VECTOR VN7610
VECTOR VN7610 brand new Antarmuka FlexRay / CAN FD untuk USB VECTOR VN7610
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1. Core Positioning and Purpose
Product Type: FlexRay/CAN FD Bus Interface (USB 2.0) Vector
Core Functions: FlexRay network monitoring, simulation, testing; CAN/CAN FD bus access Vector
Compatible Software: CANoe, CANape, CANalyzer (Vector mainstream toolchain) Vector
Typical Scenarios: In-vehicle ECU development, FlexRay gateway testing, real vehicle road testing, laboratory simulation Vector
2. Hardware Specifications (Key Parameters)
Table
Parameter Specifications
Bus Interface 1× FlexRay (A/B dual channels), 1× CAN/CAN FD Vector
Transceiver FlexRay: TJA1082; CAN FD: TJA1051
Communication Controller FPGA implementation of Bosch E-Ray (independent start-up monitoring) Vector
Speed FlexRay: 10 Mbit/s; CAN: ≤ 2 Mbit/s; CAN FD: ≤ 8 Mbit/s Vector
Transmit Buffer 2 MB (supports parallel >1000 messages) Vector
Timestamp Accuracy Single device: 1 μs; software synchronization: typically 50 μs Vector
Power Supply USB bus-powered (typical 2 W)
Dimensions / Weight Approx. 65×42×20 mm; approx. 80 g (ultra-compact)
Operating Temperature -40°C ~ 50°C
3. Core Advantages
FPGA Architecture: Supports in-field software/FPGA updates, expandable functionality
Independent Start-Up Monitoring: Captures FlexRay frames/symbols without synchronization, facilitating network start-up issue analysis Vector
Capacitive Isolation: Transceiver capacitive decoupling, improves bus stability and anti-interference capability
Portable and Easy to Use: USB direct connection, small size, suitable for laboratory and mobile road test scenarios Vector
4. Application Scenarios
FlexRay network development, simulation, monitoring, and ECU testing
In-vehicle gateway (FlexRay ↔ CAN FD) functionality verification
Real vehicle road test data acquisition and time synchronization analysis
Automotive electronic component (e.g., chassis, powertrain domain ECU) bus testing