Segger J-Link 9-pin Cortex-M Adapter (8.06.02)

An advanced tool that enables the integration of J-Link support into your own applications, used in both development environments and custom production tools. Supports debugging, flash programming, and application testing, offering support for Windows, Linux, and macOS, as well as compatibility with many programming languages ​​via a DLL or shared library. Segger J-Link SDK (08.08.06)

Xilinx adapter that connects to Xilinx\'s 14-pin, 2mm JTAG connector, providing debugging of MCU cores such as the Arm Cortex-A9 on Xilinx Zynq FPGAs. With its compact design and high signal quality, it is a reliable tool for engineers working with FPGA platforms. Segger Xilinx Adapter (06/08/19)

A power adapter that provides a stabilized supply voltage to the target board (can be adjusted from 3.6V to 0.8V). Segger Target Supply Adapter (8.06.18)

Adapter that enables JTAG connection between devices such as J-Link, J-Trace or Flasher and Jacinto7 systems from TI, offering access to JTAG/SWD and Trace connectors with TPIU tracking function. Thanks to high quality of workmanship and versatility, the adapter provides a stable connection, supporting debugging, testing and diagnostic processes in embedded systems. Segger MIPI-60 Adapter (8.06.42)

A compact reference platform that enables rapid testing and verification of trace configurations, providing excellent signal quality for analysis. With the NXP iMX RT1051/52 microcontroller and support for the SWD debug interface, the board provides high performance and flexibility in monitoring system performance. Segger NXP iMX RT1050 Trace Reference Board (6.68.19)

The RX FINE adapter converts a standard 20-pin 2.54 mm connector to a 14-pin 2.54 mm connector. It enables the connection of Segger programmers with RX devices from Renesas. Segger RX Fine Adapter (8.06.10)

An adapter that allows the J-Link device to connect to Microchip microprocessors that use an RJ11 debug connector, converting the standard 20-pin .1" connector to a 6-pin RJ11 connector. With this tool, users can take full advantage of 2-wire JTAG debugging capabilities, including process tracing, memory analysis, and real-time device control, and the 21 cm RJ11 cable provides convenience in connecting to the target system. Segger Microchip 2-Wire JTAG TDI Adapter (06/08/23)

The Segger J-Link Measurement+Patch Adapter allows you to easily customize connections between J-Link or Flasher devices and boards that do not have a standard debug connector. It is equipped with colored wires for signal identification, test points and jumpers for adjusting the voltages on the pins.

A 1:1 adapter that allows you to connect a standard 20-pin connector to its 2mm pitch counterpart without any additional configuration. For some models, such as the J-Link PRO, pins 14, 16, 18 and 20 may not be connected to ground, so it is recommended to leave them unconnected on the target hardware. Segger 2mm Adapter (06/08/11)

Advanced evaluation board designed for rapid implementation of embedded solutions. Supporting the embOS operating system and SEGGER tools such as emFile, emWin, emUSB and emNet, the board is an ideal platform for software testing and application development in an environment based on the Xilinx Zynq XC7Z007S SoC with ARM Cortex-A9 processor and Artix7 FPGA. Segger emPower Zynq (6.31.00)

The Segger J-Link Microchip Adapter (8/06/09) provides a debug connection between a J-Link probe and hardware with Microchip PIC32 series microcontrollers. Supports RJ12 debug connector, 14-pin MIPS connector and 6-pin PICkit connector.

J-Link Needle Adapter - connect J-Link to a PCB, Segger

Standard 20-pin 0.1 male connector to provide electrical isolation, Segger

The Segger J-Link Signal Smoothing Adapter (8/06/12) is designed to improve signal integrity between the J-Link debug probe and the target debug device. It allows JTAG signals to be suppressed by adjustable series resistors, preventing excessive gain and jitter.

A device that provides electrical isolation between the J-Trace emulator and the ARM board, which protects against electrical interference, especially in systems where the development tools and the application do not share the same ground. It provides 1 kV DC isolation, supports trace frequencies up to 75 MHz, and is compatible with J-Trace V2 and later versions, with a minimum power consumption of 25 µA. Segger J-Trace Isolator (07/08/10)

J-Link ARM-14 Adapter, RoHS