10-wire ribbon cable for Segger J-Link EDU mini

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)

A compact adapter that provides direct pin compatibility, allowing easy replacement of standard IDC cable without changing the pinout. It is designed to work with devices such as the J-Link PLUS Compact, J-Link BASE Compact and Flasher Compact, enabling flexible and efficient debugging and programming configurations in embedded systems. Segger Right Angle (RAFF) Adapter (8.06.32)

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)

Adapter that enables JTAG connection between Flasher programmer and target hardware with Power Architecture or PowerPC microcontrollers. Converts 20-pin 0.1\'\' connector to 14-pin JTAG, ensuring compatibility, stability and secure connection. Segger PPC 14-Pin Adapter (06.08.07)

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

Professional reference board with ARM Cortex-M4F microcontroller, designed for code tracing and real-time application analysis. Equipped with an external 19-pin debug port and test points for trace signals, it enables easy integration with J-Link and J-Trace programmers, supporting Embedded Trace Macrocell (ETM) technology. Segger Cortex-M Trace Reference Board (6.68.18)

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)

SiFive-ARTY adapter for debugging between J-Link and the ARTY board with SiFive RISC-V. Segger SiFive-ARTY Adapter (8.06.24)

J-Link 14-pin TI Adapter, RoHS, Segger

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)

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.

Adapter enabling connection of J-Link and Flasher debugging devices with a 20-pin 0.1" connector to a 14-pin 0.05" connector compliant with the ST standard. Segger STDC 14 Adapter (8.06.39)

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)

An adapter that allows you to connect a 20-pin 0.1" connector to a 10-pin connector, allowing you to easily connect J-Link or Flasher programmers to your PCB using through-wires. It is ideal for prototyping, testing new designs and working with ST Discovery boards, offering flexibility, speed and time savings when making design changes.Segger Flying Wire Adapter (06.08.27)

J-Link RX Adapter, RoHS, Segger

The Segger J-Link Supply Adapter (8.06.14) allows you to manually set the debug probe I/O voltage, preventing damage to the target board, adjustable from 1.2V to 5.0V. It can be inserted between J-Link or Flasher and the target device, reducing the number of connections needed, which is especially useful in a production environment.