#Sweden #Lund #InCoax Networks #MoCA Access #Broadband Solution

InCoax Networks Unveils 5 Gbps Broadband Access Solution

InCoax Networks, headquartered in Lund, Sweden, has recently announced a significant advancement in broadband technology—it has launched a new solution capable of delivering symmetrical speeds of 5 Gbps over coaxial networks. This marks a noteworthy evolution in the realm of broadband access, aiming to bridge the gap between existing infrastructure and the demand for faster internet services.

Innovation in Broadband Technology

While typical coaxial networks have long been limited to lower speeds, InCoax’s newest offering stems from its patented Link Aggregation (LAG) technology. This innovative approach merges two separate MoCA Access™ 2.5 channels, creating a high-performance connection that achieves unprecedented speeds. The InCoax Access A5 NTE modem is central to this system, which boasts remarkable throughput and efficiency.

The solution is designed to tackle previously encountered hurdles such as synchronization, packet distribution, latency, and stability – key challenges in providing seamless high-speed connectivity. With this new development, InCoax claims to establish the first commercially available system where two independent MoCA channels function as a unified 5 Gbps link, paving the way for an advanced broadband experience.

Key Features of the InCoax Access A5 NTE

The InCoax Access A5 NTE modem represents further integration into contemporary operator systems. It works alongside the inxtnd C254 Control Unit to provide sustained throughput of 5 Gbps over an extended reach of up to 240 meters. This offers not only the required bandwidth but also ensures robust Quality of Service (QoS) and full backward compatibility with existing MoCA Access 2.5 networks.

InCoax's solution also supports remote configuration, enabling seamless integration into operators’ Operations Support Systems (OSS) and Business Support Systems (BSS). This not only streamlines deployment but also enhances network management capabilities, allowing for easy adjustments based on operator needs.

A Game Changer for Internet Service Providers

According to Jörgen Ekengren, the CEO of InCoax Networks, the launch marks a crucial breakthrough in offering multi-gigabit broadband via coaxial connections. He stated, 'Launching a solution capable of 5 Gbps over coax demonstrates both our innovation and our ability to turn R&D into operator-ready technology.' This release positions coaxial networks as a strategic medium that remains relevant in delivering high-speed internet, offering an alternative to costly fiber installations or complex DOCSIS 4.0 upgrades.

The InCoax Access 5 Gbps solution provides Internet Service Providers (ISPs) a competitive edge by enabling them to introduce premium service tiers more rapidly while enhancing their long-term viability through ongoing software enhancements. As they look to expand their offerings, service providers can capitalize on this opportunity to generate revenue and attract new customers more swiftly than traditional fiber installations would allow.

Testing and Availability

Currently, the InCoax Access 5 Gbps solution is available for operator testing, allowing service providers to assess its performance in real-world environments. As they validate the technology, operators will be better positioned to adopt this innovative solution, expediting their roadmap toward next-generation broadband capabilities.

For further technical insights into this groundbreaking development, InCoax has published a comprehensive white paper titled '5 Gbps Fiber Access Extension over coax with MoCA Access 2.5 aggregation for next generation broadband.' This document explores the engineering innovations behind the system and outlines the compelling business case for operators.

To learn more about this advanced broadband access solution, visit www.incoax.com. InCoax Networks continues to demonstrate its commitment to utilizing existing infrastructure effectively while remaining at the forefront of broadband technology advancements.