Ethernet NIC product portfolio is designed for high performance computing and networking applications including AI and ML. This is driven by the growing need for high server bandwidth, highest throughput and lowest latency networks.
Requirements
- Significant experience in RDMA protocol, QoS, Packet Classifications, Linux Systems programming, Linux kernel, Linux Network Drivers, Linux Kernel Networking, Virtual Switching and Data center Networking, Firmware development.
- A good understanding of the RDMA protocol is a must have. Hands-on experience with RDMA is highly desired.
- Experience in writing test scripts to verify NIC behavior is highly desired.
- Deep knowledge of Linux kernel and Linux kernel networking is an added advantage.
- Experience analyzing and tuning performance for a variety of HPC workloads.
- Excellent programming skills in C, C++ and Python. Proficiency in developing optimized code in both x86 and ARM64 compiler toolchains.
- Strong analytical, problem solving and debugging skills in a combined software and hardware environments.
Responsibilities
- Design and development of the RDMA protocol features for the Ethernet NIC products, preferably in QoS and congestion control domains.
- Work closely with the architecture teams, silicon design teams and other software / firmware teams to architect, design and implement scalable and high performance applications.
- Author and contribution in software design, development, validation, and documentation to deliver high quality, high performance and functionally excellent products.
- Work with the QA team to define high quality test cases, review the test plans and provide support through the release development cycle.
- Work closely with the customer support engineers on any customer field issues and provide timely resolutions.
Other
- BS/MS in Computer Science, Electronics & Communications or equivalent with minimum 12+ years of experience.
- Excellent written and verbal communication skills, ability to efficiently collaborate with multiple teams across geographically diverse areas.
