12MP Fisheye Camera
Specialized Series

12MP Fisheye Camera

Model No.: SF12LXR1AVTC

  • 12 Megapixel Resolution
  • 4000 x 3000:25fps
  • 265+ Vcom/H.265/H.264/MJPEG
  • Triple Stream
  • 1.98mm Fisheye Lens
  • 120db WDR
  • XLight
  • On-Board De-Warping
  • Micro SD Card Slot
  • Single & Multi Channel Support
  • Built-in Microphone
  • Audio I/O
  • Alarm I/O
  • 12V DC
Sensor 12 Megapixel, Progressive Scan, CMOS IR Range Up to: 15m VIR Range
Lens 2.8/3.7mm Pinhole Lens WDR 120db WDR
Minimum Illumination Color: 0.01Lux @F1.2, Color: 0.05Lux @F2.8, B/W: 0Lux with IR on Defog Digital Defog
S/N ≥55 dB Day/Night IR-cut filter with auto switch (ICR)
Video
Video Compression 265+ Vcom, H.265, H.264, MJPEG H.264 Code Profile Baseline Profile, Main Profile, High Profile
Frame Rate Main Stream :25fps (4000 x 3000, 3000 x 3000), 25fps (2560 x 2560)
Sub Stream: 25fps(2000 x 1500, 2000 x 2000), 25fps (2000 x 2000)
Display Modes Support 10 display modes in total (including display modes of mount types and decoding modes): Display Mode: Original Image, Fisheye + 4PTZ, Panoramic Preview Mode: Original Image , 360°Panoramic + 1PTZ, 180°Panoramic, Fisheye + 3PTZ , Fisheye + 4PTZ, 360°Panoramic + 6PTZ, Fisheye + 8PTZ
On Board Dewarping Supported OSD Supported
Audio I/O Supported Privacy Mask Supported

1. What is XLight Technology?

The XLight technology is an innovative technology that delivers vivid color, appropriate brightness and extremely good and clear images in extreme-low light conditions. XLight technology vastly improves the image brightness with a large Iris design & BSI back illuminated sensor.

2 What is 265+ Vcom Technology?

Under the same configuration, 265+ Vcom only costs one hard disk to store the same video record which needs four hard disks under H.264, saving 75% storage cost. Customers would benefit from both storage cost and deployment cost from Vcom. Besides the advancements above, Vcom also breaks the bottleneck of HD resolution.

3 What is Vpix Technology?

The innovative Vpix sensor is more effective to detect illumination of captured information with its high-precision pixel units before image signal processing. VNS applies unique Vpix design to achieve accurate and sensitive detection of real surveillance scene illumination.