Hanwha XND-8081RF 5MP Indoor Dome IR Camera

Hanwha XND-8081RF 5MP Indoor Flush Mount Vandal-Resistant IR Dome IP Camera

The Hanwha XND-8081RF is a professional-grade 5MP indoor dome camera engineered for secure, discreet surveillance in demanding environments. Built with a vandal-resistant flush-mount design, this camera seamlessly integrates into retail, financial, corporate, and institutional settings while providing robust protection against tampering. The 1/1.8" 6MP CMOS sensor captures exceptional detail at 2560x1920 resolution, enabling accurate identification and monitoring across multiple frame rates and compression standards.

Key Features

• 5MP resolution with 2560x1920 native capture and multiple resolution profiles
• 2.4x motorized varifocal lens (3.9–9.4mm) with 92.1° to 38.7° horizontal field of view
• IR illumination with 50m viewable distance for 24/7 low-light performance
• 120dB Wide Dynamic Range (WDR) for balanced exposure in high-contrast scenes
• Advanced motion and audio detection with directional tracking and tamper alerts
• IP52 rated vandal-resistant flush-mount dome construction
• PoE powered (IEEE 802.3af Class 3) with 12VDC alternative option
• Dual microSD/SDHC/SDXC card slots (up to 512GB) for local edge storage
• H.265/H.264 and MJPEG codec support with WiseStream II smart bitrate control
• Built-in gyro sensor for digital image stabilization and video rotation
• Defog and lens distortion correction for enhanced image quality

Technical Specifications

The camera delivers 30fps at maximum resolution in H.265/H.264 modes, with selectable aperture control (F1.3–F2.4) and electronic shutter speeds from 2 to 1/12,000 seconds. Its 1024MB RAM and 256MB flash support advanced analytics including face detection, people counting, heatmapping, and queue management. Network connectivity includes Ethernet (10/100BASE-T) with full IPv4/IPv6 and ONVIF Profile S/G/T support. Security features encompass HTTPS/SSL encryption, 802.1X authentication, IP filtering, and user access logging. The camera operates across -25°C to +60°C (-13°F to +140°F) and weighs 1.80kg.

Video Analytics & Intelligence

Integrated AI-powered analytics deliver proactive threat detection through motion detection (8 polygonal zones), audio detection with sound classification, shock detection, and loitering alerts. Privacy masking supports 32 polygonal zones with color or mosaic options. Alarm triggers activate file uploads via FTP/email, NAS recording, and real-time notifications based on analytics events, network disconnects, or alarm input.

Applications

Ideal for financial institutions, retail environments, corporate offices, government facilities, and any indoor space requiring discreet yet powerful surveillance. The vandal-resistant design and flush-mount profile make it particularly suited for public-facing areas, lobbies, and sensitive zones where both security and aesthetics are critical.

Jerry Tildsen

The XND-8081RF represents a mature balance of resolution, optical flexibility, and embedded intelligence. Its 2.4x motorized zoom paired with 120dB WDR addresses variable lighting without requiring external lighting upgrades. The inclusion of built-in gyro stabilization and dual analytics engines (motion + audio + face detection) reduces dependency on external VMS servers for basic threat detection.

PoE Class 3 power consumption (typical 10.10W) enables cost-effective cabling and PoE injector deployment across distributed installations. WiseStream II codec optimization minimizes bandwidth consumption during low-activity periods—critical for edge storage and network efficiency. The dual microSD slot architecture supports redundancy and extended retention without NAS overhead.

For integrators, ONVIF compliance and Wisenet open platform access ensure interoperability with third-party management software. Primary trade-offs include fixed indoor mounting (suitable for controlled environments) and a minimum object distance of 0.5m, which restricts extreme macro use cases.

Product Documentation

📄 Download Product Datasheet (PDF)