9500 MXC User Manual
3DB 23063 ADAA - Rev 004 July 2007 Vol. II-2-35
Table 2-11. 9500 MXC IDU and ODU Parameters
Configuration and Diagnostics
This section provides an overview of the 9500 MXC CT screens provided for
IDU/ODU configuration and diagnostics. Refer to:
• 9500 MXC CT Log-in on page 2-35
• Configuration on page 2-36
• Diagnostics on page 2-36
• Software Reset on page 2-37
For more information on configuration and management, refer to Chapter 5.
9500 MXC CT Log-in
The IDUs include Ethernet and V.24 front-panel NMS ports for CT connection.
Ethernet: For Ethernet (10/100Base-T NMS port) there are two connection
options:
• Direct addressing using the TCP/IP properties window to set a LAN compatible
address on your CT PC.
• This is the default Ethernet connection mechanism.
• Connection requires knowledge of the IP address of the connected radio.
IDU ODU Capacity Modulation Protection
Over-Air Compatibility
1
1. Over-air compatibility for like capacity with INU/INUe. IDU E1/DS1 tribs are end-end compatible with INU DAC 4x and
DAC 16x plug-ins. The auxiliary function provided on IDUs is end-end compatible with the INU/INUe AUX plug-in. Over-air
interoperability is supported between ODU 300ep and hp. IDU-to-INU compatibility does not apply to protected operation;
where protected IDUs are to be installed they must be at both ends of the link.
IDU 20x ODU 300ep/hp
6 to 38 GHz
2
5 to40xE1
4 to 32xDS1
(20xE1/DS1 trib
access)
QPSK to
64 QAM
Hot standby,
space diversity
INU, RAC 30v3
IDU 155o ODU 300ep/hp
6 to 38 GHz
2
1xSTM1/OC3 16/64/
128QAM
Hot standby,
space diversity
INU, RAC 30v3
2
, RAC 3X
2. Compatible with RAC 30v3 at STM1/OC3 using 128 QAM (27.5-30 MHz channel BW).
IDU ES ODU 300ep/hp
6 to 38 GHz
2
Up to 196 Mbps
Ethernet with up to
8xE1/DS1
QPSK to
256 QAM
Non-protected INU, RAC 3X, RAC 30v3
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