Huawei's RuralStar2.0 Shortens ROI Periods to Less Than 5 Years, Claims Vendor

Provides extended voice coverage and rural MBB access at low cost.

November 22, 2017

2 Min Read

LONDON -- Huawei launched RuralStar2.0, an innovative rural network solution, at the 2017 Global Mobile Broadband Forum in London. This solution provides super-distance, extended voice coverage and rural MBB access at low cost and shortens ROI periods to less than five years, allowing operators to rapidly deploy sites in remote areas and connect the unconnected.

Despite the presence of traditional tower-mounted macro sites deployed to provide wide-area coverage in remote rural areas, many of these areas have little or no coverage. As rural economies develop, rural residents have growing needs for communication and also require broadband access. However, deployment of traditional tower-mounted macro sites is expensive in remote areas. Infrastructure is lacking, and there is often no access to mains power or transmission resources. The average revenue per user (ARPU) is as low as USD 1 to USD 3 in these scarcely populated areas. Investment in traditional network deployment can take more than 10 years to recoup, if it is recouped at all. This makes operators reluctant to invest.

Huawei released RuralStar2.0, an innovative site solution in terms of transmission, infrastructure, base station design, and energy. This solution addresses increasing demands for voice and data services from the unconnected and increases operator ROI for rural network deployment. This solution fulfills the following rural MBB requirements: 2G, 3G, or 4G rural MBB networks providing rates of over 10 Mbit/s at cell edges and cell coverage of 5 km; Extended 2G and 3G coverage at a maximum distance of 60 km from the nearest tower-mounted site, providing voice and data (over 1 Mbit/s at cell edges) services and cell coverage of 5 km.

In terms of transmission, RuralStar2.0 adopts non line of sight (NLOS) wireless backhaul, which eliminates rental costs of transmission equipment and significantly reduces OPEX compared with satellite or microwave transmission. NLOS wireless backhaul supports multi-hop backhaul, which allows for a maximum distance of over 60 km from the donor base station, extending network coverage. In terms of infrastructure, NLOS wireless backhaul switches high-rise towers used in traditional rural networks to low-rise poles, reducing site infrastructure costs by 70%. As for energy, low-power base stations and transmission equipment do not require diesel generators for power generation and require fewer solar panels and batteries, which slashes CAPEX by 70%. Using pure solar energy saves O&M costs, in turn greatly reducing OPEX.

Huawei Technologies Co. Ltd

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