Venuslab-L3 CMOS Camera

Part Number: Venuslab-L3-14KP-A

Advantages:
High pixels combined with a relatively large sensor can capture rich details; excellent dynamic range allows for good image restoration under different lighting conditions.

Applications:
Suitable for scientific research imaging with high requirements for details, such as the analysis of material microstructure; also applicable to industrial inspection with certain image quality requirements, such as the appearance inspection of precision components.

Sensor & Size(mm)	Pix(μm)	G Sensitivity Dynamic Range SN Ratio	FPS/Resolution	Binning	Exposure
14M/MT9F002(C) 1/2.3" (5.73×4.60)	1.4×1.4	0.72μV/lux-sec 65.3dB 35.5dB	7.6@4904×2846 26.2@2452×1364 53.3@1226×682	1×1 2×2 4×4	0.1ms~2000ms

Sensor & Size(mm)

Pix(μm)

G Sensitivity Dynamic Range SN Ratio

FPS/Resolution

Binning

Exposure

14M/MT9F002(C) 1/2.3" (5.73×4.60)

1.4×1.4

0.72μV/lux-sec 65.3dB 35.5dB

7.6@4904×2846 26.2@2452×1364 53.3@1226×682

1×1 2×2 4×4

0.1ms~2000ms

Quantity	Price(USD)	Ship Date
1-10		TBD
10-		TBD

1-10

TBD

10-

TBD

Explore Series

	Model	Binning	Pix(μm)	Pix(μm)	G Sensitivity Dynamic Range SN Ratio	Exposure	FPS/Resolution	Sensor & Size(mm)	FPS/Resolution
	Venuslab-L3-12KP-A	1×1 2×2 4×4	1.55×1.55	-	0.25mv with 1/30s 0.5mv with 1/60s	0.1ms~2000ms	8.5@3840×3040 53.8@1920×1516 49@1280×1016 137@960×508	12M/MXS577(C) 1/2.1" (5.95×4.71)	-		Venuslab-L3-10KP-A	1×1 2×2 4×4	1.55×1.55	-	0.25mv with 1/30s 0.5mv with 1/60s	0.1ms~2000ms	8.5@3664×2748 49@1832×1374 45@1221×916 130@610×458	10M/MXS577(C) 1/2.3" (5.65×4.26)	-		Venuslab-L3-8.5KP-A	1×1 2×2 4×4	-	1.55×1.55	0.25mv with 1/30s 0.5mv with 1/60s	0.1ms~2000ms	-	8.5M/MXS577(C) 1/2.4" (5.16×3.95)	11@3264×2448 56@1632×1226 50@1088×816 167@544×408		Venuslab-L3-5.1KP-A	1×1 2×2 3×3	2.2×2.2	-	73dB 40dB	0.1ms~2000ms	15@3292×1944 49@1646×972 49@1097×648	5.1M/AR0521(C) 1/2.5" (4.70×3.52)	-		Venuslab-L3-3.1KP-A	1×1 4×1 2×2	-	2.2×2.2	1.9μV/lux-sec 100dB 93dB	0.1ms~2000ms	-	3.1M/AR0330(C) 1/3" (4.80×3.37)	97.2@3648×854 27.3@1024×854 53.3@1024×770