mimoOn release details of mi!Spectrum LTE Femtocell Scheduler
Highly Integrated Femtocell RF Transceiver Family Drives Deployment of Next-Generation Femto Base Stations
Extended Range of Enclosures for Personal Electronics

Highly Integrated Femtocell RF Transceiver Family Drives Deployment of Next-Generation Femto Base Stations

Maxim introduced sampling of the MAX2550–MAX2552, a family of multiband transceivers specifically designed for a new range of dongle, module, and stand-alone femto base stations. These highly integrated transceivers have multiple low-noise-amplifier (LNA) inputs to monitor WCDMA and GSM macro-network signals. To minimize pin count, they also utilize Maxim’s high-dynamic-range MAX-PHY™ serial interface.

Based on architecture that has proven performance in deployments worldwide, this interface helps improve time-to-market for next-generation designs, making these transceivers ideal for small cell base stations, residential gateways, and access points.

Base-station designers will benefit from the smaller size and lower power of the MAX2550–MAX2552. These transceivers consume greater than 25% less power than current solutions. Small size and low power allow customers to design ultra-small femtocells and dongles that easily plug into residential gateways and access points.

A reference design kit that provides a complete evaluation platform with all necessary software will be available for rapid application development.

Keep Up to Date with the Most Important News

By pressing the Subscribe button, you confirm that you have read and are agreeing to our Privacy Policy and Terms of Use
Previous Post

mimoOn release details of mi!Spectrum LTE Femtocell Scheduler

Next Post

Extended Range of Enclosures for Personal Electronics