Axis P1245 Mk II 2MP Modular Camera - 02857-001

Axis 02857-001 P1245 Mk II 2MP Modular Camera

The Axis P1245 Mk II is a modular standard surveillance camera engineered for indoor deployments requiring flexible sensor placement and forensic-grade image quality. This 2 MP fixed camera combines a compact main processing unit with a detachable sensor module, enabling extended cable runs up to 8 meters for installations where camera and controller separation is critical. The modular architecture delivers 1080p resolution with advanced wide dynamic range processing and integrated deep learning analytics, making it ideal for high-contrast environments and forensic applications.

Key Features

• 1080p Full HD Resolution (2 MP) — 1920×1080 HDTV video at up to 25/30 fps with multiple resolution crops (16:9, 16:10, 4:3) for flexible streaming and recording
• WDR Forensic Capture — Advanced wide dynamic range processing preserves critical detail in both highlights and shadows for high-contrast scenes and forensic video evidence
• Deep Learning Processing Unit (DLPU) — Onboard deep learning compute enables edge-based video analytics without external server dependency
• 111° Horizontal Field of View — M12-mount fixed lens (2.8 mm, F2.0 aperture) with 0.2-meter minimum focus distance and CMOS sensor
• H.265 & H.264 Compression — Efficient video encoding reduces bandwidth and storage requirements
• Built-In IR Night Vision — Integrated infrared (0.2 m range) with automatic day/night switching for 24/7 surveillance
• PoE+ Power (802.3af Class 2) — Single Ethernet cable for power and data; operates across -20° to 45°C temperature range
• Enhanced Security — Signed firmware, secure boot, and HTTPS encryption protect against tampering and unauthorized access
• microSD Card Support — Local video backup and edge storage capability
• ONVIF Compatibility — Standards-based integration with third-party VMS and management platforms
• 5-Year Warranty — Comprehensive manufacturer coverage for extended asset protection

Technical Highlights

The modular design separates the processing unit from the sensor, allowing flexible installation in confined spaces or retrofit scenarios. The 2.8 µm pixel CMOS sensor with fixed iris ensures consistent image geometry across varying lighting conditions. Deep learning analytics run directly on the camera, reducing network traffic and enabling real-time event detection without centralized compute infrastructure. Wired Ethernet connectivity via M12 connector provides robust, interference-free signal transmission over extended distances.

Ideal Applications

• Building entrances and exits with strong backlighting
• Indoor facilities requiring forensic-quality video evidence
• Confined spaces where modular sensor placement offers installation advantages
• Organizations leveraging on-camera analytics to reduce backend processing load
• Multi-camera deployments requiring standardized security infrastructure

Ted Perry

Perspective based on aggregated IP Security Depot and affiliated engineering team experience.

The P1245 Mk II represents a pragmatic choice for integrators and facility managers seeking reliable 2 MP performance without excessive complexity. The modular architecture is its defining strength—enabling deployments where 8-meter cable runs between processor and sensor eliminate mounting constraints imposed by compact fixed-body designs. WDR Forensic Capture excels in high-contrast entry/exit scenarios, a common pain point in retail and corporate security.

The DLPU shifts computational load to the edge, ideal for organizations already committed to on-camera analytics but concerned about network saturation or latency-sensitive detection workflows. H.265 compression and microSD support provide practical operational flexibility. Security features—signed firmware, secure boot, HTTPS—meet modern compliance expectations without enterprise complexity.

The 5-year warranty reflects Axis's confidence in long-term reliability. This camera is best suited for integrations prioritizing image forensics, flexible placement, and efficient resource utilization over cutting-edge resolution or feature density.

Product Documentation