Leveraging the Company's Advanced Satellite Communication Technologies, Operators Can Increase Bandwidth Efficiency and Cost Savings
HOLZKIRCHEN, Germany -- Oct. 1, 2014 -- WORK Microwave, a leading European manufacturer of advanced satellite communications, impressed crowds at IBC2014 by addressing some of the most critical challenges facing the broadcast, satellite, and telco industries. During the show, WORK Microwave demonstrated a variety of advanced satellite communications equipment, including DVB-S2X technology, OptiACM and Video ACM, and Fifth-Generation Frequency Converters, all of which bring increased bandwidth efficiency and cost savings to operators.
"Today's broadcast, satellite, and telco operators are facing significant hurdles as they look to deliver high-quality data and video services in the most efficient and affordable manner," said Kai Koppenburg, director of sales and marketing at WORK Microwave. "At IBC2014, WORK Microwave showcased a comprehensive range of equipment designed to provide operators with increased flexibility, bandwidth, and margins while reducing their amplifier power, operating costs, and antenna sizes. The response we received was outstanding. In addition to hosting an unprecedented number of visitors to our stand, we heard positive feedback to our product demonstrations, which will drive our continued commitment to R&D and innovation."
One of the main attractions at WORK Microwave's IBC2014 stand was newly added DVB-S2X support for its IP-Modem SK-IP, Broadcast Modulator, and wideband devices. The DVB-S2X extension offers a variety of advanced features and benefits, including smaller roll-offs, advanced filtering, higher modulation schemes, and wideband support beyond 72Mbaud, enabling operators to achieve sizeable efficiency gains, exceeding the results offered by proprietary systems on the market today.
At IBC2014, WORK Microwave also demonstrated improvements to its Fifth-Generation Frequency Converter Series, designed to support applications that require low phase noise, ranging from S-band to Q-band. Utilizing a sophisticated synthesizer, the frequency converters can deliver phase noise at a level that significantly exceeds the respected industry standard according to Intelsat's Phase Noise Specification, IESS-308/309. The converter series also includes a new Ethernet port that simplifies remote configuration and monitoring of the device.
WORK Microwave's Fifth-Generation Frequency Converter Series is based on a compact, multichannel module design that allows operators to support up to four channels within 19-inch housing, lowering operational expenses and saving valuable space.
More information about WORK Microwave is available at www.work-microwave.de.
# # #
About WORK Microwave (www.work-microwave.de)
Headquartered in Holzkirchen (near Munich), Germany, and comprised of four operating divisions -- Satellite Technologies, Navigation Simulators, Defence Electronics, and Sensors and Measurement -- WORK Microwave leverages more than 28 years of experience to anticipate market needs and apply an innovative and creative approach to the development of frequency converters, DVB-S2 equipment, and other digital signal processing technologies while maintaining the highest standards for quality, reliability, and performance.
WORK Microwave's Satellite Technologies division develops and manufactures high-performance, advanced satellite communications equipment for telecommunications companies, broadcasters, integrators, and government organizations that are operating satellite earth stations, satellite news gathering vehicles, fly-aways, and other mobile or portable satellite communication solutions.
All trademarks appearing herein are the property of their respective owners.
Image Link: www.202comms.com/WorkMicrowave/WORKMicrowave-5thGeneration.jpg
The latest product and technology information
Future US's leading brands bring the most important, up-to-date information right to your inbox
Thank you for signing up to TV Tech. You will receive a verification email shortly.
There was a problem. Please refresh the page and try again.