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FrameRate Calculator
Camera Model:
KC48GC3MX
KC48GC3CX
KC48GC4MX
KC48GC4CX
KC130GC3MX
KC130GC3CX
KC130GC4MX
KC130GC4CX
KC200GC3MX
KC200GC3CX
KC200GC4MX
KC200GC4CX
KC300GC3MX
KC300GC3CX
KC300GC4MX
KC300GC4CX
KC500GC3MX
KC500GC3CX
KC500GC4MX
KC500GC4CX
KC800GC3MX
KC800GC3CX
KC800GC4MX
KC800GC4CX
KC1200GC3MX
KC1200GC3CX
KC1200GC4MX
KC1200GC4CX
KC1600GC3MX
KC1600GC3CX
KC2000GC3MX
KC2000GC3CX
KC2400GC3MX
KC2400GC3CX
Width[Pixel]:
Horizontal size of image ROI
Height[Pixel]:
Vertical size of image ROI
PixelFormat:
The image data format sent by the camera. Depending on the camera model and whether it is a color or monochrome camera.
SensorLineWidth:
Image sensor Horizontal period of 1 line (number of clocks) 0: minimum to 178: maximum
SensorDataClock:
Image Sensor Clock Speed
9
12
14
16
19
22
24
28
38
48
57
114
ExposureTime[us]:
Image Sensor Exposure Time
Sensor FrameRate[Hz]:
PacketSize[Byte]:
The maximum size (in bytes) of data packets sent over Ethernet. This should be set to the maximum size your network hardware can handle. If necessary, you can increase the packet size to reduce Ethernet overhead and improve network efficiency.
SCPD:
This is the delay (in 1ns timestamp counter units) inserted between packets. If your device cannot handle the incoming packet rate, increasing this delay may be effective and may reduce packet drops. However, this will slow down data transfer and reduce the camera's frame rate.
ExtendedIDMode:
TRUE
ChunkMode:
FALSE
LinkSpeed[Mbps]:
PayloadSize[Byte]:
TotalBandWidth[Mbps]:
ImageBandWidth[Mbps]:
Bandwidth FrameRate[Hz]:
