Parameter
|
Single Mode Fiber
|
Multi-Mode Fiber
|
Core Size
|
It has very small sized core and allows only one mode of light to
propagate.
|
It has large Sized core and allows multiple mode of light to
propagate.
|
Sources
|
1310+ nm lasers 1 and 10 Gb/s
1 Gb/s + w/ DWDM
High precision packaging
|
850 nm and 1310 nm LEDs
850 nm lasers at 1 & 10 Gb/s
Low precision packaging
|
Distance Support
|
This Cable is used to transmit data to long distances. Because as the
light passes through the core, the number of light reflections created
decreases which decreases attenuation
and creates the ability for the signal to travel faster forward. Up to 60 KMs
+
|
|
Construction
|
It generally comes in 9/125 construction which means that core to cladding
diameter ratio is 9 micron to 125 micron.
|
It usually comes in 50/125 and 62.5/125 size.
|
Variations
|
It has no other variation rather than 9/125.
|
It comes in two variations:
i)
Step-Index Multimode Fiber
ii)
Graded-Index Multimode Fiber.
|
Cost
|
The equipment used for communications over Single-mode optical fiber
is expensive. But the single mode fiber itself is usually less expensive.
|
The equipment used for communications over multi-mode optical fiber
is less expensive.
|
Applications
|
LAN,SAN, Data Centre
|
WAN, MAN, Campus
|
Connectors Price
|
Higher Cost
|
Low Cost
|
Monday, December 16, 2013
Difference Between Single Mode and Multi Mode Fiber
Labels:
Data Comm.
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