8MP 10x Zoom Thermal Imaging Camera Module: A High-Performance Imaging Solution
Xülasə
The 8MP 10x Zoom Thermal Imaging Camera Module is a versatile and powerful imaging solution designed for a wide range of surveillance, monitoring, and vision-based applications. Combining high-resolution imaging with advanced optical zoom and robust thermal capabilities, this module delivers exceptional clarity and performance even in challenging lighting conditions. Whether used in security systems, sənaye yoxlaması, or smart city infrastructure, this camera module provides reliable, high-quality video and intelligent analytics in a compact form factor.
Əsas xüsusiyyətlər
- High-Resolution Imaging: 8Millət vəkili (3840×2160) progressive CMOS sensor
- Superior Low-Light Performance:
- Rəng: 0.001 Lux @ F1.8 (AGC ON)
- B/W: 0.0005 Lux @ F1.8 (AGC ON)
- Powerful Zoom Capability:
- 10X Optik Zoom (5–50mm)
- 16x Rəqəmsal böyüdücü
- Advanced Video Processing:
- H.265 / H.264 sıxılma
- WDR (Wide Dynamic Range)
- Electronic anti-shake
- Intelligent Functions:
- Motion detection, area intrusion, cross-border detection
- Audio anomaly detection, crowd gathering alert
- Flexible Connectivity:
- MIPI interface
- Ethernet with ONVIF support
- VISCA/Pelco control protocol
- Robust Design:
- İşləmə temperaturu: -30°C to 60°C
- Compact size: 63.2×50.5×38.6mm, 105g
Features
| Kateqoriya | Details |
|---|---|
| Image Sensor | 1/2.8″ Progressive Scan CMOS |
| Dəq. Illumination | Rəng: 0.001 Lux; B/W: 0.0005 Lux @ F1.8, AGC ON |
| Linza | 5–50mm, F1.8–F2.5 |
| Field of View | H: 59.16°–6.76°; V: 29.58°–3.86°; D: 67.10°–7.70° |
| Zoom Speed | ~36s (optical, wide to tele) |
| Video sıxılma | H.265 (Main Profile), H.264 (Baseline/Main/High Profile) |
| Audio Compression | G.711, G.722.1, G.726, MP2L2, AAC, PCM |
| Streams | Main: up to 3840×2160 @30fps; Sub/Third: up to 1280×720 @60fps |
| Exposure Modes | AE, Aperture Priority, Shutter Priority, Əl ilə |
| Şəbəkə Protokolları | TCP / IP, Http, Rtsp, Onvif, IPv6, və s. |
| Saxlama | Micro SD/SDHC/SDXC up to 256GB, NAS support |
| Güc | 12DC-də, max 4.1W (with ICR) |
| İnterfeyslər | MIPI (J2), Ethernet (J1), Serial (JS), TF kartı (J7) |
Proqramlar
- Təhlükəsizlik & Müşahidə: Perimeter monitoring, indoor/outdoor CCTV, smart traffic systems
- Industrial Automation: Machine vision, quality inspection, robotic guidance
- Environmental Monitoring: Wildlife observation, weather stations, pollution tracking
- Smart City & İot: Traffic flow analysis, crowd management, public safety networks
- Thermal Imaging Integration: Can be combined with thermal sensors for night vision, fire detection, and thermal analytics
Suallar
Q: Does this module support thermal imaging?
A: While this base module is designed for visible-light imaging, it can be integrated with thermal sensor modules for combined visible+thermal applications. The MIPI and control interfaces allow seamless integration.
Q: What is the maximum recording resolution?
A: It supports up to 8MP (3840×2160) at 30fps for the main stream.
Q: Is it compatible with third-party NVR systems?
A: Bəli, it supports ONVIF Profile S and Profile G, ensuring broad compatibility with most NVRs and VMS platforms.
Q: What kind of zoom control is available?
A: It supports 10x optical zoom and 16x digital zoom, controllable via VISCA or optional Pelco protocols.
Q: Can it operate in extreme temperatures?
A: Bəli, it is designed to operate from -30°C to 60°C with humidity up to 95% kondensasiya olunmayan.
Q: Does it support local storage?
A: Bəli, it includes a TF card slot supporting up to 256GB for offline recording.
Rəy
The 8MP 10x Zoom Thermal Imaging Camera Module is a highly capable, flexible imaging solution suitable for both standard and specialized vision applications. With its high resolution, advanced zoom, low-light performance, and intelligent features, it stands out as a reliable choice for developers and integrators looking to deploy robust vision systems in diverse environments.
📧 Contact us for customization, integration support, or bulk orders.
📄 Download full datasheet and integration guideburada.

Sual vermək
Mesajınız göndərildi