Precise and Reproducible Disturbances of CAN (FD) Networks

VH6501 is a flexible yet compact CAN (FD) disturbance hardware and a network interface for CANoe combined in one device.

In particular, the combination of disturbance hardware and network interface allows very simple test setups for CAN (FD) conformance tests without an additional network interface or a special cable.

Gallery

VH6501 front view - 5x multicolour LEDs show activities and status

Connectors at bus side: 2x D-SUB9

Connectors at USB side: each 1x USB, D-SUB9, Host/Ethernet and 2x Power/Sync

Wiring options

Advantages

Disturbance hardware and network interface combined in one compact USB device
Extensive trigger sources and disturbance types
Fine granular output of complex disturbances
External trigger output
Seamless CANoe integration
CAPL functions for test automation
Analog/digital I/O functionality
Connection for external time synchronization

Application Areas

VH6501 enables you to generate a wide variety of digital and analog disturbances precisely and reproducibly in CAN (FD) networks. Such disturbances are necessary, among other things, for these areas of application:

Determination of the sample point
Checking the behavior on reception of unusual or faulty CAN messages
Checking the behavior on disturbances during transmission
Purposeful causing the bus-off state

Such tests are an essential part of indispensable OEM conformance tests in the automotive industry. With the seamless integration of the VH6501 into CANoe and its CAPL API, you can implement these tests efficiently. One implementation example of such an OEM conformance test is the CANoe Test Package VAG, which, in addition to VH6501, uses also the VH1150 hardware as terminal control for complete test automation.

The exact visual representation of the disturbances generated by VH6501 and that of the reactions in the CAN (FD) network can optionally be done with the software CANoe Option .Scope and the necessary hardware. This approach allows you to analyze events very accurately and helps you to purposefully create your own tests.

Functions

Digital disturbances

Arbitrary sequences of dominant and recessive levels (including recessive stress)
Max. 4,096 level change in a sequence
Support for different trigger conditions:
- I/O triggers
- Frame triggers, e.g. SOF, Frame, Bus Idle, Error
- Combined frame triggers for disturbing e.g. different IDs (up to 32 parallel conditions including wildcards)

Analog disturbances

Asynchronous, without own trigger condition
Support for different error and test modes:
- Short-circuit tests
- Cross-wiring
- Modification of the R and C network parameters:
  - R: 500 Ω...25 kΩ (non-linear)
  - C: 100 pf...10 nF (non-linear)

Technical Data


CAN (FD) channel	TJA1057 Piggyback CAN2.0: 2 MBit/s CAN FD: up to 8 MBit/s
Digital CAN disturbances	Arbitrary sequence of dominant and recessive levels: Min. step size 6.25 ns Min. dominant/recessive phase length of 50 ns
Analog CAN disturbances	Short circuit and cross wiring tests Modification of RC network parameter
I/O functionality (onboard)	Digital outputs: 1 Digital inputs: 2 Analog inputs: 1
Connectors	2x D-SUB9 (male+female) for 1 CAN channel 1x D-SUB9 for I/O; 1x Binder (type 711) for external trigger 1x Binder (type 711) for time synchronization with Vector hardware
PC interface	USB 2.0
External power supply	6 V...<60 V DC
Power consumption	Typical 7 W
Operation system requirements	Windows 10 (32 bit or 64 bit), Windows 7/8.1 (32 bit or 64 bit)
Software requirements	CANoe Version 10.0 SP2 (SP3 or higher recommended)
Temperature range	Operation: -40 °C...+60 °C Storage: -40 °C...+85 °C
Dimensions (LxWxH)	Approx. 155 mm x 111 mm x 45 mm
Weight	Approx. 600 g

Product Descriptions

Show previous

Show next

Documents Webinar Recording

Fact Sheet:

Short overview of facts (PDF)

Manual:

Detailed technical information (PDF)

Take advantage of this useful webinar recording, which covers not only a general product presentation but also practical application examples:

"How to optimally disturb CAN (FD) networks with the new VH6501 interface"
Recorded on February 21, 2018, duration: 45 minutes

watch now!

Downloads

2018-08-20 Press Release
Reproducible Disturbances of CAN (FD) Networks
2018-02-08 Product Description
Fact Sheet VH6501
2017-10-26 Manual
Manual VH6501
Presentation
Vector_Webinar_VH6501_20180220

News & Events

Show previous

Show next

News Events

2019-05-15
CANoe 12.0 - What´s New? Take a Look at All Highlights!

2019-05-15
CANalyzer 12.0 - Highlights of New Features

2019-04-24
News about Automotive Ethernet

The Automotive Ethernet solution from Vector covers the entire development process for networks and ECUs. Our updated Fact Sheet offers a compact but comprehensive overview.

2019-04-24
Proven Tools for Fast Development and Easy Testing: Vector Solutions for Medical Engineering at MedtecLive

Development and test tools from Vector have been setting standards in the automotive field for decades now, but they are hardly known in application areas such as medical technology. Since embedded software is playing a continually growing role in that field as well, there is increasing demand for suitable support in developing networked system solutions for medical technology. That is why Vector is presenting its platform of tools and services for accelerated development and simplified testing of medical electronics at MedtecLIVE in Nuremberg.

2019-04-15
Wake-Up Pattern in CAN/CAN FD Networks

Practical guide for users

Show all news (232)