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ADCP-75-192 • Issue 2 • June 2007
Page 25
© 2007, ADC Telecommunications, Inc.
US1900C (3) - PCS band C
US1900D (4) - PCS band D
US1900E (5) - PCS band E
US1900F (6) - PCS band F
US800AAPP (7) - Cellular A and A'' bands
US800BBP (8) - Cellular B and B' bands
US800AP (9) - Cellular A' band
US800SMRA (10) – SMR 800 band (806-821/851-866MHz)
US800SMRUpper (11) – SMR 800 band Extended (818-824/862-869MHz)
US900SMRB(12) – SMR 900 band
US1900G (13) - PCS band G
The MIB field is:
transceptBtsConnectionTable.transceptBtsConnectionTenantBand
3.3.2.5 Setting the BIM Rack/Shelf ID
The location information (rack/shelf) of the BIM module belonging to this tenant can be
manually configured. The valid values for these MIB fields are strings of 1-16 characters. The
Hub Config Process will push these ID strings down to the Network Node MIB of the CPU that
controls this BIM. This will allow the NMS to identify the location of the BIM when it is
reporting a fault condition. The MIB fields are:
transceptBtsConnectionTable.transceptBtsConnectionBimRackID
and
transceptBtsConnectionTable.transceptBtsConnectionBimShelfID
3.3.2.6 Designating the Tenant Hardware
The BTS Connection MIB contains several fields pertaining to the location of the tenant-
specific hardware. Some of the connections made between hardware are not automatically
detectable, and therefore may require some manual entering of information.
The I2C addresses of the RF modules belonging to the tenant being configured can be set (if
changes from default values are required) as follows:
• The BIM I2C Address (bus/slot) will automatically be filled in by the Hub Config Process.
The MIB fields are:
transceptBtsConnectionTable.transceptBtsConnectionBimI2cBus
and