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Designing an application‑specific integrated circuit (ASIC) can be a game-changer for your business.
Presto Engineering can help you define, design and produce the right ASIC for your next product.
Application specific integrated circuits (ASICs) outperform discrete and FPGA solutions by almost every measure.
By tailoring each Application-Specific Integrated Circuit to a dedicated function, engineers achieve higher performance, power efficiency, and reliability than with any general-purpose approach.
Presto Engineering delivers comprehensive ASIC design capabilities supporting the full semiconductor development lifecycle — from concept and chip specifications to industrialization and production.
As a vertically integrated engineering partner, we provide both custom ASIC design and turn-key semiconductor development across a wide range of analogue, mixed-signal, and digital technologies. Our teams combine silicon-proven IP, advanced design tools, and agile development methods to deliver high-performance ASICs optimized for power efficiency, reliability, and time-to-market.
Every project follows our proprietary Presto Quality Development Flow (QuDF), ensuring rigorous design control, proactive risk management, and predictable project delivery.
The success of any custom chip design begins with a robust architecture and specification phase. Our engineers work closely with customers to transform system concepts into a complete ASIC architecture in accordance with a chip specification.
Key activities include:
Feasibility analysis and system architecture definition
Analogue and digital partitioning
Performance, power, and cost optimization
Architecture modelling and validation
This structured methodology ensures that technical goals are clearly defined before the design phase begins, reducing development risk and improving design efficiency.
Presto Engineering has extensive expertise in analogue and mixed-signal ASIC design, enabling the development of high-performance integrated circuits for demanding applications.
Our teams design and integrate analogue IP optimized for low power, high speed, or high-voltage operation.
Typical analogue IP capabilities include:
Bandgaps and LDO regulators
PLLs and oscillators
ADC and DAC converters
High-voltage (HV) circuits
Supply and temperature sensing
Advanced modelling, simulation, and verification tools allow us to validate complex mixed-signal architectures early in the development process.
Our digital ASIC design capabilities cover the complete implementation flow required to deliver robust silicon solutions.
Capabilities include:
RTL design (VHDL, Verilog)
IP integration and functional verification
System-on-Chip (SoC) design
Memory and Non-Volatile Memory (NVM) integration
Processor integration, including ARM, LEON, and RISC-V
FPGA to ASIC
Implementation services include synthesis, static timing analysis, design-for-test (DFT), place & route, physical verification, and GDSII generation, enabling reliable right-first-time silicon.
Depending on your internal resources and objectives, Presto Engineering adapts its engagement model to fit your needs:
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Customer Requirements Driven: Presto designs the ASIC based on the customer’s specifications |
Co-Development Partnership: both partners develop different parts of the ASIC |
Customer develops ASIC: Presto provides IP integration, design-for-test (DFT), and packaging services |
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Definition Specification
Architectural Design
Detailed Design
Layout phase
Tape out & Fab out
Prototype validation
Industry
With robust ASIC architectures and optimized power consumption, we ensure consistent performance in harsh environments - from factory floors to smart cities.
Medical
Our custom ASICs are designed under ISO 13485 and other quality standards, ensuring compliance and traceability for regulated markets.
ITS & Automotive
Our ASIC design process ensures full qualification to AEC-Q100 standards, providing long-term performance under extreme conditions.
AEROSPACE
We deliver turnkey ASIC and semiconductor solutions for aerospace and aviation, combining high‑reliability architectures, Ku/Ka‑band RF, and high‑speed data interfaces for next‑generation missions.
ASIC Design Solutions
IPs and Capabilities
Semiconductor Manufacturing
Test Services
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Foundry Tape-Out Services
Medical
Automotive
