Segger Infineon AUTO-20 Adapter (8.06.33) - adapter for Infineon devices

A specialized demonstration board designed to support Tail Tagging within the embOS/IP IP stack. Using this technology, it is possible to transform a single Ethernet port into several logical ports, enabling the creation of a virtual multiport network using only a single Ethernet port. Segger embOS/IP Switch Board (6.70.00)

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)

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

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)

The SEGGER USB Hub is a seven-port, industrial-grade USB hub that provides power to Flasher Compact devices and connects them to the Flasher Hub. Segger USB Hub (5/01/10)

Compact development board with NXP LPC54605J512 microcontroller, ideal for prototyping and testing USB solutions, equipped with two USB-Host ports and support for SEGGER software such as emUSB-Host, emLoad and embOS. Thanks to the simple firmware update process and the built-in J-Link OB debugger, the board allows you to quickly and conveniently start working with USB devices in embedded projects. Segger emPower-USB-Host (6.90.00)

RS232 module used as a communication extension equipped with a female DSUB9 connector, allowing easy connection to a PC or USB-RS232 adapter. Segger emPower RS232 Add-On (6.32.32)

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)

A compact reference platform that enables rapid testing and verification of trace configurations, providing excellent signal quality for analysis. With the ST STM32H743 microcontroller and support for JTAG, SWD and SWO debugging interfaces, the board provides high performance and flexibility in monitoring system performance. Segger STM32H7 Trace Reference Board (6.68.20)

Adapter providing two dedicated supply voltages - for programming and powering for the target board. Useful for programming modules that do not support low voltage programming or require a voltage other than 5V. Segger Programming Voltage Adapter (8.06.30)

The Segger J-Link USB Isolator (8.07.02) provides isolation up to 3 kV DC and supports USB Full-Speed transmission with a maximum output current of 200 mA. The device is equipped with short-circuit protection and LED indicators for power status and overload.

10-pin Needle Adapter to connect Flasher 5, Flasher ST7 or Flasher STM8 to a PCB, Segger

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)

Segger adapter 8.06.28 allows conversion from a 20-pin 0.1" connector to a 10-pin 0.05" Cortex-M type connector with the option of custom pin mapping. A useful solution for integrating programmers and debuggers with devices featuring different pin configurations.

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)