AXIS P5654-E PTZ Network Camera is a cost-effective PTZ camera that offers wide area coverage with 77° field of view. Thanks to the newest generation of Axis chip, it offers excellent video quality, even in the most challenging light conditions, and a high level of defense to protect your system. It’s ideal for deterrent surveillance of large indoor and outdoor areas and provides great details when zooming in.
Great images – anytime
AXIS P5654-E offers superb image quality in HDTV 720p with 21x optical zoom. It’s got Forensic WDR for clarity even when there’s both dark and light areas in the scene. And Lightfinder 2.0 for low-light images with more saturated colors and sharper images of moving objects. Additionally, it has electronic image stabilization (EIS) for stable images despite vibration. And focus recall gives you instant focus in challenging light conditions. Plus, it comes with four scene profiles (indoor, outdoor, forensic and traffic) with different image settings optimized to suit specific scenarios.
Keeping you secure
This PTZ camera is packed with enhanced security functionality to safeguard your system and prevent unauthorized access. Signed firmware and secure boot guarantees that the firmware hasn’t been altered and ensures only authorized firmware is installed. And if needed, secure boot guarantees that the camera is completely free of malware after a factory default.
And there’s more…
This versatile camera with IP66, NEMA 4X and IK10 ratings can handle temperatures ranging from -30°C to 50°C (-22°F to 122°F). Based on new generation chip, it offers extended processing power for handling of advanced analytics. And thanks to Axis Zipstream technology with H.264 and H.265 it preserves all the important details while significantly lowering bandwidth and storage requirements.
Electronic image stabilization
Minimize the impact of vibration and shaking. Read more
Wide Dynamic Range - WDR
For maximum forensic value and usability in scenes with both very bright and very dark areas. Read more
Capture color images in low-light conditions. Read more