About Xsight Labs
Xsight Labs is building the open, programmable silicon that powers cloud and AI infrastructure. Our X-Series Ethernet switches deliver 12.8 Tbps at sub-700ns latency on an open ISA. Our E1 DPU runs 800 Gbps with 64 Arm cores in the data path. Both are in production today, with deployments at operators building modern infrastructure. We're a fabless team in Kiryat Gat, Boston, Raleigh-Durham, and the Bay Area.
Our teams are located and operate globally in Israel, the US, Europe, and Asia.
Description
Xsight Labs is a leading fabless semiconductor company delivering end-to-end connectivity solutions for cloud service providers, hyperscale data center networks and edge applications. As a result of Xsight’s industry leading products and technology we are turning heads in the industry and looking to grow our team.
Xsight’s E-Series is the world’s first 800G DPU. Combined with a standards-based SW development model, this architecture delivers industry-leading performance while offering greater ease-of-programmability compared to traditional DPUs. The X-Series fully programmable switches provide application-optimized switching for top-of-rack deployments, data center fabrics, high-performance computing, and AI clusters. Together, these products accelerate the high-performance network solutions of tomorrow.
We are looking for brilliant VLSI Design engineers that can quickly join a very promising and exciting startup company and take part in and contribute to developing a complex and challenging chip.
Culture and atmosphere of the company is top innovative, technically challenging, and super pleasant.
Requirements
Required Experience:
- 3+ years of chip design development
- Experience in logic design and debug
- Knowledgeable in frontend design fundamentals, flows and tools
- Knowledgeable in frontend design fundamentals, flows and tools
Required Skills:
- Knowledge in Frontend
- Strong technical skills
- Quick Learner
- Independent with good communication skills
- Knowledge in CDC, synthesis and timing analysis
- Knowledge in DDR4/5, memory design including logical, physical and system lvl aspects – an advantage
- Extensive knowledge in Verilog – a must
- Strong knowledge on logic design fundamentals – a must
- Knowledge in ARM based compute and networking – an advantage
- Knowledge in advanced verification methodologies (system Verilog) – an advantage
- Knowledge in PCIe and Networking – an advantage
Required Education:
BSEE or MSEE in Electrical engineering