| Case
Studies
Southern Focus Trust
Portsmouth based housing charity Southern Focus Trust had a requirement
to link their voice and data and internet networks between two buildings
approximately 60 metres apart.
After consultation, Icomm networks were awarded the installation and
provided a quotation for a Toshiba DK280 30 user system with integrated
voicemail as well as 72 data points coupled with Cisco voice gateway
switches.
Icomm Network Services Ltd provided a 100mbps laser link between the
two buildings and seamlessly integrated the voice data and internet
access between the two buildings, allowing transferring of calls and
data, treating the second building as an extension of the first.
A brief schematic of the solution utilised is shown below:

IT Consultant Nigel Groves has been extremely pleased with the installation
adding “Icomm Network Services Ltd were an extremely approachable
and helpful company, they utilised the latest technology giving us
a robust, economical and future proof solution”.
Winchester Cathedral
As an extremely important historical building Winchester Cathedral
obviously need to choose an experienced and well qualified company
to carry out their voice and data cabling requirements.
Icomm Network Services Ltd have been chosen to provide their services
over the last 6 years, and have worked in harmony with the clerk of
works to provide sympathetic and effective solution as this ancient
buildings communications requirements move into the 21st century.
IT manager Bob Forrester said “Icomm are a very flexible company
- they listen to our requirements and without exception provide a first
class service”
ABSA Bank
ABSA bank in the city of London chose Icomm Network Services Ltd to
provide a data cabling network for their trading floor. Icomm installed
a Molex system consisting of some 900 network points. Obviously
downtime is extremely expensive in the banking arena and Icomm Network
Services
Ltd completed the install with test results and schematics in 4 weeks.
This enabled a smooth transition from one building to the other with
a minimum of disruption.
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