SE-VF-IP-5002-IRFE

Specification

• High Resolution 5.0 Megapixel

• 1/3'' CMOS Sensor

• Inbuilt POE.

• Support H.265 encode, compare with

• H.264, transit same quality image only

• need half of the bandwidth;

• Record same quality image only need half

• of the storage.

• Day & COLOR Night vision Resolution 2560 x 1920P ,

• 5.0 Mega Pixels Lens: 1.7mm Fisheye

Inbuilt POE for efficient power consumption and easy installation. Support for H.265 encoding allows for superior compression efficiency, enabling users to minimize storage needs while maintaining video quality. When compared with the previous standard H.264, this technology can transmit the same quality image using only half of the bandwidth, which is particularly beneficial for those with limited internet resources or for large surveillance setups. Moreover, this feature allows for smooth streaming live footage without compromising quality, making it an excellent choice for security monitoring. Not only does it help in recording the same high-quality images, but you will only need half of the storage space compared to older encoding methods, allowing for more efficient use of your data storage solutions. This not only saves on operational costs but also maximizes your recording time and resource management. Day & COLOR Night vision Resolution: 2560 x 1920P, which provides exceptional clarity and detail even in low-light conditions. 5.0 Mega Pixels Lens: The 1.7mm Fisheye lens offers users an unparalleled viewing experience, allowing for exceptional wide-angle surveillance with the SMArk SE-VF-IP-5002-IRFE 5MP IP fisheye camera. Its ultra-wide 1.8mm lens captures crisp and vivid details in every corner of the frame, ensuring that no important area is left unmonitored. With built-in IR LEDs, this camera guarantees reliable night monitoring, making it an ideal choice for comprehensive security measures. This is particularly useful for businesses and homes needing broad-area coverage and security applications, ensuring peace of mind regardless of the time of day or external lighting conditions.