Solution
Fleet Deployment & Operations
Mixed vendors, mixed nodes, several board generations and strict change control. Fluid Silicon gives every card the same health metric, the same telemetry and the same rules for change.
Measured impact
On production shells, at realistic utilization.
*Fluid Silicon measurements. Varies with variation pattern, workload, vendor and device age.
Applications
Four applications, one measurement.
Deployment & Integration
A small reserved region beside your design, on your site. No RTL changes, no JTAG exposure.
Learn moreVendor-Neutral Telemetry
One schema, one metric, one set of thresholds on every family.
Learn moreScheduled, Handshake-Gated Changes
Tuning and repair in your windows, per device, per server or fleet-wide.
Learn moreFleet Dashboards & Reports
Healthy, watch and action counts, time-to-threshold and capacity reports.
Learn moreDeployment & Integration
Built for designs already in production.
- Works with any design: your RTL, logic and I/O stay as built.
- Under 1% of LUTs, under 5% of flip-flops, under 2% delay impact.
- No JTAG port exposed on production systems.
- Runs on your site, planned with your team during evaluation.
Six guarantees
Integrity, access, availability, footprint, control and data. The full list is on the security and integration page.
Vendor-Neutral Telemetry
The same number means the same thing on every part.
- Health metric: measured slack as a share of the clock period, per logic-element link.
- One telemetry schema, one set of thresholds, one aging model.
- Vendor-specific integration handled by Fluid Silicon.
- Fits your existing monitoring; nothing leaves your network.
Two layers
What you see and act on is identical on every vendor. What differs between vendors is handled beneath it.
| Vendor | Family | Process node | Status |
|---|---|---|---|
| AMD | 7-series | 28 nm | Supported |
| AMD | UltraScale | 20 nm | Supported |
| AMD | UltraScale+ | 16 nm | Supported |
| Altera | Agilex 7 | 10 nm class | Select devices |
| Altera | Stratix 10 / Arria 10 | 14 / 20 nm | In development |
| AMD | Versal AI Core | 7 nm | In development |
Scheduled, Handshake-Gated Changes
Change control your operations team will recognize.
- Read-only by default; tuning and repair enabled by policy.
- Changes run only in maintenance windows you schedule.
- Coordination per device, per server or fleet-wide.
- A handshake on every action.
Deterministic changes
Every change is scheduled, approved and re-measured within a second, so the state of the fleet is always known.
- Last sweep
- 2 min ago, 1.0 s
- Aging model
- Power-law fit to this card's temperature history
- Recommended action
- Schedule a repair window
- Approval
- Waiting for your change process
Fleet Dashboards & Reports
The fleet on one screen, the card on the next.
- Healthy, watch and action counts, and the cards that need attention first.
- Median slack across the fleet, and its trend.
- Time-to-threshold for capacity and replacement planning.
- Reports by family, generation, site or vendor.
Several generations at once
Large operators keep several board generations in service at the same time. One metric across all of them is what makes a fleet view possible.
| Card | Family | Weakest element | Time to threshold | Status |
|---|---|---|---|---|
| A3-07 | Virtex UltraScale+ | 8.2% | 1.4 yrs | Action |
| B1-12 | Agilex 7 | 11.9% | 2.8 yrs | Watch |
| C4-02 | UltraScale | 12.6% | 3.1 yrs | Watch |
Industries
Where it applies.
Resources
BlogFive board generations, one health metric
What mixed-vendor, multi-generation fleets need from telemetry: one number that means one thing on every part.
ReadSecurity and integration
Where the health layer sits, what moves in each direction, and its six guarantees.
ReadDevice support
AMD and Altera families, and the status of each.
ReadFAQ
Common questions.
Sensor architecture, deployment mechanics and calibration methods are shared with evaluation partners under NDA.
How does it fit our monitoring?
Telemetry follows one vendor-neutral schema, so it lands in the monitoring you already run. The platform is deployed on your site.
Do we need to change our design?
Your RTL is not changed. What integration needs from your team, a small resource reservation beside your design, is planned during evaluation.
How are changes controlled?
Read-only is the default. Tuning and repair are enabled separately by policy, run in windows you schedule, and every action is handshake-gated.
Can we coordinate changes across a rack?
Yes. Operating points can be coordinated per device, per server or across the fleet.
Which devices are supported?
AMD 7-series, UltraScale and UltraScale+ today, with select Altera Agilex 7 devices. Stratix 10, Arria 10 and Versal AI Core are in development.
What about cards from two vendors in the same rack?
They report the same metric, the same schema and the same thresholds. That is the point of the vendor-neutral layer.
Measure a device at speed, live.
A 30-minute session: in-system slack measurements on a supported AMD or Altera device, and what an evaluation on your boards involves.