User's Manual
Table Of Contents
- 1.0 INTRODUCTION
- 2.0 MODEL NUMBER CODES
- 3.0 HARDWARE INSTALLATION AND BASIC INTERFACE REQUIREMENTS
- 4.0 INITIAL STARTUP AND CONFIGURATION
- 4.1 Introduction
- 4.2 STEP 1—Power up the LEDR Radios
- 4.3 STEP 2—Establish Communications with the Radio
- 4.4 STEP 3—Make Initial Login to Radio
- 4.5 STEP 4—Change the SUPER Password
- 4.6 STEP 5—Review Essential Operating Parameters
- 4.7 STEP 6—Set TCP/IP Settings to Enable SNMP and/or Telnet Management (if required)
- 4.8 STEP 7—Set User Configurable Fields
- 4.9 STEP 8—Verify Radio Performance
- 4.10 STEP 9—Install the Link
- 4.11 STEP 10—Verify the Link Performance
- 5.0 CONFIGURATION AND CONTROL VIA THE FRONT PANEL
- 6.0 CONFIGURATIONAND CONTROL VIA THE CONSOLE PORT
- 7.0 STANDARDIZING RADIO CONFIGURATIONS
- 8.0 UPGRADING LEDR FIRMWARE
- 9.0 USING ORDERWIRE
- 10.0 USING THE SERVICE CHANNEL
- 11.0 PROTECTED CONFIGURATION
- 12.0 SPACE DIVERSITY OPERATION
- 13.0 SPARE PARTS, UNITS AND ACCESSORIES
- 14.0 Fractional-T1 INTERFACE CARD 03-3846A01 Fractional-E1 INTERFACE CARD 03-3846A02
- 15.0 INCREASE BANDWIDTH BY CHANGING TRANSMITTER AND RECEIVER FILTERS
- 16.0 BENCH TESTING OF RADIOS
- 17.0 TECHNICAL REFERENCE
- 17.1 Specifications— Models: LEDR 400S, 700S, 900S and1400S
- 17.2 Specifications— Models: LEDR 400F, 900F, 1400F
- 17.3 Specifications— Protected Switch Chassis
- 17.4 Optional Equipment (Consult factory for detailed information)
- 17.5 Accessories
- 17.6 I/O Connector Pinout Information
- 17.7 Watts-dBm-Volts Conversion
- 18.0 RADIO EVENT CODES
- 19.0 IN CASE OF DIFFICULTY
MDS 05-3627A01, Rev. D LEDR Series I/O Guide 85
If the timeslots are rearranged such that M is to the “left” of timeslot 16,
and N to the “right,” then the timeslot numbers at the other end of the
link must agree (M and N). They may be re-positioned within their part
of the E1 frame (to the left or right of TS16) but may not be moved to
the other side.
The
slotlist variable is a list of timeslots and can be a single slot number,
comma separated list of slot numbers, or a range of slot numbers (i.e.,
2-8). Timeslots can be entered in any order and are automatically con-
figured. Extra slots will be ignored. Unassigned timeslots in the pending
list are signified by
MA (must assign).
NOTE: Enough slots for the full data capacity of the modem setting
must be specified or the link will not synchronize.
NOTE: FT1 timeslots are 1–24. E1 timeslots are 0–31.
NOTE: In FE1 mode timeslot 0 is always selected. When frame struc-
tures are selected that contain CAS (
fstruct 4-7) timeslot 16
must be selected.
trapfilter Trap Filtering for SNMP
Usage:
trapfilter [<critical|major|minor|inform>]
This command sets or displays which events cause SNMP traps. Fil-
tering traps is done by category. Traps that are filtered are allowed to
pass through the network-management system. (See trapmgr on Page 85
and snmpcomm on Page 81 for additional information.)
trapmgr Trap Manager IP Addresses
Usage:
trapmgr [<1-5>] [<IP address>]
This command sets or displays the trap manager IP addresses. These are
the IP addresses of up to five network-management stations on which
SNMP manager software is operating, and to which notifications of
SNMP events (traps) are to be sent. The IP mask used for sending traps
is that set by the
ip command. (See “ip” on Page 63.)
Example Response:
: trapmgr: 1 = 10.2.129.22
trapmgr: 2 = 0.0.0.0
trapmgr: 3 = 0.0.0.0
trapmgr: 4 = 0.0.0.0
trapmgr: 5 = 10.2.129.1
trend Trend of RF Performance Indicators
Usage:
trend [<rssi|temp|rfout|snr|fec|ifec|time|all>] [<display time (msec)>]