Information technology has been rapidly evolving resulting in
development of systems that can measure, evaluate, and respond to change. This
ability to respond and also control change has sparked developments in the way
we design our physical environment, and more recently the buildings in which we
work. The BPO and tech wave has given impetus to this trend in India. Thus, we
are witnessing significant increase in 'intelligent buildings'-buildings
that incorporate information technology, communication systems, and mechanical
systems, making them more comfortable, secure, productive, and cost effective.
In India, structured cabling has picked up well. Almost all of
the new IT parks are on structured cabling, even small users and SOHOs are using
it. With rising awareness and low-cost PCs coming in the market; the networking
concept would certainly get a boost.
What is a Smart Building?
An intelligent building is one equipped with a robust telecommunications
infrastructure, allowing for more efficient use of resources and increasing the
comfort and security of its occupants. An intelligent building provides these
benefits through automated control systems such as heating, ventilation, and air
conditioning (HVAC); fire safety; security; energy/lighting management; and
other building management systems. For example, in the case of a fire, the fire
alarm communicates with the security system to unlock the doors. The alarm will
also communicate with the HVAC system to regulate airflow and prevent the fire
from spreading.
Smart
buildings are not a new concept in India. The CMC building at Bandra Kurla
Complex, Mumbai was one of the smart buildings that came up in 1990s. However,
it was a new concept at that time, and not too many such buildings are noticed.
Initial followers were the IT companies while now the IT parks have taken it up.
This concept is on the rise amongst all corporates and the government sector.
On the enterprise front, all of them have deployed structured
cabling. Even the government enterprises have started to use them for all their
offices, whereas while only a few offices earlier were on a LAN. The
introduction of computers and various peripherals in the workplace has increased
indoor clutter. Electrical and telecommunications facilities in office buildings
are under pressure to satisfy the demand of rapid growth of computer and
networking technologies. This would impact worker productivity.
So, how can we evolve our existing buildings to smart
buildings?
The Transformation
Conventional buildings can be transformed into intelligent ones by
installing a single structured cabling network. Most buildings have disparate
cabling with different designs and administration methods, which leads to
inefficiency and system failures. The installation of a structured cabling
system turns the conventional building into an intelligent one.
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The use of structured cabling has grown in the last three years.
All new building projects usually have structured cabling. Even the old ones
have started to rip off their old cabling and adopt structured cabling standards
for voice communication as well.
Data centers are examples of buildings which factor in the
networking and computing technologies to make their buildings intelligent and
futuristic. But not all buildings are built on the premise of data centers but
can still be converted to smart buildings.
The deployment in India can be termed as 'growing'. We still
have enterprises, especially in the government sector, that have yet to migrate
to using of computers and networking these to share data within and across the
enterprise.
Structured cabling has played a key role in getting these rich
media, bandwidth concerted applications closer to the user community. A well
defined structured cabling system can be the arteries and veins of the network.
With convergence and ever increasing bandwidth capacity, voice, data and video
are coming closer together as new technologies develop. Rich media and
bandwidth-hungry applications depend on the cabling system that provides this
communications capability.
Making Business Sense
Though in India we have not experienced a significant transformation to
smart buildings, CIOs of various enterprises have identified the need. Ashish
Dandekar, Enterprise Management, NSE.IT opines, "buildings represent a
large, long-term investment that must make good business sense and be shielded
from obsolescence in today's fast-paced business environment. When we had gone
about building our data center in early 2000, we designed meticulously,
factoring in future scalability and redundancy." It's important to plan a
building in advance for the roadmap on IT infrastructure, physical security,
building strength, to mitigate risks of fire, water, utilities, failures, etc.
It not easy to haul old cables and lay new ones as first they come with a life
for 15 years and moreover, it involves lot of construction, internally and
externally, to lay a fresh set of cables.
A structured cable network must be designed with scalable
overlay capacity for future requirements.
Business requirements such as communicating data quickly and
reliably; ability to exercise greater control over the work environment and
improve productivity and cost-effectiveness make structured cabling an
imperative business aspect.
Cabling is at the heart of every network, with communication and
fast and accurate delivery of information among an organization's most
important business priorities. If the wrong cabling installation is chosen, the
consequences can seriously affect an organization's bottom line. With
installations lasting from 10 to 20 years, planning for future applications is
pivotal in this process. As a result, IT requirements should always be viewed in
the context of the overall business strategy in order to balance present and
future network needs with overall organizational goals.
Smart Practices
Intelligent choice of network and cable types depends on the
types of devices to be connected, their location and the way they are used. At
the planning stage, consider future as well as present requirements.
Under-specifying network configurations and cabling systems is a common error.
Since the expense and disruption caused by a premature replacement are great,
trying to cut corners at the installation stage may be unwise and will result in
ongoing rearrangements at a much higher financial cost and with associated
disruptions or delays in deployment of services.
The use of structured cabling allows established systems, as
well as newer ones, to benefit from the latest cabling techniques. Cabling is a
key component of any networked system, so decision makers should be prepared to
commit up to 10 to 15% of the total cost in this area.
The first cabling decision is between unshielded twisted pair (UTP),
shielded and/or foil screened cable types, optical fiber, or a combination of
these.
It is important to check the space available for cable runs
before making decisions on cable type, understanding that optical fiber cabling
offers many advantages for backbone deployment of LAN applications.
UTP cabling is preferred worldwide and is capable of supporting
high data rates to the desk. A significant number of installations are already
running gigabit speeds over high performance UTP cabling, with the migration to
gigabit over UTP expected to pick up the pace dramatically over the next few
years. 10 Gb/s UTP connections are expected to be initially implemented in data
centers, low-rise backbones and for mission critical applications. Although the
exact timing of the migration to higher speeds for a given organization is not
easily predicted, the selection of a suitable infrastructure today can determine
the ability to react in a speedy and cost-effective manner whenever the need
arises.
In practice, the most important network decision for most users
is the selection of a supplier. Besides implementing the network, good suppliers
can offer valuable advice and information. Since networking is a subject for
specialists, it is vital to select a supplier or consultant with skills and
experience that can be trusted.
Source: Systimax