Zhone 2000 ユーザーガイド
8
2 0 0 0 - A 2 - G B 2 3 - 0 0
High POTS Port Rear Panel Connectors
The High POTS Port rear panels have the following connectors:
10/100 LAN
,
CONSOLE
,
T1 (or DSL, depending on model)
,
DCE V.35/RS-530 (USI)
,
BATTERY BACKUP
,
Voice Lines
,
LIFE LINE
,
On/Off Switch
,
and AC POWER
INPUT.
Each of these is described below. Each unit also has a
Ground,
a
typical
diagram of which is shown in Figure 2.1.
Figure 1.7
T1/E1 High POTS Port Rear Panel Connectors
Figure 1.8
SDSL and SHDSL High POTS Port Rear Panel Connectors
10/100 LAN
(10/100Base-T
Ethernet Port)
Connects the IAD to the local area network using a CAT-5 straight-through
Ethernet cable, or directly to a PC for accessing via Telnet (using a
cross-over, customer-supplied cable). The data interfaces connect through the
IAD supporting IEEE 802.1-compliant bridging and routing. When configured
for routing, supports Routing Information Protocol (RIP) version 1, version 2,
or static IP routing. The IAD complies with RFC 1812 when interfacing with
IPV4 routers. The IAD can terminate the following date interfaces:
Ethernet cable, or directly to a PC for accessing via Telnet (using a
cross-over, customer-supplied cable). The data interfaces connect through the
IAD supporting IEEE 802.1-compliant bridging and routing. When configured
for routing, supports Routing Information Protocol (RIP) version 1, version 2,
or static IP routing. The IAD complies with RFC 1812 when interfacing with
IPV4 routers. The IAD can terminate the following date interfaces:
•
ATM data transport via SHDSL, SDSL, and T1/E1 per RFC 1483 or RFC
2364
•
Frame Relay data transport via SDSL and T1/E1 per RFC 1490
•
Frame Relay data transport per RFC 1483 with Q.922 frames
Console (RS-232 Serial
Port)
Connects the IAD to a PC using a straight-through nine-pin serial (DB-9)
cable, for the purpose of using a terminal emulator for IAD configuration and
management.
cable, for the purpose of using a terminal emulator for IAD configuration and
management.