Advance your career in display technology with our innovative team. As an SDE-II Display Engineer, you will focus on Dolby Vision integration and HDMI 2.1b standards. This role offers a unique opportunity to work on cutting-edge embedded systems, enhance visual experiences, and collaborate on optimizing advanced SoC display pipelines.

You will learn from industry experts, grow your skills in Linux-based display technologies, and contribute to projects impacting millions of devices worldwide. This position provides an excellent balance of challenge and mentorship, with support from experienced SDE-III engineers, making it an ideal launchpad for your embedded display systems career.

Key responsibilities include integrating and optimizing Dolby Vision technology for embedded displays, ensuring color accuracy and dynamic tone mapping. You will also support the implementation of HDMI 2.1b standards for robust product integration.

Collaborate with the SoC team to optimize display pipelines and develop drivers for Linux-based embedded systems. Contribute to panel integration, including MIPI-DSI and HDMI interfaces, and assist in debugging display-related issues.

Utilize Yocto for custom Linux distributions and implement/optimize display drivers within the Linux kernel. Employ Gerrit for code reviews and GitLab for version control and CI/CD. Analyze signal integrity issues and contribute to display documentation. Participate in open-source development and stay updated on emerging display technologies.

We require 5+ years of embedded firmware development experience and 2+ years in design or architecture of new and existing systems. Proficiency in embedded development using C/C++ is essential.

Candidates must have strong experience with V4L2 Memory-to-Memory driver development for video codecs and a proven track record in video decoder/encoder driver development for both legacy and advanced codecs. Hands-on experience with 4K video processing and high-resolution pipeline optimization is necessary.

Proficiency in Linux kernel driver development and multimedia subsystem architecture, along with experience in video codec validation frameworks like Fluster, is required. A strong understanding of the V4L2 framework, Media Controller API, and video buffer management is also critical. A Master's degree in computer science or equivalent is preferred.