Vehicle Spy: 3.9.0 的一些新功能
Automotive Gateway Builder
Control Your Instruments with Vehicle Spy
Vehicle Spy adds “Instrument Control” to allow the control of scientific instruments while the Device Under Test (DUT) is being exercised and messages read via CAN/LIN/Ethernet. Also, The new Instrument Editor enables the user to add their instrument in Table View; it is similar to adding messages into Messages editor. You will only need to input the Key, Instrument Name, IP Address, and Port. Function Blocks allow you to create custom programs in Vehicle Spy to trigger on specific conditions in the vehicle data and automatically acquire additional real measurement voltages and currents.
Instruments are Power Supplies, Multimeters, Oscilloscopes, LCR Meters, Source Meters, Frequency Generators, Spectrum Analyzers, etc.
16 Times More CoreMini Space (1 MB)
32-bit CoreMini space for next generation of Intrepid products such as neoVI FIRE 2, ValueCAN 4 series, RAD-Galaxy and more. CoreMini Scripts allows you to run ECU simulation, Data Logging, Hardware acceleration, Gateways and more without a PC.
SOME/IP (Scalable service-Oriented middlewarE over IP) in Message View
Vehicle Spy now has SOME/IP protocol including Service Discovery supported in Message view through a new dissector. This easy view has configurable fields such as Service ID, Interface ID, Method ID, Message Type, Event Group, Source Port, Source IP Address, Destination Port, Destination IP Address, and Description for SOME/IP frames. Vehicle Spy C Code Interface and Function Blocks also has initial support for SOME/IP.
Support for Visual Studio 2019
The C Code Interface is a way to write C code that interacts with the communication protocols Vehicle Spy works with. The main advantage of using C code with Vehicle Spy as opposed to straight C code is that your code can access of the all the features of Vehicle Spy. Some examples of features you can access are message decoding, message reception, database decoding, display of signals and buffer capturing. The C Code Interface supports both event based and procedural step-by-step type C coding.
Redesigned Frame Dissector View
The new Frame Dissector can be now accessible outside of the details panel such as Message View, Expressions (Graphical Panel, Signal Plots, Function Bocks, etc.) and C Code Interface. We also added support for Wireshark Lua dissectors.
BitMaps Support for VividCAN
RAD-SuperMoon: 1000BASE-T1 Support
Using the new RAD-SuperMoon, you can convert from 100/1000BASE–T1 Automotive Ethernet to standard 10/100/1000 Ethernet. This is useful for connecting a PC to a 100/1000BASE–T1 host or switch. Learn More >
View RAD-IO2-TC and RAD-IO2-AIN Data in Vehicle Spy using neoVI Channel
The RAD-IO2 series is a family of ruggedized products that provide an isolated analog, digital or temperature interface to a PC via the PC’s USB port. These tools can also be paired with Intrepid products that include a USB port such as neoVI ION, neoVI FIRE 2, RAD-Galaxy, and RAD-Gigalog. In addition, the RAD-IO2-CANHUB can power and convert the native UART signal to CAN or CAN FD for use in any CAN device. Learn More >
Support 6+ Terabytes Data Logger
Vehicle Spy is Now IoT Ready with neoOBD2 Pro
Support for ValueCAN 4 Series
ValueCAN 4-4: Four CAN FD channels in one cable, backward compatible with CAN 2.0. With 8 Mb/s data rates on both CAN FD channels. Options available in DB26, OBD2, and 4x DB9. Learn More >
ValueCAN 4-2 EL: Ultimate DoIP standard with one Ethernet, two CAN FD, one LIN channel. With 8 Mb/s data rates on both CAN FD channels. Options available in DB26, OBD2, and 4x DB9 cable. Learn More >