Sony FCB camera block
In underwater scenarios such as Marine resource exploration, ecological research, and pipeline inspection, traditional cameras often become technical bottlenecks due to their large size, limited image quality, or poor environmental adaptability. The Tamron MP3010M-EV, as a 10x optical zoom ultra-lightweight camera module specifically designed for underwater robots, with a weight of only 70 grams, a compact body of 59 millimeters, and the core technology of SONY’s STARVIS™ low-light sensor, redefines the efficiency and accuracy of underwater imaging, becoming an “invisible weapon” in the field of deep-sea exploration.
1. Compact in size, it contains powerful energy and breaks through spatial limitations
The most eye-catching feature of the Tamron MP3010M-EV lies in its extremely compact design. With a length of only 59 millimeters and a weight of just 70 grams, this ultra-lightweight design makes it particularly suitable for underwater robot application scenarios where space is limited.
For underwater robots, every additional gram of weight means an extra burden on the propulsion system and energy system. The lightweight design of the Tamron MP3010M-EV significantly reduces the overall load of the underwater robot, directly enhancing its endurance and maneuverability. This means that underwater robots can explore broader areas and complete underwater tasks for longer periods of time.
Whether it is the inspection of narrow underwater pipelines or the exploration of complex underwater structures, the Tamron MP3010M-EV can be easily integrated into various underwater robot systems, providing high-quality visual perception capabilities for robots without adding excessive burdens.
2. 10x zoom capability, effortless detail capture
The 10x optical zoom function of the Tamron MP3010M-EV provides great operational flexibility for underwater robots. Operators can flexibly adjust the focal length as needed to achieve both long-distance and close-range imaging, meeting the observation requirements of different underwater scenarios. When underwater robots are conducting searches in large water areas, the zoom function enables the robots to observe targets at different distances without frequent movement, significantly enhancing the search efficiency. For tasks that require detailed observation, such as underwater structure inspection and biological observation, the zoom function enables the robot to capture more details, providing high-quality image materials for subsequent analysis.
3. SONY STARVIS™ Low-Light Sensor: The “King of Dark Light” in the Deep Sea
The lighting conditions in underwater environments are harsh. Traditional cameras often encounter problems such as blurry images and color distortion at night or in deep water areas. The SONY STARVIS™ CMOS sensor equipped in the Tamron MP3010M-EV achieves a “low-light breakthrough” through the following technologies:
1) 0.025lux starlight-level sensitivity: In the absence of supplementary light, it can clearly present the fluorescence characteristics of deep-sea organisms and the details of equipment rust, with an improved signal-to-noise ratio compared to ordinary sensors.
2) Day-night switching function: Automatically switch from daytime mode to nighttime mode to enhance sensor sensitivity and ensure continuous imaging for 24 hours.
3) Wide dynamic range (WDR) : In scenes where strong light (such as direct exposure from diving lights) and shadow (such as crevices in reefs) alternate, it fully retains tissue texture and lesion boundaries, reducing the risk of misjudgment.
4) Electronic image stabilization technology: Tamron MP3010M-EV can effectively reduce image blurring caused by high-frequency vibration, ensuring that underwater robots can capture stable images even in flowing water.
4. Multi-interface support makes system integration more convenient
The Tamron MP3010M-EV demonstrates a high degree of flexibility in video output, supporting LVDS, HDMI and CVBS (standard definition) output, and can output all high-definition modes up to 1080/60p. This diverse output mode enables the module to be easily connected to the control systems and display systems of various underwater robots. In terms of control, the Tamron MP3010M-EV is seamlessly compatible with SONY VISCA protocol and TTL/RS-232/RS-485 serial control, and can be seamlessly integrated with various control systems. This feature significantly reduces the integration difficulty and shortens the development cycle of underwater robots.
5. Broad application prospects
Combining the outstanding features of the Tamron MP3010M-EV, underwater robots can play a significant role in the following fields:
Underwater search and rescue: In the event of a water accident, the underwater robot equipped with the Tamron MP3010M-EV can quickly search underwater. Its high-definition picture quality and low-light performance increase the possibility of finding targets in turbid or deep water areas.
1) Underwater pipeline and facility inspection: Underwater robots can inspect underwater oil and gas pipelines, submarine cables and other facilities. The zoom function of the Tamron MP3010M-EV can capture subtle changes on the surface of the facilities, such as cracks and corrosion.
2) Marine scientific research: For Marine biologists, the high-definition imaging capability of the Tamron MP3010M-EV can help them observe and record the behavioral habits of underwater organisms without causing any disturbance to them.
3) Underwater archaeological exploration: For the archaeological excavation of underwater sites and sunken ships, the zoom function of the Tamron MP3010M-EV can help underwater robots clearly present distant or minute targets.
Future Outlook: The perfect combination of compactness and high performance
With the continuous expansion of underwater robot applications, the requirements for camera modules are also getting higher and higher. The Tamron MP3010M-EV represents the development direction of the perfect combination of compact camera modules and high performance.
With its outstanding performance and compact design, the Tamron MP3010M-EV is becoming a “discerning eye” in the field of underwater robots, helping humanity uncover the mysteries of the deep sea and expand the boundaries of underwater operations. For underwater robot manufacturers and system integrators, choosing the Tamron MP3010M-EV means seizing the initiative in the fierce market competition and driving industrial upgrading through technological innovation.
Tamron MP3010M-EV and its high-definition video secondary development solution will be showcased at the 20th China International Exhibition on Public Security and Safety. At that time, we sincerely welcome you to come to the site for experience and exchange.
Time: October 28-31, 2025
Location: Shenzhen Convention and Exhibition Center (Futian)
Booth No. : 1C43, Hall 1