Hanwha XND-8040R 5MP Vandal-Resistant Dome Camera

Hanwha XND-8040R 5MP Vandal-Resistant Dome Camera with Audio

The Hanwha XND-8040R is a compact indoor micro dome IP camera delivering 5-megapixel resolution with integrated audio and robust vandal-resistant construction. Purpose-built for demanding indoor environments—retail stores, offices, financial institutions, and secure facilities—this camera combines high-definition imaging with advanced surveillance analytics to provide comprehensive security coverage.

Key Features

• 5MP resolution with 1/1.8" 6MP CMOS imaging sensor
• IK08 vandal-resistant rated design
• Day/night capability with 30m IR illumination and 0 Lux IR operation
• 120dB Wide Dynamic Range (WDR) for balanced exposure in challenging lighting
• Integrated audio input/output with selectable mic or line-in connectivity
• PoE (IEEE 802.3af Class 3) powered—single cable deployment
• H.265/H.264/MJPEG video compression with WiseStream II smart codec
• IP66 rated for moisture protection

Technical Specifications

The XND-8040R captures at up to 30fps in H.265 or H.264 format with a fixed 7.0mm lens delivering a 50.7° horizontal field of view. Minimum illumination reaches 0.16 Lux in color mode and 0 Lux with IR enabled, ensuring reliable low-light performance. Advanced imaging features include digital noise reduction (SSNRv), electronic stabilization, defog processing, and lens distortion correction (LDC). The camera supports up to 10 simultaneous video streams with unicast (20 users) or multicast delivery, making it suitable for multi-site deployments.

Analytics & Intelligent Surveillance

Built-in analytics include motion detection with 8 configurable polygonal zones, directional detection, face detection, tamper detection, loitering alerts, and virtual line crossing. Advanced capabilities extend to people counting, queue management, and heatmap generation for business intelligence. Privacy masking supports up to 32 polygonal zones in multiple colors or mosaic format, ensuring compliance with data protection requirements.

Security & Network Integration

The camera implements HTTPS/SSL encryption, digest and IP-filtered login authentication, and 802.1X network authentication (EAP-TLS, EAP-LEAP). Full ONVIF Profile S/G/T compliance ensures interoperability with third-party management platforms. IPv4 and IPv6 support, DDNS, NTP, and SNMPv3 enable reliable network integration in complex IT environments.

Edge Storage & Connectivity

Dual microSD/SDHC/SDXC card slots accommodate up to 512GB total local storage for event-triggered or continuous recording. Ethernet connectivity supports 10/100BASE-T with RJ-45 termination. Audio compression options include G.711 and G.726 at variable bitrates.

Physical Design & Environmental

The compact form factor (Ø110x90mm, 380g) minimizes visual impact in finished interiors while the ivory aluminum housing resists scratches and corrosion. Operating temperature range spans -10°C to +55°C with maximum power consumption of 9W via PoE, reducing thermal load and installation costs.

Karl Wilson

The XND-8040R represents a mature, feature-complete solution for organizations requiring certified vandal resistance without sacrificing image quality or analytics depth. The combination of 5MP resolution, 120dB WDR, and advanced motion/behavior detection makes it suitable for retail loss prevention and facility access control. WiseStream II codec efficiency reduces bandwidth and storage overhead—critical for edge-based deployments with limited microSD capacity.

Integrated audio adds context to alarms and enables two-way communication when paired with a compatible management platform. The IK08 vandal rating provides confidence in high-traffic or semi-public indoor areas, though users should note the fixed lens and 50.7° FOV limit its use in ultra-wide coverage scenarios. For organizations already invested in Hanwha/Wisenet ecosystems, native SUNAPI integration and open platform support simplify scaling across multiple camera models.

Product Documentation

📄 Download Product Datasheet (PDF)