Cable operators know they must innovate and evolve their hybrid fiber-coax (HFC) networks to meet modern needs. Legacy infrastructure simply can’t keep up with subscribers’ expectations for better, faster services. Vecima’s Entra® EN9000 Generic Access Platform (GAP) node provides a future-proof platform that helps operators gain a competitive edge while accelerating technology updates.

The node’s standardized housing, interfaces, and power, allow operators to deliver multiple services from a single platform, including R-PHY, PON, small cell, and wireless. They can also transition between coax, fiber, and future applications cost-efficiently. Thanks to Vecima’s innovation, operators will be able to enhance network performance, deploy new services faster and more efficiently than ever before, and ensure reliable connectivity. As the world’s first commercially available GAP node, the EN9000 is a game-changer for HFC networks.

Open Architecture, Lasting Savings

Unlike traditional analog nodes, the EN9000 GAP node is designed for longevity and resilience. It has the power and thermal requirements to support an array of technologies, including those that haven’t been thought of yet. This flexibility translates into significant long-term savings and operational efficiency by reducing the need for frequent hardware upgrades or replacements.

Furthermore, operators will no longer be locked into vendor-specific components. The EN9000 GAP node’s open architecture allows operators to choose the best solutions from a variety of vendors. This freedom of choice drives costs down and ensures that networks remain agile and scalable. By avoiding vendor lock-in, operators can maintain greater control over their networks without being constrained by proprietary limitations.

Advanced Remote Monitoring & Management

Analog nodes often have no remote management for operational visibility or required vendor-specific management systems. The EN9000 GAP node provides extensive visibility into deployed modules, operating state, and health of the outside plant network and supports standardized object models. Operators can perform diagnostics, software updates, node splits and troubleshooting without sending technicians on-site, resulting in fewer truck rolls and reduced maintenance costs.

Future Applications

The GAP specifications were developed with a focus on today’s technologies as well as future technologies / applications and Vecima has incorporated these features into the EN9000. The EN9000 power supplies have multiple voltage rails to support direct powering of major components with minimal power translation which minimizes components and power conversion losses. The node enclosure is designed to dissipate the maximum amount of heat for the size of the enclosure. The EN9000 GAP node was also designed to support edge compute applications which bring network technology closer to the “edge,” where subscribers are, reduces latency, improves response times, and optimizes bandwidth.

Top Cable Operator Orders EN9000

Interest in Vecima’s “forever node” is high, with a major U.S. cable operator already receiving volume shipments. Other operators are currently qualifying the EN9000 GAP node for deployment within their HFC networks. This is an exciting time for the industry and we’re proud to be part of it. Vecima remains committed to innovation, continuously refining and advancing our solutions to help cable operators stay ahead of technology trends and integrate cutting-edge services and applications. To learn more, please visit our website.

Learn more about Vecima’s EN9000 9000 GAP Node.