HR-CB Series USB3.0 Board Level Camera-Board-Level Camera-Han Rong Technology

HR-CB Series USB3.0 Board Level Camera

The HR- CB series board-level products is designed with a single board or multi-board stacked, which supports GigE or U3V protocol. It is applicable to the industrial, embedded, 3D, medical and other scenarios with more stringent space requirements.

Model	Sensor model	Sensor size	Pixel size	Shutter mode	Resolution	Max. frame rate	Exposure time	Power supply	Label
HR-CB013-A0UM-B	HK	1/2"	4.8 µm	Global	1280 × 1024	201 fps	NE: 9 µs–10 sec	1.6 W@5 VDC	A
HR-CB013-A0UM-C	HK	1/2"	4.8 µm	Global	1280 × 1024	201 fps	NE: 9 µs–10 sec	1.6 W@5 VDC	B
HR-CB013-A0UM-S	HK	1/2"	4.8 µm	Global	1280 × 1024	201 fps	NE: 9 µs–10 sec	1.6 W@5 VDC	C
HR-CB013-A0UC-B	HK	1/2"	4.8 µm	Global	1280 × 1024	201 fps	NE: 9 µs–10 sec	2.8 W@5 VDC	B
HR-CB013-A0UC-C	HK	1/2"	4.8 µm	Global	1280 × 1024	201 fps	NE: 9 µs–10 sec	2.8 W@5 VDC	C
HR-CB016-10UM-B	IMX273	1/2.9"	3.45 µm	Global	1440 × 1080	249 fps	USE: 1 µs – 14 µsNE: 15 µs – 10 sec	1.5 W@5 VDC	A
HR-CB016-10UM-C	IMX273	1/2.9"	3.45 µm	Global	1440 × 1080	249 fps	USE: 1 µs – 14 µsNE: 15 µs – 10 sec	1.5 W@5 VDC	B
HR-CB016-10UM-S	IMX273	1/2.9"	3.45 µm	Global	1440 × 1080	249 fps	USE: 1 µs – 14 µsNE: 15 µs – 10 sec	1.5 W@5 VDC	C
HR-CB016-10UC-B	IMX273	1/2.9"	3.45 µm	Global	1440 × 1080	249 fps	USE: 1 µs – 14 µsNE: 15 µs – 10 sec	1.5 W@5 VDC	A
HR-CB016-10UC-C	IMX273	1/2.9"	3.45 µm	Global	1440 × 1080	249 fps	USE: 1 µs – 14 µsNE: 15 µs – 10 sec	1.5 W@5 VDC	B
HR-CB016-10UC-S	IMX273	1/2.9"	3.45 µm	Global	1440 × 1080	249 fps	USE: 1 µs – 14 µsNE: 15 µs – 10 sec	1.5 W@5 VDC	C
HR-CB020-61UM *	Stacked BSI	1/2.53"	3.45 µm	Global	1632 × 1264	180 fps	LCG: 45 µs – 10 µsHCG: 5 µs – 10 sec	2 W@5 VDC	D
HR-CB020-61UC *	Stacked BSI	1/2.53"	3.45 µm	Global	1632 × 1264	180 fps	LCG: 45 µs – 10 µsHCG: 5 µs – 10 sec	2 W@5 VDC	D
HR-CB050-60UM-C *	Stacked BSI	2/3"	3.45 µm	Global	2448 × 2048	80 fps	LCG: 30 µs – 10 µsHCG: 5 µs – 10 sec	1.5 W@5 VDC	D
HR-CB050-60UC-C *	Stacked BSI	2/3"	3.45 µm	Global	2448 × 2048	80 fps	LCG: 30 µs – 10 µsHCG: 5 µs – 10 sec	1.5 W@5 VDC	D
HR-CB050-11UC-C	IMX264	2/3"	3.45 µm	Rolling	2448 × 2048	60 fps	USE: 1 µs – 14 µsNE: 15 µs – 10 sec	2.8 W@5 VDC	D
HR-CB060-10UM-B	IMX178	1/1.8"	2.4 µm	Rolling	3072 × 2048	60.9 fps	NE: 8 µs–1 sec	1.5 W@5 VDC	B
HR-CB060-10UM-C	IMX178	1/1.8"	2.4 µm	Rolling	3072 × 2048	60.9 fps	NE: 8 µs–1 sec	1.5 W@5 VDC	C
HR-CB060-10UM-S	IMX178	1/1.8"	2.4 µm	Rolling	3072 × 2048	60.9 fps	NE: 8 µs–1 sec	1.5 W@5 VDC	D
HR-CB060-10UC-B	IMX178	1/1.8"	2.4 µm	Rolling	3072 × 2048	60.9 fps	NE: 8 µs–1 sec	1.8 W@5 VDC	A
HR-CB060-10UC-C	IMX178	1/1.8"	2.4 µm	Rolling	3072 × 2048	60.9 fps	NE: 8 µs–1 sec	1.8 W@5 VDC	B
HR-CB060-10UC-S	IMX178	1/1.8"	2.4 µm	Rolling	3072 × 2048	60.9 fps	NE: 8 µs–1 sec	1.8 W@5 VDC	C
HR-CB120-10UM-B	IMX226	1/1.7"	1.85 µm	Rolling	4032 × 3036	28 fps	NE: 11 µs–2 sec	2.45 W@5 VDC	A
HR-CB120-10UM-C	IMX226	1/1.7"	1.85 µm	Rolling	4032 × 3036	28 fps	NE: 11 µs–2 sec	2.45 W@5 VDC	B
HR-CB120-10UM-S	IMX226	1/1.7"	1.85 µm	Rolling	4032 × 3036	28 fps	NE: 11 µs–2 sec	2.45 W@5 VDC	C
HR-CB120-10UC-B	IMX226	1/1.7"	1.85 µm	Rolling	4032 × 3036	21 fps	NE: 23 µs–2 sec	2.45 W@5 VDC	A
HR-CB120-10UC-C	IMX226	1/1.7"	1.85 µm	Rolling	4032 × 3036	21 fps	NE: 23 µs–2 sec	2.45 W@5 VDC	B
HR-CB120-10UC-S	IMX226	1/1.7"	1.85 µm	Rolling	4032 × 3036	21 fps	NE: 23 µs–2 sec	2.45 W@5 VDC	C

Notice: * New release. USE: Ultra-short exposure mode. NE: Normal exposure mode. LCG/HCG: Low/High Conversion Gain modes.

Powering Vision, Enabling Automation