controller suffix, Track sensor, Track motor, one or two Touch cells, cell makers); a retail unit without opening (board revisions when opened anyway, Touch base contacts, the module-base magnets, base part numbers, the dongle's ESD3 and CG4, the Y-cable print); a browser (the energy-mark issuer and the MIC body; the exhibits and ISED numbers are settled); and one SWD read only where the debug lock allows (the silicon revision) DOC. Each also appears on Open questions.

ID	Question	What the filings show	How to find out	Needs
OQ-01	Do retail units match the filed boards?	Pre-production samples received by the lab on 2025-06-20; boards V13 (main), V11 (wing), V09 (dock), V10 (pogo); no firmware version printed anywhere	Photograph the silkscreen of each board on an opened retail or donor half and module	Donor board; screwdriver; camera
OQ-02	QSPI flash part number and capacity; does generation B use a larger part?	Only the `winbond` wordmark (HM-09); NayaCore 6.11.0 selects images by PID bit 0x1000 (U-HM-10)	Macro photo of U1 on a donor half; JEDEC ID (0x9F) read of the flash with the nRF held in reset; check a generation-B unit's PID if one exists	Donor half; SOIC/USON probe or clip; logic analyzer or SPI programmer
OQ-03	Half power tree: charger/PMIC, DC-DC ICs, load switches (`S2U`), `U3`/`U5`, epoxy glob	Presence only (U-HP-01b to U-HP-08); schematic and block diagram are long-term confidential	Low-angle macro photos on a donor mainboard; measure `VBUS_5V`, `SYS`, `SYS_OUT`, `5V_OUT`, `LED_PWR_5V` with a multimeter	Donor board; multimeter
OQ-04	Half battery connector pin count and pinout; which wire is the NTC	3-wire lead (BAT-02); receptacle pin count unresolved (U-HP-10)	Photo of the `VBAT2` receptacle and cell plug; continuity from each wire to `VBAT2`, `NTC`, ground	Donor half; multimeter
OQ-05	nRF52840 silicon revision (build code D0)	`CKAAD0` on both halves and the dongle (HM-04, DG-04)	Read Nordic's nRF52840 IC revision / compatibility document in a browser (automated fetch returned 403); FICR read over SWD on a donor half only where APPROTECT allows	Browser; for FICR: donor half and SWD probe
OQ-06	Is a 32.768 kHz crystal fitted (half `Y2`, dongle `Y2`) and used?	2-pad packages, illegible lids (U-HM-08, U-DG-07)	Lid marking on a donor board; scope on the crystal pins while running; firmware LFCLK source if a plaintext image ever becomes available	Donor board; oscilloscope
OQ-07	LED part numbers and protocol	Unmarked 4-pad LEDs, no driver IC (U-LED)	Macro photo of an LED; logic analyzer on an LED data line (`LED_01`, `LED_D7_1`, `PAD_LED_IN`) to tell WS2812 from SK6812 timing	Donor board; logic analyzer
OQ-08	LED map geometry: which physical light bar is indices 74-80; how many bay indices a Tune and a Track follow	Board counts: Tune 24 LEDs (TUX-04), Touch 1 (TCX-04), Track 1 (TKM-17). MEASURED: about 9 Tune indices lit in a band test (2026-09-08), index 88 alone lit a Tune (2026-09-10), 6 of 24 took color on a module firmware 2.1.2 Tune (2026-09-19); an early Track reading of about 15 indices was a band artifact	Paint one LED index at a time with each module docked, on module firmware 2.3.3	Retail keyboard and modules; a tool that writes the LED map
OQ-09	Dock pin-to-signal map, voltages, UART settings; how the half enters a module bootloader	Net names only (PD-13); no `D+`/`D-`; `BOOT1` reaches the STM32 strap and the dock block (TUM-22). No USB data reaches the dock (so forcing the STM32 USB DFU via `BOOT0` does not fit), so a USART bootloader via `RX`/`TX` + `BOOT1` fits the wiring better (INFERRED, untested)	Continuity from each spring pin to the dock-board pads on a donor half and from each module pad to its main-board nets; logic analyzer on `TX`/`RX`/`BOOT` during docking and a NayaFlow module update	Donor half and donor module; multimeter; logic analyzer
OQ-10	Tune internal `J5`: 8 or 10 contacts; `5V` or `3V` label	8 contacts plus two paler pads; readers disagree (U-TUM-20b)	Angled photo of the block on a donor Tune; continuity from the paler pads to `RX`/`TX`	Donor Tune
OQ-11	Touch base: why only 4 contacts show through the slot when the pogo board has 8	TCX-13 vs TCX-09	Look at a retail Touch underside (non-destructive)	Retail Touch
OQ-12	Spring-pin block maker, pitch and stroke	8 unmarked domed pins (PD-03)	Caliper on a donor pogo board; compare catalog 2 x 4 spring-pin blocks	Donor half; caliper
OQ-13	Module bases: are their 6 metal blocks magnets or steel?	6 blocks in each module base (TUX-19, TCX-15, TKX-14). The half side is answered: 6 magnets per bay, the 2 features beside the contacts (PD-11) and 4 blocks on the carrier plate (PD-10); the 5 bracket blocks (PD-09) are not magnets (paper-clip test, 2026-09-23)	Paper-clip test on each module base	Retail modules; paper clip
OQ-14	Tune dial actuator identity, driver `U11`, and the `HAPTICAL` I2C device	Wound can, drive pads, marketing name (U-TUX-13, U-TUM-07, TUM-21)	Donor Tune teardown (actuator label); logic analyzer on `HAPTICAL_SCL`/`HAPTICAL_SDA` for the device address	Donor Tune; logic analyzer
OQ-15	Tune T-shaped sub-board, housed round component, `U9`	Shapes only (U-TUX-15, U-TUX-16, U-TUM-08)	Donor Tune teardown with macro photos	Donor Tune
OQ-16	Tune touch controller exact part	`CST3` + a digit under ink (U-TUX-03)	Angled-light photo on a donor Tune, or an I2C chip-ID read	Donor Tune
OQ-17	Track optical sensor part	Unmarked windowed packages with `SCLK`/`SDIO`/`MOTION` pads (U-TKX-03)	Donor Track teardown; logic analyzer on `SCLK`/`SDIO` to read the sensor's product-ID register (PixArt parts keep it at register 0x00)	Donor Track; logic analyzer
OQ-18	Track motor ERM or LRA; small QFN, leaded IC, ESD4 marking, `10?` part	U-TKX-10b, U-TKM-08, U-TKM-09, U-TKM-12b, U-TKM-14	Donor Track macro photos; capture the motor drive waveform	Donor Track; oscilloscope
OQ-19	Module part numbers on base labels	Tune `NAYA-700-3`? (U-TUX-20); Track `NAYA-?00-2` (U-TKX-15b); Touch not read	Read the base labels on retail modules (non-destructive; keep serial values private)	Retail modules
OQ-20	Touch: one or two 700 mAh cells; sensor board and cover size	Two different cell labels (BAT-09, BAT-10); size estimates disagree (U-TCX-16b)	Caliper on a retail Touch; donor Touch teardown	Retail or donor Touch; caliper
OQ-21	Cell makers and retail capacities	Prefixes `FH`, `QS` only (U-BAT-17); marketing 1500/800/800 mAh vs filed 1000/700/600 mAh (BAT-16)	Labels on retail packs from a donor teardown; UN38.3 test summaries (not part of FCC filings)	Donor modules
OQ-22	Wing slide switch part and ON/OFF direction; PG1232 hot-swap socket part	Unmarked switch (U-WG-03b); manual drawings disagree on direction; socket drawn only (U-EN-02)	Caliper and photos on a donor half; compare Kailh and C&K catalogs	Donor half; caliper
OQ-23	USB-C receptacle pin class	About 13 legs visible (U-HM-13b)	Photo of the full leg row on a donor board	Donor board
OQ-24	Dongle `ESD3` and `CG4` parts	U-DG-11b, U-DG-12	Macro photo of an opened retail dongle	Retail dongle
OQ-26	Issuer of the N-in-ellipse energy mark; Japanese certification body `219`	U-LB-11b The left MIC number is `219-257017`; the dongle has no MIC number and no N-in-ellipse mark.	MIC's list of registered certification bodies; Canadian energy-verification mark lists	Browser
OQ-27	Y-cable AWM style number; 1 m retail vs 0.8 m lab cable	ACC-01, ACC-02	Read the jacket print and measure a retail cable	Retail cable

Citation codes¶

The codes in the Source column name the FCC exhibit and its page; the full key, with links, is on Regulatory records DOC.

Code	FCC ID	Exhibit	Pages
CRL IP1-IP7	2BQ4V0825CRL	Internal Photos 1-7 ('PHOTOGRAPHS OF EUT', 48 pages, BTL project 2506C291)	IP1 p1, p5-p12; IP2 p13-p18; IP3 p19-p22; IP4 p23-p28; IP5 p29-p34; IP6 p35-p41; IP7 p42-p48
CRL EP	2BQ4V0825CRL	External Photos	p2-p4
CRL BLE	2BQ4V0825CRL	Test report BTL-FCCP-1-2506C291 R01	report page
CRL SRD	2BQ4V0825CRL	Test report BTL-FCCP-2-2506C291 R01 (2 Mbps)	report page
CRL ANT	2BQ4V0825CRL	Antenna specification, Boen RF0400A ver1.1	PDF page
CRL UM1-UM3	2BQ4V0825CRL	User Manual parts 1-3 (older, image-only)	PDF page
CRR IP1-IP7	2BQ4V0825CRR	Internal photos 01-07 (47 pages, BTL project 2506C430)	IP1 p5-p12; IP2 p13-p17; IP3 p18-p21; IP4 p22-p27; IP5 p28-p34; IP6 p35-p41; IP7 p42-p47 (dongle p44-p47)
CRR EP	2BQ4V0825CRR	External Photos	p1 cover, p2-p4
CRR BLE / SRD / MPE	2BQ4V0825CRR	Test reports BTL-FCCP-1/-2/-3-2506C430 R01	report page
CRR ANT	2BQ4V0825CRR	Antenna specification RF0400A ver1.1 (same content as CRL ANT)	PDF page
CRR LBL	2BQ4V0825CRR	'Create-R Engraving Reference Sheet' (label artwork)	p1
CRR UM1-UM5	2BQ4V0825CRR	User manual v1.0.6, parts 1-5 (native text)	PDF page
DG IP	2BQ4V0825DG	Internal photos (attachment p4-p5 of 5)	p4, p5
DG RF	2BQ4V0825DG	Test report BTL-FCCP-1-2506C290 R00	report page
DG OTA	2BQ4V0825DG	Antenna test report BTL-OTA-1-2506C290 R00 (Boen RF0401A)	report page
CRL LLOC	2BQ4V0825CRL	Label Location (p1 'Create-L Engraving Reference Sheet', p2 the right sheet)	p1, p2
CRL MPE	2BQ4V0825CRL	MPE report BTL-FCCP-3-2506C291 R00	report page
CRL SETUP	2BQ4V0825CRL	Test setup photos	p1-p6
DG EP	2BQ4V0825DG	External photos	p1-p3
DG LBL	2BQ4V0825DG	Label artwork	p1
DG SAR / SAR-D	2BQ4V0825DG	SAR report BTL-FCC SAR-1-2506C290 R00 and its Appendix D (set-up photographs)	report page
DG SETUP	2BQ4V0825DG	Test setup photos	report page
CL	all three	Confidentiality letters	p1

Safety¶

None physical. Any image reused from these exhibits must be scrubbed of QR and 2D codes, serial-number fields, lab tags and handwriting.

Open questions¶

OPEN Everything in the table above (details and the rows that follow it).

Sources¶

FCC IDs 2BQ4V0825CRL, 2BQ4V0825CRR and 2BQ4V0825DG: exhibits on the FCC record (FCC EAS search, grantee code 2BQ4V; mirrors fccid.io/2BQ4V0825CRL, fccid.io/2BQ4V0825CRR, fccid.io/2BQ4V0825DG). ↩↩↩↩
Pages CC BY 4.0, code snippets MIT; see About. ↩
Kickstarter update 14, 2024-07-24. ↩
Kickstarter update 15, 2024-09-03. ↩