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I have included a table here to show the different PHYs to be defined and what all the characters that I am using in the names mean. These are subject to approval.
x/y x is the transmit speed, y is the receive speed
T1 – single shielded balanced pair of conductors (SBP)
V1 – single coaxial cable (Coax)
PHY name |
Transmit speed |
Receive speed |
Cable type |
100M+2.5GMBASE-T1 |
100M |
2.5G |
SBP |
2.5G+100MBASE-T1 |
2.5G |
100M |
SBP |
100M+5GBASE-T1 |
100M |
5G |
SBP |
5G+100MBASE-T1 |
5G |
100M |
SBP |
100M+10GBASE-T1 |
100M |
10G |
SBP |
10G+100MBASE-T1 |
10G |
100M |
SBP |
100M+2.5GBASE-V1 |
100M |
2.5G |
Coax |
2.5G+100MBASE-V1 |
2.5G |
100M |
Coax |
100M+5GMBASE-V1 |
100M |
5G |
Coax |
5G+100MBASE-V1 |
5G |
100M |
Coax |
100M+10GBASE-V1 |
100M |
10G |
Coax |
10G+100MBASE-V1 |
10G |
100M |
Coax |
When talking about all high speed transmit PHYs, regardless of cable type, use:
MultiG+100MBASE-T1/V1.
When talking about all low speed transmit PHYs, regardless of cable type, use:
100M+MultiGBASE-T1/V1.
When talking about all PHYs communicating on shielded, balanced, pair of conductors, regardless of transmit speed, use:
MultiG+100M/100M+MultiGBASE-T1
When talking about all PHYs communicating on coaxial cable, regardless of transmit speed, use:
MultiG+100M/100M+MultiGBASE-V1
When talking about all PHYs, regardless of transmit speed or cable type, use:
MultiG+100M/100M+MultiGBASE-T1/V1
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