Vehicle Network Tester (IVNT-03)

Product CodeIVNT-03

The Vehicle Network Tester (IVNT-03) allows users to connect test low-level physical layer capabilities of on-board controllers connecting to Classical CAN (Controller Area Network) as well as CAN FD (Flexible Data). The IVNT supports low-level, physical layer validation on up to two dual wire CAN or CAN FD networks as well as supporting connection for data monitoring/transmitting on six additional dual wire CAN or CAN FD buses. There are also up to four local interconnect networks (LIN).

At a glance

  • CompatibilityThe Vehicle Network Tester (IVNT-03) allows users to connect test low-level physical layer capabilities of on-board controllers connecting to Classical CAN (Controller Area Network) as well as CAN FD (Flexible Data)
  • Key interfacesSync Break Error State and  Length, Sync Wave Error, Message ID parity, TFrameMax/Slave Not  Responding, Checksum Error and Transmit Bit Errors
  • Included itemsNo bundled accessory list provided
  • Lead timeContact sales for current lead time
  • Country of originUS

Intrepid Control Systems' Vehicle Network Tester (IVNT-03) allows users to connect test low-level physical layer capabilities of on-board controllers connecting to Classical CAN (Controller Area Network) as well as CAN FD (Flexible Data).

The IVNT supports low-level, physical layer validation on up to two dual wire CAN or CAN FD networks as well as supporting connection for data monitoring/transmitting on six additional dual wire CAN or CAN FD buses. Two of the supporting connections are Selectable CAN and can be configured to be single wire (SW) CAN bus, LSFT CAN bus, or Dual-Wire CAN or CAN FD. There are also up to four local interconnect networks (LIN). In conjunction with the included Vehicle Spy 3 software, the IVNT will test high-level application/diagnostic layer services and functions. The IVNT will run each test and give a Pass/Fail status.

Simple Setup, Detailed Results

The IVNT setup has been designed for ease and simplicity. Connect the controller to CAN High and CAN Low, power the unit, and start the test in the PC application software. After taking these few steps, you will receive a report on the entire system test. Individual tests can be selected and run as well.

Low-Level Tests Include:

  • Measure VBATT
  • Short HSCAN (H)igh to (L)ow - Measure Voltage of Low
  • Short HSCAN H to L - Measure Voltage of High
  • -1V offset to HSCAN, 1600pf cap added - Measure Voltage of Low
  • -1V offset to HSCAN, 1600pf cap added - Measure Voltage of High
  • +1V offset to HSCAN, 1600pf cap added - Measure Voltage of Low
  • +1V offset to HSCAN, 1600pf cap added - Measure Voltage of High
  • Short HSCAN L to VBATT - Measure Voltage of Low
  • Short HSCAN H to VBATT - Measure Voltage of High
  • Short HSCAN L to GND - Measure Voltage of Low
  • Short HSCAN H to GND - Measure Voltage of High
  • Measure HSCAN L relative to V- (Vehicle Ground)
  • Measure HSCAN H relative to V-
  • Measure HSCAN Resistance
  • Set HSCAN Resistance 0Ω, 60Ω, or 120Ω
  • Short MSCAN H to L - Measure Voltage of Low
  • Short MSCAN H to L - Measure Voltage of High
  • -1V offset to MSCAN, 1600pf cap added - Measure Voltage of Low
  • -1V offset to MSCAN, 1600pf cap added - Measure Voltage of High
  • +1V offset to MSCAN, 1600pf cap added - Measure Voltage of Low
  • +1V offset to MSCAN, 1600pf cap added - Measure Voltage of High
  • Short MSCAN L to VBATT - Measure Voltage of Low
  • Short MSCAN H to VBATT - Measure Voltage of High
  • Short MSCAN L to GND - Measure Voltage of Low
  • Short MSCAN H to GND - Measure Voltage of High
  • Measure MSCAN L relative to V- (Vehicle Ground)
  • Measure MSCAN H relative to V-
  • Measure MSCAN Resistance
  • Set MSCAN Resistance 0Ω, 60Ω, or 120Ω

High-Level Tests (using Vehicle Spy 3 Software):

  • Diagnostic Service Command Request
  • Diagnostic Service Command Response
  • Diagnostic Service Response Data Validation
  • Normal Mode Message Timing Accuracy
  • Vehicle Network Simulation
  • Signal Data Monitoring
  • Signal Data Latency Test
  • User Configurable Tests
IVNT Pins:
HD DB26 Pins

Pin

Description

Pin

Description

1

ETH TX+

14

HS CAN 1 H

2

HS CAN 4 L

15

MS CAN H

3

HS CAN 5 L

16

HS CAN 2 H

4

HS CAN 1 L

17

HS CAN 3 H

5

MS CAN L

18

HS CAN 6 H

LSFT CAN H

SW CAN 2

6

HS CAN 2 L

19

VBATT

7

HS CAN 3 L

20

ETH RX-

8

HS CAN 6 L

LSFT CAN L

21

HS CAN 7 L

LSFT CAN 2 H

9

ETH TX-

22

ISO K/LIN 1

10

GND

23

LIN 2

11

ETH RX+

24

LIN 3

12

HS CAN 4 H

25

ETH ACTIVATE

13

HS CAN 5 H

26

HS CAN 7 H

LSFT CAN 2 H

SW CAN

uDB9 Pins

Pin

Description

1

LIN 1

2

LIN 2

3

LIN 3

4

LIN 4

5

GND

6

MISC DIO 5

7

MISC DIO 6

8

EMISC 1

9

EMISC 2

DW CAN mode2 dedicated ISO 11898 Dual Wire CAN FD physical layers (MCP2561FD)
LSFT CAN mode2 Low Speed Fault Tolerant CAN physical layers (TJA1055)
SW CAN mode2 Single Wire CAN physical layers GMW3089 / SAE J2411(MC33897)
LIN Bus Monitor Mode identifies errorsSync Break Error State and  Length, Sync Wave Error, Message ID parity, TFrameMax/Slave Not  Responding, Checksum Error and Transmit Bit Errors
Harmonized Code9031808070
ECCN5A991b
Unit of MeasureEach
Country of OriginUS