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Senior Networking Software Engineer at NeuReality

, , Israel -

Full Time

Start Date

Immediate

Expiry Date

17 Jan, 26

Salary

0.0

Posted On

19 Oct, 25

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

C Programming, Linux Networking, DPDK, SPDK, VPP Stacks, Networking Protocols, TCP/IP, RoCE, NVMe Over Fabrics, Embedded Systems, HW-SW Integration, Multi-Threaded Design, Firmware, Simulation, Distributed Cloud Software, AI SoC

Industry

Semiconductor Manufacturing

Description

Description We are looking for a talented Senior Networking Engineer to be a significant part of developing and designing software for complex SoC developed by NeuReality. Take part in architecture and defining HW-SW interfaces. Design and implement networking stacks on embedded cores as part of a high throughput complex multi-threaded environment. About Us Our group is responsible for NeuReality platform and infrastructure software. The group is multidisciplinary and includes software development in various areas including Embedded Linux system, bare metal firmware, Networking, Simulation, and distributed cloud software. We are involved in the entire development cycle of the AI SoC, starting from architecture and design, through development and pre-tapeout software validation, up to bring up and delivering product to customers. Requirements BSc/MSc in Computer Science, Computer Engineering, or Electrical Engineering Strong hands-on in C programming and proven design skills Experience with Linux networking /DPDK / SPDK / VPP stacks 5+ years of overall experience Advantages Experience with networking protocols like TCP/IP, RoCE, NVMe over Fabrics. Experience with embedded systems and HW-SW integration. Experience with optimized multi-threaded design and programming

Responsibilities

The Senior Networking Software Engineer will develop and design software for complex SoCs, focusing on architecture and defining HW-SW interfaces. The role involves designing and implementing networking stacks on embedded cores in a high throughput multi-threaded environment.