Device support.
One platform across AMD and Altera parts. Supported today from 28 nm to 10 nm class, with 14 nm and 7 nm families in development. Status as of September 2026.
Families and status
Vendor
Status
| Vendor | Family | Process node | Status | Notes |
|---|---|---|---|---|
| AMD | 7-series | 28 nm | Supported | |
| AMD | UltraScale | 20 nm | Supported | |
| AMD | UltraScale+Includes Virtex UltraScale+ | 16 nm | Supported | Includes Virtex UltraScale+ |
| Altera | Agilex 7Select devices, including F-Series | 10 nm class | Select devices | Select devices, including F-Series |
| Altera | Stratix 10 / Arria 10 | 14 / 20 nm | In development | |
| AMD | Versal AI Core | 7 nm | In development |
Showing all 6 families.
Two layers, so your view never changes.
What you see and act on is the same on every vendor. What differs between vendors is handled by Fluid Silicon.
Vendor-neutral, design-agnostic
What your team works with
- Health metric: measured slack as a share of the clock period, per logic-element link
- Telemetry schema
- Alert thresholds
- Aging model and time-to-threshold
Vendor-specific
What Fluid Silicon handles
- Integration with each vendor's toolchain, including AMD Vivado and Altera Quartus
- Calibration for each family and process node
- Qualification of new families before they are marked supported
On the roadmap.
Newer nodes and RF-sampling parts are in development.
- Altera Stratix 10 and Arria 10 (14 nm and 20 nm)
- AMD Versal AI Core (7 nm)
- RF-sampling adaptive SoCs for aerospace and defense, such as AMD Versal RF
Don't see your part?
Tell us which families you run and how many cards. It shapes what we qualify next.