ANADIGICS Introduces TD-LTE Small-Cell Power Amplifiers | Be Korea-savvy

ANADIGICS Introduces TD-LTE Small-Cell Power Amplifiers


ANADIGICS introduced six new power amplifiers (PAs) optimized for TD-LTE (Time-Division Long-Term Evolution) small-cell applications. (image credit: ANADIGICS)

ANADIGICS introduced six new power amplifiers (PAs) optimized for TD-LTE (Time-Division Long-Term Evolution) small-cell applications. (image credit: ANADIGICS)

press release notification

New Wireless Infrastructure Power Amplifiers Deliver World-Class Efficiency and Linearity for TD-LTE Equipment, Including Picocells, Enterprise-Class Femtocells and CPE Devices

 
WARREN, N.J., Oct. 1 (Korea Bizwire) – ANADIGICS, Inc. (Nasdaq:ANAD) (the “Company”), a world leader in radio frequency (RF) solutions, today introduced six new power amplifiers (PAs) optimized for TD-LTE (Time-Division Long-Term Evolution) small-cell applications. TD-LTE, like LTE FDD (Long-Term Evolution Frequency Division Duplex), is a 4G telecommunications standard. While LTE FDD is the dominant global standard for LTE services today, TD-LTE networks are being rolled-out by several major carriers, including China Mobile. According to a recent report by DIGITIMES Research, worldwide TD-LTE subscribers are forecasted to increase from 12.48 million at the end of the first quarter of 2014 to 276.2 million at the end of 2016.

A photo accompanying this release is available at http://www.globenewswire.com/newsroom/prs/?pkgid(090

ANADIGICS’ AWB7031, AWB7032, AWB7228, AWB7231, AWB7232 and AWB7239 TD-LTE power amplifiers are optimized for small-cell applications, including picocells, enterprise-class femtocells, and high-performance customer premises equipment (CPE). These solutions deliver an industry-leading combination of output power, linearity, power-added efficiency and thermal characteristics. By combining this level of performance with exceptional integration and smart design choices that eliminate the need for complicated external bias circuitry, ANADIGICS’ small-cell power amplifiers enable manufacturers to easily develop compact wireless infrastructure solutions that are more thermally-efficient, consume less power, enable higher throughput, and provide greater coverage and range.

“TD-LTE networks are quickly adding subscribers as a variety of providers adopt this high performance standard,” said James Martin, senior director of business development for Infrastructure Products at ANADIGICS. “Our new TD-LTE solutions deliver optimal performance for the newest generation of small-cell devices and solidify our position as a leader in the wireless infrastructure market.  With the highest linearity and efficiency in their class, ANADIGICS’ TD-LTE small-cell power amplifiers offer an economical path for providers to expand broadband network coverage in support of more subscribers.”

ANADIGICS’ complete family of small-cell wireless infrastructure power amplifiers leverages the Company’s unique InGaP-Plus(TM) technology and innovative design architectures to deliver industry-leading performance and integration. The AWB7031 and AWB7032 power amplifiers are optimized for 1/4-Watt linear output power applications and featured in compact 5 mm by 5 mm packages. The AWB7228, AWB7231, AWB7232 and AWB7239 power amplifiers deliver +27 dBm output power for 1/2-Watt linear output power applications. These new small-cell power amplifiers also support the short turn-on-time requirements of TD-LTE applications.

ANADIGICS Small-Cell Wireless Infrastructure PA Family Key Facts and Highlights:

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  — High linearity to support WCDMA, HSPA, LTE FDD and TD-LTE small-cell base
     stations
  — Best-in-class efficiency for improved reliability and low-cost thermal
     design
  — Low noise, low distortion for very low EVM levels
  — Low transistor junction temperature for greater long-term reliability
  — Integrated RF matching optimized for output power, efficiency and
     linearity in a 50 Ohm system
  — Convenient +4.5 V supply eliminates the need for complicated external
     bias circuitry to simplify design and system integration
  — Optimized for 1/4-Watt and 1/2-Watt linear output power to support a wide
     array of applications

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  1/4-Watt Linear Small-Cell Infrastructure Amplifiers:   
                                                          
  ———————————————————-
  Product  Frequency Band    Application  Efficiency  Gain
  ———————————————————
  AWB7124  728 to 768 MHz    FDD               14.5%  30 dB
  ———————————————————
  AWB7125  860 to 894 MHz    FDD                 16%  30 dB
  ———————————————————
  AWB7129  925 to 960 MHz    FDD                 16%  30 dB
  ———————————————————
  AWB7122  1805 to 1880 MHz  FDD                 16%  30 dB
  ———————————————————
  AWB7123  1930 to 1990 MHz  FDD                 17%  32 dB
  ———————————————————
  AWB7031  2010 to 2025 MHz  TD-LTE              17%  30 dB
  ———————————————————
  AWB7127  2110 to 2170 MHz  FDD                 18%  32 dB
  ———————————————————
  AWB7032  2300 to 2400 MHz  TD-LTE              16%  28 dB
  ———————————————————
  AWB7128  2545 to 2690 MHz  FDD                 16%  28 dB
  ———————————————————
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  1/2-Watt Linear Small-Cell Infrastructure Amplifiers:     
                                                            
  ————————————————————
  Product  Frequency Band    Application  Efficiency  Gain  
  ———————————————————–
  AWB7224  728 to 768 MHz    FDD                 13%    29 dB
  ———————————————————–
  AWB7225  860 to 894 MHz    FDD               13.5%  29.5 dB
  ———————————————————–
  AWB7222  1805 to 1880 MHz  FDD                 13%    31 dB
  ———————————————————–
  AWB7239  1880 to 1930 MHz  TD-LTE              14%    30 dB
  ———————————————————–
  AWB7223  1930 to 1995 MHz  FDD                 14%    29 dB
  ———————————————————–
  AWB7231  2010 to 2025 MHz  TD-LTE              14%    29 dB
  ———————————————————–
  AWB7227  2110 to 2170 MHz  FDD                 14%    29 dB
  ———————————————————–
  AWB7232  2300 to 2400 MHz  TD-LTE              14%    28 dB
  ———————————————————–
  AWB7228  2545 to 2690 MHz  TD-LTE              14%    27 dB
  ———————————————————–
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Samples of ANADIGICS’ TD-LTE small-cell power amplifiers are available now for qualified programs.

For more information on ANADIGICS products and multimedia content, please refer to the following resources:

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  — ANADIGICS LinkedIn: http://www.linkedin.com/company/anadigics
  — ANADIGICS Facebook: http://www.facebook.com/anadigics
  — ANADIGICS Twitter: http://www.twitter.com/anadigics
  — ANADIGICS Photos: http://www.flickr.com/anadigics_inc
  — ANADIGICS Video: http://www.youtube.com/anadigics

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About ANADIGICS, Inc.

ANADIGICS, Inc. (Nasdaq:ANAD) (the “Company”) designs and manufactures innovative radio frequency solutions for the growing CATV infrastructure, small-cell, WiFi, and cellular markets. Headquartered in Warren, NJ, ANADIGICS offers RF products with exceptional reliability, performance and integration to deliver a unique competitive advantage to OEMs and ODMs for infrastructure and mobile applications. The Company’s award-winning solutions include line amplifiers, upstream amplifiers, power amplifiers, front-end ICs, front-end modules and other RF components. For more information, visit www.anadigics.com

 

CONTACT: Media Relations
         Brian Ribeiro
         mspire group
         Tel: +1 908 369 9300
         Email: bribeiro@mspiregroup.com
        
         Investor Relations
         Kristina Panek
         ANADIGICS, Inc.
         Tel: +1 908 668 5000 ext. 5330
         E-mail: kpanek@anadigics.com

 Source: ANADIGICS via Globe Newswire

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