Using the 3in1 port, Page 2-13, Figure 2-7 connecting an in-band daisychaining – Asante Technologies 1012 User Manual

Page 47: Asantéhub 1012

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background image

Page 2-13

Using the 3in1 Port

Figure 2-7 Connecting an In-Band Daisychaining

RJ21 10 BASE-T PORTS

IN or

OUT

AUI

PARTITION
TRAFFIC

RS232

THROUGH

AMS LINK

UP=PC

DOWN=TERMINAL

END

3-IN-1 UPLINK

BNC

Spare Fuse in Fuse Holder

2A/250V Slow Blow Fuse

Replace Only With Fuse of Same Rating

RJ21 10 BASE-T PORTS

IN or

OUT

AUI

PARTITION
TRAFFIC

RS232

THROUGH

AMS LINK

UP=PC

DOWN=TERMINAL

END

3-IN-1 UPLINK

BNC

Spare Fuse in Fuse Holder

2A/250V Slow Blow Fuse

Replace Only With Fuse of Same Rating

Thin Ethernet Backbone
for Segment B connected to
bridge external port with a MAU

RJ21 10 BASE-T PORTS

IN or

OUT

AUI

PARTITION
TRAFFIC

RS232

THROUGH

AMS LINK

UP=PC

DOWN=TERMINAL

END

3-IN-1 UPLINK

BNC

Spare Fuse in Fuse Holder

2A/250V Slow Blow Fuse

Replace Only With Fuse of Same Rating

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

AsantéBridge 1012

AsantéHub 1012

AsantéHub 1012

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

AUI

PARTITION
TRAFFIC

RS232

THROUGH

AMS LINK

UP=PC

DOWN=TERMINAL

END

3-IN-1 UPLINK

BNC

Spare Fuse in Fuse Holder

2A/250V Slow Blow Fuse

Replace Only With Fuse of Same Rating

AsantéHub 1012

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

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