Budget silicon manufacturing.
-
Budget silicon manufacturingCreate integrated circuits without breaking the bank!Explore Your Options
Our pricing
Custom silicon manufactured.
Build unique products.
GF180MCU Shuttle Slot
Wire-Bonded
$
8,500
USD
| GF180MCU Process |
| ~20mm2 silicon |
| 3.88mm x 5.07mm die size |
| 1,000 die wire bonded onto PCBs |
GF180MCU Shuttle Slot
Bare Dies
$
7,000
USD
| GF180MCU Process |
| ~20mm2 silicon |
| 3.88mm x 5.07mm die size |
| 1,000 raw dies |
Undiced
Full Wafer
$
2,000
USD
| Undiced 200mm wafer. |
| Only valid with slot purchase. |
Deadlines
wafer.space GF180MCU Run 1
0
days
0
hours
0
minutes
0
seconds
0
days
0
hours
0
minutes
0
seconds
Complete Timeline
| Milestone | Date | Description |
|---|---|---|
| Purchase Deadline | 28 November 2025 | Final deadline to purchase manufacturing slots |
| Design Submission | 3 December 2025 | Final deadline to submit GDS files for fabrication |
| Tape-out to GlobalFoundries | 5 December 2025 | GDS files delivered to GlobalFoundries for fabrication |
| Fabrication Complete | February 2026 | Wafers returned from GlobalFoundries fabrication |
| Delivery to Customers | 15 March 2026 | Finished dies shipped to customers worldwide |
Technical Specifications
GF180MCU Process Technology Details
Die Dimensions
19.67 mm²
3.88mm × 5.07mm
Metal Layers
5 Layers
Full routing capability
Quantity
1,000 dies
Per manufacturing slot
Capacitors
MIM & PIP
Metal-insulator-metal available
Resistors
Poly & High-Res
Multiple resistor types
Your Silicon Journey Starts with Tiny Tapeout
From $50 educational projects to $7,000 production chips
We've partnered with Tiny Tapeout to create a pathway into silicon manufacturing. Start learning with their educational platform for just $50-300, then transition to wafer.space for dedicated chip and low-volume production.
Learn MoreLearn
Start with Tiny Tapeout to understand chip design fundamentals
Prototype
Use shared tile space to test and validate your concepts
Transition
Move to wafer.space for dedicated chip manufacturing
Produce
Continue with wafer.space for low-volume production
Get notified!
We'll email you when details are confirmed.
