AXIS P3818-PVE Panoramic Camera

The AXIS P3818-PVE is a fixed camera from Axis Communications. The AXIS P3818-PVE is a fixed camera from Axis Communications, designed for professional security and surveillance applications. Key specifications include Image Sensor: CMOS, Image Sensor Size: 1/2.8", Lightfinder: Lightfinder, Wide Dynamic Range: Forensic WDR. Notable features: 4 resolution, Up to 30 fps capture, 1/2.8" CMOS sensor, Axis Lightfinder technology for low light. Available in the United States through Aeon Security, an authorized Axis partner.

The AXIS P3818-PVE captures images at a resolution of 5120x2560 using a CMOS sensor, at up to 30 fps. Minimum sensitivity of 0.16 lux. This 4K resolution enables facial identification at distances exceeding 20 meters and license plate reading.

The AXIS P3818-PVE operates in temperatures of -40 to 50 °C with a rating of IP66, IP67 and impact resistance of IK10. This extended temperature range allows operation in cold storage, unprotected outdoor environments, and regions with harsh winters.

The AXIS P3818-PVE has a lens with a focal length of 3.2 mm and a horizontal field of view of 180 °. This field of view covers areas such as corridors, entrances, and medium-sized spaces.

The main differentiators of the AXIS P3818-PVE include: 4 resolution; Up to 30 fps capture; 1/2.8" 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 P3818-PVE 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 P3818-PVE 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 P3818-PVE 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.