Calix Accelerates Fiber Migration with Node-based E3-8G OLT
New hardened GPON OLT provides cost-effective gigabit services solution today with simple migration path to 10 gigabit PON
NEW ORLEANS – October 13, 2015 – Calix, Inc. (NYSE: CALX), the world leader in gigabit fiber deployments, today announced the newest member of its widely deployed E-Series portfolio – the E3-8G – an environmentally hardened, node-based optical line terminal (OLT). This innovative node is optimized to allow cable operators to cost-effectively deliver symmetrical gigabit services today, while preparing for 10 gigabit per second (10 Gbps) and multi-wavelength based PON service offerings in the future. Leveraging 60/90VAC cable plant power and a strand or pole mountable node-based design, the E3-8G is designed to seamlessly deliver advanced broadband services to over 500 subscribers using proven gigabit passive optical network (GPON) technology. Complemented by Calix Compass Open Link Cable DOCSIS provisioning software, the E3-8G can dramatically increase gigabit service velocity, allowing cable operators to deliver market leading gigabit service offerings over FTTx architectures.
“Cable companies are facing a perfect storm of business and technical disruptions including gigabit pressure, regulatory encroachment, and a groundswell of community broadband competition, many of which directly impact their access network,” said Greg Whelan, principal of Greywale Insights. “Cable companies need a graceful migration strategy to fiber architectures such as GPON. This migration must be simple and address the entire end-to-end service delivery architecture including the installed base of management systems and customer premise devices, as well as the realities literally on the ground, or in the outside plant.”
By utilizing a node-based architecture, cable operators can both leverage a familiar form factor and deployment model, as well as significantly improve the economics of fiber deployment when compared with traditional fiber network deployments. The E3-8G, temperature and environmentally hardened, supports a “rapid” deployment model as it eliminates the time, effort, and cost to acquire facilities for the placement of PON equipment in the outside plant. In addition, the node-based form factor of the E3-8G mimics traditional cable network equipment and provides operators with an architecture to which they are accustomed for both residential and commercial deployments.
Complementary to the launch of the E3-8G, Calix is also introducing the newest member of the Calix family of GigaCenters – the 856G GigaCenter – a premises service delivery station that supports MoCA 2.0, a variety of services and resident/cloud-based applications, and Carrier Class Wi-Fi. Armed with Carrier Class Wi-Fi, the 856G can ease an operator’s transition from RF video to IPTV services.
“The race to cost-effectively deliver the optimal gigabit service experience is on and cable operators are looking for solutions that both deliver the best performance and leverage their existing investment,” said Shane Eleniak, Calix vice president of product line leadership. “The combination of the E3-8G with its node-based architecture, the 856G GigaCenter with its Carrier Class Wi-Fi, and Open Link Cable lets cable operators quickly move to a gigabit experience that include the in-home services that today’s cloud-enabled subscribers are craving. These solutions also allow cable operators to easily introduce10 gigabit services in the future, giving them the ability to remain at the forefront of meeting subscriber needs.”
These new Calix innovations will be highlighted at the Calix booth #1627 this week at the SCTE Cable-Tec Expo in New Orleans.
Calix (NYSE: CALX) is a global leader in access innovation. Its Unified Access portfolio of broadband communications access software, systems, and services enables communications service providers worldwide to transform their networks and become the broadband provider of choice to their subscribers. For more information, visit the Calix website at www.calix.com.