Program embedded systems

Reliable programming lies at the core of modern electronics manufacturing, and SEGGER’s Flashers deliver robust, secure, and scalable solutions for every programming requirement — from prototype testing to high-volume production. Transferring firmware to a microcontroller’s flash memory, a key step in the programming process, demands speed, efficiency, and reliability.

SEGGER Flashers are a professional line of in-circuit programmers (ICP) designed for use in service environments, prototype programming, and mass production. They are capable of programming non-volatile flash memory in microcontrollers, Systems-on-Chip (SoCs), and external SPI-style flash memory, and they can support both serial and parallel data transfer over multiple I/O pins.

SEGGER’s Flasher solutions optimize microcontroller programming across diverse scenarios. From prototype testing to secure high-volume production, SEGGER’s Flashers are designed to meet the needs of every stage of the manufacturing process.

Single-programming devices are designed to program individual microcontrollers, SoCs, or memory components with specific firmware, making them ideal for production environments or in-field updates. SEGGER’s Flasher series provides reliable, high-quality programming solutions tailored to various needs. Each device offers unique features to support efficient, precise programming in diverse applications.

In electronics and manufacturing, gang programming is a highly efficient method for programming multiple devices simultaneously. This approach is particularly beneficial in scenarios where large numbers of microcontrollers or other programmable devices need to be programmed quickly and accurately.

SEGGER offers several cost-effective gang programming solutions for high-volume production programming.

In today’s production landscape, secure programming is especially important. Unauthorized access to firmware can lead to IP theft, unauthorized production, or device tampering. SEGGER’s Flasher Secure mitigates these risks by embedding security features that ensure only authorized code is programmed, protecting intellectual property at every stage of the production process.