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Shutterless algorithm, strong shock resistance• No shutter correction is required to avoid shutter damage during use
• Mute operation for good concealment
• Shock resistance up to 1500g/0.4ms
• Max envelope diameter≤φ36, weight ≤28.6g (bare module) -
Powerful features, easy integration• Support reticles, storage, network, and keypads
• Support a variety of video interfaces
• Support various lenses: manual focus/motorized lens/continuous zoom
• Support to drive various Micro OLEDs
The ROCK series shutterless infrared camera core delivers exceptional thermal imaging capabilities. It does not require shutter correction during operation and can adapt to 1500g@0.4ms strong shock, solving the interference or noise problems encountered by observers. It allows users to see clearly in complete darkness and through challenging environmental conditions, and captures sharp and detailed images, ensuring accurate identification and target acquisition.
Designed with robust shock resistance technology, ROCK series shutterless infrared camera core remains reliable and functional in various challenging environments such as heavy vibrations and impacts, making it ideal for use in a variety of demanding environments without compromising image quality. This advanced infrared camera core is not only rugged and reliable but also supports extensive secondary development and various video interfaces. It can be seamlessly connected to various devices and systems, making it an ideal choice for various applications.
In order to meet the personalized needs of integrators, ROCK series infrared camera core is equipped with various functions such as reticle, external OLED, keypads and provides various video interfaces and lenses for easy integration. It drives various Micro OLED displays to provide high-quality visual output, enhance user experience and ensure optimal display performance. It excels in detecting and identifying targets even in complete darkness or extreme low-light conditions. This advanced imaging solution delivers exceptional performance across a range of demanding applications. Such a powerful performance infrared camera core truly provides first-class observation experience under limited space and load conditions.
Elevate your thermal imaging capabilities with the ROCK series infrared camera core. Its combination of advanced features, durability, and flexibility for secondary development makes it the perfect choice for professionals seeking a reliable and adaptable thermal imaging solution. Whether for outdoor leisure, surveillance, or research, this infrared camera core is your go-to solution for clear, reliable thermal imaging.
Model | ROCKA312 | ROCKA612 | ROCKB312 | ROCKB612 |
IR Detector | 384×288/12μm | 640×512/12μm | 384×288/12μm | 640×512/12μm |
Spectral Response | 8~14μm | |||
Typical NETD | ≤30mK@F1.0/25℃ | |||
Analog Video | PAL/NTSC | |||
Digital Video Interface | DVP8/DVP16/USB2.0/LVDS/BT.656 | DVP16/USB3.0/MIPI/BT.1120 | ||
Frame Rate | 25/30/50HZ | |||
Image Algorithm | NUC/DRC/DNS/DDE/SFFC | |||
Digital Zoom | 1x/2x/4x | 1x/2x/4x/8x | The Reticles Center is Magnified 1x/2x/4x | The Reticles Center is Magnified 1x/2x/4x/8x |
Image Direction | Horizontal/Vertical/Diagonal | |||
Cross Division | Support | |||
Picture in Picture | Support Upper Left/Upper Middle/Upper Right, and Drawing with Reticles | |||
Photo | / | Support | ||
Video | / | Support | ||
Standard External Interface | 50pin: BP040SB-50-0114-B-R0 | 80pin | ||
Communication Interface | RS232-TTL/USB2.0 | |||
Power Interface | Battery Supply/USB External Power Supply | |||
Power Consumption | 0.5W@23±3℃ | 1.5W@23±3℃ | ||
Size | ≤φ36 (Max Envelope Diameter) | |||
Weight | ≤28.6g | ≤29.5g | ||
Working Temperature | -40℃~+70℃ (Imaging) | |||
Optics | Fixed Focus Athermal: 19/25/35/50/70/100mm Manual Focus: 25/35/50mm Motorized Lens: 75/100/150mm Continuous Zoom: 28~90/30~180mm | |||
Extension Components | Cameralink/HDMI/SDI/MIPI/GigE/USB2.0/USB3.0/VPC | WIFI: support 802.11b/g, 2.4Ghz, real-time video transmission and control Ethernet: support RTSP/HTTP/FTP/CGI |