Candidates must possess technical and people leadership experience, with demonstrated experience developing high-end custom silicon such as CPUs, GPUs, SOCs, NICs, and other specialized hardware. They should have firsthand experience with the first silicon success of new hardware, including leading firmware and/or silicon validation teams. Familiarity with clocks, resets, PCB components, and complex IPs like PCIe or DRAM is essential, as is experience delivering test software to silicon and PCB manufacturing.
The Director of Firmware and Validation will manage and grow the Firmware and Silicon Validation teams, leading them through the entire product lifecycle from concept to end-of-life. This includes delivering firmware, validation infrastructure, and tests suitable for simulation, rapid prototyping, hardware bringup, manufacturing test, and mission mode deployment. The role requires contributing strategic direction for the broader company, driving detailed planning and execution across the team and with partner teams, and fostering constructive partnerships with other cross-functional groups.
Enhances AI inference with at-memory computing
Untether AI enhances the speed and efficiency of AI inference workloads using at-memory computing. This method places the compute element next to memory cells, which boosts compute density and accelerates AI inference for various neural networks, such as those used in vision, natural language processing, and recommendation systems. The company targets businesses that rely on AI technologies and need high-performance computing for inference tasks. Their products, including the runAI200® devices and tsunAImi® accelerator cards, are designed to deliver exceptional performance, with the tsunAImi® card offering over 2 PetaOps. This allows businesses to optimize their AI workloads while maintaining a compact PCI-Express form factor. Untether AI's goal is to provide efficient and cost-effective solutions for companies looking to enhance their AI applications.