Complete Guide to Chip Prototyping

01Why Chip Prototyping Matters

Prototype chips bridge the gap between simulation and production. While software can be patched, silicon cannot - making prototyping essential for validating your design before expensive volume manufacturing.

Silicon Validation

Simulations can't capture all real-world effects. Prototype chips reveal issues with process variation, analog behavior, and system integration that only appear in actual silicon.

Risk Reduction

A $50K prototype run that finds a bug saves millions compared to discovering issues in volume production. Prototyping is insurance against costly respins.

Customer Samples

Potential customers often require working samples before committing to design-ins. Prototype chips enable early customer engagement and feedback.

02Chip Prototyping Methods

Different prototyping approaches suit different project needs and budgets.

• •
  MPW Shuttle Service

  Share wafer costs with other designs. Best balance of cost ($10K-$100K) and real silicon validation. 8-16 week turnaround. Ideal for most IC prototyping.

• •
  FPGA Prototyping

  Implement digital designs on reconfigurable hardware. Fastest (days-weeks) and cheapest for functional validation. Limited for analog or high-speed designs.

• •
  Full-Mask Prototype

  Dedicated wafer run with your design only. Higher cost ($500K+) but maximum flexibility. Use when MPW timing doesn't fit or you need many chips.

• •
  Engineering Samples

  Small production run (100-1000 units) using production masks. Validates manufacturing process and provides customer samples.

• •
  Emulation

  Hardware emulators (Palladium, Veloce) run RTL at MHz speeds. Good for software development but no silicon validation.

• •
  Virtual Prototyping

  Software models of the chip for early software development. No hardware required but limited accuracy for hardware validation.

03MPW Shuttle Prototyping Process

Multi-Project Wafer shuttles offer the best value for most chip prototyping needs.

1. 01
   Design Completion

   Complete RTL, verification, and physical design. Ensure DRC/LVS clean GDSII ready for submission.
2. 02
   Shuttle Selection

   Choose foundry and node based on design requirements. Select shuttle run that fits your timeline.
3. 03
   Tapeout Submission

   Submit GDSII before deadline. Design is merged with other participants onto shared reticle.
4. 04
   Fabrication

   Wafers processed through fab (8-16 weeks). Your design manufactured alongside others.
5. 05
   Die Delivery

   Receive diced dies (typically 20-100). Optional packaging available for board-level testing.
6. 06
   Characterization

   Test prototype chips against specifications. Identify any issues for next revision.

04Prototype Chip Timeline & Costs

Understanding typical timelines and costs helps you plan your prototyping budget and schedule.

FPGA Prototype

Timeline: 1-4 weeks. Cost: $5K-$50K (FPGA + development). Best for: Digital logic validation, early software development.

MPW Shuttle

Timeline: 8-16 weeks fab + shipping. Cost: $10K-$150K depending on node. Best for: Real silicon validation at reasonable cost.

Full-Mask Run

Timeline: 8-16 weeks fab. Cost: $500K-$10M+ (masks + wafers). Best for: High chip count needs or unique timing requirements.

05Chip Prototyping FAQ

Common questions about IC prototype development.

What is chip prototyping?

Chip prototyping is the process of manufacturing a small quantity of integrated circuits to validate the design before volume production. It allows testing real silicon behavior that simulation cannot fully predict.

How much does a prototype chip cost?

Costs vary widely: FPGA prototypes ($5K-$50K), MPW shuttle ($10K-$150K), full-mask prototype ($500K+). MPW shuttles offer the best balance of cost and real silicon validation.

How long does chip prototyping take?

FPGA: 1-4 weeks. MPW shuttle: 8-16 weeks from tapeout to delivery. Full-mask: similar fab time but longer setup. Add time for testing and any iterations.

Should I prototype on FPGA or silicon?

Use FPGA for rapid digital logic iteration and software development. Use silicon (MPW) when you need to validate analog circuits, actual performance, or production-representative behavior.

How many prototype chips do I need?

Typically 20-50 dies for initial validation, more for extensive characterization or customer samples. MPW shuttles usually deliver 20-100 dies depending on area purchased.

Can prototype chips be used in products?

Yes, for low-volume products or initial market testing. Many companies ship MPW prototype chips to early customers while preparing for volume production.

Start Your Chip Prototype

Get a quote for your prototype chip development through our MPW shuttle services.

1. [1]
   MOSIS Prototyping Services

   MOSIS Service
2. [2]
   Europractice MPW Services

   Europractice
3. [3]
   Synopsys FPGA-Based Prototyping

   Synopsys Inc.
4. [4]
   Cadence Protium FPGA Prototyping

   Cadence Design Systems