Charter® has set forth numerous prospects for the future, especially in its wireless sector. The inside-out strategy proposed by Charter® will begin in 2018 with the WiFi first MVNO through Verizon Communications®. The Telco, which is also one of the major internet providers in US, is also planning to extend and develop their services into a mobile core infrastructure through the deployment of licensed LTE small cells. By this, Charter® intends to further diversify and make its cheap internet and cellular networks more efficient.
Officials stated that, “Charter® is actively testing licensed small cell technologies which will put us on the path to providing next-generation super-fast, high capacity broadband to our customers. We will combine this 4G LTE and 5G technologies with our existing advanced high-speed network to profoundly enhance connectivity for millions of our subscribers.”
Charter® also gave full details of its plans in a recently made filing with the FCC. The filing says, “The wireless component of Charter’s network is transitioning from a nomadic Wi-Fi network to one that supports full mobility by incorporating Wi-Fi with multiple 4G and 5G access technologies to deliver a seamless connectivity experience. In navigating this transition, Charter® is emphasizing an ‘Inside-Out’ strategy, focusing first on wireless solutions inside the home and office, and then eventually expanding outdoors.”
Executives at Charter® have appeal to the FCC to release the 3.5 GHz spectrum for licensed and unlicensed usage. The rules for the band will be discussed by the agency at the open meeting scheduled by the FCC. Charter® has put pressure on the agency to release the spectrum quickly and in implementing rules to limit licenses within a geographical area of a county.
According to the filing, “Large license sizes would limit access of the band to the country’s largest wireless carriers and would likely result in deployment only to the most densely populated areas. Smaller license sizes will enable new entrants, like Charter®, to tailor their investment and deployment plans by leveraging existing infrastructure.”
It further states, “In particular, Charter’s existing hybrid fiber-coaxial (HFC) network provides the backhaul, power, and location to rapidly deploy small cells for the provision of wireless broadband service. By contrast, increasing the geographic licensing size of PALs to PEAs would preclude new entrants such as Charter® from investing in the 3.5 GHz Band due to their large geographic size.”
The efforts by Charter® in advancing its wireless networks will also extend into the core network arena. Charter® is planning to use the Evolved Packet Core of Verizon®, IMS infrastructure, SIM cards, and roaming. However, Charter® is currently assessing various EPC vendors and in the process of carrying out tests in its own virtual EPC to develop its core network.