AXIS P3737-PLE Panoramic Camera

The AXIS P3737-PLE is a fixed camera from Axis Communications. The AXIS P3737-PLE is a fixed camera from Axis Communications, designed for professional security and surveillance applications. Key specifications include Image Sensor: CMOS, Image Sensor Size: 1/2.7", Lightfinder: Lightfinder, Wide Dynamic Range: Forensic WDR. Notable features: 2592x1944 resolution, Up to 25/30 fps capture, 1/2.7" CMOS sensor, Axis Lightfinder technology for low light. Available in the United States through Aeon Security, an authorized Axis partner.

The AXIS P3737-PLE captures images at a resolution of 2592x1944 using a CMOS sensor, at up to 25 fps. Minimum sensitivity of 0.19 lux. This QHD resolution provides superior detail over Full HD, ideal for precise identification in demanding projects.

The AXIS P3737-PLE operates in temperatures of -30 to 50 °C with a rating of IP66, IP67 and impact resistance of IK09. Designed for outdoor use, it withstands severe weather conditions.

The AXIS P3737-PLE has a lens with a focal length of 3.18-8.12 mm and a horizontal field of view of 360 °. This field of view covers areas such as corridors, entrances, and medium-sized spaces.

The main differentiators of the AXIS P3737-PLE include: 2592x1944 resolution; Up to 25/30 fps capture; 1/2.7" CMOS sensor; Axis Lightfinder technology for low light; Forensic WDR for high-contrast scenes. These features position it for demanding professional electronic security applications.

The AXIS P3737-PLE is especially suited for: Perimeter monitoring, Outdoor area surveillance, Visual access control. Contact our technical team to assess suitability for your specific scenario and receive a customized project proposal.

Yes, the AXIS P3737-PLE is compatible with major VMS systems on the market through ONVIF and VAPIX protocols, ensuring integration with over 2,000 video management platforms.

Yes, the AXIS P3737-PLE incorporates Axis Lightfinder technology, which captures sharp color images even in extremely low-light conditions, reducing dependence on infrared illumination and maintaining color fidelity for more accurate identification.