Distributed antenna system offers prime solution for wider wireless coverage through the splitting of antennas in the necessary geographical area. Usually smaller antennas connected with CAT5, Fiber or Coax cables; replace a single antenna with higher power consumption. The installation of a distributed antenna system has more to offer over the conventional system. The entire process of installation needs to be carried out with a systematic approach. Understanding the necessity of components involved is essential to identify the required network architecture. In addition to this, factors like location of coverage, number of users, and aesthetic approach are important and service providers offer complete solution after survey of the site of the proposed installation.
The distributed antenna system can also be
configured on two prime parameters. The first one is the number of
users and the latter is the geographical coverage. In fact, this service
can support many wireless providers depending on the requirements. The
best part of the installation is the customization factor. Usually, no
two organizations have common requirements. Thus, opting for an ideal
solution is easy and economical due to individual computation of
requirements. Advantages of distributed antenna system are seamless and
offer a reliable solution for all enterprise needs.
Today's
modernized milieu needs optimum wireless solutions to serve a large
number of users. However, deployment of complete wireless solutions has
various factors under consideration. Factors like business process
orientation, structural constraints, area of coverage, and layout are
important in deciding the scope of wireless solutions. The perfect
installation begins with good planning and a survey. These processes
help to understand the basic requirements and enable perfect computing
of radio parameters. These parameters are crucial in delivering
excellent performance. Usually outdoor wireless networking hardware is
always vulnerable to hazardous climatic changes; good installations also
need to consider the safety of hardware
. Wireless solutions are integrated to achieve objectives like service enhancements, cost reductions, and more opportunities to generate revenue. However, the entire process needs to be documented for clear vision. Some aspects like scalability, data security, thin clients, ease of use, portability of application, effective power management, and the least data transmission needs during the usual course of operation need to be considered and implemented. In some cases, your installation should have a provision for backward compatibility. Consideration of all these factors finally sums up to a state of the art networking solution. 
“80%
of all wireless traffic happens indoors but existing DAS solutions
reach their capacity limitations and face operational challenges because
of analogue distribution of the RF signal,” said Michael Frankle, CEO
at Ubidyne. “With the Ubidyne digital DAS platform, system and antenna
vendors can now upgrade their solutions to meet growing capacity
demands. Already, countries such as the US, Korea and Japan and some
European regions where LTE is being deployed and where mobile broadband
traffic is growing exponentially, are running out of capacity in
hot-spots.”
“A majority of operators are using distributed antennas in their mobile networks for coverage, and despite all the talk about using small cells to boost capacity in large venues, operators we interviewed believe DAS will remain a fundamental tool for malls, airports, stadiums and the like,” asserts Stephan teral, principal analyst for mobile infrastructure and carrier economics at Infonetics Research, author of a recent survey which found that 80% of respondent operators currently use DAS in their cellular networks for coverage optimization.Wireless solutions are the only option available in today's dynamic world when you need to serve a large number of users.
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