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Camera Throughput Calculator

Calculate camera data rate and compare against interface bandwidth limits.

High-speed and scientific imaging systems are often constrained not by the sensor itself but by the bandwidth of the camera interface connecting it to storage or processing hardware. This tool computes the raw data rate generated by a camera acquisition in MB/s and Gbps from sensor dimensions, bit depth, frame rate, pixel binning, and region-of-interest (ROI) fraction. It then checks that rate against seven common machine-vision interfaces — USB3 Vision (400 MB/s), GigE Vision (125 MB/s), 10 GigE (1,100 MB/s), Camera Link Full (680 MB/s), and CXP-6 and CXP-12 in single and quad-link configurations — reporting pass/fail and utilization percentage for each. Buffer fill times for 16 GB, 64 GB, 256 GB, and 512 GB of onboard RAM are also calculated.

Acquisition Parameters
Data Rate
Data rate
838.86MB/s
Data rate
6.71Gbps
Interface Compatibility
USB3 Vision
210% utilization
FAIL
GigE Vision
671% utilization
FAIL
10 GigE
76% utilization
PASS
CameraLink Full
123% utilization
FAIL
CXP-6 (×1)
112% utilization
FAIL
CXP-12 (×1)
67% utilization
PASS
CXP-12 (×4)
17% utilization
PASS
On-Board Buffer Time
16 GB RAM
19.1 s
64 GB RAM
1.3 min
256 GB RAM
5.1 min
512 GB RAM
10.2 min
Abridged Optics — Camera Throughput Calculator v1.0R = W × H × ceil(B/8) × fps. Binning reduces W and H proportionally.

All information, equations, and calculations have been compiled and verified to the best of our ability. For mission-critical applications, we recommend independent verification of all values. If you find an error, please let us know.