Cross River Fiber Supports RF Technologies in New Jersey
Today at the Telecom Exchange, the New Jersey-based telecommunications solutions provider and boutique dark fiber optic, Cross River Fiber, declared its support of infrastructure and dark fiber solutions for Radio Frequencies (RF) wireless communication technologies being stationed in New Jersey. The difference between these frequencies and other types of telecommunication devices is ultra-low RF networks usually need to transition to a physical interconnection point. If equipped with dark fiber, these structures can maintain ultra-low latency connectivity into colocation and data center facilities. Cross River Fiber offers these solutions to firms that require the shortest most direct physical connection into important financial data centers. These firms include enterprise financial users, high frequency trading firms, and RF wireless providers.
With new, faster methods of data transport, high frequency traders will be able to continue a viable edge in support of their business demands. The fusion of ultra-low latency RF technologies and Cross River’s dark fiber network complement one another with repetition and dependability that support the competitive nature of high speed trading.
“By identifying innovative connectivity solutions, Cross River Fiber is able to deliver best-of-breed technology and communication solutions to companies that want secondary and tertiary connections that are as fast as their primary connections,” comments Vincenzo Clemente, CEO of Cross River Fiber. “Supporting the Ultra–Low Latency RF initiative in New Jersey is new for Cross River as we continue to develop unique solutions for our end users. This often requires thinking outside of the box and using our niche expertise in design and construction to deploy physical layer network solutions.”
For more information about Cross River Fiber and its mission to design, construct and deliver the most innovative fiber optic network solutions, visit www.crossriverfiber.com or email email@example.com.