SEGGER

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Monheim am Rhein, 40789
[email protected]
+492173993120
https://www.segger.com/
SEGGER
Articles related to SEGGER
Debug & Test

SEGGER Device Support Kit Simplifies Adding New Silicon to J-Link, Flasher Tools - News

September 13, 2022

MONHEIM AM RHEIN, GERMANY. SEGGER has released the Device Support Kit (DSK) for its J-Link debug probes and Flasher in-circuit programmers that simplifies the process of supporting new devices on the popular development tools.

Debug & Test

SEGGER and Geehy Partner to Fully Support the APM32 Series MCU - News

September 12, 2022

As part of a partnership with Geehy Semiconductor, SEGGER’s J-Link debug probes, as well as its family of Flasher in-circuit programmers, fully support the Geehy Polaris APM32 series MCU. Geehy and their customers now enjoy the benefits of J-Link Prime with these devices being supported right out of the box.

Storage

SEGGER’s Open BigFAT Specification Breaks FAT's 4GB Per File Barrier - News

August 29, 2022

SEGGER’s BigFAT specification, which enables any third party to store files larger than 4 GB on standard FAT media, is now publicly available. This specification is not encumbered by any patents and can be used freely, along with the supporting tools.

Software & OS

Nuclei Studio IDE Now Available with SEGGER’s emRun Runtime Library for RISC-V - News

April 22, 2022

SEGGER and Nuclei Technology, a China-based RISC-V processor IP and solution company, announced that the Nuclei Studio IDE now comes integrated with SEGGER's emRun runtime library.

Software & OS

SEGGER Makes C++ Library Available for Licensing - News

April 22, 2022

SEGGER’s emRun++ is a C++ library fully compatible with the modern 2017 standard. It is used and proven in SEGGER’s multi-platform Embedded Studio IDE for RISC-V and Arm and is now available for licensing to toolchain vendors.
 

Open Source

SEGGER Releases New Embedded Studio for RISC-V with Hard Real-Time C++ Support - News

April 04, 2022

SEGGER’s Embedded Studio for RISC-V, Version 6, now uses real-time memory management which improves efficiency and response time when allocating and freeing up memory, satisfying requirements for hard real-time in applications written in C++.