EdenFiber Carrier-Class Ethernet - E-Fiber™
Business communications networks have evolved. Today’s networks have become much more than just transport vehicles, they have become a business platform integral to application performance and delivery, which translates to improved business processes and workflow.
As such, services that enable increased bandwidth and the ability to scale alongside business needs will become even more critical to enterprises seeking to increase productivity without increasing costs. One such service allowing this is carrier-class Ethernet.
Carrier-class Ethernet combines all the benefits and cost savings of Ethernet services with an infrastructure designed specifically to address the unique demands of today’s enterprises.
Leading carrier-class Ethernet architectures feature a ring
topology purpose-built for resiliency, redundant fiber throughout the
core, distribution and access rings, and a “self-healing” architecture
to repair potential problems before they reach end users.
Traditional Ethernet relied on a domain being no larger then one enterprise campus. The scaling and security of carrier-class Ethernet now allows service providers to use this technology to service unlimited amounts of customers with robust mechanisms for fault recovery and traffic segregation – ensuring efficiency and productivity are maximized without impacting overall costs.
Many enterprise network managers are seeing their data volume dramatically increase. This is due to a number of reasons, including the enterprises’ increased reliance on bandwidth-hungry applications such as CRM, ERP, Business Intelligence, video conferencing and VOIP applications, as well as the need for greater network security, speed, and storage. Another, arguably more relevant factor that contributes to higher bandwidth is application transaction delay. Some modern applications actually require transaction delays in the 50-ms range that can only be delivered using high-speed transport. However, these applications will typically not compel a provider to dramatically re-architect its network; instead, they will change the way in which services including bandwidth are delivered.
E-Fiber™ High
Performance fiber networks