Digital ASIC Design
Digital ASIC Design Service
As an innovator in state-of-the-art digital ASICs including ASIC conversion services, SSED's commitment to system level integration and low cost solutions is unrivaled. We have the expertise, the intellectual property (IP) and the system level excellence to integrate your vision into an ASIC-based solution whether it's a single piece of silicon or multiple die in a single package. The Digital Design Group specializes in high reliability, radiation hardened, high temperature and low power designs. Our IP libraries and process-portable methodology are integral to achieving successful, affordable System-on-Chip (SoC) solutions.
With SSED's skilled system architects and ASIC design engineering specialists, customers can expect creative ASIC solutions. Our focus on customer requirements results in high levels of integration on a single chip and a significant reduction in technical risk.
Whether your needs drive you to CMOS bulk, silicon-on-insulator (SOI) or SiGe/BiCMOS, SSED can provide you with a full spectrum of ASIC design services:
Front-end Design Services:
- Architecture planning
- System level simulation
- Logic design and integration
- Advanced packaging concepts and prototyping
- Verification
Library design services:
- Design planning and artwork synthesis
- Design for harsh environments
- Technology file development and characterization
- Synthesis library extraction and model development
- VITAL VHDL and Verilog formats
Back-end design:
- Design planning and synthesis
- Design conversion
- Full ASIC or FPGA design
- Static timing analysis and timing closure
- Test insertion and test logic verification
- Floor planning and placement
- Timing driven layout and optimization
- Full and semi-custom layout
- Foundry selection and interface
- Design rule checking and manufacturing release
- ASIC testing & characterization
Boeing maintains an extensive commercial digital design automation tool set that includes all tools needed to complete front-to-back digital ASIC designs. By allowing quick re-optimization, supporting requirements and fabrication process changes, these design optimization tools make new design and intellectual property libraries affordable.