Axis Q1726-LE (4MP) Outdoor AI IR Block Network IP Camera, 03393-001

The Axis Q1726-LE is a high-performance outdoor block-style IP surveillance camera engineered for demanding perimeter and open-area security applications. Built on Axis’ ARTPEC-9 system-on-chip, this 4 MP camera delivers accelerated edge processing to support advanced AI-driven analytics while maintaining excellent image fidelity. A large 1/1.8" image sensor combined with Lightfinder 2.0 and Forensic WDR ensures consistent color accuracy and forensic detail in challenging lighting conditions, including scenes with strong backlight or near-darkness. Operating at up to 60 fps, the camera captures smooth, detailed video suitable for fast-moving subjects and mission-critical monitoring.

Designed for harsh outdoor environments, the Q1726-LE integrates a built-in lens wiper that maintains image clarity during rain, snow, or debris buildup. The wide-angle varifocal lens (4.7–10 mm) provides expansive coverage for open areas, reducing the number of cameras required per site. Integrated IR illumination enables reliable nighttime surveillance without external lighting, while Axis Zipstream technology with AV1, H.264, and H.265 support significantly reduces bandwidth and storage consumption without compromising evidentiary quality. Security is embedded at the hardware level through Axis Edge Vault, protecting device identity and safeguarding sensitive data across the camera lifecycle.

Key Features

• 4 MP resolution at up to 60 fps for smooth, detailed video capture

• Large 1/1.8" sensor with Lightfinder 2.0 for superior low-light performance

• Forensic WDR for clarity in high-contrast scenes

• ARTPEC-9 chipset enabling advanced AI analytics at the edge

• Wide varifocal lens (4.7–10 mm) with up to 101.8° horizontal field of view

• Integrated IR illumination for night surveillance

• Built-in lens wiper for reliable operation in harsh weather

• Axis Zipstream with AV1, H.264, and H.265 support to optimize storage and bandwidth

• Axis Edge Vault for hardware-based cybersecurity and device integrity