Geovision GV-LPR2812-DL 2MP Outdoor Bullet IP Security Camera with 5.1–51mm Lens and Built-In IR - 86LPR00LR2812DLND001

Geovision GV-LPR2812-DL 2MP Outdoor Bullet IP Security Camera with 5.1–51mm Lens and Built-In IR - 86LPR00LR2812DLND001

The Geovision GV-LPR2812-DL is a 2MP outdoor bullet IP security camera equipped with a built-in deep learning LPR processor designed to accurately capture and recognize license plates on vehicles traveling up to 100 km/h. Featuring a motorized 5.1–51mm varifocal lens with 10x optical zoom and intelligent IR illumination up to 22 meters, it ensures clear imaging in both bright and low-light environments. The camera supports dual-lane recognition and integrates seamlessly with GV-ASManager for automated access control. With a super low lux CMOS sensor, WDR Pro, and robust IP67 and IK10 protection, this model is optimized for high-performance LPR in demanding environments. It includes onboard microSD storage, two-way audio support, and multiple video streams in H.265, H.264, and MJPEG formats.

Key Features:

• 2MP resolution (1920 × 1080); delivers video at up to 30fps
• 5.1–51mm motorized lens with 10x optical zoom; enables remote zoom and focus
• Built-in deep learning LPR processor; supports standalone or system-integrated license plate recognition
• Dual-lane recognition; accurately captures plates at speeds up to 100 km/h
• WDR Pro (90dB); improves visibility in high-contrast lighting
• Super low lux CMOS sensor; captures color at 0.04 lux and B/W at 0.02 lux
• Intelligent IR with a 22-meter range; adjusts based on ambient conditions
• Supports up to 512GB local recording via microSD card slot
• Two-way audio capable; external microphone and speaker required
• Triple stream encoding; H.265, H.264, and MJPEG supported
• IP67-rated weatherproof and IK10-rated vandal-resistant metal housing
• Power input via 12V DC or PoE (IEEE 802.3af); flexible installation options
• Operating temperature range from -20°C to 55°C
• ONVIF compliant; integrates with major VMS and GV-ASManager systems