Embedded Studio offers improved levels of flexibility and has all the tools and features a developer needs for professional embedded C and C++ development, including a complete toolchain, optimised run-time library, core simulator and hardware debugging with the J-Link debug probes.
“GigaDevice and SEGGER have a long history of cooperation,” explained Eric Jin, GigaDevice's Product Marketing Director. “SEGGER was the first ecosystem partner to support the GD32V RISC-V core MCU. Making SEGGER Embedded Studio available to our customers free of charge facilitates software development for our GD32V series. Embedded Studio fully supports and adapts to the GD32V family of RISC-V MCUs in terms of efficiency, performance, and ease of use, significantly accelerating the development and mass production of innovative applications.”
“We have been partners with GigaDevice and have supported GigaDevice products for many years,” said Ivo Geilenbruegge, Managing Director of SEGGER. “We immediately added full tool support when they unveiled the first commercially available flash-based RISC-V microcontroller back in 2019. We are impressed by their speed of innovation, the many new devices they have brought to market, and the extent to which they’ve quickly become a key player in the industry.”
GigaDevice very recently introduced the dual-band wireless GD32VW553 series, based on a 160MHz RISC-V core. The device is equipped with 4MB of flash and 320KB of SRAM. GD32VW553 supports the latest Wi-Fi 6 and BLE 5.2 wireless communication protocols. It also integrates rich peripheral interfaces and hardware encryption functions to create a safe and reliable wireless connection solution. High performance and low energy consumption make it ideal for smart home appliances, industrial Internet, communication gateway and other wireless connection scenarios.
Other SEGGER tools that also fully support GD32V RISC-V MCUs include: The J-Link debug probe, Ozone debugger, real-time operating system embOS and software libraries for communications, data storage, compression, and IoT, as well as the Flasher family of in-circuit programmers.
