BV NVR Lite Series 8-Channel PoE Network Video Recorder, Supports Up to 12MP IP Cameras, 2 SATA HDD Bays, 4K HDMI, NDAA Compliant, Model BSC-N208P

$275.00
$275.00
Shipping calculated at checkout.

Description

The BV NVR Lite Series BSC-N208P is an enterprise-grade 8-Channel Network Video Recorder equipped with an integrated 8-port PoE switch for an effortless plug-and-play IP camera setup. This NDAA-compliant security hub supports ultra-high-definition IP surveillance cameras up to 12MP and utilizes high-efficiency video compression (H.265+/H.265) to maximize storage performance. Featuring two SATA interfaces that accommodate up to 12TB of capacity per disk, it delivers expansive video storage options. The system includes built-in 2-channel recorder-side AI for Smart Motion Detection (SMD), intrusion, and tripwires, while seamlessly complementing advanced camera-side AI features like face capture. Enjoy reliable local monitoring through simultaneous 4K HDMI and 1080p VGA video outputs.

Optimized Bullet Points:

  • 8-Channel Built-In PoE Switch: Powers up to 8 IP cameras directly through integrated, self-adaptive RJ-45 PoE ports compliant with IEEE802.3af/at standards, operating on an 80W total PoE budget.

  • Ultra HD 12MP Support: Captures exceptional fine detail by supporting high-resolution recordings up to 12MP, backed by a strong decoding performance capable of handling up to 6 channels at 1080p (30fps).

  • Dual SATA Storage Expansion: Engineered with 2 SATA interfaces supporting up to 12TB capacity for each disk, providing reliable space for extensive continuous or motion-triggered data logging.

  • Intelligent AI Analytics: Offers local 2-channel AI processing for Smart Motion Detection (SMD), intrusion defense, and tripwires, alongside native camera AI compatibility for tracking and face capture.

  • 4K Display Output & Compression: Equips your workstation with crisp video monitoring using a 3840x2160 4K HDMI port alongside a simultaneous VGA display output, saving bandwidth with intelligent smart encoding.