ProLux PXD-5208AN-4KL-X/8P 8 Channel 4K Hybrid DVR PoC H.265+ Recorder
SKU: PXD-5208AN-4KL-X-8PCopied!
H.265+/H.265 dual-stream video compression Supports HDCVI/AHD/TVI/CVBS/IP video inputs Max 12/24 channels IP camera inputs, each channel up to 8MP; Max 48/96Mbps incoming bandwidth Smart Search and Intelligent Video System Total 48/96W output power consumption; Max supports 8/16 channels Lite series PoC cameras inputs or 4/8 channels Pro series PoC cameras inputs.
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Product Description
The ProLux PXD-5208AN-4KL-X/8P is an 8-channel penta-brid digital video recorder designed for professional CCTV surveillance systems requiring compatibility across multiple analogue and IP camera technologies. It supports HDCVI, HDTVI, AHD, CVBS analogue cameras, as well as IP cameras in hybrid mode, allowing flexible system deployment and easy upgrades from legacy installations.
This recorder supports IP camera inputs with resolutions up to 8MP, providing high-definition video recording suitable for commercial, industrial, and residential security applications. Advanced H.265+ and H.265 dual-stream compression significantly reduces storage consumption and network bandwidth requirements, allowing extended recording duration without compromising image quality.
The integrated PoC (Power over Coax) functionality allows compatible cameras to receive both power and video transmission over a single coaxial cable, simplifying installation and reducing infrastructure costs. The unit supports Lite series and Pro series PoC cameras depending on configuration.
With incoming bandwidth support of up to 48 Mbps, expandable to 96 Mbps depending on mode, the recorder ensures stable video transmission and recording performance. Smart Search and Intelligent Video System features improve event detection and playback efficiency.
The recorder provides HDMI and VGA outputs for local monitoring and supports remote viewing and management via network-connected devices, making it suitable for professional surveillance installations requiring flexible monitoring and reliable performance.
