Flash Runner High-Speed (HS)
FlashRunner High-Speed combines powerful programming performance with high modularity and offers a versatile multi-end programming solution for both pre-programming and in-system programming applications.
The HS control unit serves as a central control unit that coordinates various technologies for each peripheral Active Module. This architecture reflects the concept of Industry 4.0 by creating intelligent networks and enabling parallel, independent process sequences. As a result, high quality standards are achieved and the production process is optimized.
Placing the Active Module in close proximity to the target devices reduces the distance between the programming system and the customer board, ensuring optimum signal integrity.
With a high communication frequency and a transfer speed of up to 80 MB/s, this new FlashRunner enables efficient management of large volumes of data and guarantees maximum programming performance. The system not only meets the requirements of modern production lines, but also optimizes the entire process management.
More Information
Flash Runner High-Speed (HS)
FlashRunner High-Speed combines powerful programming performance with high modularity and offers a versatile multi-end programming solution for both pre-programming and in-system programming applications.
The HS control unit serves as a central control unit that coordinates various technologies for each peripheral Active Module. This architecture reflects the concept of Industry 4.0 by creating intelligent networks and enabling parallel, independent process sequences. As a result, high quality standards are achieved and the production process is optimized.
Placing the Active Module in close proximity to the target devices reduces the distance between the programming system and the customer board, ensuring optimum signal integrity.
With a high communication frequency and a transfer speed of up to 80 MB/s, this new FlashRunner enables efficient management of large volumes of data and guarantees maximum programming performance. The system not only meets the requirements of modern production lines, but also optimizes the entire process management.
More Information
Features
| Software | Firmware encryption and secure data transfer Integration: DLL (C,C++,C#), easy integration with test stand/Labview/CVI Online knowledge base: complete online Wiki, updated daily, online video lectures, troubleshooting articles. |
|---|---|
| Hardware | HS Control Unit: HS Control Unit Connections: 8 USB type C ports for connecting up to 8 aktive HS Modules Processor: Intel SoC FPGA with 800 MHz dual-core ARM Cortex-A9 hard processor system (HPS) with support for symmetrical and asymmetrical multiprocessing. RAM; 1GB RAM DDR3 Memory: Micro SD card reader (up to 256GB) Logs: On-Board watch and calender for log files with time stamp |
| HS Active Module | Connections: USB type C port for connection to the HSControl Unit Communication: Supports most of ISP/PP protocols (eMMC, Parallel-NAND, BDM, JTAG, DAP, CSI, SPI, QUAD-SPI, I2C, UART, MC2W, ISSP, SWD, ICSP, EICSP, MDI, PPM, PDI, SWIM and many further) Voltage outputs: Power conversion section for supplying the circuit board and for providing programmable voltages at the output; monitoring of the output voltage and continuous current |
Features
| Software | Firmware encryption and secure data transfer Integration: DLL (C,C++,C#), easy integration with test stand/Labview/CVI Online knowledge base: complete online Wiki, updated daily, online video lectures, troubleshooting articles. |
|---|---|
| Hardware | HS Control Unit: HS Control Unit Connections: 8 USB type C ports for connecting up to 8 aktive HS Modules Processor: Intel SoC FPGA with 800 MHz dual-core ARM Cortex-A9 hard processor system (HPS) with support for symmetrical and asymmetrical multiprocessing. RAM; 1GB RAM DDR3 Memory: Micro SD card reader (up to 256GB) Logs: On-Board watch and calender for log files with time stamp |
| HS Active Module | Connections: USB type C port for connection to the HSControl Unit Communication: Supports most of ISP/PP protocols (eMMC, Parallel-NAND, BDM, JTAG, DAP, CSI, SPI, QUAD-SPI, I2C, UART, MC2W, ISSP, SWD, ICSP, EICSP, MDI, PPM, PDI, SWIM and many further) Voltage outputs: Power conversion section for supplying the circuit board and for providing programmable voltages at the output; monitoring of the output voltage and continuous current |
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