Hikvision EasyIP 3.0 DS-2CD2T55FWD-I5 5 Megapixel Network Camera (6MM) description
The DS-2CD2T55FWD-I5 is a 5MP bullet camera with powerful infra-red LEDs that work up to 50m. It is a great choice for outdoor applications with IP67 rated weatherproof housing and a built in bracket that has 3-axis adjustment. An optional junction box can be used to keep connections tidy.
This camera uses back light compensation (BLC) and 3D digital noise reduction technology (3D DNR) to improve image quality. It also uses a range of smart features such as motion detection, line crossing detection and intrusion detection to improve security further.
The DS-2CD2T55FWD-I5 supports HIKVISIONS latest H.265+ video compression which dramatically reduces bandwidth and storage usage. There is also a built-in micro SD card slot. This camera can be powered with either a 12VDC power supply or by PoE. It can be accessed remotely through a browser or by Hik-connect.
Key Features and Benefits:
- High-Resolution Imaging: The DS-2CD2T55FWD-I5 boasts a 5-megapixel resolution, providing clear and detailed images for effective surveillance. This high resolution is especially beneficial for applications where capturing fine details is crucial, such as monitoring entrances, parking lots, or critical infrastructure.
- 6mm Fixed Lens: The 6mm fixed lens of this network camera provides a versatile field of view suitable for various surveillance scenarios. Whether monitoring a specific area or covering a broader space, the lens ensures optimal image capture, allowing for precise identification of objects and individuals.
- Day/Night Functionality: Equipped with day/night functionality, the camera excels in capturing quality footage in different lighting conditions. The infrared (IR) cut filter ensures accurate color reproduction during the day, while the IR LEDs enable clear monochrome footage during low-light or nighttime scenarios.
- H.265+ Compression Technology: The DS-2CD2T55FWD-I5 features H.265+ compression technology, an advanced video compression algorithm that maximizes storage efficiency. This results in reduced bandwidth requirements and lower storage costs without compromising the quality of the recorded footage.