Featuring solutions for 800 and 1900 MHz networks, using high efficiency, high power MCPA modules. Benefits also include an evolutionary path to 3G via multi-mode capability and standard platform architecture for minimal site footprint.
| Powerwave offers one of the industry's largest and most diverse line of Power Amplifier systems for Cellular, PCS and 3G wireless networks, with more than 350,000 MCPAs and SCPAs deployed worldwide. One key reason for this success is that we are able to rapidly roll out new solutions by leveraging the modular architecture of existing systems. Building upon field-proven components and technologies, our RF engineers are able shorten design time and deliver systems with industry-leading density and efficiency that drive significant manufacturing, space and cost savings. This reduces both capital and operating expenses. |
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| In addition, our modular architecture provides flexible, "future-ready" upgradeability as new standards / protocols / platforms emerge. Our global manufacturing platform, with high-volume facilities located close to all major markets on every continent, is the final link in the rapid, cost-efficient rollout of new service to new markets. |
Featuring solutions for 800 and 1900 MHz networks, using high efficiency, high power MCPA modules. Benefits also include an evolutionary path to 3G via multi-mode capability and standard platform architecture for minimal site footprint.
The OS-1 platform has a modular architecture that provides operators with a complete uplink and downlink enhancement solution. The OS-1 utilizes Powerwave's high efficiency Feed Forward Multi-Carrier Power Amplifier, making it a versatile capacity and coverage solution for UMTS micro and macro-cell sites.
The OS-3 system provides a scalable uplink and downlink base station enhancement solution, supporting multiple carriers on a single antenna. It eliminates the traditional coverage/capacity trade-offs that often occur in base stations by maintaining coverage radius, reducing capital and operational expenses while increasing the site's efficiency.