5 of 5 Device Driver Jobs in Cambridge

scripting languages such as Python, Shell, or Perl for automation and tool development. Solid understanding of embedded Linux software stacks, including system services, device drivers, kernel interactions, and platform integration. Demonstrated expertise in both pre-silicon and post-silicon validation, including simulation, emulation, FPGA prototyping, silicon bring ...

platform. Scope of Services Development of embedded Linux firmware for target hardware platforms (OMAP & iMX6), including kernel configuration, BSP updates, and device driver enablement Implementation of software required to support platform bring-up and peripheral integration (e.g. UART, SPI, I2C, PCIe) Integration of firmware into the wider ...

communications and low-level networking functionality Develop secure communication solutions including authentication, encryption and secure firmware update mechanisms Develop Linux services, daemons, device drivers and communication middleware Support vulnerability assessment and system hardening activities Lead root-cause analysis and resolution of embedded software, networking and security issues Produce … Experience with Zephyr OS Experience with ARM Cortex-M and Cortex-A platforms, particularly STM32 devices Knowledge of Linux kernel architecture, bootloaders and device drivers Experience implementing secure networking protocols and cybersecurity best practices Python programming experience Exposure to RF, microwave or high-frequency communication systems Knowledge ...

server or infrastructure platforms, including customer‐ or production‐facing environments. Understanding of system architecture, preferably the company, OS fundamentals, bootloaders, firmware interfaces, device drivers, and board bring‐up flows. Experience with platform compliance or readiness programs such as SystemReady, ACS, firmware conformance, security validation, or customer acceptance testing. ...

teams (60+ engineers) Strong systems software background, with hands-on experience in one or more of the following: Linux kernel development Device driver development (e.g. media, graphics, or similar subsystems) Power and performance engineering , including system-level optimisation Ability to connect low-level implementation (kernel, drivers, firmware ...