Neutrik Americas has announced the expansion of the FIBERFOX portfolio that provides data transmission over extended distances with the debut of a new single-mode option.
The new FIBERFOX single-mode connector is compatible with MIL-DTL-83526 while preserving the ruby-red design of the EBC15 series. Further, the new single-mode technology is available for NEUTRIK’s EBC25 series, making it well-suited for government and industrial applications. It carries an IP68 rating (mated and unmated) in a design tailored for harsh environments.
FIBERFOX with single-mode technology requires no special cleaning or measurement tools. Both insertion and return signal loss are minimized per the IEC 61300-3-4 and IEC 61300-3-6 protocols. The technology utilizes wear-free connectors designed for up to 10.000 mating cycles without requiring any maintenance. The cables are prolongable directly, with no couplers required. And, single-mode is also available with XTREME cabling and as a SPLIT assembly.
Upon request, several types of EBC15 cable assemblies are available for the company’s customers in two and four-channel variants and on the following spool types: cable reel GT310, cable reel GT450, cable reel HT582, and cable reel SK4812.
Detailed information about different lengths, packaging alternatives, and available wire materials is available by contacting Neutrik Americas sales. Similarly, kits for cable assemblies will be available for MCC (Major Custom Cable) and specifically certified COCA assemblers of FIBERFOX single-mode. Chassis connectors come with fixed LC-Patch cable, which is available for two and four-channel connections.
David Kuklinkski, Neutrik Americas director of fiber optic solutions, says, “We are excited to continue adding to NEUTRIK’s Expanded Beam Fiber Connectivity products with the expansion of the FIBERFOX portfolio into single-mode technology. FIBERFOX has proven to be a robust, rugged fiber connector for the harshest environments with its IP68 rating. FIBERFOX is the preferred choice for applications where data transmission over extended distances is paramount.”
