Premier Third-Party Partners
SEGGER develops hardware and software development tools specifically for embedded systems. We understand the needs and timelines of the modern embedded developer and mold our products around them with unparalleled performance and reliability. Founded in 1992, SEGGER is a privately held ISO9001:2008 company and is steadily growing. Based out of Hilden Germany, with distributors on all continents and an office in Massachusetts, SEGGER offers its full product range worldwide.
SEGGER software products include: embOS (RTOS), emWin (GUI), emFile (File System), emUSB (USB Host and Device Stack), embOS/IP (TCP/IP Stack), and emLoad (Boot Loader). These are all optimized for minimum memory usage, while achieving maximum performance. SEGGER makes use of its own RTOS and middleware solutions to create highly integrated, cost-effective, development and programming tools known as the industry leading J-Link/J-Trace family of emulators and the Flasher (stand-alone flash programmer). SEGGER cuts software development time for embedded applications by offering affordable, high-quality, flexible, and easy-to-use tools and software components allowing developers to focus on their applications.
For Technical Support please contact email@example.com.
Recognized Third-Party Tool Providers
Hooksett, New Hampshire, United States of America
ZETA is a consulting group specializing in
designing and developing microcontroller based products. We have many designs
currently in production, from the multiple motor drive system used in the
Segway and Ibot, to the multiple processor control boards used in the Talon
Robots for Qinetiq North America. ZETA’s engineering design service is a one
stop shop, providing comprehensive range of services right from concept to
manufacturing, product data management, engineering software customization, and
electronic design services to various industries such as automotive, consumer
appliances, medical electronics, industrial automation, and military defense.
Our expertise lies in applying state-of-the-art technology combined with a
real-world understanding of engineering and manufacturing processes to ensure
manufacturability, drive down costs, and reduce time to market.