Before 2015, creating immersive video experiences required a complex setup of multiple independent cameras and high-powered software, often resulting in expensive professional equipment. These systems were not only costly but also technically demanding, limiting their use to studios and specialized teams. However, with the rapid advancement of camera technology, sensor development, and processing power, VR panoramic cameras have now become more accessible and are gradually entering mainstream markets.
Samsung recently launched a 360-degree 3D VR camera capable of capturing 4K resolution videos at 30fps. This innovation has made it possible for more consumers to experience realistic, immersive content. In addition, the release of consumer-grade VR headsets like the Oculus Rift in 2016 significantly boosted interest in VR cameras, making them more than just a niche product.
This particular camera features 17 lenses, enabling real-time broadcasting of 4K "3D video" and "spatial audio." It's important to note that this device is not aimed at everyday users or casual content creators. Instead, it's designed for professionals who require high-quality, immersive media. The price tag of $10,499 (approximately 69,961 RMB) reflects its advanced capabilities and target market.
While this kind of high-end camera is still used by a small group of professionals, the landscape has changed over the years. A few years ago, creators would rely on multiple GoPro cameras to achieve similar effects. Later, integrated devices like the Jaunt One and Nokia OZO emerged, offering more streamlined solutions. However, even these powerful systems demand top-tier computing hardware—especially when it comes to live streaming. A system with at least a 10-core i7-6950X processor, 32GB of RAM, and two GeForce GTX 1080 Ti GPUs is typically required. If you're considering purchasing a 360 Round, you likely already have the resources to handle such requirements.
Sensors
Sensors are complex devices that are often used to detect and respond to electrical or optical signals. Sensors convert physical parameters (such as temperature, blood pressure, humidity, speed, etc.) into signals that can be measured electrically. Proximity sensors detect the presence of objects with almost no point of contact. Due to the lack of contact between the sensor and the object under test and the lack of mechanical parts, these sensors have long service life and high reliability. The proximity sensor emits an electromagnetic or electrostatic field or electromagnetic radiation beam (such as infrared) and waits for a return signal or change in the field. The object to be sensed is called the target of the proximity sensor.
proximity sensor,pressure sensor,magnetic sensor,air pressure sensor , electronic magnetic sensor
Kunshan SVL Electric Co.,Ltd , https://www.svlelectric.com
