The GBIC or a Gigabit Interface Converter has become a standard form factor for optical transceivers. Transceiver is a technical combination of receiver and transformer. It connects the network and fiber optic patch cords. It supports a range of physical media that includes legacy copper and long wave single mode fiber for extended lengths.

1. A Quick Glance at the Advantages of Cisco Compatible GBIC and Transceivers
The GBIC or a Gigabit Interface Converter has become a standard form factor for optical transceivers.
Transceiver is a technical combination of receiver and transformer. It connects the network and fiber
optic patch cords. It supports a range of physical media that includes legacy copper and long wave single
mode fiber for extended lengths. Essentially due to the elasticity, the GBIC is considered to be an
appealing paradigm in networking equipment. In networks where a range of diverse optical
technologies are deployed, IT staff can procure GBIC modules as required, for the exact type of link
needed.
In the optical networking arena, a GBIC is commonly used to interface a Fiber Optic system with an
Ethernet system. The common applications include fiber channel and Gigabit Ethernet. The GBIC form
factor allows manufacturers to create one type of appliance that can be used for either copper or optical
applications. The GBIC modules are also hot swappable, which enhances the ease of upgrading optical
networks and also facilitates users to modify connections to suit their requirements.
By means of a GBIC transceiver, Gigabit network equipment is capable of connecting directly to single
mode fiber ports, copper wires or any other multimode fiber ports. And for any interconnections over
the Gigabit Ethernet hubs GBIC transceivers are said to be ideal. SFP or the small form factor pluggable is
the restructured adaptation of GBIC transceiver. Transmission is possible from 500 meters to about 120
kilometers. Besides being hot pluggable they are simple to maintain. They use the small types of fiber
interface and body that is much smaller than the conventional GBIC. The converter designs are perfect
for high performance and point-to-point exchanges that need gigabit or fiber channel interconnections.
GBIC transceivers are ideal for deployment of multiservice networks. The Cisco compatible CWDM GBIC
transceiver can be used in campuses, data centers and metropolitan area access networks for Gigabit
Ethernet and Fiber Channels as it is a commendable and cost-effective option.
The main advantage of a Cisco compatible SFP and Cisco compatible transceiver lies in its scalability.
Furthermore, these equipments need not be powered as well as configured. It is versatile equipment
that allows multiple network configurations. At the same time, these products enable businesses and
service providers to increase the bandwidth of a Gigabit Ethernet without utilizing a new fiber. Well-
known brands and market players offering Cisco compatible GBIC transceivers have ventured into the
market to offer advanced quality products. They follow a competitive marketing strategy that leads
them to generate better products that are environmentally friendly.
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