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HXI
Gigalink HDTV |
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HXI
is completing assembly and final testing of a
wireless HDTV system to debut at CTIA in April.
The Gigalink HDTV-Link provides wireless
connectivity between HDTV production camera and
video processing studio. Unique to the Gigalink
design, is the ability to transport 2 independent
uncompressed, un-buffered full rate (1.48Gbps)
SMPTE292M video bit streams.
Operating in
the FCC Part 15.255 unlicensed spectrum from
57-64GHz, the HDTV-Link product replaces
traditional cable or fiber normally used for
signal transport. The Gigalink HDTV-Link
system is an ideal portable solution for news
gathering or temporary sporting event cinema
quality high definition video production
applications.
Designed for use with
professional cameras, the Gigalink HDTV-Link
system is a small, light weight, and portable
unit. The system is powered by an on-board battery
or 12 volt power source.
The FCC Equipment
type certification is in-process and will be
completed before CTIA and the NAB trade shows in
April.
The HDTV-Link system will then be
available for customer demonstrations to include
the British Broadcasting Corporation (BBC)
evaluation system for the 2012 London
Olympics.
With the explosion of HDTV video
production and special 3D-HDTV effects the
HDTV-Link is expected to capture a large and
emerging market.
For
additional information please contact;
HXI,
Sales at 978-521-7321 sales@hxi.com or Renaissance
Sales at
978-772-7774.
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Integrated
Switch Development
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Renaissance
Electronics has developed integrated switch
solutions that covers diverse market sectors such
as Consumer Electronics, Military, Aerospace,
Automotive, Communications, Semiconductor and
Medical. The ability to integrate
State-of-The-Art RF components like MEMS, Hermetic
switches and 10 Million life cycle coaxial
switches in custom specified configurations has
yielded highly reliable solutions with unsurpassed
MTBF. Designs are available in standard
configuration of reciprocal or non-reciprocal
and/or blocking or non-blocking formats.
Renaissance can design and integrate other RF
components like LNA's, Mixers, amplifiers,
filters, attenuators, couplers,
dividers/combiners, and detectors, to
build custom RF/Microwave switch matrices
that meet cost and performance goals. One of
the main features on the remote interface on these
products includes a proprietary redundant computer
interface option offered for any of the standard
remote interfaces (Ethernet / USB / GPIB / RS-422,
RS-488 etc).
For more
information please contact Sales at 978-772-7774
or
sales@rec-usa.com. |
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8MTCA5L
WiMAX Repeater |
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The
RF transceiver proto-type Repeater
modules operating at 3650 to 3675 MHZ completed
assembly and operational testing is in-process. By
following the specs of the FCC Part 90 rules,
these units transmit and receive between
3650 and 3675MHz in the restricted band.
Once the FCC allows certification of unrestricted
equipment, we will be able to transmit and receive
in the full 3650-3700MHz range.
This proof of concept IF
RPTR will be debuted at CTIA in April of 2009
and field trailed with a local service provider
inBoston,
Ma.
8MTCA5L
WiMax Repeater Datasheet click
here.
For more information please
contact Sales at 978-772-7774 or
sales@rec-usa.com.
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71
to 86 GHz Low Noise Amplifier
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Description
The
HLNAE-374 Low Noise Amplifier covers the frequency
range from 71 to 86 GHz minimum and is usable over
a wider range. The unit offers a minimum of
21 dB of gain over that range. The LNA
bandwidth covers the two non-contiguous bands set
aside for E-Band point-to-point radios.
The
unit employs GaAs MMICs for high reliability and
repeatability.
A higher gain version of
the amplifier is also
available.
Applications
E-Band
Point-to-Point Radios (71 to 76 GHz and 81 to 86
GHz)
Test Equipment for Communications and Auto
Radar
General Purpose E-Band-70/80 GHz
amplifier
Features
Low Noise Figure
High
Gain
Single Bias/Internal
Bias Sequencing
Internal
Voltage
Regulation
Specifications
Frequency Range:
71.0 to 86.0 GHz minimum
Small Signal Gain:
21 dB minimum
Gain
Flatness:
+/-2 dB typical
Noise
Figure:
6.2 dB typical
Output Power
at 1dB Compression: +5 dBm
typical
RF Input Power
without Damage: -20
dBm maximum
Interfaces:
WR-12, UG-387/U
DC
Power:
+6.5 VDC @ 200 mA typical
For
additional information please contact;
HXI,
Sales at 978-521-7321 sales@hxi.com or Renaissance
Sales at 978-772-7774. |
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