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Maxim's core solution for preparing for next-generation cellular networks

Google 우선 소스Published2012.06.29 08:39

San Jose, CA — June 26, 2012 — Maxim Integrated Products (NASDAQ: MXIM) announced a variety of key HetNet solutions required for next-generation base station equipment. These solutions include single-chip multi-band radio transceivers, broadband gain blocks, direct RF synthesis DACs, and intelligent digital point-of-load (POL) controllers.

Cellular radio access networks (RAN) are evolving into heterogeneous networks (HetNet), which require a diverse range of analog and mixed-signal base station solutions for major radio signal paths, baseband processing support, and power conversion nodes. Maxim anticipated this evolution into HetNet and is providing new, highly integrated solutions featuring high dynamic performance, low power consumption, and high reliability.

HetNet is a coordinated collection of core 3G/4G wireless infrastructure elements that make up macro cells and small cell base stations. All network components work together to provide high data throughput, high mobility, and the exceptional high quality that mobile broadband subscribers can expect from 3G/4G networks. With the rapid increase in mobile media and data consumption, subscribers can experience reliable and seamless connectivity anytime, anywhere through the HetNet architecture.

Maxim® Solution Products for HetNet
 The MAX2550–MAX2553 single-chip small cell wireless transceivers improve communication range and network capacity within the home.
The MAX5879 direct RF synthesis DAC is used for multi-carrier, multi-band, multi-standard macrocell, small cell, and wireless backhaul transmitters, enabling designers to develop fully digital RF transmitters on a common hardware platform.
The MAX2870 ultra-wideband 23.5MHz ~ 6000MHz synthesizer has a built-in VCO to provide multi-band LO frequency synthesis for base station radios.
The MAX15301 InTune™ digital POL (point-of-load) controller features built-in automatic compensation, FET drivers, and PMBus remote metering functions, providing a high-efficiency, intelligent, power management node for radio and baseband units.
The MAX2612–MAX2616 broadband, 40MHz to 4000MHz gain blocks provide excellent gain flatness, noise figure, and linearity, and are ideal for general-purpose RF amplifier applications in base stations and wireless backhaul radios.

Industry Commentary
"J. Madden, Senior Analyst at Mobile Experts, stated, 'In 2010 alone, the terabyte volume of mobile data surpassed that of voice data for the first time. Due to the explosive demand for mobile data, operators are increasingly focusing on the deployment of indoor and small cells to increase capacity. The network of the future is the 'HetNet'.'" (Madden, J., “Semiconductors for Small Cells”, Mobile Experts, October 2011, p. 14.)
Vickram Vathulya, General Manager of Maxim’s Communication Solutions Group, said, “Maxim occupies a unique position. "We are leading the successful adoption of HetNet by providing disruptive high-performance technology and differentiated solutions based on our accumulated experience in IC integration," he explained.

For more information on Maxim's various HetNet products, please visit www.maxim-ic.com/HetNet .

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