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Communication Concerning:
Of a type of vehicle/component/separate technical unit
Of a type of electrical/electronic sub-assembly
Approval No: E24*10R06/02*4590*00
Reason for extension:
1.
Make (trade name of manufacturer):
2.
Type and general commercial description:
Variant(s):
3.
Means of identification of type, if marked on the vehicle/
component/separate technical unit
3.1
Location of that marking:
4.
Category of vehicle:
5.
Name and address of manufacturer:
6.
In the case of components and separate technical units,
location and method of affixing of the approval mark:
7.
Address(es) of assembly plant(s):
CT-11-03 Rev 6
NSAI, 1 Swift Square, Northwood, Santry, Dublin 9, Ireland. Telephone: (+353+1) 807 3800, Facsimile: 01-807 3844
ECE TYPE-APPROVAL CERTIFICATE
2
Approval granted
Approval extended
Approval refused
Approval withdrawn
Production definitively discontinued
with regard to Regulation No.10.
2
:
2
with regard to Regulation No. 10.
2
-N/A
DFI, ITOX
VC900-M8M
Embedded System
Variant A: VC900-M8M
Variant B: VC900-M8M????????????
Variant designation
On the back of the unit
N/A
DFI Inc.
10F., No. 97, Sec. 1, Xintai 5th Rd., Xizhi
Dist., New Taipei City 22175, Taiwan
Label affixed on the back of the unit
DFI Inc.
No.157, Shanying Rd., Gueishan Dist.,
Taoyuan City 333424, Taiwan
07320
Page 1 of 3

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Summary of Contents for DFI VC900-M8M

  • Page 1 Make (trade name of manufacturer): DFI, ITOX Type and general commercial description: VC900-M8M Embedded System Variant(s): Variant A: VC900-M8M Variant B: VC900-M8M???????????? Means of identification of type, if marked on the vehicle/ component/separate technical unit Variant designation Location of that marking:...
  • Page 2 Approval No: E24*10R06/02*4590*00 Additional information (where applicable): See appendix below Technical service responsible for carrying out the tests: SGS-TUV Saar GmbH Am TUV 1 D-66280 Sulzbach Date of test report: 28.03.2023 Number of test report: TMXD2301000248DV Remarks (if any): See Appendix below Place: Dublin Date:...
  • Page 3 Approval No: E24*10R06/02*4590*00 Appendix To type-approval communication concerning the type approval of an electrical/electronic sub-assembly under Regulation No.10. Additional information 1.1. Electrical system rated voltage: DC 12/24V, negative ground 1.2. This ESA can be used on any vehicle type with the following restrictions: See manufacturer’s specifications.
  • Page 4 Approval No: E24*10R06/02*4590*00 Index to the Information Package Date of issue: May, 2023 Date of latest amendment: Reason for extension/revision: Additional conditions, and advisory notes on legal alternatives. Test report(s) - numbers(s): TMXD2301000248DV - date of issue: 28.03.2023 - date of latest amendment: Information document - number(s): IF_TMXD2301000248DV...
  • Page 5 Approval No: E24*10R06/02*4590*00 Appendix: Additional conditions, and advisory notes on legal alternatives A: Additional conditions: 1. The attached technical report, with any of its attachments, forms part of this Type Approval certificate. 2. Each device from series production shall be to the measurements specified in the attached drawings, and shall be manufactured only from the materials specified in the Approval documents.
  • Page 6 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Page / Seite Type / Typ: VC900-M8M 1 of / von 4 Technical Report / Technischer Bericht Test standard / Prüfgrundlage: UN-R 010 Level of amendment / Ä nderungsstand: 06 Series of Amendments, Supplement 2...
  • Page 7 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Page / Seite Type / Typ: VC900-M8M 2 of / von 4 General / Allgemeine Angaben: Make DFI, ITOX (trade name of manufacturer) / Fabrikmarke (Firmenname des Herstellers): Type / VC900-M8M...
  • Page 8 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Page / Seite Type / Typ: VC900-M8M 3 of / von 4 Appendices / Anhänge: Test record / Prüfprotokoll: See appendix A / Siehe Anhang A List of modifications / n.a.
  • Page 9 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Page / Seite Type / Typ: VC900-M8M 4 of / von 4 Statement of conformity / Schlussbescheinigung: The information folder as mentioned under no. 2.2 and the type described therein are in compliance with the test standard mentioned above.
  • Page 10 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 1 of / von 17 Test record / Prüfprotokoll Test conditions / Prüfbedingungen Test component / Geprüftes Bauteil 1.1.1...
  • Page 11 4G synchronously for daily data analysis and services. That doesn’t have immunity related functions. Variant A: VC900-M8M full test was performed. Variant B for marketing purpose only, not affect EMC char- acteristic, no necessary to perform test.
  • Page 12 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 3 of / von 17 Test Results / Prü fergebnisse Test results in configurations other than X fulfilled / erfüllt „REESS charging mode coupled of the power...
  • Page 13 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 4 of / von 17 2.1.2 Measurement of radiated narrowband elec- X fulfilled / erfüllt tromagnetic emissions from electrical/ elec- not fulfilled / nicht erfüllt...
  • Page 14 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 5 of / von 17 2.1.3 Testing for emission of transient conducted X fulfilled / erfüllt disturbances of electrical/electronic subas- not fulfilled / nicht erfüllt...
  • Page 15 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 6 of / von 17 2.1.4 Testing for radiated immunity of electrical/ fulfilled / erfüllt electronic subassemblies to electromagnetic not fulfilled / nicht erfüllt...
  • Page 16 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 7 of / von 17 2.1.5 Testing for immunity to transient disturbances X fulfilled / erfüllt conducted along on 12/24 V supply lines of not fulfilled / nicht erfüllt...
  • Page 17 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 8 of / von 17 Test results in configurations „REESS charg- fulfilled / erfüllt ing mode coupled of the power grid / not fulfilled / nicht erfüllt...
  • Page 18 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 9 of / von 17 2.2.2 Measurement of emissions of harmonics on fulfilled / erfüllt AC power lines from electrical/ electronic not fulfilled / nicht erfüllt...
  • Page 19 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 10 of / von 17 2.2.4 Measurement of emission of radiofrequency fulfilled / erfüllt conducted disturbances on AC or DC power not fulfilled / nicht erfüllt...
  • Page 20 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 11 of / von 17 2.2.5 Measurement of emission of radiofrequency fulfilled / erfüllt conducted disturbances on network or tele- not fulfilled / nicht erfüllt...
  • Page 21 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 12 of / von 17 2.2.6 Measurement of immunity of ESAs to fulfilled / erfüllt electrical transient/burst disturbances not fulfilled / nicht erfüllt conducted along AC and DC power lines X n.a.
  • Page 22 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 13 of / von 17 2.2.7 Measurement of immunity of ESAs to surge fulfilled / erfüllt conducted along AC and DC power lines not fulfilled / nicht erfüllt...
  • Page 23 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 14 of / von 17 2.2.8 Testing for emission of transient conducted fulfilled / erfüllt disturbances of electrical/electronic subas- not fulfilled / nicht erfüllt...
  • Page 24 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 15 of / von 17 2.2.9 Testing for radiated immunity of electrical/ fulfilled / erfüllt electronic subassemblies to electromagnetic not fulfilled / nicht erfüllt...
  • Page 25 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix A / Anhang A 16 of / von 17 2.2.10 Testing for immunity to transient disturbances fulfilled / erfüllt conducted along on 12/24 V supply lines of not fulfilled / nicht erfüllt...
  • Page 26 4G synchronously for daily data analysis and services. That doesn’t have immunity related functions. Variant A: VC900-M8M full test was performed. Variant B for marketing purpose only, not affect EMC char- acteristic, no necessary to perform test.
  • Page 27 Technical Report / Technischer Bericht No. / Nr.: TMXD2301000248DV Type / Typ: VC900-M8M Page / Seite Appendix B / Anhang B 1 of / von 1 List of modifications / Liste der Ä nderungen: Correction of / Es wird berichtigt: Modification of / Es wird geändert:...
  • Page 28 Test Report No.: TRS_TMXD2301000248DV Page Type: VC900-M8M 1 of 6 Test Report UNIFORM PROVISIONS CONCERNING THE APPROVAL OF VEHICLES WITH REGARD TO ELECTROMAGNETIC COMPATIBILITY Test standard: UN-R 010 Level of amendment: 06 Series of Amendments, Supplement 2 Title Electromagnetic compatibility Manufacturer: DFI Inc.
  • Page 29 General : Make DFI; ITOX (trade name of manufacturer) Type VC900-M8M Variant A: VC900-M8M Manufacturer's name and address DFI Inc. 10F., No. 97, Sec. 1, Xintai 5th Rd., Xizhi Dist., New Taipei City, Taiwan, R.O.C. Present persons (Testing/Witnessed) Testing: Angus Chen...
  • Page 30 4G synchronously for daily data analysis and services. That doesn’t have immunity related functions. Variant A: VC900-M8M full test was performed. Variant B for marketing purpose only, not affect EMC characteristic, no necessary to perform test.
  • Page 31 Test Report No.: TRS_TMXD2301000248DV Page Type: VC900-M8M 4 of 6 Test record Test equipment: The equipment, on which the tests are carried out, fulfilled the requirements of the above men- tioned directive. Executed tests: - Measurement of radiated broadband electro-...
  • Page 32 Test Report No.: TRS_TMXD2301000248DV Page Type: VC900-M8M 5 of 6 Appendix: 1. Appendix test result: Measurement of radiated broadband and nar- rowband electromagnetic emissions from elec- trical/electronic subassemblies according to UN-R 010, 06 Series of Amendments, Annex 7 and 8.
  • Page 33 Test Report No.: TRS_TMXD2301000248DV Page Type: VC900-M8M 6 of 6 Statement of conformity: With regard to the required level of performance to be achieved, the tested items were representative for the type to be approved (see 1.2). The tests were carried out in accordance with the relevant requirements of EN ISO/IEC 17025:2005.
  • Page 34 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 1 of 21 Measurement of radiated broadband and narrowband electromagnetic Appendix 1 Emissions from electrical/electronic subassemblies according to UN-R 010, 06 Series of Amendments, Annex 7 and 8 Test Procedure: CISPR 25: Second edition 2002 and corrigendum 2004.
  • Page 35 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 2 of 21 Test equipment: Equipment Used for Radiation Emission Measurement 966 Chamber B (CISPR 25) Calibration Calibration Name of Equipment Manufacturer Model Serial Number Date EMI Test Receiver R&S ESCI...
  • Page 36 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 3 of 21 Mode 2: Normal Operation (DC 24V) Moue Keboard Loopback Embedded Monitor Sytem Server Notebook Simulator stable state: During test, Setup whole system for test, refer to Appendix 1, Page 2 of 21 and Page 3 of 21 setup diagram.
  • Page 37 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 4 of 21 Measurement graphs and final result Variant A: VC900-M8M Mode 1: Normal Operation (DC 12V) BROADBAND: Model No. VC900-M8M Polarization: Vertical Test item: Radiation Test Power Source: DC 13.5V Temp.(℃)/Hum.(%):...
  • Page 38 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 5 of 21 Model No. VC900-M8M Polarization: Horizontal Test item: Radiation Test Power Source: DC 13.5V Temp.(℃)/Hum.(%): 22.3(℃)/55% Engineer Signature: Angus Chen Date of Test: 2023/2/18 Test Frequency: 30MHz to 200MHz...
  • Page 39 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 6 of 21 Model No. VC900-M8M Polarization: Vertical Test item: Radiation Test Power Source: DC 13.5V Temp.(℃)/Hum.(%): 22.3(℃)/55% Engineer Signature: Angus Chen Date of Test: 2023/2/18 Test Frequency: 200MHz to 1GHz...
  • Page 40 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 7 of 21 Model No. VC900-M8M Polarization: Horizontal Test item: Radiation Test Power Source: DC 13.5V Temp.(℃)/Hum.(%): 22.3(℃)/55% Engineer Signature: Angus Chen Date of Test: 2023/2/18 Test Frequency: 200MHz to 1GHz...
  • Page 41 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 8 of 21 NARROWBAND: VC900-M8M Polarization: Vertical Model No. Radiation Test Power Source: DC 13.5V Test item: Temp.(℃)/Hum.(%): 22.3(℃)/55% Engineer Signature: Angus Chen Date of Test: 2023/2/18 Test Frequency: 30MHz to 200MHz...
  • Page 42 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 9 of 21 VC900-M8M Polarization: Horizontal Model No. Radiation Test Power Source: DC 13.5V Test item: Temp.(℃)/Hum.(%): 22.3(℃)/55% Engineer Signature: Angus Chen Date of Test: 2023/2/18 Test Frequency: 30MHz to 200MHz...
  • Page 43 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 10 of 21 VC900-M8M Polarization: Vertical Model No. Radiation Test Power Source: DC 13.5V Test item: Temp.(℃)/Hum.(%): 22.3(℃)/55% Engineer Signature: Angus Chen Date of Test: 2023/2/18 Test Frequency: 200MHz to 1GHz...
  • Page 44 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 11 of 21 VC900-M8M Polarization: Horizontal Model No. Radiation Test Power Source: DC 13.5V Test item: Temp.(℃)/Hum.(%): 22.3(℃)/55% Engineer Signature: Angus Chen Date of Test: 2023/2/18 Test Frequency: 200MHz to 1GHz...
  • Page 45 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 12 of 21 Mode 2: Normal Operation (DC 24V) BROADBAND: Model No. VC900-M8M Polarization: Vertical Test item: Radiation Test Power Source: DC 27V Temp.(℃)/Hum.(%): 23.9(℃)/54% Engineer Signature: Angus Chen Date of Test:...
  • Page 46 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 13 of 21 Model No. VC900-M8M Polarization: Horizontal Test item: Radiation Test Power Source: DC 27V Temp.(℃)/Hum.(%): 23.9(℃)/54% Engineer Signature: Angus Chen Date of Test: 2023/2/17 Test Frequency: 30MHz to 200MHz...
  • Page 47 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 14 of 21 Model No. VC900-M8M Polarization: Vertical Test item: Radiation Test Power Source: DC 27V Temp.(℃)/Hum.(%): 23.9(℃)/54% Engineer Signature: Angus Chen Date of Test: 2023/2/17 Test Frequency: 200MHz to 1GHz...
  • Page 48 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 15 of 21 Model No. VC900-M8M Polarization: Horizontal Test item: Radiation Test Power Source: DC 27V Temp.(℃)/Hum.(%): 23.9(℃)/54% Engineer Signature: Angus Chen Date of Test: 2023/2/17 Test Frequency: 200MHz to 1GHz...
  • Page 49 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 16 of 21 NARROWBAND: VC900-M8M Polarization: Vertical Model No. Radiation Test Power Source: DC 27V Test item: Temp.(℃)/Hum.(%): 23.9(℃)/54% Engineer Signature: Angus Chen Date of Test: 2023/2/17 Test Frequency: 30MHz to 200MHz...
  • Page 50 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 17 of 21 VC900-M8M Polarization: Horizontal Model No. Radiation Test Power Source: DC 27V Test item: Temp.(℃)/Hum.(%): 23.9(℃)/54% Engineer Signature: Angus Chen Date of Test: 2023/2/17 Test Frequency: 30MHz to 200MHz...
  • Page 51 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 18 of 21 VC900-M8M Polarization: Vertical Model No. Radiation Test Power Source: DC 27V Test item: Temp.(℃)/Hum.(%): 23.9(℃)/54% Engineer Signature: Angus Chen Date of Test: 2023/2/17 Test Frequency: 200MHz to 1GHz...
  • Page 52 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 19 of 21 VC900-M8M Polarization: Horizontal Model No. Radiation Test Power Source: DC 27V Test item: Temp.(℃)/Hum.(%): 23.9(℃)/54% Engineer Signature: Angus Chen Date of Test: 2023/2/17 Test Frequency: 200MHz to 1GHz...
  • Page 53 Page Appendix 1 20 of 21 Photo documentation of test set-up Variant A: VC900-M8M Mode 1: Normal Operation (DC 12V) Biconical Antenna test set up photo in the anechoic chamber Log-periodic Antenna test set up photo in the anechoic chamber...
  • Page 54 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 1 21 of 21 Mode 2: Normal Operation (DC 24V) Biconical Antenna test set up photo in the anechoic chamber Log-periodic Antenna test set up photo in the anechoic chamber E24*10R06/02*4590*00...
  • Page 55 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 2 1 of 8 Testing for immunity of electrical/electronic subassemblies against Appendix 2 disturbances conducted along supply lines according to UN-R 010, 06 Series of Amendments, Annex 10, Chapter 2. Test Procedure:...
  • Page 56 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 2 2 of 8 Test results: Required functional status Puls / Result Result for not safety-relevant Pulse Mode 1 (DC 12V) Mode 2 (DC 24V) During test, monitoring the operation function (1. Lan port; 2. CAN BUS; 3. COM 1; 4. COM 2; 5.
  • Page 57 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 2 3 of 8 Test Overview – Immunity against transient disturbances Test Procedure ISO 7637-2: Second edition 2004 Operator: Angus Chen Manufacturer DFI Inc. Variant A VC900-M8M Operating Mode Mode 1: Normal Operation (DC 12V) Date of Test 22.02.2023...
  • Page 58 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 2 4 of 8 No. of Rep. Us/Vs Test Pulse Pulses ime, Figure parameters 12 V or time Delay 10 Ω ISO 7637-2: 2004 -75 V td = 2 ms 5000 P.
  • Page 59 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 2 5 of 8 Test Overview – Immunity against transient disturbances Test Procedure ISO 7637-2: Second edition 2004 Operator: Angus Chen Manufacturer DFI Inc. Variant A VC900-M8M Operating Mode Mode 2: Normal Operation (DC 24V) Date of Test 23.02.2023...
  • Page 60 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 2 6 of 8 Us/Vs Test No. of Pulse Delay Figure parameters Pulses ISO 7637-2 -450V td = 2ms, 5000 P. 0.0 s (2004) – Pulse 1 Ohms t1 = 0.5secs, t2 = 200ms...
  • Page 61 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 2 7 of 8 Test equipment: Equipment Used for Transient Immunity Measurement Transients And Surge In The Vehicular Environment Test Site (ISO 7637-2) Serial Calibration Calibration Name of Equipment Manufacturer Model Number...
  • Page 62 Page Appendix 2 8 of 8 Photo documentation of test set-up Variant A: VC900-M8M Mode 1: Normal Operation (DC 12V) Pulse 1, 2a, 2b, 3a, 3b, 4 Mode 2: Normal Operation (DC 24V) Pulse 1, 2a, 2b, 3a, 3b, 4...
  • Page 63 Tested by: Angus Chen Tested date: 23.02.2023 Remark: The device were tested with requirements to a DC 12V/24V system Test results: Variant A: VC900-M8M Mode 1: Normal Operation (DC 12V) Fast DC 12V Pulse emission during switch-off to on (Positive) E24*10R06/02*4590*00...
  • Page 64 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 2 of 14 Pulse emission during switch-off to on (Negative) Pulse emission during switch-on to off (Positive) E24*10R06/02*4590*00...
  • Page 65 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 3 of 14 Pulse emission during switch-on to off (Negative) E24*10R06/02*4590*00...
  • Page 66 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 4 of 14 Slow Pulse emission during switch-off to on (Positive) Pulse emission during switch-off to on (Negative) E24*10R06/02*4590*00...
  • Page 67 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 5 of 14 Pulse emission during switch-on to off (Positive) Pulse emission during switch-on to off (Negative) E24*10R06/02*4590*00...
  • Page 68 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 6 of 14 Mode 2: Normal Operation (DC 24V) Fast DC 24V Pulse emission during switch-off to on (Positive) E24*10R06/02*4590*00...
  • Page 69 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 7 of 14 Pulse emission during switch-off to on (Negative) Pulse emission during switch-on to off (Positive) E24*10R06/02*4590*00...
  • Page 70 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 8 of 14 Pulse emission during switch-on to off (Negative) E24*10R06/02*4590*00...
  • Page 71 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 9 of 14 Slow Pulse emission during switch-off to on (Positive) Pulse emission during switch-off to on (Negative) E24*10R06/02*4590*00...
  • Page 72 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 10 of 14 Pulse emission during switch-on to off (Positive) Pulse emission during switch-on to off (Negative) E24*10R06/02*4590*00...
  • Page 73 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 11 of 14 Result Overview: Variant A: VC900-M8M Mode 1: Normal Operation (DC 12V) (Mode 1) Limit Value Measured Value [V] Fast, ON Fast, OFF Slow, ON Slow, OFF +0.9 +0.6 +0.7...
  • Page 74 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 12 of 14 Test equipment: Equipment Used for Transient Emissions Measurement Transients And Surge In The Vehicular Environment Test Site (ISO 7637-1/-2) Serial Calibration Calibration Name of Equipment Manufacturer Model Number...
  • Page 75 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 13 of 14 Photo documentation of test set-up Variant A: VC900-M8M Mode 1: Normal Operation (DC 12V) Fast Slow E24*10R06/02*4590*00...
  • Page 76 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 3 14 of 14 Mode 2: Normal Operation (DC 24V) Fast Slow E24*10R06/02*4590*00...
  • Page 77 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 4 1 of 9 Photo documentation of the ESA Appendix 4 Variant A: VC900-M8M E24*10R06/02*4590*00...
  • Page 78 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 4 2 of 9 E24*10R06/02*4590*00...
  • Page 79 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 4 3 of 9 E24*10R06/02*4590*00...
  • Page 80 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 4 4 of 9 E24*10R06/02*4590*00...
  • Page 81 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 4 5 of 9 E24*10R06/02*4590*00...
  • Page 82 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 4 6 of 9 E24*10R06/02*4590*00...
  • Page 83 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 4 7 of 9 E24*10R06/02*4590*00...
  • Page 84 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 4 8 of 9 E24*10R06/02*4590*00...
  • Page 85 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 4 9 of 9 E24*10R06/02*4590*00...
  • Page 86 Test Report No.: TRS_TMXD2301000248DV Type: VC900-M8M Page Appendix 5 1 of 1 Appendix 5 Disclaimer This document is issued by the Company under its General Conditions of Service available upon request. Attention is drawn to the limitation of liability, indemnification and jurisdiction issues defined there- Any holder of this document is advised that information contained hereon reflects the Compa- ny’s findings at the time of its intervention only and within the limits of Client’s instructions, if any.
  • Page 87 Marke (Handelsmarke des Herstellers) DFI, ITOX Make (Trade name of manufacturer) VC900-M8M Type Ausführung(en) Variant A: VC900-M8M Variant B: VC900-M8M???????????? Variant(s) (? = A ~ Z, a ~ z, 0 ~ 9, -, blank, or any character) Explanation: for marketing purpose only Handelsbezeichnung(en)
  • Page 88 IF_TMXD2301000248DV Page 2 of 94 28.03.23 Diese EUB wird als Bauteil/STE genehmigt This ESA shall be approved as a component/STU Nichtzutreffendes streichen. / Delete where not applicable. Beschränkung hinsichtlich der Verwendung und Einbaubedingungen Any restrictions of use and conditions for fitting Nennspannung der elektrischen Anlage 12V/24V...
  • Page 89 IF_TMXD2301000248DV Page 3 of 94 28.03.23 VC900-M8M NXP i.MX8 Series ARM-Based In-vehicle System User’s Manual © April 17, 2023 DFI Inc. E24*10R06/02*4590*00...
  • Page 90 1. The changes or modifications not expressly approved by the party responsible for com- are the properties of the respective owners. pliance could void the user’s authority to operate the equipment. 2. Shielded interface cables must be used in order to comply with the emission limits. User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 91: Table Of Contents

    COM1 Debug (J10) ......................24 USB2_3 (UBJ1) ......................24 Speaker (AUJ1) ......................25 Audio (AUJ2) ........................25 DIO (IOJ1) ........................26 I2C (J8) ...........................26 VP IO (VPJ1) ........................27 I2C (J8) ...........................27 LVDS (J11) ........................28 Chapter 4 - Software User Guide ....................29 User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 92 The manual is subject to change and update without notice, and may be based on editions that do not resemble your actual products. Please visit our website or contact our sales representa- • 1 x VC900-M8M system unit tives for the latest editions. •...
  • Page 93 Make sure the system is placed or mounted correctly and stably to prevent the chance of dropping or falling may cause damage. • The openings on the system shall not be blocked and shall be kept in distance from User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 94: Chapter 1 - Introduction

    Page 8 of 94 28.03.23 INTRODUCTION Chapter 1 - Introduction X Overview Front View Rear View USB 3.0 COM 4 Power Input COM 2 COM 1 COM 3 Reset Button HDMI CAN BUS Status LED User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 95: Dimensions

    The energy efficiency in-vehicle telematics system assists smart vehicles in collecting data, including vehicle speed, engine speed, network packet records, etc., and finally uploads them to cloud storage through 4G synchronously for daily data analysis and services. User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 96: Specifications

    2 x USB 3.0, type A 1 x OTG, micro USB Display 1 x HDMI Audio with Amplifier to support 2W speaker (optional) 1 x Line-out & 1 x MIC-in (internal header) Buttons 1 x Power reset button CANbus 1 x CANbus, DB-9 User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 97 Storage Tem- -40 to 85°C perature Relative 10 to 90% RH (non-condensing) Humidity STANDARDS AND Shock Operating/non-operating: MIL-STD-810G Method 516.6, Procedure 1 CERTIFICATIONS Vibration Operating/non-operating: MIL-STD-810G Method 514.6, Category 4 Certifications CE, FCC, E-Mark R10 User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 98: Chapter 2 - Hardware Installations

    The 3 screws on the side of the system are used to secure the cover to the chassis. Remove the screws and put them in a safe place for later use. Step 2: Slide the cover to open the system. Power Board User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 99: Installing An M.2 Card

    Screw tight the card onto the stand-off with a screw driver and a stand-off screw until the gap between the card and the stand-off closes up. The card should be lying parallel to the board when it’s correctly mounted. User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 100: Installing An Antenna

    Connect the internal cable to the board's antenna connector, screw the antenna con- nector through the antenna hole with washers and nuts, and screw on the antenna as illustrated below. Antenna Chassis Wall Module Connector Cable Antenna Connector Washer User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 101: Mounting Options

    1. Locate the mounting screws for mounting the din-rail bracket on the chassis cover. 2. Align the mounting holes on the system and then use the screws to secure the DIN-rail mount clip in place. DIN-rail mount clip Wall Mount Bracket Wall Mount Bracket User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 102: Chapter 3 - System Settings

    ESD protection by wearing an antistatic wrist strap and attaching it to a metal part of the system chassis. If a wrist strap is unavailable, establish and maintain contact with the system chassis throughout any procedures requiring ESD protection. User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 103: System Board

    Page 17 of 94 28.03.23 SYSTEM SETTINGS System Board System Board M.2 B key M.2 E key USB2_4 USB2_3 HDMI VP IO Battery COM1 Debug Power Link Boot CFG SIM Slot LVDS USB3.0 LED Backlight DC-IN Audio Speaker User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 104: System Board - Usd Card Slot

    Chapter 3 IF_TMXD2301000248DV Page 18 of 94 28.03.23 SYSTEM SETTINGS System Board - uSD Card Slot System Board uSD Card Slot User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 105: Jumper Settings- Power Board

    X Jumper Settings- Power Board Remote Switch High/Low Active (JP2) Host Bus Communication (JP3, JP4) „ 1-2 On: Reserved „ 2-3 On: TX/RX UART (default) „ 1-2 On: High Active (default) „ 2-3 On: Low Active User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 106: Sw1

    Off, delay = 0 second by default Important: Power-off the system and then unplug the power cord prior to setting the switch- es. Failure to do so will cause severe damage to the system and components. User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 107: Power On Delay Time Select

    Delay Duration 10 seconds (default) 30 seconds 1 miniute 5 minutes POWER OFF Delay Time Select Delay Duration 30 seconds (default) 1 minute 3 minutes 5 minutes 10 minutes 15 minutes 30 minutes 1 hour User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 108: Jumper Settings- System Board

    „ 1-2 Off: Internal Boot (default) „ 5-6 Off: EMMC@eSDHC3 (default) „ 5-6 On: Backlight Power 12V (default) „ 1-2 On: Serial Downloader „ 5-6 On: uSD@eSDHC2 „ 1-3 On: 5V „ 4-6 On: Backlight Power 5V User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 109: Pin Assignment- Power Board

    The 9V~36V In box headers are for ignition and power input to the power board, which then converts to 12VDC for output to the system board. 12VSB Jumper Settings 12VSB Power on/off, delay time, and other power related aspects can be configured via SW1 as previ- ously instructed in this chapter. User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 110: Mcu Connector (J2)

    Chapter 3 IF_TMXD2301000248DV Page 24 of 94 28.03.23 SYSTEM SETTINGS MCU Debug (JP1) MCU Connector (J2) Assignment Assignment UART_TX UART_RX SYS_SWDIO SYS_SWCLK STMCU_RST# User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 111: Remote Switch (J3)

    Chapter 3 IF_TMXD2301000248DV Page 25 of 94 28.03.23 SYSTEM SETTINGS Remote Switch (J3) Assignment Power Button User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 112: Pin Assignment- System Board

    Page 26 of 94 28.03.23 SYSTEM SETTINGS X Pin Assignment- System Board USB2_3 (UBJ1) COM1 Debug (J10) M.2 B key M.2 B key M.2 E key M.2 E key Assignment Assignment +3.3V USBDN UART1_RX USBDP UART1_TX User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 113: Speaker (Auj1)

    IF_TMXD2301000248DV Page 27 of 94 28.03.23 SYSTEM SETTINGS Speaker (AUJ1) Audio (AUJ2) M.2 B key M.2 B key M.2 E key M.2 E key Assignment Assignment Assignment SPK_R- LOUT_L SPK_R+ SPK_L+ LOUT_R SPK_L- AGND MIC_IN User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 114: Dio (Ioj1)

    SYSTEM SETTINGS DIO (IOJ1) I2C (J8) M.2 B key M.2 B key M.2 E key M.2 E key Assignment Assignment Assignment Assignment DIO0 DIO1 +3.3V_TP DIO2 DIO3 TP_SCL TP_ALT# DIO4 DIO5 TP_SDA TP_RST# DIO6 DIO7 User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 115: Vp Io (Vpj1)

    M.2 B key M.2 E key M.2 E key Assignment Assignment Function Function +3.3V_TP CAN_GND TP_SCL TP_ALT# SOUTN3 CAN_H TP_SDA TP_RST# LVDS_A2+ CAN_L SINN3 UR1_TX_232 SINN4 UR1_RX_232 SOUTN4 RTSN2 DTRN4 CTSN2 RTSN4 SOUTN2 CTSN4 SINN2 User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 116: Lvds (J11)

    LVDS (J11) Function Function LVDS_A2- LVDS_B3+ LVDS_A2+ LVDS_B3- LVDS_A3- LVDS_B2+ M.2 B key LVDS_A3+ LVDS_B2- M.2 E key LVDS_A0- LVDS_B1+ LVDS_A0+ LVDS_B1- LVDS_A1- LVDS_B0+ LVDS_A1+ LVDS_B0- LVDS_A_CLK- LVDS_B_CLK- LVDS_A_CLK+ LVDS_B_CLK+ +VDD_3.3V +VDD_5V +VDD_3.3V +VDD_5V +VDD_3.3V +VDD_5V User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 117: Flash Images Into Emmc/Sd Card Using Uuu Tool

    5. • Open the Command Prompt in Windows 10, or open the Terminal in Ubuntu when the necessary preparations are done. • Unzip M8MT51_YQ_x_y_nnn_yymmdd_0000.zip image package and enter unzipped image package folder. • Execute the following command, then wait for the process to complete. User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 118 Command of flash all images into eMMC sudo ./uuu uuu_emmc_M8MT51_uboot-kernel-rootfs-HDMI.uuu (or sudo ./uuu uuu_emmc_M8MT51_uboot-kernel-rootfs-LVDS.uuu ) 7. Turn on the device Command of flash necessary images except rootfs image into eMMC sudo ./uuu uuu_emmc_M8MT51_uboot-kernel-HDMI.uuu (or sudo ./uuu uuu_emmc_M8MT51_uboot-kernel-LVDS.uuu) User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 119    Connect JP1 as picture shown below and power on the device to force the device to enter SD card boot mode. V1.0 8.2 Connect JP1 as picture shown below and power on the device to force the device to V1.0 enter SD card download mode. User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 120: Software Features

    4. Support audio recording console command for test recording WAV file with Mono brightness control platform. MIC_IN audio, file store to eMMC. Support “lspci” console command for check PCIe card status. Support “lsusb” console command for check PCIe card status. 2242/3042 B key 4GLTE module: Quectel EM06 User's Manual | VC900-M8M E24*10R06/02*4590*00...
  • Page 121 3. rootfs.tar.bz2: compressed: Around 481 MB UART3 - Free storage Around 11.7 GB free space (eMMC size 16GB, around 2.3GB used of 14GB file system Support Loopback test, BR 115200 (need DFI Linux user space utility). RS485 size size, /dev/root)
  • Page 122: Android Support List

    Version For M.2 Kernel Version 4.14.98 UART2 - Support DTE mode, BR 115200 with CTS/RTS follow control loopback test (need DFI RS232 Android test utility). eMMC Support eMMC boot , eMMC v5.1, Linux ext4 file system UART3 - Support Loopback test, BR 115200 (need DFI Android test utility).
  • Page 123 Android No support suspend, set never to suspend by default. Suspend UART4 - Support Loopback test, BR 115200 (need DFI Android test utility). RS485 1. AOSP WebView Browser Tester: Browser APP. 2. AOSP Calculator: Calculator APP. 3. AOSP Calendar: Calendar APP.
  • Page 124 IF_TMXD2301000248DV Page 38 of 94 28.03.23 VC900-M8M NXP i.MX8M ARM-Based In-vehicle System KEY FEATURES ARM-Based System Support Yocto Linux 2.5 and Android 9.0 6-axis IMU Sensor 3 Accelerometer + 3 Gyroscope Rich I/O Connectivity 1 GbE, 4 COM, 1 CAN Bus, 2 USB 3.0, 1 Micro...
  • Page 125 1 x Quick installation guide www.dfi.com DFI reserves the right to change the specifications at any time prior to the product's release. Changes thereafter will be based on the product's revision. Please contact your E24*10R06/02*4590*00 sales representative for the exact revision offered in your area. All product names mentioned are trademarks of their respective companies. © April 25, 2023 DFI Inc.
  • Page 126 IF_TMXD2301000248DV Page 40 of 94 28.03.23 937-VC9000-000G Embedded System Model : VC900-M8M Input : DC9-36V 6-1.5A MADE IN TAIWAN A00 03-Feb-2023 Tony 03-Feb-2023 VC900-M8M E24*10R06/02*4590*00...
  • Page 127 IF_TMXD2301000248DV Page 41 of 94 28.03.23 E24*10R06/02*4590*00...
  • Page 128 IF_TMXD2301000248DV Page 42 of 94 28.03.23 E24*10R06/02*4590*00...
  • Page 129 CONN Chip PCB Revision: R2 HeatSink Base BOM Part Number: 774-M8MT511-080G 774-M8MT511-080G/180G for with Power Board - X103-EC70: VP070P-M8M W36 & VC900-M8M 9V~36V DC Power Input with ACC/IGN control Page Index: Title Page Block Diagram Power Delivery System Power/Reset Sequence...
  • Page 130 IF_TMXD2301000248DV Page 44 of 94 28.03.23 R2 updated: Title : Title : Title : Block Diagram Block Diagram Block Diagram Document Number : Document Number : Document Number : Rev : Rev : Rev : Size : Size : Size : M8MT51 M8MT51 M8MT51...
  • Page 131 IF_TMXD2301000248DV Page 45 of 94 28.03.23 Title : Title : Title : Power Delivery System Power Delivery System Power Delivery System Document Number : Document Number : Document Number : Rev : Rev : Rev : Size : Size : Size : M8MT51 M8MT51...
  • Page 132 IF_TMXD2301000248DV Page 46 of 94 28.03.23 Title : Title : Title : Power/Reset Sequence Power/Reset Sequence Power/Reset Sequence Document Number : Document Number : Document Number : Rev : Rev : Rev : Size : Size : Size : M8MT51 M8MT51 M8MT51 Page :...
  • Page 133 IF_TMXD2301000248DV Page 47 of 94 28.03.23 Title : Title : Title : Clock Topology Clock Topology Clock Topology Document Number : Document Number : Document Number : Rev : Rev : Rev : Size : Size : Size : M8MT51 M8MT51 M8MT51 Page :...
  • Page 134 IF_TMXD2301000248DV Page 48 of 94 28.03.23 R2 updated: RISC(ARM) 不 不 不 不 不 不 不 不 R/W bit. e.g. EEPROM = 0x5X. Title : Title : Title : SMBUS Topology/Address SMBUS Topology/Address SMBUS Topology/Address Document Number : Document Number : Document Number : Rev : Rev :...
  • Page 135 I/O Functions GPIOs of M8M051 & M8MT51 IF_TMXD2301000248DV Page 49 of 94 28.03.23 R2 updated: Title : Title : Title : PCIe/HSIO/USB I/O CFG. PCIe/HSIO/USB I/O CFG. PCIe/HSIO/USB I/O CFG. Document Number : Document Number : Document Number : Rev : Rev : Rev : Size :...
  • Page 136 i.MX8M PWR IF_TMXD2301000248DV Page 50 of 94 28.03.23 N*C*V*(0.5*F) = ~200mA NVCC_SNVS_3V3 STBY/RTC NVCC_SNVS NVCC_JTAG VDD_3V3 VSSA_XTAL_25M VSSA_FPLL_ARM VDD_SNVS_0V9 VDD_SNVS NVCC_NAND1 VSSA_XTAL_27M VSSA_FPLL NVCC_NAND2 VSSA_SPLL_VIDEO2 0201 0201 0201 0201 0201 0201 0201 0201 0201 VDD_SOC1 NVCC_SAI1_1 VSSA_SPLL 0201 0201 C0201 C0201 C0201 C0201...
  • Page 137 LPDDR4 IF_TMXD2301000248DV Page 51 of 94 28.03.23 DRAM_DMI0_A i.MX8M - DDR DMI0_A (LPDDR4/DDR4/DDR3) DRAM_CA0_A DRAM_DATA0_A DRAM_DATA0_A AD17 AE23 CA0_A / A12 / A12(BC#) DRAM_DQ00 DQ0_A DRAM_CA1_A DRAM_DATA1_A DRAM_DATA1_A AE16 AD24 CA1_A / A11 / A11 DRAM_DQ01 DQ1_A DRAM_CA2_A AD20 AE22 DRAM_DATA2_A DRAM_nCS0_A DRAM_DATA2_A...
  • Page 138 INT# of A+G IF_TMXD2301000248DV Page 52 of 94 28.03.23 R2 updated: SAI5 -> GPIO3[25:19] i.MX8M - SAI NAND -> GPIO3[18:0] i.MX8M - NAND GPIO[25] Refer to DOC: 21,32 RSV_GPI# GPIO[1] Power-Down# Wifi Module. SAI5_MCLK SAI1_MCLK PCIe_nRST NAND_CE0_B IMX8MDQLQCEC GPIO[2] BT_DEV_nWAKE NAND_CE1_B NAND(G21) ->...
  • Page 139 Thermal Sensor IF_TMXD2301000248DV Page 53 of 94 28.03.23 241-432773-320G (EPSON, 7pF, 85deg) eCSPI1- <- 常常常常 ~1.5s/Day, C156可可可. UART1_RXD ECSPI1_SS0 UART1-TX/RX UART1_RXD ECSPI1_SS0 ECSPI1_SS0 UART1_TXD ECSPI1_MOSI 241-432773-390G (EPSON, 7pF, 125deg) A53 Debug VDD_3V3 ECSPI1_MOSI CAN(2.0) <- 可改改常. UART1_TXD ECSPI1_MOSI ECSPI1_MISO 241-432773-380G (TXC, 7pF, 105deg) ECSPI1_MISO ECSPI1_MISO UART2_RXD...
  • Page 140 IF_TMXD2301000248DV Page 54 of 94 28.03.23 i.MX8M - CSI i.MX8M - PCIe PCIE1_TXN 19 MIPI_CSI1_CLK_N PCIE1_TXN_N USB_RESREF: Attach a 200-Ohm(1%) 100-ppm/C precision PCIE1_TXP 19 MIPI_CSI1_CLK_P PCIE1_TXN_P PCIe1(2.0, 1-lane)- resistor-to-ground on the board. MIPI_DSI_REXT: 15K-Ohm PCIE1_RXN MIPI_CSI1_D0_N PCIE1_RXN_N PCIE: 200-Ohm(1%) 100-ppm/C precision resistor to-ground on PCIE1_RXP 19 M.2 Key E MIPI_CSI1_D0_P...
  • Page 141 NC: No Connect, shall be connected to ground or left floating. eMMC5.0 RFU: Reserved for Future Use, shall be left floating for future use. VSF: Vendor Specific Function, shall be left floating. IF_TMXD2301000248DV Page 55 of 94 28.03.23 SD1_DATA4 VDD_1V8 NC_63 NC_1 NC_64...
  • Page 142 USB 2.0 (Download) USB 3.0-TypeA IF_TMXD2301000248DV Page 56 of 94 28.03.23 Silk printing: USB2_4 GPO(hgih) to Enable OTG-Power Max:1.8A Silk printing: *Constant-Current *Constant-Current USB3_1/2 DCDC_5V +5V_USBC 0.5A DCDC_5V +5V_USBA High > 1.7V Low < 0.66V > 80mils Max:1.5A > 80mils (>20mils) VDD_3V3 C184...
  • Page 143 R2 updated (EMC suggestions): USB3.0 HUB UBD3 AZ5125-01H.R7G HUB_VBUS_DET IF_TMXD2301000248DV Page 57 of 94 28.03.23 R172 10K,1 VDD_3V3 C203 For self-powered applications, 0201 connected to 3.3V 105P,6.3V,Y USB5807CT-I/KD Upstream Port1 USB2DN_DP1/PRT_DIS_P1 USB_HUB_DP_M2B USB 2.0-M.2 B-Key (WWLAN) USB_HUB_DN_M2B VBUS_DET/GPIO16 USB2DN_DM1/PRT_DIS_M1 USB_HUB_DP R171 USB_DP2 USB2UP_DP...
  • Page 144 HDMI2.0a Layout: 604-Ohm directly on the signal trace IF_TMXD2301000248DV Page 58 of 94 28.03.23 HDMI_TXCN_RT HDMI_TXCP_RT HDMI_TX0N_RT HDMI_TX0P_RT HDMI_TX1N_RT HDMI_TX1P_RT HDMI_TX2_P HDMI_TX2_P_C Silk printing: HDMI_TX2N_RT Layout: HDMI 100 ohm differential pairs HDMI_TX2P_RT HDMI_TX2_N HDMI_TX2_N_C HDMI1 external (A) GND_CH1 GND_CH2 CMC & ESD TYPE A HDMI_TX1_P HDMI_TX1_P_C...
  • Page 145 I2S Codec > 20mils VDD_3V3 IF_TMXD2301000248DV Page 59 of 94 28.03.23 Max:20mA 220,700mA +AUD_VDDA 0402 C237 C238 C239 C240 --- New Part / Package --- 0201 0402 0201 0402 C0201 224P,6.3V 106P,6.3V 106P,6.3V 104P,10V,C R211 220,700mA AGND_AUDIO PMIC-VGEN3 +AUD_VDDD VDD_PHY_1V8 0402 C241 Max:10mA...
  • Page 146 RGMII GbE for CPU(2.5V I/O) ENET_VDDH_2V5 IF_TMXD2301000248DV Page 60 of 94 28.03.23 R222 NVCC_ENET_2V5 C249 C250 connect for +2.5V RGMII I/O 0201 0201 VENET_3V3 224P,6.3V 105P,6.3V,Y 220,700mA ENET_AVDD33 0402 C251 C252 for 2.5V I/O Typ~2.7V 0201 0201 ENET_VDDH_2V5 Max:170mA 105P,6.3V,Y 224P,6.3V C253 >...
  • Page 147 M.2 Key-E 3.3V->1.8V Level Shifter M.2 Key-B PCIe PWR (Key E) IF_TMXD2301000248DV Page 61 of 94 28.03.23 PCIe PWR (Key B) VDD_3V3 VPCIe_3V3 > 100mils Max: 1.5A 1.5A 2.5V~5.5V VDD_3V3 VM2B_3V3 ILIM_VPCIe > 60mils C268 C269 Max: 1A ILIM R255 2.5V~5.5V Vout ~2.3A 0201...
  • Page 148 DSI to LVDS LCD Module IF_TMXD2301000248DV Page 62 of 94 28.03.23 VDD Panel (3.3V & 5V): Logic/LCD Drive Voltage one Display, up to 1920*1080 (60Hz) AL051 (1A, 1.0mm) (3.3V & 5V) I2C2 346-522040-200G Silk printing: LCD LVDS HW Implementation Guide: Datasheet: >...
  • Page 149 LED Backlight DIOs IF_TMXD2301000248DV Page 63 of 94 28.03.23 5V/12V (5V or 3.3V) VLED Backlight: +VDD_LVDS_Panel Silk printing: LED Input Voltage Backlight Dimming: DIO(5V) PWM Mode (or DC Mode). *Freq(Hz): 200 ~ 20K. VDD_3V3 VDD_3V3 VCC: 1.65V~5.5V VDD_3V3 *Swing(V): 3.3 or 5. VDD_3V3 VDD_3V3 R348...
  • Page 150 RS-232/422/485 R2 updated: RS-232 IF_TMXD2301000248DV Page 64 of 94 28.03.23 > 10mils Max:0.030A DCDC_5V *Constant-Current DCDC_5V Max:0.030A > 10mils leakage? TSU2 VDD_3V3 -> DCDC_5V VDD_3V3 -> DCDC_5V -> +5V_COM2 +5V_COM2 *(PMIC)POR_B = RESET# C344 104P,10V,C *(PMIC)POR_B = RESET# +VCC_COM4 C348 104P,10V,C VOUT >...
  • Page 151 CAN FD VDD_3V3 FB803 220,700mA IF_TMXD2301000248DV Page 65 of 94 28.03.23 > 10mils DCDC_5V 0402 Max:70mA C380 C377 VDD_3V3 > 10mils Max:1mA Silk printing: 0402 0201 C378 104P,10V,C Max:20mA push/pull CAN1(5V) 106P,6.3V 104P,10V,C CAN_VP_L CAN_INT# R471 INT#_CAN1 INT- NVCC_GPIO3/I.PD CAN_VP_H TP25 NC/TP_16 C379...
  • Page 152 PMIC STBY/RTC STBY IF_TMXD2301000248DV Page 66 of 94 28.03.23 NVCC_SNVS_3V3 Max:5A DCDC_3V3 LC6 1U,3.4A U54C DCDC R480 R611 0~2040mA(CPU) C385 106P,6.3V SW1AB_LX VDD_GPU_0V9 SW1AIN SW1ALX SW1FB C386 104P,10V,C C387 C388 C389 C390 C550 U54A 10K,1 4.7K,1 C391 104P,10V,C C0201 SW1A/B 0603 0603 0603...
  • Page 153 R2 updated add LDO, LC filter IF_TMXD2301000248DV Page 67 of 94 28.03.23 40 mils Vout = 1.25 x (1+ (R2/R1)) 12VSB AULI1 = 10.95V, 0.6A/0.6W +12VAMP_PVDD >= 40mils AUVR1 AUFB1 120,5000 +12V_LDO_AMP +12V_LDO_OUT 0805 Vout Vout1 AUR14 AUC16 AUSC2 AUSC1 AUC14 AUC15 0402...
  • Page 154 12VSB_PWRGD DC IN-12V DC IN-12V IF_TMXD2301000248DV Page 68 of 94 28.03.23 CN13(RSV) 12VSB TB1X2 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 空 CN_1X2_P5_H10D3 12VSB 緩 緩 緩 緩 緩 緩 緩 緩 VDS:-30V,VGS:±25V,ID:-11A VGS(th):-2.5V max 342-310022-110G...
  • Page 155 3.3V/~5.96A 5V/~6A IF_TMXD2301000248DV Page 69 of 94 28.03.23 Input voltage range: 0.6V to Vbias Input voltage range: 0.6V to Vbias CPU+eMMC+M.2+GbE USB(3A)/DIO(1A)/B.L(1.5A) STBY Input voltage range STBY Input voltage range 6A maximum continuous switch current per channel 6A maximum continuous switch current per channel 0.6V~VBIAS 0.6V~VBIAS VDD_3V3...
  • Page 156 Test Pad for Power Sequence IF_TMXD2301000248DV Page 70 of 94 28.03.23 Title : Title : Title : Test Pad for Power Sequence Test Pad for Power Sequence Test Pad for Power Sequence Document Number : Document Number : Document Number : Rev : Rev : Rev :...
  • Page 157 IF_TMXD2301000248DV Page 71 of 94 28.03.23 Revision History Title : Title : Title : Revision History Revision History Revision History Document Number : Document Number : Document Number : Rev : Rev : Rev : Size : Size : Size : M8MT51 M8MT51 M8MT51...
  • Page 158 IF_TMXD2301000248DV Page 72 of 94 28.03.23 Design Target: Reference Design: Title : Title : Title : Design Info. Design Info. Design Info. Document Number : Document Number : Document Number : Rev : Rev : Rev : Size : Size : Size : M8MT51 M8MT51...
  • Page 159 IF_TMXD2301000248DV Page 73 of 94 28.03.23 Power Budget/Distribution Note : Max. current means possible peak instantaneous current but not max. continuous current. ATX Power Supply Max current 12V±10%(10.8V~13.2V) IMax=1.5A IMax=8.64A 0.5A 12VSB 12V_DCIN 12VSB_PWRGD Iin=1.5A +12V 1.5A FKBB3103 Backlight_EN Iin=4.23A IMax=8.62A DCDC_5V TPS56C215...
  • Page 160 LSM6DSOX - 3D accelerometer and 3D gyroscope IF_TMXD2301000248DV Page 74 of 94 28.03.23 R2 updated add A+G Mode 1: I2C / MIPI I3CSM slave interface or SPI (3- and 4-wire) serial interface is available; Mode 2: I2C / MIPI I3CSM slave interface or SPI (3- and 4-wire) serial interface and I2C interface master for external sensor connections are available;...
  • Page 161 IF_TMXD2301000248DV Page 75 of 94 28.03.23 X103-EC70 Page Description 01_COVER PAGE 02_BLOCK DIAGRAM Power Modular 03_9~48V INPUT_LT4363 04_12VSB_LM5176 05_MCU_STM32L051K8 Revision 2 06_HISTORY Project Code : S184710 Title : Title : Title : 01_ Cover Page 01_ Cover Page 01_ Cover Page Document Number : Document Number : Document Number :...
  • Page 162 IF_TMXD2301000248DV Page 76 of 94 28.03.23 BLOCK DIAGRAM FOR X103-EC70 +9V to +36V DC OUT Car Power LM5176P 12VSB ON/OFF IGNITION STM32L051K8 UART(RS232) Title : Title : Title : 02_BLOCK DIAGRAM 02_BLOCK DIAGRAM 02_BLOCK DIAGRAM Document Number : Document Number : Document Number : Rev : Rev :...
  • Page 163 20190319 IF_TMXD2301000248DV Page 77 of 94 28.03.23 NTMFS5C673NLT1G NC/NTMFS5C673NLT1G Max.=8A SO8-FL VIN_M SO8-FL 9V~36V SO8-FL VIN_IN NTMFS5C673NLT1G NTMFS5C673NLT1G SO8-FL Max.=8A MMBT3904LT1G 1X6,R/A 23BCE HR_1X6V_P2_H4D95 347-106017-100G 臥臥 0.47U,17.5A,C LC_7D3X6D6_P6D05_H3 1N4148WS-7-F OCP=15A Max.=8A SOD-323 1206 100V R111 NTMFS5C673NLT1G 347-202041-100G SMCJ36CA SO8-FL 105P,100V 10,1 PWCN_2X2V_P4D2_H11D4 SMC1...
  • Page 164 Max.=6A IF_TMXD2301000248DV Page 78 of 94 28.03.23 12VSB BUCK-BOOST 0805 NC/56U,50V,25 56U,50V,25 56U,50V,25 0805 270U,16V 105P,J SEC_10_P8D098_H10D8 SEC_10_P8D098_H10D8 SEC_10_P8D098_H10D8 SEC_6D3_P5D05_H8 270U,16V 106P,16V,J C0805 25mΩ 25mΩ 25mΩ 13mΩ SEC_6D3_P5D05_H8 C0805 13mΩ 5 6 7 8 5 6 7 8 HO_2 各各3A的VIA NTMFS5C673NLT1G NTMFS5C673NLT1G 各各3A的VIA...
  • Page 165 LED2 12VSB R118 150,1 20190320 Add Bebug LED by Eric.Lu Output Connector LED,G,S 347-108030-100G IF_TMXD2301000248DV Page 79 of 94 28.03.23 SLED2 HA1X8V 12VSB_EN [3,4] HOST_RX_SDA 104P,100V 3V_EC Right Angle C0603 Black GND_1 12V_1 1X3,B H_RX 12VSB H_TX WB1X3 GND_2 12V_2 CB_PWRBTN- 106P,6.3V 0402...
  • Page 166 X103-EC70 History IF_TMXD2301000248DV Page 80 of 94 28.03.23 2018/11/30 Revision 1 - EVT 2019/3/21 Revision 2 - EVT1 2019/10/03 Revision 3 - DVT MODIFY HISTORY Page Modify Item Issue Rev. **Modify - 20190319 Circuit modify in the green box Power-TOM CN1 NC BOM select **Modify - 20190321...
  • Page 167 IF_TMXD2301000248DV Page 81 of 94 28.03.23 E24*10R06/02*4590*00...
  • Page 168 IF_TMXD2301000248DV Page 82 of 94 28.03.23 E24*10R06/02*4590*00...
  • Page 169 IF_TMXD2301000248DV Page 83 of 94 28.03.23 E24*10R06/02*4590*00...
  • Page 170 IF_TMXD2301000248DV Page 84 of 94 28.03.23 E24*10R06/02*4590*00...
  • Page 171 IF_TMXD2301000248DV Page 85 of 94 28.03.23 E24*10R06/02*4590*00...
  • Page 172 IF_TMXD2301000248DV Page 86 of 94 28.03.23 E24*10R06/02*4590*00...
  • Page 173 IF_TMXD2301000248DV Page 87 of 94 28.03.23 E24*10R06/02*4590*00...
  • Page 174 IF_TMXD2301000248DV Page 88 of 94 28.03.23 E24*10R06/02*4590*00...
  • Page 175 IF_TMXD2301000248DV Page 89 of 94 28.03.23 E24*10R06/02*4590*00...
  • Page 176 IF_TMXD2301000248DV Page 90 of 94 28.03.23 Item No Sub Assembly Master Sub Item Number Description Quantity Cumulative Lt Fixed Lot Multiplier Minimum Order Quantity Launch Date Item Creation Date 2 774‐M8MT511‐080G A33‐72001A‐060G STANDOFF M2*6.7L,SMD,H55M20E40‐ 1200 1200 5‐Jun‐18 3 774‐M8MT511‐080G 344‐002003‐610G Mini JUMPER RED 2.0mm,200‐72‐ 1000 10000 4‐Feb‐15 4 774‐M8MT511‐080G 314‐M8MT511‐029G PCB M8MT51 R.2(12L 23‐Aug‐22 5 774‐M8MT511‐080G 622‐010150‐000G BATTERY CR2032W(MURATA) 3V 3500 11‐Nov‐16 6 774‐M8MT511‐080G...
  • Page 177 IF_TMXD2301000248DV Page 91 of 94 28.03.23 110 750‐VC9000‐000G A32‐11201F‐040G SCREW M2x4 MM  I HEAD OD=4.5MM 2000 26‐Oct‐18 120 774‐M8MT511‐080G 123‐097360‐200G IC Audio Power 2500 2500 23‐Sep‐08 ‐ 774‐M8MT511‐080G 123‐097360‐200GZ IC Audio Power 7‐Dec‐16 120 774‐X10371‐180G 213‐252249‐270J MLCC 100000 100000 13‐Apr‐12 ‐ 774‐X10371‐180G 213‐252249‐270JZ MLCC 10000 10000 27‐Feb‐18 ‐ 774‐X10371‐180G 213‐252249‐270C MLCC 10000...
  • Page 178 IF_TMXD2301000248DV Page 92 of 94 28.03.23 ‐ 774‐M8MT511‐080G 213‐151805‐200JZ MLCC 10000 10000 29‐Mar‐18 390 774‐X10371‐180G 223‐047122‐620G CHOKE 0.47uH,M(20%),RDC≦4.2m 1000 1000 15‐May‐17 ‐ 774‐X10371‐180G 223‐047122‐610G CHOKE 0.47uH,M(20%),RDC≦4.2mΩ 3000 3000 2‐Sep‐16 400 774‐M8MT511‐080G 213‐254739‐210C MLCC 10000 10000 10‐Aug‐11 ‐ 774‐M8MT511‐080G 213‐254739‐210JZ MLCC 10000 10000 15‐Nov‐18 ‐...
  • Page 179 IF_TMXD2301000248DV Page 93 of 94 28.03.23 690 774‐X10371‐180G 263‐182803‐210C RES 280KΩ,F(1%),SMD,0402,(None 10000 10000 8‐Aug‐11 ‐ 774‐X10371‐180G 263‐182803‐210J RES 280KΩ,F(1%),SMD,0402,(JP)RoHS 10000 10000 8‐Aug‐11 700 774‐M8MT511‐080G 346‐510414‐200G BOX HEADER 1*4P,F,90D, 1000 1000 12‐Feb‐18 ‐ 774‐M8MT511‐080G 347‐104018‐210G BOX HEADER 1500 4500 2‐Mar‐16 700 774‐X10371‐180G 263‐182002‐210C RES 20KΩ,F(1%),SMD,0402,(None 10000 10000 5‐Aug‐11 ‐...
  • Page 180 IF_TMXD2301000248DV Page 94 of 94 28.03.23 1260 774‐M8MT511‐080G 263‐182001‐210C RES 2KΩ,F(1%),SMD,0402,(None 10000 10000 5‐Aug‐11 ‐ 774‐M8MT511‐080G 263‐182001‐210J RES 2KΩ,F(1%),SMD,0402,(JP)RoHS 10000 10000 5‐Aug‐11 1270 774‐M8MT511‐080G 263‐183652‐210C RES 36.5KΩ,F(1%),SMD,0402,(None 10000 10000 8‐Aug‐11 ‐ 774‐M8MT511‐080G 263‐183652‐210J RES 36.5KΩ,F(1%),SMD,0402(JP)RoHS 10000 10000 8‐Aug‐11 1280 774‐M8MT511‐080G 263‐183303‐210C RES 330KΩ,F(1%),SMD,0402,(None 10000 10000 15‐Apr‐13 ‐...

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