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- upload Altera, Atmel, Cypress, Lattice, Xilinx FPGA / CPLD with your SVF files. Linux support will be provided very soon ! Amontec amtsvfplayer.exe screenshotXilinx Coolrunner XCR3128 ERASE / PROGRAM / VERIFY -> in 601 milliseconds The SVF file used to blink the red LED on the Amontec Chameleon POD. The command : amtsvfplayer.exe -svfFile "../svffiles/chm_appl_test_led_blink_prog.svf" -h -pause Amontec JTAG key Quick Flyers
Amontec JTAG key Drivers for Windows and LinuxAll JTAGkey drivers are based around the FTDI D2XX drivers, but dedicated to the official Amontec USB PID (USB Product Identification number).
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Amontec JTAGkey and Amontec sdk4arm“Amontec sdkarm” means Amontec Software Development Kit for ARM ! ECLIPSE - GNU ARM Toolchain - OpenOCD JTAG server - JTAGkey - your arm platform Download today the last release of Amontec sdk4arm from here. IT IS FREE ! Amontec JTAGkey Demo software (Windows only)The Amontec JTAGkey Demo is a FREE software allowing to strike quickly all features of this powerful USB to JTAG cable interface. Feel you free to download the setup.exe (060307). The future of Amontec JTAGkey Demo software is to add features as: Amontec JTAGkey and OpenOCD (Windows & Linux)The JTAGkey is fully integrated in the OpenOCD JTAG server. Both Linux and Windows operating systems are supported by OpenOCD. OpenOCD was written by Dominic Rath. Get more info on OpenOCD JTAG server from here Get OpenOCD source for Linux or pre-compiled installer for windows from Amontec, please go to here. Amontec JTAGkey as USB-SPI link cableThe JTAGkey was dedicated for JTAG interface, but it can still be used as fast SPI interface (SCLK MISO MOSI ...). A SPI link remoted by the JTAGkey can reach a max. 6MBps baudrate ! Amontec JTAGkey as USB-I2C link cableThe JTAGkey was dedicated for JTAG interface, but it can still be used as fast I2C interface (SCL, SDA, ...). A I2C link remoted by the JTAGkey can reach a max. 4Mbps baudrate ! Amontec JTAG Tutorials and JTAG Application NotesJTAG boundary scan started as a method of testing ICs and their interconnections using a shift register built into the chip so that inputs could be shifted in and the resulting outputs could be shifted out using only four I/O pins (clock, input data, output data, and state machine mode control). This eliminated the need for complex, expensive, bed-of-nails cards for low-speed probing of IC I/O pins.
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