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What is Ethernet Media Standards, How to identify bandwidth and cable type from media standard

Different Ethernet, Fast Ethernet and Gigabit Ethernet standards are identified by three-part names, also known as Ethernet Media Standards.

An example of an Ethernet Media Standard is 10Base-T. The first part of the previous Media Standard "10" specifies the transmission speed (in this case 10, Mbps). The second part of the name "Base" specifies that the type of signal used for data transfer in this particular Ethernet standard is baseband signal. The final part of the Ethernet Media Standard specifies the kind of cable used. Here "T" specifies twisted-pair cable.

The following table shows the some important Ethernet Media Standards, type of cable used, supported bandwidth speed and maximum supported cable length for data transfer.

Media Standard

Cable Type

Bandwidth Capacity

Maximum Length

10Base2

Coaxial

10 Mbps

185m

10Base5

Coaxial

10 Mbps

500m

10BaseT

UTP (CAT 3 or higher)

10 Mbps

100m

100BaseTX

UTP (CAT 5 or higher)

100 Mbps

100m

10BaseFL

Fibre Optic

10 Mbps

2Km

100BaseFX

Fibre Optic

100 Mbps

HD 400m/FD 2km

1000BaseT

UTP (CAT 6 or higher)

1 Gbps (1000 Mbps)

100m

10GBase-T

UTP (Cat 6a or higher)

10 Gbps (10000 Mbps)

100m

1000BaseSX

Fibre Optic

1 Gbps (1000 Mbps)

MMF 550m

1000BaseLX

Fibre Optic

1 Gbps (1000 Mbps)

MMF 500m/SMF 10km

1000BaseCX

Fibre Optic

1 Gbps (1000 Mbps)

100m

10GbaseSR

Fibre Optic

10 Gbps

300m

10GbaseLR

Fibre Optic

10 Gbps

SMF 10km

 

Note: X represents a higher grade of connection, and 100BaseTX is twisted-pair cable cabling that can use either UTP or STP at 100 Mbps. With fibre-optic cable such as 100BaseFX, the speed is quicker than standard 10BaseF. The “L” stands for “Long” in long wave length lasers and "S" stands for Short Wave Length.

Please visit below links to understand some of the abbreviations used above.

Coaxial cables
Twisted Pair Cables and Categories
Fiber Optic Cables
How Fiber Optics Work
Multimode Fiber (MMF)
Single mode Fiber (SMF)

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