Semiconductor Engineering Services - OptM Solutions

Semiconductor Engineering Services

Overview

At OptM Solutions, we empower semiconductor companies to accelerate innovation across the complete silicon lifecycle — from ASIC design and verification to post-silicon validation. Our expertise spans IP design, SoC integration, and hardware development, helping clients achieve performance, scalability, and cost efficiency.

Semiconductor Engineering Services Overview

Core Capabilities

  • IP Design

    We specialize in developing high-performance IPs for high-speed interfaces, memory controllers, and mixed-signal applications, ensuring optimal performance and reliability.

  • Test Chip Development

    Our team delivers end-to-end test chip development for mixed-signal IPs, covering design, validation, and prototyping.

  • SoC / Subsystem Integration

    We offer proven expertise in integration, front-end tool flow setup, and functional analysis to ensure seamless subsystem interaction and design efficiency.

  • IP Maintenance & Support

    We provide long-term support for legacy IPs, including feature enhancements, post-silicon bug fixes, process migrations, and SoC integration assistance.

Our Specialized Expertise

ASIC / FPGA Capabilities

  • New designs and die-size reduction
  • Cost optimization and feature enhancement
  • Silicon validation and performance tuning

Verification Services

  • Module, block, and full-chip verification
  • Protocol and testbench development
  • Verification IP creation
  • SoC, subsystem, and IP-level validation (C/SV/ASM-based)

Silicon Validation

  • Test chip, reference board, and test board development
  • Layout by IPC-certified engineers
  • Prototyping and physical design solutions

IP Validation

  • Bench characterization and testing
  • Jitter profiling for IPs
  • LDOs, BGRs, PORs, and temperature sensor validation

Hardware Design Services

  • Development platforms and System-on-Modules (SoM)
  • Embedded processor-based and power-optimized designs
  • Small-footprint, rugged, and battery-operated solutions
  • PCB layout, analysis, and multi-core/multi-processor hardware design
Technical Insights

ASIC/FPGA Design & Verification Details

A look into our SystemVerilog RTL design, logic synthesis, and UVM validation workflows.

Frequently Asked Questions

Can your team assist with maintaining and upgrading our older, legacy IP blocks?
Yes. We provide dedicated long-term support for legacy IPs. This includes managing complex process migrations, executing post-silicon bug fixes, deploying feature enhancements, and providing ongoing SoC integration assistance to keep older assets viable.
How do you handle the prototyping of extremely large ASIC designs?
We utilize advanced FPGA partitioning to deliver rapid, fast turn-around prototyping. Our engineers are highly skilled at translating massive multi-million gate ASIC designs into scalable, functional FPGA implementations for early testing.
What specific physical hardware and PCB design services do you offer?
Our IPC-certified engineers develop complete physical hardware solutions, including custom test chips, reference boards, and System-on-Modules (SoM). We design everything from power-optimized, rugged, battery-operated embedded solutions to complex multi-core and multi-processor PCB layouts.
Do you provide end-to-end support for mixed-signal test chips?
Absolutely. We possess proven, comprehensive expertise in mixed-signal IP test chip development, seamlessly covering the initial design, robust verification, bench characterization, and final prototyping phases.
What specific validation frameworks are included in your chip design services?
Our chip design services include the development of reusable, highly scalable verification environments utilizing C, SV, and ASM-based methodologies to execute comprehensive module, block, and full-chip verification prior to tape-out.
Do your ic design services cover complex mixed-signal applications?
Yes. Our comprehensive ic design services specialize in engineering high-performance proprietary IPs specifically for high-speed interfaces, memory controllers, and complex mixed-signal applications, ensuring optimal reliability and rigorous post-silicon validation.

Why Us

Rapid Prototyping & FPGA Partitioning

Fast turn-around prototyping services that translate multi-million gate ASIC designs into scalable FPGA implementations.

Reusable & Scalable Verification

Development of reusable verification environments that accelerate IP/SoC validation and ensure quality across projects.

Test Chip Expertise

Proven end-to-end experience in mixed-signal IP test chip design, verification, and characterization.

Broad Semiconductor Services Portfolio

Comprehensive support across ASIC design, verification, physical design, layout, and FPGA development.

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