If one is not using modular cabling solutions, then one must
insist on installing latest products (copper & fiber) that are standards
compliant and tested for the performance by third party as a complete system. It
is better to deploy an end-to-end solution from a single vendor instead of
installing component-based network.
| IT/BPO, BFSI, telecom,
education, and health verticals are the usual key drivers for the growth
of SCS industry in India |
|
Planning
Your Infrastructure |
-
Build your network
with a vision keeping in mind your future expansion, capacity needed,
future applications and ability to support triple play
-
Choose an experienced
cable vendor with good support service
-
Work with
installation partners who are qualified and trained engineers to
ensure proper terminations
-
It is recommended
that one should use modular components that are pre-terminated and
tested at the factory prior to shipment
-
Always choose
standard cable components. Category5e, Category6, Category6A are the
three UTP cabling systems that are commonly available standards
-
Opt for intelligent
infrastructure management system for a better control over your IT
backbone while being more secure and easy to handle.
-
Make sure that
terminations are proper as this is one of the common mistakes while
cabling
-
Choose between copper and fiber depending on bandwidth
capacity and return on investment
|
Midspan for POE, should be seriously considered-it is expected
to change the way IT deploys big applications. Use of products like intelligent
patch panels solutions for ease in maintenance and frequent moves, additions and
changing scenarios would greatly improve maintenance time.
Choosing Standards
Indian market is mainly a UTP market where Category5e, Category6, and
Category6A are the three UTP cabling systems that are available for data
communication. Category5e cabling is now considered for small enterprises though
it can support Gigabit Ethernet. Category6 cabling system dominates the market
as of now. With the recent ratification of IEEE 802.3an 10 Gb Ethernet
standards, Category6A started gaining market acceptance. Category6A can support
10 Gb Ethernet for the full channel distance. Fiber optic cables are used in
backbone connectivity. Cat7 is also in the market, however its uptake is not
very significant.
While it is often difficult to predict the future needs of
specific tenants, it is certain that all will have telephone service and most
will have a computer network that allows information and centralized equipment,
such as printers, to be shared. The computer network will typically provide
access to the Internet via either a broadband modem (cable or DSL) or a
dedicated T-1 or higher-capacity line, depending upon the number of users and
the applications being used.
|
Kiosks
for Intelligent Cabling Solutions (India specific) |
|
Vendor |
Product
Name |
Feature |
No
of installations |
|
Tyco
|
AMPTRAC Intelligent
Cable Management System |
Automatically
generates a complete physical topology of the network at the data
center, enabling troubleshooting the network remotely. |
200,000 ports in last
fiscal with over 30 customers |
|
Systimax |
iPatch System |
An integrated real
time infrastructure management solution comprised of intelligent
copper and fiber patch panels, a Rack Manager Plus unit for managing
and monitoring the panels in a rack or cabinet and System Manager
software. |
NA |
|
ADC Krone
|
TrueNet PLM (Physical
Layer Management)
|
TrueNet PLM
drastically speeds and simplifies daily network provisioning,
maintenance and security providing Network Managers with full
visibility and control of the network and its assets. |
Over 10 installations |
|
Molex |
Premise Networks Real
Time Patching System |
Comprises of
intelligent patch panels, patch cords, integration strips, cable and
physical layer management hardware and software. A key feature is
that it can be retrofitted to legacy cabling systems in addition to
new installations. |
Over 14,000 drops
|
|
Panduit
|
Panduit PANVIEW –Intelligent
Cabling Systems |
Provides real-time
information on the state of patch field connections. |
One installation |
|
Belden CDT |
RiT's PatchView
IPLMS (Intelligent Physical Layer Management Solutions) |
It consists of a
comprehensive, standards-based, end-to-end SCS with intelligent
patch panels and software agents. It presents complete view of
physical layer connectivity and its relation to the logical layers. |
Over 16,000 drops |
|
|
|
Intelligent
vs Traditional |
|
Parameters |
Intelligent
Cabling Management |
Traditional
Networking
Management |
|
Security Features |
System quickly
identifies unauthorized changes and alerts the network manager |
Cannot detect
authorized and unauthorized changes. Does not generate any alerts |
|
Work process flow
|
After identifying a
problem, the system can suggest possible changes to rectify the
problem through e-mail or text alerts. The user can revise suggested
changes |
Third-party software
needs to be procured to automate the process; however, it provides
no interlink between the physical layer and other network layers |
|
Documentation support |
Software automates
documentation process and generates detailed reports for cable, port
and asset utilization. develop disaster-recovery plans; and document
physical-layer activity |
Manual documentation
has to be maintained. Reports cannot be generated for passive
devices such as patch panels, patch cords and the utilization of the
same in the network |
|
Database maintenance |
Automatically updates
the database of any changes made to the network |
Manual spreadsheet
databases need to be updated |
|
Re-Synchronization |
When a network outage
occurs, the system database automatically re-synchronizes upon the
restoration of power, showing network asset connectivity changes |
No automated
re-synchronization takes place. All updates have to be documented
manually |
|
Upgrading to Category5e or Category6 wiring ensures that today's
networking technologies running at 100 Mbps and 1 Gbps can be easily supported.
It is important to match the categories of both the connectors and wiring
because the weakest link dictates the performance of the circuit.
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