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cambium networks
CN ePMP OG 09242013
ordering Guide:
1000 Integrated Radio & 1000 Connectorized Radio with Sync
While the radio comes with a power supply included, it may be necessary to purchase spare power
supplies. Spare power supplies can be purchased by ordering the following part number:
Part Number
Description
N000900L001A
ePMP 1000: Spare Power Supply for Radio
with Gigabit Ethernet (no cord)
When selecting the location for the power supply, the following factors should be considered:
• Indoor location with no possibility of condensation
• Availability of main electricity supply
• Accessibility for connecting Ethernet cables
• Cable lengths – the maximum permitted length of the copper Ethernet interface cable is 330
feet (100 m) from the radio to the power source.
2.4 Surge Suppression
Because each connectorized, integrated radio includes a built-in surge suppressor, no external surge
suppression unit is required at the radio module. However, you should include a surge suppressor at
the building’s cable entrance point leading to the indoor power supply. If the Connectorized, syn-
chronized radio is tower-mounted, you may also want to include a surge suppressor at the bottom
of the tower near the tower ground bar.
Part Number
Description
600SSD
Surge Suppressor
2.5 GPS Synchronization
GPS synchronization is essential in most networks to avoid self-interference and maintain efficient
use of available spectrum. There are a number of options to provide the network with the timing
pulse that maintains network synchronization.
Each GPS Synchronized, Connectorized radio has a built in GPS receiver and can on its own receive
the required timing if the included, external GPS antenna is connected. The included GPS antenna
has a cable that is 1m in length. The Cambium Sector antennas have a location at the top of the sec-
tor antenna where the GPS antenna module can be installed. Alternatively, the GPS antenna can be
located away from the radio. An extension cable (not included) with a maximum length of 2 m can
be utilized to extend the distance of the antenna location from the radio.
