Lynx Technik AG OH-TX-4-1330 Single Optical 3G-SDI Transmitter SFP Module with LC Connectors, 1330nm Wavelength, CWDM Fiber Link, Up to 40km TX Distances

Over long distances and demanding professional environments, the OH-TX-4-1330 Single Optical 3G-SDI Transmitter SFP Module stands out as a durable, high-quality, and reliable solution for optical signal transmission. This advanced and innovative SFP module is specifically designed to seamlessly convert electrical SDI signals into optical signals, ensuring high-definition video and audio transmission with minimal signal loss.

With its 1330nm wavelength, this transmitter falls squarely within the CWDM spectrum, making it versatile for a wide array of applications. It supports a robust fiber link technology capable of maintaining signal integrity over distances of up to 40km, which is ideal for professional video and audio applications that require extended reach without compromising quality.

The OH-TX-4-1330 is compatible with select LYNX Technik yellobrik and Series 5000 products, offering a plug-in option that enhances the capabilities of these systems. Users can benefit from the module's support of various SDI signals, including 270Mbit, 1.485Gbit, and 2.97Gbit rates, conforming to industry standards such as SMPTE 424M, 292M, 259M, and DVB-ASI, ensuring broad compatibility and reliable performance.

Installation and upgrades are made effortless thanks to the provided socket or "cage" within the supporting LYNX product. The SFP module's hot-swappable design allows for quick and easy exchanges without the need to power down the equipment, minimizing downtime and enhancing productivity.

With a selection of 18 wavelength options available for CWDM applications, this transmitter module is not only a testament to technical innovation but also offers the flexibility needed to meet the specific requirements of various professional setups. The OH-TX-4-1330 is the go-to choice for industry professionals looking for a transmitter that combines long-distance capability with the precision and reliability necessary for high-stakes audio and video transmission.