Предварительный перевод раннего доступа; перед индексацией он будет проверен специалистом.
FaberCAM is being prepared for limited early access.Early-access status

FABERCAM BENCHMARK · 11 JULY 2026

Performance measured with a real 3D CAM workload.

FaberCAM v1.0.1372.1 measured with the standard 3 × 480-frame protocol, Balanced quality, and VSync disabled.

LOCAL VALIDATION PASSED
FABERCAM-BENCHMARK-V482.331s

Overall benchmark time

Lower is better

CPU · GPU · RAM

Live system telemetry

302 samples collected once per second throughout the test.

CPU2.4%

average · peak 28.6%

GPU88.0%

average · peak 100%

RAM269MB

average · peak 905 MB

SYSTEM RAM52.3%

average · 31.8 GB

3 × 480 · 4× MOTION CYCLE

Category results

Each value is the median of three runs. The motion path repeats four cycles at its original speed.

TestTimemedian FPSp95 frame
01Rotate11.708 s41.031.98 ms
02Zoom13.041 s36.830.01 ms
03Pan11.540 s41.624.76 ms
04Section cut23.217 s20.749.43 ms
05Toolpath playback21.084 s22.848.06 ms
06Simulation1.740 s

HARDWARE / PROTOCOL

Test system and method

CPU
Intel Xeon W-1250P · 6C / 12T
GPU
NVIDIA Quadro P2200 · OpenGL 4.6
RAM
31.8 GB
Configuration
Balanced · 980 × 720 · VSync off
max repeat spread
7.759%
primary bottleneck
Section cut

RUN 6CFCDF6F · SCHEMA V4

Publication and validation note

This result was produced with the official 3 × 480 configuration and passed local schema, correctness, and integrity checks. It is not an independent laboratory certification because server attestation was not applied.

SHA-256 · privacy-safe result · no machine name, user name, serial number, project data, or customer geometry.