Asante Technologies 1012 manual Connecting an In-Band Daisychaining

Models: 1012

1 110
Download 110 pages 37.51 Kb
Page 47
Image 47

Using the 3in1 Port

Thin Ethernet Backbone

for Segment B connected to bridge external port with a MAU

RJ21

10 BASE-T PORTS

IN or OUT

BNC

AUI

 

 

 

3-IN-1 UPLINK

 

AsantéBridge 1012

 

 

2A/250V Slow Blow Fuse

 

 

Replace Only With Fuse of Same Rating

 

 

THROUGH

RS232

AMS LINK

END

PARTITION

UP=PC

Spare Fuse in Fuse Holder

DOWN=TERMINAL

TRAFFIC

 

 

RJ45 cable from 3in1 RJ45 OUT (hub bridge port, Segment A) to RJ45 front panel port on next hub in the chain

AsantéHub 1012

2A/250V Slow Blow Fuse

Replace Only With Fuse of Same Rating

 

 

 

 

 

 

 

 

 

 

 

RJ21

10 BASE-T PORTS

IN or OUT

BNC

AUI

 

 

 

 

 

 

 

 

 

3-IN-1 UPLINK

 

 

 

THROUGH

RS232

AMS LINK

END

PARTITION

UP=PC

Spare Fuse in Fuse Holder

DOWN=TERMINAL

TRAFFIC

 

 

RJ45 cable from 3in1 RJ45 OUT to RJ45 front panel port on next hub in the chain

 

 

 

 

 

 

 

 

 

 

 

RJ21

10 BASE-T PORTS

IN or OUT

BNC

AUI

 

 

 

 

 

 

 

 

 

3-IN-1 UPLINK

 

 

 

AsantéHub 1012

 

 

2A/250V Slow Blow Fuse

 

 

Replace Only With Fuse of Same Rating

 

 

THROUGH

RS232

AMS LINK

END

PARTITION

UP=PC

Spare Fuse in Fuse Holder

DOWN=TERMINAL

TRAFFIC

 

 

RJ45 cable from 3in1 RJ45 OUT to 3in1 RJ45 IN port on the last hub in the chain (maximum of four hubs allowed)

AsantéHub 1012

 

 

 

 

 

 

 

 

 

 

 

RJ21

10 BASE-T PORTS

IN or OUT

BNC

AUI

 

 

 

 

 

 

 

 

 

3-IN-1 UPLINK

 

 

 

2A/250V Slow Blow Fuse

 

 

Replace Only With Fuse of Same Rating

 

 

THROUGH

RS232

AMS LINK

END

PARTITION

UP=PC

Spare Fuse in Fuse Holder

DOWN=TERMINAL

TRAFFIC

 

 

Figure 2-7 Connecting an In-Band Daisychaining

Page 2-13

Page 47
Image 47
Asante Technologies 1012 manual Connecting an In-Band Daisychaining