The Perfect Uniview Ipc3612sr3-adf40kmc-dl 4.0mm 2mp Network Ir Outdoor Dome Camera With 4mm Lens Kit [Cvr9PfZe]

Uniview IPC3612SR3-ADF40KMC-DL 4.0mm 2MP Network IR Outdoor Dome Camera

The Uniview IPC3612SR3-ADF40KMC-DL is a top-tier surveillance camera designed for outdoor use. Engineered with cutting-edge technology, this camera offers exceptional performance and reliability, making it an ideal choice for enhancing the security of any location. With its sleek dome design and advanced features, the IPC3612SR3-ADF40KMC-DL is a powerful tool for monitoring both day and night.

Superior Image Quality and Versatile Recording Options

Boasting a high-quality 4MP, 1/3" CMOS sensor, this camera delivers crystal-clear images with exceptional detail. The versatile recording options ensure that you can capture the perfect balance between resolution and frame rate. With support for 4MP (2688x1520)@25/20fps, 3MP (2304x1296)@30/25fps, and 2MP (1920x1080)@30/25fps, you can choose the resolution that best suits your surveillance needs. The camera also features advanced codecs such as Ultra 265, H.265, H.264, and MJPEG, ensuring efficient compression and high-quality video playback.

• Image Quality: High-resolution 4MP sensor for exceptional clarity
• Frame Rate: Multiple resolution and frame rate options for optimal performance

Advanced Technologies for Enhanced Surveillance

The Uniview IPC3612SR3-ADF40KMC-DL is equipped with a range of advanced technologies to provide superior surveillance capabilities. The 120dB true WDR technology ensures that images remain clear even in challenging lighting conditions, such as bright sunlight or shadows. Additionally, the camera supports 9:16 Corridor Mode, making it an excellent choice for monitoring narrow spaces or corridors. With these features, you can trust that the IPC3612SR3-ADF40KMC-DL will deliver the performance you need to keep your property safe and secure.

• True WDR: 120dB WDR technology for clear images in diverse lighting conditions
• Corridor Mode: 9:16 Corridor Mode for optimal monitoring of narrow spaces