Top Tech Jobs & Startup Jobs

Develop and test high-speed SerDes technologies and mixed-signal systems. Responsibilities include creating Python automation, debugging products onsite, developing test plans, characterizing SerDes performance, implementing training algorithms across copper and optical channels, collaborating with design teams, and creating customer-facing technical documentation and reference designs.

Own commercial operations for hyperscaler accounts, including customer portals, forecasts, purchase orders, fulfillment, RMAs, backlog, and invoicing. Coordinate with sales, supply chain, manufacturing, logistics, finance, and customers to resolve issues and align demand with capacity. Manage compliance, pricing, audit documentation, KPI reporting, dashboards, and process automation through EDI or API integrations. Serve as the customer’s internal advocate and support design-win tracking and new product introduction readiness.

Develop and validate high-speed SerDes DSP products by building data-capture, automated-testing, experiment-design, and analysis tools. Diagnose system-level issues across firmware, hardware, DSP algorithms, and software; improve reliability through test plans and statistical methods. Collaborate with application engineering, FAE, firmware, and design teams, present findings, and mentor colleagues.

Validate, debug, and characterize high-speed optical modules at 212.5 Gbps and beyond. Lead PCB design reviews, signal and power integrity analysis, optical system integration, testing, and production readiness. Collaborate with electrical, optical, mechanical, firmware, packaging, manufacturing, and supplier teams to resolve performance issues and advance optical transceiver products through prototype, NPI, and mass production.

Validates and optimizes high-speed optical modules and components for AI, cloud, and data-center applications. Designs optical and electrical schematics, develops and executes validation and verification test plans, performs optical and electrical measurements, analyzes performance data, and evaluates lasers, modulators, and receivers. Conducts failure analysis and collaborates with signal integrity, thermal, mechanical, firmware, manufacturing, field applications, and other cross-functional teams.

Develop PILOT software that captures hardware data, integrates local and cloud data pipelines, and produces rigorous reliability insights. Build visualizations, analyze real-world data, document tools and findings, and collaborate with optical engineers, firmware engineers, and data center operators to define meaningful performance metrics and improve products and customer operations.

Own automated and manual optical testing for lenses, fiber optics, lasers, LEDs, and photodiodes. Maintain reproducible test documentation, calibration routines, and data logs; integrate third-party equipment; analyze test data to improve yield, coverage, and repeatability; and collaborate with optical designers, manufacturing partners, and test vendors for deployment and continuous improvement.

Design and develop analog and mixed-signal IC blocks for SerDes products using advanced CMOS technologies. Responsibilities include circuit simulation, results analysis, collaboration on physical layout, post-layout simulation, silicon testing and debugging, and design documentation. The role requires expertise in analog and mixed-signal circuits, EDA tools, and the complete IC development lifecycle from block definition through verification.

Supports customers implementing PCIe products, performs hardware and software bring-up and lab debugging, develops Python automation and test scripts, reviews schematics and layouts, and prepares technical demos, collateral, and documentation for customer engagements.

Validates high-speed optical transceiver modules up to 1.6T through electrical characterization, automation, interoperability testing, environmental stress testing, and system-level debugging. The role develops Python test automation, analyzes signal integrity and link performance, supports module bring-up and firmware validation, tunes optical components and DSPs, and collaborates with hardware, firmware, manufacturing, and vendors to resolve issues and qualify products.