ASIC Design Services
IPs and Capabilities
FPGA to ASIC
Silicon Platforms
Data Logger
Electrochemical Sensor
Image Sensor
Tolling IC
Semiconductor Services
Semiconductor Manufacturing
Test Services
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Foundry Tape-Out Services
Markets
Aerospace
Medical
Mobility
About Presto
News & Resources
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Turnkey ASIC Solutions
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.
Maximizing ASIC Performance with Presto Engineering's Expertise
With over 20 years of ASIC design experience, Presto Engineering delivers high-performance, low-power ASICs that combine innovation, reliability, and optimized power consumption.
Our teams master every stage of the ASIC design process - from specification over schematic and RTL (Register-Transfer Level) to physical design and verification.
This comprehensive approach ensures that each integrated circuit meets the specific functional and performance requirements of demanding sectors such as Industrial, Medical, Aerospace and Mobility.
Silicon Platforms
Semiconductor Services
Markets
About Presto
News & Resources
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.
Key Advantages of ASIC Design
IPS
Fitness for application
Maximize ROI
Performance
Reduced size
Reliability
Power efficiency
Supply chain security
Increased Security
Industrial
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Building and infrastructure automation
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Production and process control systems
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Security, surveillance, and safety applications
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Logistics, transportation, and smart infrastructure
Medical
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Diagnostic and patient monitoring equipment
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Medical wearable devices for continuous tracking
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Medical imaging systems such as ultrasound, MRI, and X-ray detectors
Aerospace
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Engine Control Systems (FADEC) for real-time control
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Avionics Display Systems
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Flight Computer for aircraft monitoring
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Geostationary Earth Orbit for continuous coverage and long mission lifetimes
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Low Earth Orbit
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Satellites Ground Station for reliable 24/7 operation
Mobility
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Intelligent Traffic Systems (ITS): Tolling, V2X, and DSRC communication
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Advanced Driver Assistance Systems (ADAS): LiDAR, radar, and tire pressure monitoring
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Electric and Hybrid Vehicles: Battery management, powertrain control, and energy optimization
Quantum Computing
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Rapid prototyping, testing, and industrialization
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Tailored semiconductor solutions for control, readout, and interfacing of superconducting solid-state, and photonic qubits
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Comprehensive qualification and reliability engineering
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Supply chain traceability for long-term experimental programs
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Dedicated project management for fast-moving research and startup timelines
Photonics
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Architectures for driver/receiver ICs and co-packaged photonic devices optimized for low-loss optical paths
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High-speed driver and receiver ICs
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Co-design of electronic interfaces, packaging and test for integrated photonic–electronic modules
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Secure, high-bandwidth optical communication links
