OVNMUFRFID radio module

Integration Manual MUF 2 I. Table of Contents II. Overview ............................................................................................................................. 3 III. Composition .................................................................................................................... 4 IMPINJ E710 Tranceiver ......................................................................................................... 4 Directional coupler ................................................................................................................ 4 Host Controller ....................................................................................................................... 5 IV. RF Operation (MUF Core Module) ................................................................................ 5 V. Specifications ...................................................................................................................... 6 FCC / ISED (IC) Regulatory Statements ................................................................................ 6 FCC Statement ................................................................................................................. 6 FCC Radiations Exposure Statement ............................................................................... 7 ISED (IC) Canada Statement ........................................................................................... 7 ISED Radiation Exposure Statement ................................................................................ 7 Integration Statement ........................................................................................................ 7 3 II. Overview The MUF V2 module serves as the core radio frequency (RF) engine embedded across all STid UHF RFID reader products. It operates within the 860–930 MHz frequency band, ensuring compatibility with global UHF RFID standards and enabling reliable long-range identification performance. Designed exclusively for internal integration, the MUF V2 is a proprietary module and is not intended for standalone commercialization or external distribution. It is fully optimized to meet the performance, compliance, and robustness requirements of STid’s UHF reader portfolio. The module provides high-efficiency RF signal processing, stable communication capabilities, and seamless integration within STid hardware architectures, making it a critical component in delivering consistent and high-performance RFID reading solutions. 4 III. Composition IMPINJ E710 Tranceiver The reader chip implements direct conversation receiver architecture, and operate in the worldwide UHF industrial band. It contain all RF and baseband blocks to interrogate and receive data from compatible UHF RFID tags, and an integrated microcontroller with embedded firmware providing the GS1 UHF Gen2 RAIN protocol as a pre-integrated feature. The Impinj E710 reader chip contain power detectors connected to the RX and LO pins, allowing measurement of forward (transmit) power on the LO pin and reverse power on the RX pin. These power detectors convert the RF power level at the RX and LO pins into analog voltages, which are measured by the Auxiliary ADC inside the reader chip. Directional coupler Our MUF radio transceiver board use a directional coupler to isolate the transmit (TX) signal and the receive (RX) signal, to reduce self-jammer, and to sample a local oscillator (LO) for use in self-jammer cancellation, for forward power measurement and down sampling of the received signal MMCX Crystal for MCU STM32 Input and output RF signal 5 Host Controller The Host Controller is a microcontroller responsible for managing communication with the Impinj RF reader IC and controlling its operational behavior. It acts as the central interface between the system firmware and the RF front-end, issuing commands and handling data exchange required for RFID operations. Communication between the Host Controller and the Impinj reader chip is implemented via a Serial Peripheral Interface (SPI). In this configuration, the Impinj device operates as an SPI slave, while the Host Controller functions as the master, initiating all transactions and controlling data flow. Additional digital lines are used to synchronize and manage SPI communication, ensuring reliable and deterministic operation. The interface also includes configurable Digital Input/Output (GPIO) pins. These pins can be programmed as inputs or outputs depending on system requirements and are used to support control, status monitoring, and hardware-level signaling between the Host Controller and the RF subsystem. IV. RF Operation (MUF Core Module) All radio frequency (RF) operations within the STid UHF RFID reader products are fully managed and executed by the MUF module, which serves as the core RF engine of the system. Upon power-up, the MUF module automatically performs an internal tuning and calibration procedure within its integrated RF transceiver. This process dynamically adjusts internal capacitive and resistive elements of the RF front-end to optimize impedance matching at the selected carrier frequency. As a result, the MUF ensures optimal receiver sensitivity and consistent bandwidth performance across the entire operating frequency range (typically 902 MHz to 928 MHz, depending on regional configuration). This initial calibration is designed to guarantee proper operation across all frequency hopping channels. In addition, at each RF activation, the MUF continuously monitors matching conditions and autonomously readjusts its internal network if necessary, ensuring stable and reliable RF performance without external intervention. The MUF module integrates a shared local oscillator for both transmission and reception paths, generated by an internal phase-locked loop (PLL) frequency synthesizer. This architecture inherently synchronizes frequency changes during hopping sequences, maintaining coher…

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MUF LABEL SAMPLES Author: I. DIOUF Date: March 20 26 MUF Label 1 QR code containing the serial number and the installed MUF reference 2 Serial number 3 Installed MUF board reference 4 MCU (host controller) firmware version 5 RF IC firmware version 6 Checkbox to be marked once the board test has been successfully completed Author: I. DIOUF Date: March 2026 SNA(Host product) LABEL SAMPLES CE Label + Barcode + FCC ID + IC 1 Serial number in Code 128 barcode format 2 Canadian identification number IC for the MUF module 3 FCC identification number for the MUF module 4 Canadian identification number IC for the Bluetooth Low Energy (BLE) module 5 FCC identification number for the Bluetooth Low Energy (BLE) module 5 4 Author: I. DIOUF Date: January 2026 SNA(Host product) LABEL SAMPLES Product Label (PF) + Power Rating 1 The first three characters of the commercial reference (e.g., SNA...) 2 The next three characters following the first of the commercial reference (e.g., W4x, W5x, R4x, R5x) 3 Rated voltage and current 4 Product nomenclature version

RR-EVE-24D574-5A Ed.0 Page 14 on 47 TEST SETUP PHOTO(S) CONDUCTED EMISSION (MEASUREMENT) - TABULATED RESULTS 120VAC / 60HZ EMI5018 Frequency (MHz) Terminal Peak level (dBμV) Average level (dBμV) Average limit (dBμV) Average margin (dBμV) QPeak level (dBμV) QPeak limit (dBμV) QPeak margin (dBμV) 0.170 Neutral 50.27 22.63 54.94 -32.31 N/P 64.94 -14.67 0.412 Neutral 33.79 20.50 47.6 -27.10 N/P 57.6 -23.81 0.453 Neutral 38.50 37.38 46.82 -9.44 N/P 56.82 -18.32 0.903 Neutral 31.31 24.32 46 -21.68 N/P 56 -24.69 1.090 Neutral 27.04 N/P 46 -18.96 N/P 56 -28.96 4.427 Neutral 25.28 N/P 46 -20.72 N/P 56 -30.72 0.165 Line 47.19 26.77 55.19 -28.42 N/P 65.19 -18.00 0.176 Line 48.68 21.30 54.69 -33.39 N/P 64.69 -16.01 0.184 Line 44.61 17.29 54.3 -37.01 N/P 64.3 -19.69 0.452 Line 38.53 37.30 46.85 -9.55 N/P 56.85 -18.32 0.802 Line 33.09 10.51 46 -35.49 N/P 56 -22.91 0.900 Line 31.72 23.89 46 -22.11 N/P 56 -24.28 Comments: When margin between Peak measurements and QPeak or Average limit is greater than 6dB, no QPeak or Average measurements were performed. RR-EVE-24D574-5A Ed.0 Page 17 on 47 TEST EQUIPMENT USED ROW_T O_D ELET E CATEGORY BRAND TYPE IDENTIFIER CAL. DATE CAL. DUE AC power source GW Instek APS-1102 17782 04/09/2024 04/11/2025 Antenna ETS-Lindgren 3117 8387 24/03/2023 24/05/2026 Antenna ETS lindgren 3142E 14523 note2 08/08/2025 08/10/2028 Antenna Rohde & Schwarz HFH2-Z2 5825 note1 17/08/2022 17/05/2025 Cable Techniwave N-1.5m 18342 note2 20/05/2024 20/07/2026 Cable / N-1m 3625 note2 09/06/2025 09/08/2027 Cable SUCOFLEX N-3m 14378 note1 17/08/2023 17/10/2025 Cable SUCOFLEX N-3m 14379 note2 01/09/2025 01/11/2027 Cable Techniwave N-3m 18346 note1 17/08/2023 17/10/2025 Cable SUCOFLEX N-6,5m 14380 note1 17/08/2023 17/10/2025 Cable Techniwave N-8m 18349 note1 17/08/2023 17/10/2025 Cable MegaPhase TM18-N1N1-118 12841 03/12/2024 03/02/2027 Filter Micro-Tronics HPM15162 19385 25/03/2024 25/05/2026 Filter Micro-Tronics HPM18865 12843 03/12/2024 03/02/2028 Multimeter FLUKE 8808A 12446 14/03/2025 14/05/2026 Preamplifier Techniwave APS16-0087 14040 17/07/2024 17/03/2026 Receiver Rohde & Schwarz ESW8 19536 note1 14/06/2024 14/08/2025 Receiver Rohde & Schwarz FSW43 14830 note2 07/07/2025 07/09/2027 Shielded enclosure RAY PROOF C.V1 1123 05/11/2024 05/01/2028 Shielded enclosure COMTEST SAC 3m 14494 08/08/2023 08/10/2026 Software Nexio BAT EMC 0000 Thermohygrometer Testo 608-H1 7561 20/12/2024 20/02/2026 Thermohygrometer Testo 608-H2 12269 18/02/2025 18/04/2027 Thermohygrometer Bioblock Scientific Météostar 0963 25/09/2023 25/11/2025 BAT-EMC software version: V3.18.0.26 Blank cells = Permanent validity note1 : Equipment used for test performed on April the the 24 th of 2025 note2 : Equipment used for test performed from September the 16 th to October the 20 th of 2025 TEST SETUP PHOTO(S) RR-EVE-24D574-5A Ed.0 Page 18 on 47 TEST SETUP PHOTO(S) – 9 KHZ TO 30 MHZ TEST SETUP PHOTO(S) - 30 MHZ TO 1 GHZ RR-EVE-24D574-5A Ed.0 Page 19 on 47 TEST SETUP PHOTO(S) – 1 GHZ TO 9.3 GHZ RR-EVE-24D574-5A Ed.0 Page 38 on 47 TEST SETUP PHOTO(S)

SNA-W5x-A/BT4 ANTENNA Specifications © STid - 20 PA des Pradeaux FR13850 Gréasque - NI1154X01 - Page 1 sur 1 - Ed. 10/02/2026 Dimensions (mm/in) Antenna Specifications Azimuth pattern Horizontal polarization F = 915 MHz Vertical polarization F = 915 MHz Frequency Band 902 - 928 MHz -Upper Band Antenna gain 1.70 dBi Polarization Circular Beamwidth (-3 dB) 92.5° Impedance 50 ohms Temperature -30°C to +60°C / -22°F to +140°F

Siège Social : Emitech - 3, avenue des Coudriers - Z.A. de l’Observatoire - 78180 MONTIGNY LE BX - France Siret : 344 545 645 00022 - Tél. : 33 (0)1 30 57 55 55 - Fax : 33 (0)1 30 43 74 48 - E-mail : [email protected] - URL : www.emitech.fr SAS au capital de 1 560 000 € - R.C.S. VERSAILLES 344 545 645 - APE 7112B RR-EVE-24D574-5A Ed.0 Duplication of this test report is only permitted for an integral photographic facsimile. It includes the number of pages referenced here above. This document is the result of testing a specimen or a sample of the product submitted. It does not imply an assessment of the conformity of the whole manufactured products of the tested sample. LIST OF ACCREDITED SITES AND SCOPE AVALAIBLE ON WWW.COFRAC.FR TESTING ACCREDITATIONS N° 1-7460 Test report issued under the responsibility of: EMITECH MONTPELLIER laboratory US-EU MRA Designation Number: FR0006 Registration Number: 954701 Canadian CAB Identifier: FR0003 Registration Number: 4379C RADIO TEST REPORT FCC 47 CFR PART 15.247: November 2024 RSS-247, Issue 3: August 2023 ANSI C63.10: 2020 Company ....................................... : STID Address. .......................................... : 20 PARC D'ACTIVITES DES PRADEAUX 13850 GREASQUE FRANCE Test item description. .................. : RFID radio module included in UHF RFID middle range reader Trade Mark. .................................... : Spectre Nano Access Manufacturer................................... : STID Model/Type reference. .................... : MUF / MUF included in SNA-W5X FCC ID ............................................ : OVNMUF IC. ................................................... : 10520A-MUF Ratings. ........................................... : 9 VDC to 36 VDC Testing Laboratory ....................... : EMITECH MONTPELLIER laboratory Address. .......................................... : 145 rue de Massacan 34740 VENDARGUES FRANCE Report Reference No. ................... : RR-EVE-24D574-5A Test procedure. .............................. : FCC IC Certification Diffusion. ......................................... : Mr BOALLAL Applicant’s name. ........................... : STID Date of issue. .................................. : April 10, 2026 Total number of pages. ................... : 47 Revision. ......................................... : 0 Compiled by. ................................... : Morgan PATEY Approved by (+ signature). ............. : Olivier HEYER (Deputy Laboratory Manager) RR-EVE-24D574-5A Ed.0 Page 2 on 47 REPORT INDEX: 1. GENERAL INFORMATIONS .......................................................................................................................... 3 2. REFERENCE DOCUMENT(S) ........................................................................................................................ 4 3. EQUIPMENT TECHNICAL DESCRIPTION .................................................................................................... 5 3.1. TEST CONDITIONS ................................................................................................................................... 5 3.2. E.U.T. MARKING PLATE ........................................................................................................................... 5 3.3. E.U.T. GENERAL VIEW ............................................................................................................................. 6 3.4. E.U.T. INTERNAL VIEW & ELECTRONIC BOARD .......................................................................................... 6 3.5. E.U.T. MECHANICAL AND ELECTRICAL DESIGN .......................................................................................... 7 3.6. E.U.T. INPUT/OUTPUT PORTS ................................................................................................................... 7 3.7. SUPPORTING EQUIPMENT USED DURING TEST .......................................................................................... 8 3.8. EUT RADIO SPECIFICATIONS .................................................................................................................... 9 4. RESULT SUMMARY ..................................................................................................................................... 10 5. MEASUREMENT UNCERTAINTY ................................................................................................................ 12 6. TEST CONDITIONS AND RESULTS ........................................................................................................... 13 6.1. CONDUCTED EMISSION ........................................................................................................................... 13 6.2. UNWANTED RADIATED EMISSIONS ........................................................................................................... 16 6.3. 20 DB BANDWIDTH & 99% OCCUPIED BANDWIDTH, CARRIER FREQUENCY SEPARATION AND NUMBER OF HOPPING CHANNELS ........................................................................................................................................ 27 6.4. AVERAGE TIME OF OCCUPANCY .............................................................................................................. 37 6.5. MAXIMUM PEAK POWER OF THE INTENTIONAL RADIATOR ........................................................................... 40 6.6. BAND-EDGE COMPLIANCE OF EMISSIONS ................................................................................................. 45 REVISION HISTORY: Revision Date Modified pages Modifications 0 April 10, 2026 / Creation RR-EVE-24D574-5A Ed.0 Page 3 on 47 1. GENERAL INFORMATIONS This document submits the results of Radio tests performed on the equipment UHF RFID middle range reader SNA-W5X (denominated hereafter E.U.T.: equipment under test) according to document(s) listed in §2 of this test report. TESTING PROCEDURE AND TESTING LOCATION: Testing Location ...................…

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Siège Social : Emitech - 3, avenue des Coudriers - Z.A. de l’Observatoire - 78180 MONTIGNY LE BX - France Siret : 344 545 645 00022 - Tél. : 33 (0)1 30 57 55 55 - Fax : 33 (0)1 30 43 74 48 - E-mail : [email protected] - URL : www.emitech.fr SAS au capital de 1 560 000 € - R.C.S. VERSAILLES 344 545 645 - APE 7112B RR-EVE-24D574-7A Ed.0 Duplication of this test report is only permitted for an integral photographic facsimile. It includes the number of pages referenced here above. This document is the result of testing a specimen or a sample of the product submitted. It does not imply an assessment of the conformity of the whole manufactured products of the tested sample. LIST OF ACCREDITED SITES AND SCOPE AVALAIBLE ON WWW.COFRAC.FR TESTING ACCREDITATIONS N° 1-7460 Test report issued under the responsibility of: EMITECH MONTPELLIER laboratory US-EU MRA Designation Number: FR0006 Registration Number: 954701 Canadian CAB Identifier: FR0003 Registration Number: 4379C RADIO TEST REPORT FCC 47 CFR PART 15.247: November 2024 RSS-247, Issue 3: August 2023 ANSI C63.10: 2020 (Partial tests) Company ....................................... : STID Address. .......................................... : 20 PA DES PRADEAUX 13850 GREASQUE FRANCE Test item description. .................. : RFID radio module included in UHF RFID middle range reader Trade Mark. .................................... : Spectre Nano Access Manufacturer................................... : STID Model/Type reference. .................... : MUF / MUF included in SNA-W5X FCC ID ............................................ : OVNMUF IC. ................................................... : 10520A-MUF Ratings. ........................................... : 9 VDC to 36 VDC Testing Laboratory ....................... : EMITECH MONTPELLIER laboratory Address. .......................................... : 145 rue de Massacan 34740 VENDARGUES FRANCE Report Reference No. ................... : RR-EVE-24D574-7A Test procedure. .............................. : FCC IC Certification Diffusion. ......................................... : Mr BOALLAL Applicant’s name. ........................... : STID Date of issue. .................................. : April 10, 2026 Total number of pages. ................... : 32 Revision. ......................................... : 0 Compiled by. ................................... : Morgan PATEY Approved by (+ signature). ............. : Olivier HEYER (Deputy Laboratory Manager) RR-EVE-24D574-7A Ed.0 Page 2 on 32 REPORT INDEX: 1. GENERAL INFORMATIONS .......................................................................................................................... 3 2. REFERENCE DOCUMENT(S) ........................................................................................................................ 4 3. EQUIPMENT TECHNICAL DESCRIPTION .................................................................................................... 5 3.1. TEST CONDITIONS ................................................................................................................................... 5 3.2. E.U.T. GENERAL VIEW ............................................................................................................................. 6 3.3. E.U.T. INTERNAL VIEW & ELECTRONIC BOARD .......................................................................................... 6 3.4. E.U.T. BLE MODULE ............................................................................................................................... 7 3.5. E.U.T. MECHANICAL AND ELECTRICAL DESIGN .......................................................................................... 7 3.6. E.U.T. INPUT/OUTPUT PORTS ................................................................................................................... 8 3.7. SUPPORTING EQUIPMENT USED DURING TEST .......................................................................................... 9 3.8. EUT RADIO SPECIFICATIONS .................................................................................................................. 10 4. RESULT SUMMARY ..................................................................................................................................... 11 5. MEASUREMENT UNCERTAINTY ................................................................................................................ 12 6. TEST CONDITIONS AND RESULTS ........................................................................................................... 13 6.1. CONDUCTED EMISSION ........................................................................................................................... 13 6.2. RADIATED EMISSION ............................................................................................................................... 16 6.3. MAXIMUM PEAK POWER OF THE INTENTIONAL RADIATOR ........................................................................... 30 REVISION HISTORY: Revision Date Modified pages Modifications 0 April 10, 2026 / Creation RR-EVE-24D574-7A Ed.0 Page 3 on 32 1. GENERAL INFORMATIONS This document submits the results of Radio tests performed on the equipment HF RFID middle range reader SNA-W5X (denominated hereafter E.U.T.: equipment under test) according to document(s) listed in §2 of this test report. TESTING PROCEDURE AND TESTING LOCATION: Testing Location ......................................... : EMITECH MONTPELLIER laboratory Address. ....................................................... : 145 rue de Massacan 34740 VENDARGUES FRANCE Test procedure. ............................................ : FCC IC Certification Tested by ...................................................... : Morgan PATEY Test supervisor ............................................. : None Date of receipt of test item ........................... : N/A Date (s) of performance of tests ................... : Fro…

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Siège Social : Emitech - 3, avenue des Coudriers - Z.A. de l’Observatoire - 78180 MONTIGNY LE BX - France Siret : 344 545 645 00022 - Tél. : 33 (0)1 30 57 55 55 - Fax : 33 (0)1 30 43 74 48 - E-mail : [email protected] - URL : www.emitech.fr SAS au capital de 1 560 000 € - R.C.S. VERSAILLES 344 545 645 - APE 7112B RE-EVE-24D574-8A Ed.0 Duplication of this test report is only permitted for an integral photographic facsimile. It includes the number of pages referenced here above. This document is the result of testing a specimen or a sample of the product submitted. It does not imply an assessment of the conformity of the whole manufactured products of the tested sample. Test report issued under the responsibility of: EMITECH MONTPELLIER laboratory US-EU MRA Designation Number: FR0006 Registration Number: 954701 Canadian CAB Identifier: FR0003 Registration Number: 4379C RF EXPOSURE TEST REPORT KDB 447498 D01 V06 RSS-102 - Issue 6, December 2023 Company ....................................... : STID Address. .......................................... : 20 PA DES PRADEAUX 13850 GREASQUE FRANCE Test item description. .................. : RFID radio module included in UHF RFID middle range reader Trade Mark. .................................... : Spectre Nano Access Manufacturer................................... : STID Model/Type reference. .................... : MUF / MUF included in SNA-W5X FCC ID ............................................ : OVNMUF IC. ................................................... : 10520A-MUF Ratings. ........................................... : 9 VDC to 36 VDC Testing Laboratory ....................... : EMITECH MONTPELLIER laboratory Address. .......................................... : 145 rue de Massacan 34740 VENDARGUES FRANCE Report Reference No. ................... : RE-EVE-24D574-8A Test procedure. .............................. : FCC IC Certification Diffusion. ......................................... : Mr BOALLAL Applicant’s name. ........................... : STID Date of issue. .................................. : April 10, 2026 Total number of pages. ................... : 12 Revision. ......................................... : 0 Compiled by. ................................... : Morgan PATEY Approved by (+ signature). ............. : Olivier HEYER (Deputy Laboratory Manager) RE-EVE-24D574-8A Ed.0 Page 2 on 12 REPORT INDEX: 1. GENERAL INFORMATIONS .......................................................................................................................... 3 2. REFERENCE DOCUMENT(S) ........................................................................................................................ 4 3. EQUIPMENT TECHNICAL DESCRIPTION .................................................................................................... 5 3.1. TEST CONDITIONS ................................................................................................................................... 5 3.2. E.U.T. GENERAL VIEW ............................................................................................................................. 6 3.3. E.U.T. INTERNAL VIEW & ELECTRONIC BOARD .......................................................................................... 6 3.4. E.U.T. BLE MODULE ............................................................................................................................... 7 3.5. E.U.T. MECHANICAL AND ELECTRICAL DESIGN .......................................................................................... 7 3.6. E.U.T. INPUT/OUTPUT PORTS ................................................................................................................... 8 3.7. SUPPORTING EQUIPMENT USED DURING TEST .......................................................................................... 9 3.8. EUT RADIO SPECIFICATIONS .................................................................................................................. 10 4. RF EXPOSURE ............................................................................................................................................. 11 4.1. RFID UHF ............................................................................................................................................ 11 4.2. BLE ...................................................................................................................................................... 12 4.3. CONCLUSION ......................................................................................................................................... 12 REVISION HISTORY: Revision Date Modified pages Modifications 0 April 10, 2026 / Creation RE-EVE-24D574-8A Ed.0 Page 3 on 12 1. GENERAL INFORMATIONS This document submits the results of Radio tests performed on the equipment HF RFID middle range reader SNA-W5X (denominated hereafter E.U.T.: equipment under test) according to document(s) listed in §2 of this test report. TESTING PROCEDURE AND TESTING LOCATION: Testing Location ......................................... : EMITECH MONTPELLIER laboratory Address. ....................................................... : 145 rue de Massacan 34740 VENDARGUES FRANCE Test procedure. ............................................ : FCC IC Certification Tested by ...................................................... : Morgan PATEY Test supervisor ............................................. : None Date of receipt of test item ........................... : N/A Date (s) of performance of tests ................... : From April the 6 th of 2025 to January the 26 th of 2026 APPLICANT'S GENERAL INFORMATIONS: Company name ........................................... : STID Company address. ....................................... : 20 PARC D'ACTIVITES DES PRADEAUX 13850 GREASQUE FRANCE Person(s) present during the tests. .............. : No representative for company attended the tests. Responsi…

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MUF Internal Photos Author: I. DIOUF Date: January 2026 MUF electronic board with CEM shielding – Top side MUF Internal Photos Author: I. DIOUF Date: January 2026 MUF electronic board with CEM shielding – Bottom side MUF Internal Photos Author: I. DIOUF Date: January 2026 PCB MUF - Internal view without EMI shielding- TOP side MUF Internal Photos Author: I. DIOUF Date: January 2026 PCB MUF - Internal view without EMI shielding- BOTTOM side MUF Internal Photos Author: I. DIOUF Date: January 2026 Module MUF – Inside the product SNA-W5X-A/BT4 MUF Antenna Motherboard MUF Internal Photos Author: I. DIOUF Date: January 2026 Mother board (2 faces) MUF Internal Photos Author: I. DIOUF Date: January 2026 PCB Antenna Front Side Back Side

VBHOM-GWY3 BATTERY VBHOM-GWY3 BATTERY HOLE VBHOM-GWY3 BOTTOM REMOVED VBHOM-GWY3 TOP REMOVED VBHOM-GWY3 MAIN BOARD REMOVED VBHOM-GWY3 MAIN BOARD VBHOM-GWY3 VBHOM-GWY3 DISPLAY BOARD VBHOM-GWY3 VBHOM-GWY3 ROTARY BUTTON BOARD VBHOM-GWY3 MICROPHONE BOARD VBHOM-GWY3 LTE RADIO LTE MODULE LTE ANT PATH LTE PATCH ANTENNA VBHOM-GWY3 SRD RADIO SRD 915MHz ANT SRD TRANSCEIVER VBHOM-GWY3 BLE/WIFI RADIO BLE/WIFI MODULE +ANT VBHOM-GWY3 FM RADIO RECEIVER FM RX FM ANT

HEADQUARTERS 20 Parc d’activités des Pradeaux 13850 Gréasque, France Tél : +33 (0)4 42 12 60 60 [email protected] S.A.S. au capital de 1 588 800 € - RCS Marseille 408 472 751 Siret 408 472 751 00044 – NAF 7112B - N° TVA FR96 408 472 751 G R É A S Q U E | P A R I S | W A R W I…

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