Splitter Line for High Power Gigabit Ethernet Applications
Supports IEEE802.11n Access-Points, PTZ Security Cameras,
WiMAX Transmitters, Thin Clients and Video-Phones
IRVINE, Calif., April 22, 2008 (PRIME NEWSWIRE) -- Microsemi
Corporation (Nasdaq:MSCC), a leading manufacturer of high performance
analog mixed signal integrated circuits and high reliability
semiconductors, announced today the full production launch of its new
line of PowerDsine(r) high power Gigabit midspans and splitters that
upgrade existing network infrastructures for Power over Ethernet (PoE)
applications.
The new PowerDsine HiPoE(tm) midspans can inject up to 32 watts of
power over existing Cat 5 Ethernet cable, allowing end devices to
receive safe power on the same line they receive data. By using a high
voltage output, they offer an IEEE 802.3at pre-standard solution that
more than doubles the power allowed in the existing IEEE802.3af
standard.
By doubling available power, the new PowerDsine midspans provide ideal
solutions for Gigabit Ethernet applications that include IEEE802.11n
wireless LAN access points, Pan-Tilt-Zoom (PTZ) security IP cameras,
WiMAX transmitters, thin clients and video-phones requiring power
levels up to 32W.
The PowerDsine launch includes 6-, 12- and 24-port HiPoE(tm) midspans
in the PD-7000G Series, the PD-7001G single-port HiPoE(tm) midspan, and
the PD-AS-701 Splitter Series that provides a choice of 12-, 18- and
24-volts output. The HiPoE(tm) splitter series enable the addition of
PowerDsine high power capability to devices which are not PoE
compliant.
"As the world's leading supplier of PoE systems and silicon solutions
-- and as an active participant in drafting the upcoming IEEE802.3at
standard -- Microsemi is uniquely positioned to meet the needs of the
growing number of Ethernet-based device manufacturers who require
higher power than allowed in the existing standard," said Steve
Litchfield, Executive Vice President and Group President of Microsemi's
Analog Mixed Signal Group. "PowerDsine high power midspans and
splitters provide immediate, simple and safe PoE solutions, prior to
ratification of the next generation standard," he said.
By utilizing existing Ethernet infrastructures, PowerDsine midspans
provide the most cost-effective way to deliver power to
Ethernet-connected end devices, significantly improving the return on
investment from existing infrastructures -- benefits of ever greater
value at a time of tight budgets.
Installation of PowerDsine high power midspans is a simple
plug-and-play operation, with no downtime. There is no need to add
power outlets near end devices. Advantages also include having a single
universal power supply back-up point for the entire network. The high
efficiency design of PC-7000G Series midspans assures low temperature
operation, supporting their lifetime warranty.
The new PD-7000G multi-port units include PowerDsine's exclusive
PowerView Pro(tm) management option that allows simple and efficient
monitoring and control of network devices. This secure SNMPv3
application enables remote power-off/power-on, unit scheduling, UPS
power monitoring and web-based monitoring.
Commenting on the launch, Litchfield added, "Microsemi is committed to
supplying state-of-the-art PoE integrated circuits and midspan systems
to the market. We follow progress of the IEEE standards committee
closely. Having shipped more than 4.1 million midspan ports and more
than 45 million PoE ports to-date, we also effectively monitor the
market and leverage our portfolio to support evolving customer demands.
These products are part of our road-map to support IEEE 802.3at devices
-- beginning today. By launching our HiPoE(tm) midspans now,
end-terminal vendors can arrive early to market with full-featured
higher power PoE devices."
About Power over Ethernet Technology
PoE is a technology for wired Ethernet, the most widely installed local
area network technology in use today. PoE allows the electrical power
necessary for the operation of each end-device to be carried by data
cables, rather than by separate power cords. It minimizes the number of
wires used to install the network, resulting in lower cost, less
downtime, easier maintenance and greater installation flexibility. The
technology was pioneered by PowerDsine, a founding member of the IEEE
802.3af Task Force. The company was acquired by Microsemi Corporation
in January 2007 and is now part of Microsemi's Analog Mixed Signal
Group.
More information may be obtained by contacting the company directly or
by visiting its website at http://www.microsemi.com/powerdsine/
About Microsemi Corporation
Microsemi Corporation, with corporate headquarters in Irvine,
California, is a leading designer, manufacturer and marketer of high
performance analog and mixed signal integrated circuits and high
reliability semiconductors. The company's semiconductors manage and
control or regulate power, protect against transient voltage spikes and
transmit, receive and amplify signals.
Microsemi's products include individual components as well as
integrated circuit solutions that enhance customer designs by improving
performance, reliability and battery optimization, reducing size or
protecting circuits. The principal markets the company serves include
implantable medical, defense/aerospace and satellite, notebook
computers, monitors and LCD TVs, automotive and mobile connectivity
applications. More information may be obtained by contacting the
company directly or by visiting its web site at
http://www.microsemi.com.