Dual-mode Face Camera TCF261-E35

Name: Dual-mode Face Camera TCF261-E35
Brand: Beijing Eyecool Technology Co., Ltd.

Eyecool dual-mode face camera TCF261-E35 uses near-infrared fill light technology, which combines near-infrared and visible light video images acquisition functions. Combined with Eyecool Technology's proprietary face recognition algorithm, it achieves live detection, image acquisition, face recognition, and other functions under different lighting conditions. At the same time, the camera supports encryption processing of camera images to ensure the privacy of image data from the source.

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Face Capture

Automatically capture face images and store them in a designated database. Capture the RGB color images, NIR (Near Infra-Red) images and 3D images. The NIR images can be used for liveness check.

Face Comparison

Support face detection and comparison functions with sdk, making identity verification faster.

Image Encryption

Support for encrypting camera images to ensure the privacy of image data from the source.

Customer-specific Key

Supporting the key information of customer-specific security systems to ensure the independence of key information between different customers.

Data Signature

Provides data signature function to ensure that the collected images can be traced back to their source.

Algorithm Support

Supporting national encryption algorithms and international algorithms, respectively, to meet the application needs of domestic government customers or foreign customers who have a demand for encryption algorithms.

Parameter of Dual-mode Face Camera TCF261-E35

	Specification
Image sensitive film	1/3" CMOS
Compression format	MJPG/YUY2
Imaging category	Infrared light	Visible Light
Effective Pixels	1920x1080[200Mega]	2048*1536[300Mega]
Support Resolution & Frame Rate	30fps, 1920*1080	15fps, 2048*1536
	30fps, 1280*1024	25fps, 1920*1080
	30fps, 1280*960	25fps, 1280*1024
	30fps, 1280*720	25fps, 1280*960
	30fps, 1024*768	25fps, 1280*720
	30fps, 800*600	25fps, 1024*768
	30fps, 640*480	25fps, 800*600
	30fps, 352*288	25fps, 640*480
	30fps, 320*240	25fps, 352*288
		25fps, 320*240
Viewing angle	horizontal viewing angle of 80.9 degrees
	Vertical viewing angle of 61.6 degrees
Scan Mode	Progressive scan
RGB color Depth	24bits
Infrared spectrum	850nm
Stable working temperature（℃）	-10~+55℃
Storage temperature & humidity(℃)	-40~80 ℃/0~90RH
Appearance	The surface should be free of obvious dents, scratches, cracks, deformations, and stains; it should have uniform color and should not have bubbles, cracks, peeling, or wear; metal parts should not have rust; text labels should be clear and complete.
Design Life	≥10,000 hours of normal operation without failure under daily environment
OS	Windows XP/7/8/8.1/10/Vista/Server/Linux (include UVC)/Android/ UOS/Kylin OS
USB Interface Definition	USB 2.0 or above Power supply& Data transfer
Data Cable	1.5 meter USB
Encryption Chip	SM2	signature at least 80 times/second, verification at least 40 times/second
	SM3	≥3mbps
	SM4	≥3mbps
	At least support common international and national cryptographic algorithms such as DES, 3DES, AES, RSA1024, RSA2048, SM1, SM2, SM3, SM4, etc;
	Support master key injection; Ensure the security of transmitted image data, including non-replacement, hijacking, tampering, replay, forgery, etc.
	The chip has the certificate of commercial password product certification issued by the National Cryptography Administration
Function	1. It has normal camera and video recording functions. It can work normally through the USB2.0 and 3.0 interfaces on the computer side. The visible light camera can capture color photos, and the infrared camera can emit infrared light and capture black and white photos.
	2. In an office environment, using different resolutions and frame rates can stably output clear and high-quality photos.
	3. The main body of the infrared and black and white camera shooting imaging must be consistent, and there must be no significant differences in the imaging, that is, it is not allowed to shoot object A with infrared and object B with visible light. Both cameras must shoot the same object simultaneously.
	4. It has the function of infrared light detection and high-quality photo collection, and the collected photos can be used for back-end face recognition authentication normally.