Fixed wireless broadband is a business not only in cities in under developed countries but also in the remote area of most developed countries like North America and Europe.
The key value of fixed wireless broadband is to solve the last few kilometers access. But traditional LTE solutions are almost not possible to make this business profitable due to a series of reasons:
The traditional LTE solution requires a huge centralized EPC, which dramatically raises the initial investment for fixed wireless business. And old fashioned eNB is also big, heavy, with a bigger footprint and costly installation.
Traditional LTE solution is very complex due to the requirements from mobile business, which is not necessary for fixed wireless scenario and bring additional challenge to maintenance team of wireless ISPs.
High cost of backhaul
The standard architecture of LTE is with a centralized EPC, which need to route all the traffic to a centralized node and then to Internet. However, the backhauling cost is high for such architecture, since it requires good bandwidth and quality of transmission.
Hybrid Solar Power system
Lack of value added services in traditional LTE To remain competitive in the market and seize high value enterprise customers, the best fit solution should be able to seamlessly migrate these customers while supporting the network’s L2 and L3 modes of intranet operations. However, layer 2 VPN functions cannot be supported solely by the LTE standard and this will pose a great challenge for wireless broadband operators to sign up enterprise customers.
● All in one box design, One Box, One Site
● Plug and play, LTE easy as WiFi.
● Support both licensed and unlicensed spectrum.
The NMS is able to monitor, control, and modify all the network elements, including the core network, eNB and CPE. Also signaling trace will enable quick trouble shooting to make the maintenance easier and bring down the OPEX.
HaloB - Distributed core network for CAPEX and OPEX saving
• The centralized EPC is replaced by distributed EPC which is embedded in each eNB.
• Reliability totally guaranteed with distributed control plane.
• Backhaul requirements are greatly reduced with traffic local breakout