Beijing Raisecom Science & Technology Co., Ltd.
2. Overview
2.1. Introduction
RC513/514 series remote-end managed, bandwidth adjustable Ethernet media
converters are new generation media converters developed by Raisecom.
The remote-end management means that the network administrators can manage both
the host-end and the remote-end equipments to conduct such operations as working
status review, equipment control, loop-back test, and data flow statistics, etc.
The bandwidth adjustment means that the administrator can adjust the sending and
receiving bandwidth of copper ports by N X 32kbps.
Operations to host-end equipment are as follows:
1. Working status review of host-end equipment:
The working status that can be reviewed is:
a. Copper port: upstream link, port ON/OFF, auto-sensing, full/half
duplex;
b.
Fiber port: link receive (RLK), link transmit (TLK), port ON/OFF;
c. Others: Fault-pass-through enable/disable, management status of
remote-end equipment, loop-back test status, loop-back test success report,
configuration application.
2. Configuration of host-end equipment:
The configurable items include:
Copper port auto-negotiation, copper port duplex mode, copper port ON/OFF,
Fault-pass-through enable/disable, remote-end management functions, reset of copper
and fiber port, loop-back test enable and forbid, sending and receiving bit rate at N x
32kbps.
Operations to remote-end equipment are as follows:
1.
Working status review of remote-end equipment:
The working status that can be reviewed is:
a.
Copper port: link up, port ON/OFF, auto-sensing, full/half duplex;
b.
Fiber port: link receive (RLK), link transmit (TLK);
c.
Others: fault pass through enable, abnormal upper/lower limit of power
voltage, feedback to configuration application, temperature of chassis
ambience.
2.
Configuration of remote-end equipment:
The configurable items include:
Copper port auto-negotiation, copper port duplex mode, copper port ON/OFF,
Fault-pass-through enable/disable, reset of copper and fiber port, sending and receiving
bit rate at N*32kbps.
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