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Global semiconductor delivery

LOWER NRE · FASTER FIRST SILICON

MPW Shuttle Access for Early Silicon Programs

Use multi-project wafer runs to validate designs without committing to a dedicated mask set. TOMPW helps teams compare node fit, public shuttle timing, tape-out readiness and downstream package or test implications before locking a slot.

Prototype ASIC or SoC validationSensor, analog and mixed-signal proof-of-concept siliconTeams testing market demand or customer sampling before full production commitment
Semiconductor wafer used to illustrate MPW shuttle service

Included Scope

What this service is built to handle

  • Shared-mask shuttle entry for prototype and low-volume programs
  • Multi-foundry window visibility across TSMC, UMC, SMIC, GlobalFoundries and selected specialty platforms
  • Tape-out package review, foundry communication and milestone tracking
  • Commercial and operations coordination from slot selection into wafer delivery

Best Fit

Common situations where this path makes sense

  • Prototype ASIC or SoC validation
  • Sensor, analog and mixed-signal proof-of-concept silicon
  • Teams testing market demand or customer sampling before full production commitment

Deliverables

Typical outputs from TOMPW coordination

  • Shuttle window and node alignment
  • Tape-out checklist review
  • Foundry submission coordination
  • Wafer delivery timeline and status communication

Execution Notes

Commercially important details buyers usually ask later

  • Standard coverage in source material spans 12nm to 3um, with below-7nm handled case by case.
  • Common platforms include CMOS, BCD, SOI and selected specialty processes.
  • Public shuttle calendars usually cluster around recurring month windows rather than one-off opportunities. Typical reference months include spring and autumn slots for advanced-node MPW, plus broader January to December coverage on selected 16nm, 28nm and mature mixed-signal platforms.
  • Public programs from TSMC, UMC and GlobalFoundries also show that availability differs by node, operator and submission rule. Some platforms run only twice a year, while others offer multiple windows across the year.
  • Published shuttle dates are normally GDS submission deadlines rather than wafer-out dates. Registration, export-control review, PO timing and package or test scope need to be aligned earlier, so final slot confirmation should be handled by email or direct project discussion.

Next Move

Share node, schedule and downstream requirements together

The right recommendation depends on more than one keyword. For example, package, CP, FT and sample goals often change whether MPW, NTO or a broader turnkey path makes the most sense.

Email project context

HOW MPW SCHEDULING WORKS

From shared mask to a confirmed shuttle slot

A multi-project wafer run places several customer designs on one mask set, so each team pays only for its portion of the wafer. Most teams use MPW for first silicon, architecture validation, early customer sampling or low-volume research — anywhere the goal is learning rather than immediate high-volume production.

Shuttles follow a monthly or quarterly cadence that depends on foundry, node, process maturity and demand. Missing a tape-out deadline usually means waiting for the next window, so slot selection and downstream package or test planning should start early.

FAQ

Questions buyers ask around MPW / Fab Shuttle

Choose MPW when your priority is low-cost first silicon and design learning rather than volume efficiency. It is the standard entry point for prototypes, design validation and early customer sampling before committing to a dedicated full-mask production run.

No. TOMPW can also review your tape-out package, coordinate foundry communication and extend the flow into packaging, test and logistics when needed. Most customers use it as an execution partner, not only a wafer-order channel.

Related Services

Adjacent steps in the same silicon program

FOUNDRY COVERAGE

Foundries TOMPW coordinates for this path

MPW / Fab Shuttleengagements are planned across TOMPW's foundry network, from advanced logic to mature analog, compound and specialty processes.