Carriers are coming face to face with 5G’s increased scale and complexity as well as the need to monetize network investments by developing many more services than before.
To design, deploy, and operate 5G networks profitably, carriers will need to increase automation, adopt AI, and select the right ecosystem partners.
With the July 2020 completion of 3GPP Release 16, we now have the first round of specifications for a full, end-to-end 5G network. Most wireless carriers have started to plan their journey to 5G, and a few are already providing 5G SA connections. During every stage of this journey, carriers are coming face to face with 5G’s increased complexity: more network nodes to install and maintain, more parameters to adjust, and more services to design and operate. Continue reading “5G Services: Embracing 5G’s Benefits While Taming Its Complexity”→
Despite its software-centric vision and hardware partner ecosystem, Mavenir offers its own radio hardware.
This can be seen largely as reflective of a young, still-growing ecosystem and Mavenir’s mission to prove out the vRAN/Open RAN model.
Mavenir may have surprised some attendees at its annual analyst event last month when it touted an array of new hardware-based mobile access products: three new macrocell radio units (RUs) and an enterprise small-cell solution with its own distributed radio units. That’s because Mavenir has long been focused on virtual RAN (vRAN) and Open RAN – running RAN software on general-purpose servers and using RUs from an array of other vendors. It is committed to a vision of being a software, not hardware, provider. And at the same event, Mavenir noted it currently has 11 partners supplying Open RAN radio hardware. Continue reading “Mavenir’s In-House Radio Units Show Open RAN Ecosystem’s Growing Pains”→