Motorola's Latest 3G Solution
Horizon 3G-nx

Modular Design for Flexibility and Scale

Motorola's latest UMTS HSPA+ network platform is based on the principle of modules. At the heart of the solution is the Horizon 3G-nx BBU, which forms part of the Horizon 3G-nx fiber solution. This small, 19" rack mountable solution provides the baseband processing required to deliver the latest 3GPP Release 7 capabilities and beyond. The 3G-nx BBU is housed within the purposed built enclosures of our macro and mini solutions or offered as a stand-alone unit. Coupled with either the frame-based radios of the macro base station or the Remote Radio Units (RRUs) from our 3G-nx fiber solution, the Horizon 3G-nx platform is initially capable of delivering HSPA+ data speeds of up to 28Mbps. The flexibility and incremental nature of HSPA+ allow network operators to realise maximised value from their UMTS license, scaling network data capacity growth with subscribers' data use.

Additional Resources

Horizon 3G-nx macro Outdoor

Motorola's Horizon 3G-nx macro Outdoor solution is a high capacity, self-contained HSPA+ capable Node B, designed for straightforward, unobtrusive and low maintenance outdoor deployments.

Horizon 3G-nx macro Indoor

Motorola's Horizon 3G-nx macro Indoor is an intelligent, compact HSPA+ capable Node B, designed for rapid entry-level deployment and long-term expansion capabilities.

Horizon 3G-nx fiber

Motorola's Horizon 3G-nx fiber distributed RF solution provides targeted or wide area coverage while reducing cell site and backhaul costs.

Horizon 3G-nx mini

The Horizon 3G-nx mini is a compact and adaptable Node B solution that suits a wide variety of deployment applications.                                          

Horizon 3G-nx APM

Accompanying the 3G-nx macro Outdoor, the Advance Power Module provides an outdoor enclosure for battery backup and power management, with additional space available for backhaul and other telecommunications equipment.

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Download the Latest HSPA+ Solutions Paper now.

[163 kb, PDF] | June, 2009


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