Data NetworksAutomotive Electronics

VIN|ING 3000/6000 Diagnostic Interfaces (in preparation)

Premium VCI for Engineering, the Test Environment and Manufacturing

In addition to diagnostic and measurement tasks on vehicle bus systems, the two premium VCIs VIN|ING 3000 and VIN|ING 6000 support residual bus simulation and data logging. Therefore, they are the ideal equipment for engineering, the test environment and manufacturing. The modular system means the device can be configured to suit the particular use case, resulting in maximum flexibility.

Areas of Application

  • Universal VCI for engineering, the test environment and manufacturing
  • Diagnostic tests and data logging in road tests
  • Diagnostics and residual bus simulation
  • Measurement tasks and bus analysis with the Vehicle Communication Framework Softing VCF
  • Integration of customer applications in the interface with Softing VCF

Advantages

  • Modular communication platform for up to 2 or alternatively 6 plug-in modules
  • Flexible combination of all standard vehicle interfaces
  • Integration of new functions and interfaces with FPGA „software“
  • Sturdy aluminum housing

Overview

High-Performance and Future-Proof

A powerful dual core processor with 800 MHz and a large programmable logic module (FPGA) are the core for communicating with the vehicle bus systems and the associated data processing. In the FPGA, IP cores, for example for CAN/FD and FlexRay, can be implemented which also permit future adaptations or extensions of vehicle interfaces. Furthermore additional modules, such as a graphic touch display, can be adapted using standardized interfaces. Alongside D-PDU API, the software framework VCF (Vehicle Communication Framework) makes an extensive library available for applications such as diagnostics, data logging, residual bus simulation and bus analysis.

Modular and Flexible

The devices are designed for 2 or alternatively a maximum of 6 slide-in modules and permit (virtually) any combination of vehicle interfaces such as Classic CAN, CAN/FD, K-Line, LIN, SENT, FlexRay and BroadRReach. There is a 1 GBit-Ethernet and a USB high-speed interface for communicating with the host PC. Furthermore the devices can be equipped with WLAN, GPS or additional memory via four USB host interfaces. If required, extensive Sleep/ WakeUp functions, a motion sensor and the real-time clock (RTC) can be used.

 

Slide-In Modules

Module 1: 2 x Classic CAN/CAN FD, 2 x K-line/LIN/SENT, 2 x universal IOs Module 2: 4 x Classic CAN/CAN FD, 2 x universal IOs Module 3: 2 x Ethernet for DoIP, 2 x BroadR-Reach, 2 x universal IOs Module 4: 2 x Classic CAN/CAN FD, 2 x K-L ine, 1 x Ethernet for DoIP (planning stage)

Technical Information

Technical Data 
HousingAluminum housing with plastic protective caps, approx. 175 x 150 x 112 mm
Power supply8 ... 36 V
Power cosumptionApprox. 25 Watts
Microcontroller800 MHz ARM main processor
PC interfaceUSB     V2.0 high-speed, 480 Mbit/s, optional USB cable (curr. only for device configuration
LAN     100 MBit/s
Vehicle interfaceUp to 6 slide-in modules, all signals galvanically isolated from the PC interface
CAN1-10 CAN/CAN-FD controller with variable bus physics
ISO 9141-22-10 UART channels with variable bus physics (ISO 9141-2 LIN / SENT)
Ethernet2 x Ethernet 10/100/1000 Base-T, 2 x BroadR-Reach
Analog/digital inputsPer module 2 x analog/digital GPIO (up to 12 GPIOs)
Status display4 RGB light-emitting diodes on the base module and 4 more per slide-in module Acoustic signal transmitter (programmable, depending on the software used)
Power managementConfigurable stand-by mode (depending on the software used)
Wake-up on I/O trigger, RTC and bus communication (depending on the software use
Temperature rangeOperation: -40 ... +70 °C (depending on the expansion stage), Storage: -40 ... +85 °
EMC conformityInterference immunity EN 61000-6-2
Interference emission  EN 61000-6-3
Software interfacesVehicle Communication Framework (Softing VCF)
D-PDU API in accordance with ISO 22900-2 for Windows (Linux, Android and iOS on request)

Order Information

Order Numbers

 

VI-BA-6000

Modular vehicle communication interface (VCI) with ARM dual-core CPU and integrated FPGA

  • 1 x Gigabit-Ethernet interface

  • 3 x USB host interface (of which 2 x internal)

  • 1 x USB device interface for connection to the PC

  • 2 x GPIO

  • Function button

  • LED displays

6 expansion slots for vehicle communication buses with galvanic isolation

VI-BA-3000

Modular vehicle communication interface (VCI) with ARM dual-core CPU and integrated FPGA

  • 1 x Gigabit-Ethernet interface

  • 3 x USB host interface (of which 2 x internal)

  • 1 x USB device interface for connection to the PC

  • 2 x GPIO

  • Function button

  • LED displays

2 expansion slots for vehicle communication buses with galvanic isolation

VI-CA-1000

Slide-in module for the VIN|ING base unit with CAN and UART interfaces:
Port 1: D-SUB9 with 2 x CAN / CAN-FD (bus physics either high-speed, fault-tolerant or single-wire)
Port 2: D-SUB9 with 2 x UART (bus physics either ISO 9141-2 / LIN / SENT)

VI-AE-1000

Slide-in module for the VIN|ING base unit with automotive Ethernet interfaces:
Port 1: RJ-45 jack with 10/100/1000 Base-T Ethernet (DoIP)
Port 2: RJ-45 jack with 10/100/1000 Base-T Ethernet (DoIP)
Port 3: D-SUB9 with 2 x BroadR-Reach and 2 x Ethernet activation line for DoIP

Supplementary Products and Services

VC-BA-1000

VCF API Developer Kit

VC-SB-1000

VCF Server Base API

VC-SP-1000

VCF Server Premium API

Downloads

Downloads 
DatenblattVIN|ING 3000/6000 – Premium VCIs for Development, Test Environment and Manufacturing.
FlyerVIN|ING Family – One Solution. Many Form Factors. The VIN|ING VCIs for innovative Communication Concepts.
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