Synthara 9

Join the core software team that turns ComputeRAM® into something developers love to use. You will design and ship a software integration kit, build the software library components that sit between applications and hardware, develop compile

Lead the software group that makes ComputeRAM® easy to use, from microcontrollers to accelerators. You will set the strategy and own hands-on delivery across drivers, compiler paths, code generation, kernels, benchmarking, and the SDK. You

Own timing closure and sign-off for complex IP and SoC blocks that integrate our full-custom ComputeRAM® macros. You will drive Static Timing Analysis across corners and modes, shape clean constraints, partner closely with synthesis, place-

Own the end-to-end RTL-to-GDSII implementation for complex IP/SoC subsystems and build the backend team that scales it. You’ll define the methodology, constraints, and quality metrics that the team shall adhere to. The team you lead will be

Own the design and verification of part of our digital IP portfolio that wraps and integrates our compute-in-memory technology(ComputeRAM®): clean, synthesis-ready SystemVerilog RTL, plus UVM environments that reach coverage closure and de-

Own transistor-level and block-level custom layout for mixed-signal, SRAM, and custom-digital IP that powers our compute-in-memory SRAM (ComputeRAM®). You will plan floorplans, implement device-level layouts with production-grade matching/g

Own critical mixed-signal subsystems that bring our compute-in-memory SRAM (ComputeRAM®) from design to silicon and into production. You will design, verify, and characterize custom blocks, including full-custom digital datapaths and memori

Design and ship high-performance, low-power SRAM and custom-digital sub-systems that sit at the core of our compute-in-memory technology. You will own architecture, circuit implementation, verification, and silicon correlation for advanced

Lead the development of high-performance, custom based digital compute or SRAM memory designs to power our compute-in-memory SRAM (ComputeRAM®). You will own architecture, circuit design, verification, and silicon correlation for advanced n