Next-Gen Hardware for Robotics, Edge AI, LLM Infrastructure & Autonomous Systems
Diagnosed by IEEE Senior Member Engineers
We design and develop cutting-edge hardware platforms powering the AI revolution — from robotic actuator controllers and edge AI inference boards to high-performance computing modules for large language models, autonomous vehicle power conversion systems, and millimeter-wave radar components.
Robotic joint controllers unable to handle real-time servo loops with sub-millisecond latency
Edge AI inference boards overheating under sustained neural network workloads in compact enclosures
LLM training clusters requiring custom high-power delivery networks for GPU/TPU arrays
Autonomous vehicle DC-DC converters failing under wide input voltage swings and load transients
Radar front-end modules suffering from phase noise and signal integrity issues at 77GHz+
High-performance motor driver boards, sensor fusion modules, and real-time servo controllers for industrial and humanoid robots with sub-ms control loops.
Compact, fanless inference boards optimized for NVIDIA Jetson, Hailo, and custom NPU architectures with advanced thermal management for 24/7 operation.
Custom power delivery networks, high-speed interconnect backplanes, and liquid cooling solutions for GPU/TPU clusters running large language model training and inference.
Wide-input DC-DC converters, multi-output power distribution units, and redundant power architectures for self-driving cars and trucks meeting ISO 26262 ASIL-D.
77GHz/79GHz millimeter-wave radar front-end modules, antenna array PCBs, and signal processing boards for ADAS, autonomous driving, and industrial sensing.
Understand your AI workload, latency requirements, power budget, and form factor constraints to define the optimal hardware architecture.
Select compute platform (FPGA, GPU, NPU, custom ASIC) and design power delivery network for stable operation under dynamic AI workloads.
High-density interconnect PCB layout with advanced thermal solutions — heat pipes, vapor chambers, or liquid cooling for sustained AI inference.
Build functional prototypes, benchmark AI inference throughput, measure power efficiency, and validate thermal performance under load.
Design for manufacturability review, production test fixture development, and transition to volume manufacturing with yield optimization.
One of the few firms that spans robotics, autonomous vehicles, edge AI, and data center hardware — so your design benefits from cross-pollinated expertise.
Proven FPGA-based motor controllers achieving real-time performance that off-the-shelf solutions cannot match.
Fanless designs supporting 5W to 275W TDP — from tiny edge devices to high-performance GPU compute modules.
Flexible engagement models from single prototype builds to full production partnerships, scaled to your funding stage.
Common questions about our ai hardware design & engineering usa solutions
From robotics to autonomous vehicles, let's design the hardware that powers your AI applications. Talk to our engineering team.
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