SETCTOP High Speed USB JTAG Emulator Debugger Programmer V9 ARM ARM9 ARM7 Cortex M0/M1/M3/M4, Cortex A5/A8/A9 STM32 STM8 Debug Probes

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SETCTOP High Speed USB JTAG Emulator Debugger Features

• SETCTOP High Speed V9 USB ARM JTAG Emulator Debugger V9 Emulator Programmer Debugger

• 100% brand new and high quality Material: Plastic Color: Black Specifications Electromagnetic compatibility (EMC) EN 55022, EN 55024 Operating temperature +5°C ... +60°C Storage temperature -20°C ... +65 °C Relative humidity (non-condensing) Max. 90% rH Supported Operating Systems Microsoft Windows XP Microsoft Windows XP x64 Microsoft Windows 2003 Microsoft Windows 2003 x64 Microsoft Windows Vista Microsoft Windows Vista x64 Windows 7 Windows 7 x64 Windows 8 Windows

• V9 description Supported CPUs: ARM7/9/11, Cortex-A5/A7/A8/A9, Cortex-M0/M1/M3/M4/M7, Cortex-R4, Microchip PIC32 and Renesas RX100/RX200/RX610/RX621/RX62N/ RX62T/RX630/RX631/RX63N

• Differences between V8 and V9: 1, the speed is different: V8 supports up to 10M (JTAG debug mode) / 4M (SDW debug mode), and V9 support to 20M (JTAG debug mode) / 15M (SDW debug mode). 2, the stability is different: V9 driver IC has a voltage self-adaptive ability, in the case of the correct wiring, automatically adapt to the target board cpu voltage. 1.8-5.5V cpu can be debugged, and V8 version can only debug 3.3v version of the cpu, and debugging 5vcpu stability is very poor.

• 3, V8 easy to turn off the firmware into a brick. I have a lot of V8 hanging here, I want to re-write the firmware, and ordinary users can only look at bricks, and V9 basically no such situation. 4, some of the latest cpuV8 is no longer supported, and V9 supports almost all ARM cpu. V9 six characteristics: 1, the main control chip uses STM32F205, can not afford to lose the firmware, hardware upgrade to the latest version of V9.4 2, can provide 3.3V voltage of 0.8A

About SETCTOP High Speed USB JTAG Emulator Debugger

V9 description Supported CPUs: ARM7/9/11, Cortex-A5/A7/A8/A9, Cortex-M0/M1/M3/M4/M7, Cortex-R4, Microchip PIC32 and Renesas RX100/RX200/RX610/RX621/RX62N/ RX62T/RX630/RX631/RX63N Differences between V8 and V9: 1, the speed is different: V8 supports up to 10M (JTAG debug mode) / 4M (SDW debug mode), and V9 support to 20M (JTAG debug mode) / 15M (SDW debug mode). 2, the stability is different: V9 driver IC has a voltage self-adaptive ability, in the case of the correct wiring, automatically adapt to the target board cpu voltage. 1.8-5.5V cpu can be debugged, and V8 version can only debug 3.3v version of the cpu, and debugging 5vcpu stability is very poor. 3, V8 easy to turn off the firmware into a brick. I have a lot of V8 hanging here, I want to re-write the firmware, and ordinary users can only look at bricks, and V9 basically no such situation. 4, some of the latest cpu V8 is no longer supported, and V9 supports almost all ARM cpu. V9 six characteristics: 1, the main control chip uses STM32F205, can not afford to lose the firmware, hardware upgrade to the latest version of V9.4 2, can provide 3.3V voltage of 0.8A for the development board (2 feet) 3, support standard JTAG interface and 2-wire SWD debug interface. The speed can reach 20M (JTAG)/15M (SWD) per second. 4, support for all ARM chip debugging, support for MDK or IAR, as well as other standard standards it support for the compiler environment IDE.