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Low Voltage and High Density Compact Gateway
LV AND HD COMPACT GATEWAY PRODUCT OPTIONS
Corinex LV and HD Compact Gateways come with a variation of models that users can choose to match
with their requirement and deployment type.
Low Voltage Compact Gateway (CXP‐LVC‐GWYC)
The LV Compact Gateway can run as an HE master modem to serve a BPL network of up to 128 MAC
addresses. It can connect to maximum 31 TDR or CPE modems directly. This basic modem can be used in a
small-size network. The following interfaces and connectors are provided on the Gateway:
RJ‐45 Ethernet Interface for accessing Ethernet network,
RS485 Serial Port,
Female TNC‐type connector for providing BPL access on a coaxial cable,
4‐pin power socket for power and providing BPL access on the power line,
4-pin socket for DC backup power supply.
High Density Compact Gateway (CXP‐HDC‐GWYC)
The High Density Compact Access Gateway can serve as a Head‐End Master modem in a BPL network
comprising of network devices with up to 1,024 MAC addresses in total. HD Gateway has a capacity to
provide direct connection to maximum 31 TDR or CPE modems. Each of the TDR modems can extend the
distance reach and a number of connecting CPE modems. It is recommended to use the HD Gateway in a
medium or large‐size network. The following interfaces and connectors are provided on the Gateway:
RJ‐45 Ethernet Interface for accessing Ethernet network,
RS485 Serial Port,
Female TNC‐type connector for providing BPL access on a coaxial cable,
4‐pin power socket for power and providing BPL access on the power line,
4-pin socket for DC backup power supply.
Integrated Couplers
Both the LV and HD Compact Gateways are integrated with internal three‐phase coupler which provides easy
installation on the three‐phase power line system. The integrated coupler connection is a 4‐pin socket for
coupling the signal to line and neutral wires of the three‐phase four‐wire power line. With this feature,
Corinex LV and HD Compact Gateways are capable to provide a last mile solution anywhere worldwide.
Integration of the internal coupler eliminates a need for external coupler and minimizes the insertion and
connector losses caused by an external coupler.
Release Date: September 7, 2011
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