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News
2007
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News around AWE Communications and WinProp in 2007:
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Polkomtel S.A. carried out an intensive trial campaign of
urban coverage prediction models available as plug-in for the Atoll radio network
planning tool from Forsk. The WinProp plug-in was ranked number one
as it provides very fast and highly accurate wave propagation models
for urban scenarios based
on the evaluation of 3D building vector data. Further criteria
evaluated support and product maturity as well as the further product
evolution.
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iBwave
Solutions Inc.
released version 4.0 of the radio network planning tool RF-vu which
uses the propagation engine of AWE Communications with the latest and
most popular indoor wave
propagation models of AWE
Communications.
The new propagation plug-in was improved in terms of
accuracy, prediction time and robustness against errors in vector
building databases.
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AWE Communications presents WinProp at the 2nd European
Conference on Antennas and Propagation (EuCAP) in Edinburgh,
UK between Nov 11 and Nov 16, 2007.
Besides
the exhibition AWE Communications will also presents a scientific paper
related to high resolution spatial channel impulse responses in indoor
scenarios.
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The German Research Institute Fraunhofer Gesellschaft selected
WinProp for a detailed modeling of wireless communications in indoor
environments.
For rural propagation analysis in VHF and UHF frequency band, the
German engineering company GeoConcept selected WinProp.
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A
new version of the wave propagation plug-in for Aircom
Enterprise is released. The new plug-in containes enhanced
propagation models for rural,
suburban,
and urban scenarios
(incl. indoor coverage
in CNP mode).
It is able to handle
all kinds of scenarios within one simulation and considers urban vector
buildings, topography
and clutter/landusage data. Furthermore, the new multi scenario model
is improved in terms of accuracy and prediction time to handle larger
areas.
Additionally
an auto-calibration functionality is available to tune and
post-calibrate the model
settings with measurement data.
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The French ministry for defence selected WinProp propagation
models for rural, urban, and indoor scenarios.
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AWE Communications presents a scientific paper at the 18th
annual Symposium on Personal, Indoor and Mobile Radio Communications in
Athens, Greece between Sep 3rd and 7th, 2007.
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August 2007
Samsung selects 3D Ray
Tracing and WiMAX Network planning
For the deeper understanding of the wireless radio channel, Samsung selected the
highly accurate WinProp 3D Ray Tracing. This is especially important
for MIMO channel
modeling.
Besides
the channel modeling, Samsung purchased additionally the WiMAX network planning module
for the planning of WiMAX networks in rural and urban scenarios.
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August 2007
Audi
started
evaluation
of
WinProp
in time
variant
scenarios
The german car manufacturer Audi started an evaluation of WinProp for the
prediction of coverage and data rate in WLAN systems used in time variant
scenarios. Audi investigates the behavior of WLAN used for
telemetric systems in racing cars, such as the famous Audi R10.
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August 2007
Transtel Engineering selects WinProp
for the planning of radio networks
The telecom systems integrator Transtel
Engineering from Singapore selects the WinProp software suite for
the planning of a radio network on a huge petrol-chemical plant.
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June
2007
MIMOWA project at the
BMBF Mobile Communications status seminar
All
projects funded by the German Ministry of Education and Research (BMBF)
in the domain of Mobile Communications will be presented at the status
seminar in Mainz. AWE is included in the MIMOWA consortium focussing on
the development of MIMO technologies for Wireless Access. See further
details under the MIMOWA
project page.
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April 2007
DVB-SH
trial in the framework of the ORTIGIA project started
The
ORTIGIA study includes trial activities of the DVB-SH technology
comprising satellite and terrestrial transmitters in the Erlangen area.
AWE performed coverage predictions of the Artemis satellite and the
deployed repeaters for the planning of the trials. Please find further
information under the ORTIGIA
project page.
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The
Gdansk
University of Technology selects WinProp for the analysis of wave
propagation. This is the first university in Poland working
commercially with WinProp.
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RF-vu, a product of iBwave, is an
in-building wireless software that automates the design process and
goes even beyond predicting network coverage.
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January 2007
IMST purchases Winprop
To model the "satellite to indoor"
mobile radio channel, IMST
purchases the WinProp satellite module.
Besides IMST also the Austrian
company Buehler GmbH
selects WinProp for the planning of WLAN networks.
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January 2007
France Telecom selects Winprop
France Telecom purchases the
WinProp Indoor Propagation Module.
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Download a brochure
to get an overview over the company
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Download a flyer describing the key facts of the company
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Read more about the Company
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Newsticker 2006
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Newsticker 2005
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