J-Link JLink V9 USB JTAG Emulator Downloader Debugger High Speed English Version for STM32 ARM

J-Link JLink V9 USB JTAG Emulator Downloader Debugger High Speed English Version for STM32 ARM

Product Description:
It is a JTAG emulator to support emulation of chips for ARM kernel. Cooperate with integrated development environment for IAR Ewarm, ADS, Keil, WinARM, and RealView, it supports for all ARM7/ARM9 core chip simulation, through the RDl interface and the integrated development environment seamless connection. It is easy to connect and to operate. It is also simple and easy to learn, thus it is a good practical development tool for learning and developing ARM.

Differences between V8 and V9:
1. Different speeds: V8 supports up to 10M (JTAG debug mode) /4M (SDW debug mode), while V9 supports up to 20M (JTAG debug g mode) /15M (SDW debug mode).
2. Different stability: V9's driving IC has voltage self--adaptive ability, which automatically ADAPTS to the CPU voltage of the target board under the condition of correct wiring. CPUs from 1.8 to 5.5V can be debugged, while the V8 version can only debug 3.3V CPUs, and debugging 5V CPUs is very unstable.
3. V8 may make your device fail to boot due to non-hardware problems, which is basically not the case with V9.
4. Some of the latest CPU V8 are no longer supported, while V9 supports almost all CPUs for ARM.

Key Features of J-Link V9:
1. The main control chip adopts STM32F205, not to cause non-hardware problems that lead to failure to boot, and its hardware has been upgraded to the latest version of V9.4.
2. Can provide 3.3V and 0.8A for the development board (Pin 2).
3. Support standard JTAG interface and 2-line SWD debugging interface. The speed can reach 20M (JTAG) /15M (SWD) per second.
4. Support for ARM all chip debugging, support for MDK and IAR, as well as standard other standard compilation environment IDE supported by other JLink.
5. Original firmware, and firmware automatic upgrade.

Product Features:
JLink for ARM Main Features:
- Seamless JTAG emulator for IAR Ewarm integrated development environment
- Supports for all ARM7/ARM9 core chips, as well as for Cortex M3, including Thumb m
- Support for ADS, IAR, KEIL, WINARM, REALVIEW, etc. Almost all of the development - Download speeds up to 600KB/s for ARM7, 550KB/s for ARM9, and up to 800KB/s
- High JTAG speed 12MHz
- Target board voltage range 1.2V to 3.3V, 5V compatible
- Automatic speed recognition function
- Monitor all JTAG signals and target board voltages
- Fully plug and play
- Use USB power (but not power to target board)
- With USB cable and 20-core flat cable
- Support serial connection of multiple JTAG devices
- Standard 20-core JTAG emulation plug
- Optional 14-cell JTAG emulation plug
- Optional adapter for 5V target board
- With Link TCP/IP Server, allowing it to be used over TCP/IP networks

Support for ARM Kernel:
- For ARM7TDMI (Rev.1)
- For ARM7TDMI (Rev.3)
- For ARM7TDMI-s (Rev 4)
- For ARM720T*ARM920T
- For ARM926EJ-S
- For ARM946E-S
- For ARM966E-s
- For ARM 11
- For Architecture (M3)


* VOUT is a 3.3V voltage output pin. The user can remove the short circuit cap inside the rear device and turnoff the 3.3V output.
* VTREF is the internal voltage reference and this pin must be connected to the VCC of the MCU.


There are generally three kinds of power supplies:
1. Use 5V-Supply pin to power MCU through LDO of target board.
2. Connect VOUT pin directly to VCC of MCU for power supply.
3. Users can also choose the target board with power supply.
Note: Regardless of the power supply, the VTREF pin must be connected to the VCC of the MCU.


There are generally three kinds of power supplies:
1. Use 5V-Supply pin to power MCU through LDO of target board.
2. Connect VOUT pin directly to VCC of MCU for power supply.
3. Users can also choose the target board with power supply.
Note: Regardless of the power supply, the VTREF pin must be connected to the VCC of the MCU.

Package Included:
- 1 x Emulator
- 1 x USB Data Cable
- 1 x Ribbon Cable