Hanwha Vision SMT-1031PV 10.1 inch AI Public View Monitor, 1280x800 IPS, HDMI/VGA/BNC, Black

The Hanwha Vision SMT-1031PV is a 10.1-inch AI public view monitor engineered for professional surveillance environments where real-time analytics and reliable display are critical. Unlike standard monitors, it integrates AI object detection, loitering, and directional detection directly into the display, making it a powerful tool for proactive security monitoring.

Highlights

• 10.1-inch IPS LCD with 1280x800 WXGA resolution and 16:10 aspect ratio
• Built-in AI analytics: object detection, loitering, and directional detection
• Multiple video inputs: HDMI, VGA, and 2x BNC composite with loop-through outputs
• VESA 75x75mm mounting support for flexible installation
• Integrated stereo speakers (2x 1W) and audio in/out via 3.5mm jack

In daily use

Designed for continuous operation in security control rooms or retail environments, the SMT-1031PV delivers clear, wide-angle viewing (170° horizontal/vertical) and a brightness of 350 cd/m². Its compact size and low power consumption (max 10W) make it suitable for space-constrained installations, while the black finish blends seamlessly into professional settings.

Full specifications

• Display diagonal: 10.1 inches (25.65 cm)
• Display resolution: 1280 x 800 (WXGA)
• Panel type: IPS LCD
• Native aspect ratio: 16:10
• Brightness: 350 cd/m²
• Contrast ratio: 800:1
• Viewing angle: 170° horizontal / 170° vertical
• Response time: 25 ms
• Video inputs: 1x HDMI, 1x VGA, 2x BNC composite
• Video outputs: 2x BNC composite loop-through
• Built-in speakers: Yes (2x 1W)
• Power supply: DC 12V, 3A
• Power consumption (max): 10 W
• Operating temperature: 0°C to 40°C
• VESA mounting: Yes, 75x75 mm
• Product colour: Black
• AI features: Object detection, loitering, directional detection
• PIP/PBP: No
• USB port: Yes (for firmware/config)

Final note

The SMT-1031PV combines dependable display performance with embedded AI analytics, offering a streamlined solution for modern surveillance monitoring.