Network management

Fairfax (OK) will be the first town to be connected to the internet by Cox Communications on a fiber network leased from a local power provider. Indian Electric Cooperative (IEC) CEO Todd Schroeder said service should be available by the end of 2023. In addition to multi-gigabit, symmetrical broadband, Cox will offer its Contour TV product, as well as mobile phone service through Cox Mobile.

Ubiquity has launched open access networks in Carlsbad (CA) and Mesa (AZ). The company said the Mesa deployment is the nation’s first scaled fiber deployment, in which service provider tenants will use both lit and dark fiber to service business and residential customers. At the same time, the company announced new fiber “footprints” in Omaha (NE) and Council Bluffs (IA).

123NET and Allegan County (MI) have been awarded a $65 million project to construct an open-access, carrier-neutral fiber network. This county-wide broadband project will begin construction in mid-August 2023. The Allegan County Board of Commissioners and 123NET established a public-private partnership earlier in 2023 and applied for the Realizing Opportunity with Broadband Infrastructure Networks (ROBIN) grant together.

Some experts anticipate that US mobile operators will spend more on their small cell deployments in the coming months and use the technology to fill in coverage gaps and boost capacity in their 5G networks. Joe Madden, founder and lead analyst at Mobile Experts predicts that now that operators have deployed much of their 5G macro network, they will turn their attention to small cells and use the technology to fill in coverage gaps, solve capacity issues and provide in-building coverage. Although small cell deployments didn’t get a lot of attention in 2022, industry trade group CTIA reported

Experts at Fiber Connect convened to address the need for new approaches to fiber deployments in challenging environments.

Nokia is broadening its horizons with a new version of its network-in-a-box solution, adding new components into the mix and making its kit scalable to meet the needs of medium-sized operators in addition to small ones.

SiFi Networks will go live with the first neighborhood in its Placentia FiberCity Project where homes and businesses will gain access to the company’s all-fiber open access network. The project, which will cost around $35 million, is privately funded by SiFi Networks and will eventually provide access to some 20,000 locations in Placentia, California.

At Mountain Connect, a panel discussed some of the pros and cons of open access networks. These networks are deployed by one company and then leased to multiple internet service providers, which can then offer broadband service to end customers. Jack Waters, CEO of Intrepid Fiber Networks, said open access networks give consumers a choice of providers. “The idea of choice is incredibly powerful,” he said. “It’s not something you ever got in telecom.” He also said that building open access networks can make things less disruptive for communities.

Tillman FiberCo received a $200 million investment from Northleaf Capital Partners to fuel plans to build an open-access fiber network in five states. The deal with Northleaf leaves the door open to another $300 million investment when the time is right. Founded in 2021, Tillman FiberCo is a subsidiary of Tillman Global Holdings, whose other subsidiary, Tillman Networks, is a well-known player in the telecommunications construction world. But unlike its sister company, Tillman FiberCo not only designs and builds fiber networks, but also owns them.

DOCSIS 4.0 has been billed as the technology that will put cable operators on par with 10G PON service from fiber providers, but a recent CableLabs interoperability event showed cable companies can hit over 8 Gbps with a mix of new and old gear. CableLabs Principal Architect Doug Jones said that operators demonstrated speeds of “eight point something” gigabits per second downstream and 1.5 Gbps upstream. But rather than using an end-to-end DOCSIS 4.0 system, this was done using a DOCSIS 3.1 cable modem termination system (CMTS) in a high split configuration and a DOCSIS 4.0 modem.