IPC-HFW1239DT-4G-ST-IL-EU-B
IPC-HFW1239DT-4G-ST-IL-EU-B | 2MP Smart Dual Light 4G Bullet Camera
The IPC-HFW1239DT-4G-ST-IL-EU-B is a professional entry-level 4G bullet camera designed for 2026’s off-grid security challenges. Engineered for locations without Wi-Fi or Ethernet—such as remote warehouses, farm perimeters, and construction boundaries—this camera combines independent 4G connectivity with Smart Dual Light technology for high-definition monitoring anywhere.
Independent Connectivity & Intelligent Lighting
- Integrated 4G LTE: Features built-in 4G connectivity, allowing for high-definition remote monitoring in areas without traditional internet infrastructure. Simply insert a compatible SIM card to stay connected to your site 24/7.
- Smart Dual Light Technology: See in color only when it counts. This system maintains discreet IR monitoring in the dark, then automatically switches to Warm Light illumination the moment motion is detected. This provides full-color forensic evidence while acting as a visible deterrent.
- 1080p Full HD Clarity: Delivers crisp 2-megapixel resolution, providing reliable visual evidence and smooth live-streaming for outdoor environments.
Rugged Build & Interactive Communication
- IP67 Weatherproof Rating: Fully protected against dust ingress and capable of withstanding heavy rain and immersion in water. This ensures reliable operation in the harshest outdoor climates and extreme temperatures.
- Two-Way Communication: Features a built-in high-sensitivity microphone and speaker. Communicate with on-site staff or warn off trespassers in real-time directly from your smartphone app.
- Discreet Bullet Design: The compact bullet form factor is ideal for visible yet unobtrusive installation on poles, walls, or fences.
Smart Management & Storage
- Real-Time Mobile Alerts: Receive instant notifications the moment a target is detected, allowing for rapid remote response via the mobile app.
- Secure Edge Storage: Supports high-capacity local Micro SD card recording to ensure your data remains accessible even during cellular signal fluctuations.

