floprate
FAILED
4,985 faults · first at 0:08
- Shader coresClean
- Texture unitsClean
- Special maths units4,985 faults
- Tensor coresClean
- RasterizerClean
- Output unitsClean
- Video memoryClean
Error timeline
TFU
Fatal
floprate
floprate
Prove its stability. Sell with confidence.
Give buyers evidence, not just your word. Test GPU performance and stability in one run, with results sealed by a TPM quote.
View BenchmarksWhat is a FLOP?
A FLOP is a floating-point operation: one unit of the maths your GPU does every second. FLOPS (FLOPs per second) is how we talk about GPU speed: more FLOPS means more work done, faster.
Floprate measures your card's FLOPS while stress-testing its stability, so you can catch a “flop” (a failing or unstable GPU) before it costs you.
Floating Point Operation
3.14×2.71=8.51
2.00 TFLOPS
floprate leads in GPU fault identification
All tests were run on the same faulty NVIDIA GeForce RTX 2080 Ti.
floprate identifies which component is faulting
CUDA / shader cores, Tensor cores, TMUs, ROPs, VRAM, and more are probed under load, so you see the exact failing unit on a timeline instead of a single pass/fail. Tap a component in the demo to learn what it does.
The Metrics
Floprate breaks raw compute into distinct metrics: FP32, FP16, and FP64 vector throughput; Tensor core throughput (FP16, BF16, TF32, FP8, INT8) for AI workloads; memory bandwidth; and health telemetry like power draw and thermals. Hover or focus a metric pill to learn what it measures.
As users benchmark, Floprate collects telemetry across GPU models and calculates average scores for each model. Your result is then compared against that field average, and the best recorded scores for the same model, so you can see where your card stands, not just a number in isolation.
AI Training
Training specific metrics and counters for AI workloads.
AI Inference
Inference performance and utilisation metrics.
Scientific Compute
High precision compute and HPC related metrics.
General
Memory bandwidth, power draw and thermal health.
From Telemetry to Trust
Prove your GPU is stable with cryptographically signed results. Give buyers confidence and your card a stronger case for a higher price.
Stability
STABLE
This GPU is stable and all tested components are healthy.
No faults detected, clocks on spec, temperatures in range.
No errors recorded
Tested device
Hardware-signed
NVIDIA GeForce RTX 4090
24 GB GDDR6X
Test run10 minPeak 422 WMax 67.4 °CMax clock 2790 MHzMax mem clock 10501 MHz
Power and temperature
Utilisation and clocks
Avg Temp
58.9°C
Max Temp
67.4°C
Avg Power
302W
Peak Power
422W
Max Clock
2790MHz
Max Mem Clock
10501MHz
Power & Temperature
Power Draw
Temperature
Utilisation & Clocks
GPU Util
Memory Util
Graphics Clock
Memory Clock
Coming Soon
A Marketplace Built on Verified Scores
We are building towards releasing a marketplace where buyers and sellers trade GPUs backed by these verified stability and performance reports, not unverifiable screenshots.
