Design verification is a critical process in the semiconductor industry that ensures that chips operate as intended and meet the required standards. At Aeliasoft, we specialize in providing verification services.
Why is Design Verification Important in the Semiconductor Industry?
Design verification is a crucial step in the semiconductor industry, ensuring that chips function as intended and meet the required standards. Without proper implementation, chips may not operate correctly, leading to costly production delays, product recalls, and ultimately, a loss of revenue. Therefore, it is essential to have a reliable process in place to ensure the quality and performance of semiconductor chips.
Aeliasoft: Leading Provider of Design Verification Services
Aeliasoft is one of the best providers of design verification services. Our team of developers has extensive experience in designing and verifying complex semiconductor chips, utilizing cutting-edge technology, and tailoring software solutions with efficient and cost-effective solutions for our clients.
Some of Aeliasoft’s Services
Our top services in design verification offer the following technical benefits:
FPGA-based Reconfigurable Architectures
FPGA-based reconfigurable architectures provide the ability to rapidly prototype, iterate and deploy complex designs. Our team of experts specializes in designing and verifying FPGA-based designs to ensure functionality, timing closure and power optimization. We utilize advanced verification methodologies, including constrained random simulation, formal verification, and assertion-based verification, to ensure high-quality FPGA designs.
Computer Architecture Design and Design Space Exploration
Our computer architecture design and design space exploration services utilize advanced modeling techniques to optimize chip design for performance, power, and area. We use industry-standard tools to perform RTL synthesis, physical design flow, and timing closure. Our team of experts also performs post-layout verification, including parasitic extraction, static timing analysis, and physical verification.
FPGA Design and Verification
FPGA design and verification ensure the functionality and quality of FPGA-based designs. Our team of experts utilizes cutting-edge technology and tailored software solutions to design and verify FPGA-based designs, providing clients with high-quality, reliable chips. We perform functional verification, including testbench development, coverage analysis, and debugging.
Research and Development in Novel and Customized Computing Systems
Our research and development in novel and customized computing systems provide innovative solutions that meet clients’ specific needs. We utilize advanced algorithms, data structures, and software tools to design customized computing systems. Our team of experts also performs system-level verification, including software simulation, hardware emulation, and hardware/software co-simulation to guarantee the system has the required performance.
SoC Design and Design Verification
SoC design and design verification ensure that System on a Chip (SoC) designs meet the required standards. Our team of experts ensures that clients receive high-quality, reliable chips. We perform RTL design, integration, and verification of various IP blocks, including processors, memories, and peripherals. We also perform system-level verification, including software simulation, hardware emulation, and hardware/software co-simulation to ensure the SoC meets the required standards.
ASIC RTL Design and Design Verification
ASIC RTL design and design verification ensure the functionality and quality of Application-Specific Integrated Circuit (ASIC) designs. Our team of experts specializes in ASIC RTL design and design verification, ensuring that clients’ chips meet the required standards. We perform integration of various IP blocks, including processors, memories, and peripherals. We also perform static timing analysis, power analysis, and DFT insertion.
ASIC Physical Design
Our ASIC physical design services ensure that ASIC designs are implemented correctly into a physical layout. Our team specializes in ASIC physical design, ensuring that clients’ chips are of high quality and meet the required standards. We utilize advanced place and route tools to perform physical synthesis, floorplanning, and placement. We also perform physical verification, including DRC, LVS, and antenna checks.
Post Silicon Verification
Post silicon Verification tests and validates the functionality and quality of chips after they have been manufactured. Our team specializes in post-silicon validation, ensuring that clients’ chips are of high quality and meet the required standards. We utilize advanced testing equipment and methodologies, including functional testing, boundary scanning, and on-chip monitoring.
Training Services Across the Whole VLSI Chip Design Cycle
Our training services cover all aspects of chip design and verification, providing clients with a comprehensive understanding of the process. We enhance clients’ knowledge and skills in chip design and verification, so they can produce high-quality, reliable chips that meet the required standards. We cover topics including RTL design, verification, synthesis, physical design, timing closure, and post-silicon validation.
Summary
Aeliasoft provides services with a range of technical benefits, including rapid prototyping, advanced verification methodologies, high quality, and reliability, innovative solutions, meeting required standards, and enhanced knowledge and skills. Our team of experts utilizes cutting-edge technology and tailored software solutions to ensure efficiency and cost-effective solutions for our clients. With our top services, we aim to help our clients achieve their desired results and produce high-quality, reliable chips that meet the required standards.
