USD is the VLSI design division of UTPL Tech, specializing in advanced semiconductor solutions, IP cores, and high-performance chip architectures. With a focus on innovation, performance, and efficiency, USD delivers cutting-edge VLSI design services for next-generation computing, data centers, and communication systems.
Our mission is to transform conceptual semiconductor ideas into high-quality, optimized silicon designs that meet modern technology demands. We combine expertise in RTL design, FPGA prototyping, low-power techniques, and verification methodologies to ensure robust, scalable, and power-efficient solutions.
USD serves industries requiring high-speed, low-power, and highly integrated silicon solutions, including data center computing, high-performance networking, image processing, and next-generation communications.
Core Capabilities
Core Focus
- Chip Design Architecture: Advanced architectures for high-performance and power-efficient chips; scalable architectures for complex computing and communication systems.
- Semiconductor IP Development: Reusable IP blocks for SoC integration; custom IP for AI, communications, and high-speed processing.
Capabilities
- RTL & FPGA Prototyping: RTL design and FPGA prototyping for early validation.
- Verification & Validation: Simulation-based functional verification; silicon validation using hardware testbeds.
- Low-Power Design Techniques: Clock gating, power gating, voltage scaling for energy-efficient systems.
- Image Decoding & Data Processing: Hardware accelerators for real-time decoding and AI-enhanced analytics.
- Front-End & Back-End Design: RTL coding, synthesis, P&R, timing closure, and physical verification.
- Wafer Development Support: DFM support, yield analysis, and defect management with fabs.
- Post-Silicon Validation: Silicon bring-up, functional testing, and performance benchmarking.
Solutions
- High-Performance Computing (HPC) – Chip architectures optimized for AI/ML workloads and data processing.
- Data Centers & Servers – Energy-efficient accelerators for large-scale computing systems.
- Next-Gen Communication Systems – Custom silicon for 5G/6G, IoT, and secure networking.
- Image & Signal Processing – FPGA-based prototyping for advanced multimedia and imaging.
Applications
- Data Centers & Cloud Computing – High-efficiency processors for AI workloads.
- Communication Systems – Low-latency, high-speed transceivers and processors.
- Edge Computing – Low-power processors for AI-enabled embedded systems.
- Image & Video Processing – Real-time image analytics for vision and medical imaging.
- High-Performance AI Systems – ASICs and SoCs for ML inference and training.
Value Proposition
- End-to-end VLSI design from concept to tape-out.
- Expertise in RTL, IP development, and low-power architecture.
- Specialized image decoding and AI acceleration hardware.
- Strong wafer-level and post-silicon validation expertise.
- Future-ready semiconductor solutions for multiple industries.