Raptor Optical Engine
This small, lightweight, complete optical engine offers uncompressed 4K and 8K video, using only one fiber for maximum flexibility and minimal size. Perfect for medical displays, endoscopes, robotics, surveillance cameras, and many other applications where performance and reliability are mission-critical.
The Raptor is the ideal solution for optical video systems, with native uncompressed video transmission over just one industry-standard fiber for complete security with full resolution video connectivity up to 3,300 ft for 4K video and 1,000 ft for 8k video.
Product BriefIn the realm of modern technology, optical engines or optical subassemblies (OSAs) play a pivotal role in facilitating the transmission of data through optical fiber networks. An optical subassembly does the electrical-to-optical signal conversion, and is a crucial component within optical transceivers, modules, and other devices that utilize optical communication technology.
These components typically include lasers, photodiodes, lenses, filters, and other elements necessary for transmitting and receiving optical signals effectively. By combining these components into a compact and efficient assembly, OSAs enable the conversion of electrical signals into optical signals for transmission and vice versa. Advantages include high reliability, scalability, and low power consumption.
With the Raptor optical engine, you can unlock the full potential of our OptoEngine technology and revolutionize the way you transmit data. Whether you’re in the medical, industrial, or telecommunications field, the Raptor empowers you to achieve unrivaled performance, reliability, and efficiency.
Inneos OptoEngine™ technology delivers high-performance optical connectivity in a compact, easy-to-integrate package. Designed to convert electrical signals to optical signals and back again, OptoEngine™ modules enable high-speed data and video transmission over fiber while reducing the size, weight, power consumption, and electromagnetic interference associated with traditional copper interconnects.