BigBand Networks unveils Modular CMTS Architecture
Platform integration of BigBand Cuda CMTS and BigBand BME edge
QAM leverages deployed equipment to dramatically increase capacity
and reduce costs
SAN FRANCISCO, April 3 /PRNewswire/ -- THE NATIONAL CABLE SHOW --
BigBand Networks, Inc., a leading provider of network platforms for
video, voice and data services, today introduced its modular CMTS
(cable modem termination system) architecture for next-generation
IP services over cable networks. Enhancements to the established
BigBand Cuda(R) CMTS and BigBand BME(TM) (Broadband
Multimedia-Service Edge) platforms will enable quadruple downstream
capacities in accordance with the developing CableLabs(R) M-CMTS
standard, at a fraction of current costs-per-bit.
"In the face of intensifying competition from broadband
alternatives, cable operators embracing BigBand Networks' M-CMTS
approach will provide the highest bandwidth services at the
greatest profitability," said BigBand Networks CTO Ran Oz. "Our
solution builds on the established BigBand Cuda and BigBand BME
platforms so that our customers can leverage infrastructure
investments already made while
implementing the most advanced broadband architecture."
Laptop Battery The modular CMTS approach provides an open upgrade path for
currently deployed BigBand Cuda platforms and their utilized
components. This architecture decouples the DOCSIS MAC (media
access control) processing from the physical QAM modulation. A
fully populated Cuda12000 chassis is capable of DOCSIS processing
more than 3 gigabits-per-second, which is four times greater than
the previous capacity. The MAC-processed content from the Cuda can
interface to the BME for downstream QAM modulation. BigBand
Networks is introducing economical and easily deployed hardware and
software enhancements to its current platforms to achieve the
M-CMTS architecture.
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Thinkpad The BigBand BME is currently broadly used for QAM modulation of
MPEG content required for digital video services such as VOD and
switched broadcast. A full gigabit-per-second content can be QAM
modulated on the compact BME50 platform of 1.5 rack units. This is
achieved at superior economics to legacy approaches of QAM
integrated into conventional CMTS platforms. Because of its
programmability and versatility across media, the BME can also be
upgraded to dynamically assign its resources between multiple types
of content including MPEG video and DOCSIS data sharing the same
QAM channels.
The main processing unit that controls the speed and the operation of a computer. ISA Bus (Industry Standard Architecture) bit bus for PC compatible computers that was first introduced in the IBM AT. ISDN (Integrated Services Digital Network) An international standard for telecommunications that allows for data, video, and voice transmission over the same phone lines.
Microsoft "M-CMTS is an important step in realizing the cable industry's
next generation initiatives, which BigBand Networks' platforms will
continue to lead through dynamic allocation of bandwidth and
resources across all media and services, further improving operator
economics and subscriber experiences," added Ran Oz.
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Laptop Computers About BigBand Networks
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Laptop Computer BigBand Networks, Inc. designs, manufactures, sells and supports
platforms for broadband multimedia services. These platforms are
built on open technologies uniquely capable of communicating and
processing video, voice and data for best delivery throughout
networks. As a result, network operators can cost-effectively
expand revenue-generating offerings of rich content and advanced,
interactive services. Services supported by BigBand Networks'
platforms include high-speed data, voice over IP, digital broadcast
television, HDTV, transport of high quality video, local
advertising, VOD and iTV. The
company's customers include
seven of the top ten North American cable operators. BigBand
Networks is based in Redwood
City, CA. For more information
on BigBand Networks, please visit
http://www.bigbandnet.com/.
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Desktop Computer Source: BigBand Networks, Inc.
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