Sony FCB camera block
In traditional classrooms, when teachers demonstrate experiments, students in the back rows cannot see the details clearly. In remote teaching, the blurry images lead to low efficiency in knowledge transmission. Practical courses such as medicine and engineering lack the support of real scenarios… These pain points have long restricted the improvement of educational quality.
Xuanzhan Technology, the official authorized distributor of SONY (China), proudly recommends the FCB-EW9500H integrated camera module. With core technologies such as 4-megapixel ultra-clear picture quality, 30x optical zoom, and super image stabilization, it provides an immersive solution for educational scenarios that is “clear in view, accurate in capture, and strong in interaction”, redefining the boundaries of smart education.
1. 4 million pixels + 30x zoom: Make every detail a “magnifying glass” for teaching
The SONY FCB-EW9500H is equipped with a 1/1.8-inch STARVIS CMOS sensor, featuring 4.17 million effective pixels. Coupled with 30x enhanced optical zoom technology, it can clearly capture the details of all scenes from micro to macro.
Medical teaching: In anatomical experiments, the 30x optical zoom lens of SONY FCB-EW9500H can precisely focus on the texture of blood vessels and the course of nerves. It can even magnify to the cellular level for observation through digital zoom, replacing the single perspective of traditional microscopes. This enables students to simultaneously see every key point of operation through a large screen.
Engineering training: In practical courses such as mechanical disassembly and assembly, and circuit soldering, the SONY FCB-EW9500H can take long-distance photos of the internal structure of the equipment, and then zoom in to details such as the specifications of screws and the quality of solder joints, avoiding students from missing key steps due to position restrictions.
Remote classroom: The addition of the 4K HDMI interface board enables SONY FCB-EW9500H video output to support multi-screen synchronous live streaming. Students in remote areas can also “resonate” with urban classrooms through high-definition images, completely breaking down the barriers of regional resources.
Ii. Super Anti-Shake + Intelligent Focusing: The “Stabilizer” for Dynamic Teaching Scenarios
Traditional cameras are prone to jitter and blurring in dynamic scenes such as teachers moving around and conducting experiments. However, SONY’s FCB-EW9500H’s super image stabilization technology and area auto-focus function can stabilize the picture in real time and lock onto the target area.
Chemical experiment demonstration: When the teacher shakes the test tube in hand or pours liquid, the SONY FCB-EW9500H automatically identifies the position of the test tube and keeps the focus, avoiding blurring of the picture due to hand shaking and ensuring that students can clearly observe the reaction process.
Sports skills teaching: In courses such as basketball dribbling and dance movement decomposition, the anti-shake technology of SONY FCB-EW9500H can eliminate the trailing effect of the picture during movement. Combined with auto-focus, it can quickly switch to close-ups of the teacher’s gestures or steps, helping students accurately imitate the key points of the movements.
Interactive Q&A session: When students come to the stage to present their works, the SONY FCB-EW9500H can quickly adjust the focal length to the details of the work, and at the same time keep the picture stable through image stabilization, allowing the whole class to focus on the discussion point and enhancing the efficiency of classroom interaction.
Iii. Low Illumination + Wide Dynamic Range: The “Adaptive Master” for Complex Light Environments
The lighting in the classroom is complex and changeable. The SONY FCB-EW9500H, through low-light enhancement technology and high dynamic range wide dynamic range (WDR), can still output clear images in backlit, low-light or strong contrast scenes.
Backlit blackboard writing shooting: When strong light shines through the classroom window, the WDR function of SONY FCB-EW9500H can balance the difference in indoor and outdoor light, ensuring that the blackboard writing and the teacher’s face are clearly visible at the same time, avoiding the pain points of traditional cameras such as “overexposure of the blackboard” or “too dark face”.
Nighttime practical training course: In nighttime operation scenarios such as lathe operation and electric welding, the SONY FCB-EW9500H can still capture details such as metal reflections and arc sparks in low-light mode, and output color images in combination with the ICR ON (Nighttime Infrared Color) mode, providing visual guarantee for safe teaching.
Multimedia projection teaching: When the projector light interweaves with the classroom lights, the SONY FCB-EW9500H can automatically optimize the color saturation and contrast, ensuring that the PPT content, teacher gestures and physical teaching AIDS are presented clearly and synchronously, enhancing the integration effect of multi-modal teaching.
IV. Multi-interface + Lightweight Design: The “Universal Adapter” for Educational Scenarios
As an official authorized distributor of SONY (China) and a provider of high-definition video secondary development solutions, Xuanzhan Technology’s independently developed 4K HDMI interface board, 4KP60 HDMI interface board, and 4K USB TYPE-C video capture board can enable multi-interface output such as HDMI and USB for SONY FCB-EW9500H. It can be seamlessly integrated with educational terminals such as electronic whiteboards, recording and broadcasting systems, and VR devices. Meanwhile, its compact and lightweight design (56×64×125mm) makes it easy to install on classroom ceilings, laboratory benches or mobile trolleys.
VR/AR integrated teaching: By connecting VR devices through HDMI interfaces, the real-time images captured by SONY FCB-EW9500H can be superimposed with virtual models (such as molecular structures and mechanical principles), allowing students to observe the “real + virtual” composite scenes through the head-mounted display and deepen their understanding of abstract concepts.
Mobile Teaching Workshop: Equipped with a portable battery and a tripod, the SONY FCB-EW9500H can be quickly deployed in outdoor sketching, field research and other scenarios. It can transmit high-definition images in real time through 4G/5G modules, allowing students on campus to “virtually participate” in on-site teaching.
V. Educational Case: Immersive Transformation from Theory to Practice
The surgical teaching system of a certain medical college: SONY FCB-EW9500H is integrated into the surgical microscope. Through 30x zoom, it focuses on the incision of the surgical knife and the reaction of the tissue. The 4K image is synchronously transmitted to the large screen in the lecture hall. Students can clearly observe the operation techniques of the chief surgeon and the changes in the patient’s vital signs, and the teaching efficiency is improved.
In the intelligent manufacturing training of a certain vocational college, SONY FCB-EW9500H was installed on the industrial robot workstation. The anti-shake technology stably captured the high-speed movement trajectory of the mechanical arm. Students optimized the programming parameters by analyzing the high-definition images, and the pass rate of the training was effectively improved.
Conclusion: The evolution of education begins with “seeing clearly”
SONY FCB-EW9500H, with its ultra-clear picture quality, intelligent stability and flexible adaptability, upgrades the traditional classroom into a perceptible, interactive and expandable immersive space, enabling knowledge transmission to break through the limitations of time and space and turning every detail into a spark that inspires learning interest.