RadioFrame Networks Inc DH2 User Manual
RadioFrame System
System Description
RFN_3.1 Beta
7
2 System
Description
The RadioFrame Networks iDEN/802.11b solution generates RF within the
building using low-power transceivers that are placed as needed to meet
coverage and capacity requirements. The low-power nature of the transceivers
minimizes interference with the surrounding macrocell system so that the
macrocell system views the RFN iDEN/802.11b solution as a peer. The RFN
iDEN/802.11b solution is remotely monitored down to the component level,
including alarms and system performance, using a web-based interface.
building using low-power transceivers that are placed as needed to meet
coverage and capacity requirements. The low-power nature of the transceivers
minimizes interference with the surrounding macrocell system so that the
macrocell system views the RFN iDEN/802.11b solution as a peer. The RFN
iDEN/802.11b solution is remotely monitored down to the component level,
including alarms and system performance, using a web-based interface.
The RadioFrame Networks iDEN/802.11 solution consists of the following four
systems:
systems:
•
iDEN Interface
•
RadioFrame System
•
Power Plant
•
Local Area Network
2.1 Functional
Relationships
The following diagram depicts the components of each system in the
RadioFrame Networks iDEN/802.11 solution.
Figure 1
The RadioFrame Networks iDEN/802.11b solution consists of the iDEN
Interface, the RadioFrame System, a Power Plant, and the customer’s
Local Area Network.
Interface, the RadioFrame System, a Power Plant, and the customer’s
Local Area Network.
NCU
ACU(s)
RFU(s)
iDEN RadioBlades
RadioFrame Access Points (RAPs)
Ethernet Media Converter
URU(s)
ACU(s)
RFU(s)
iDEN RadioBlades
RadioFrame Access Points (RAPs)
Ethernet Media Converter
URU(s)
RadioFrame System
iSC-3
EAS
CSU
GPS Antennas
EAS
CSU
GPS Antennas
Rectifier
Batteries
Batteries
Power Plant
iDEN Interface
Customer-
defined LAN
equipment
defined LAN
equipment
Local Area Network