SLM1DS11 RTN510 Microwave, 4.91~5.97GHz, RT, antenna integrated, with installation material
SLESSFPK01 single-mode eSFP kit (for GE or 1.25G CPRI),10km
SLEMSFPK01 multi-mode eSFP kit (for GE or 1.25G CPRI),0.55km
AS6D06HSNS RTN510 Microwave Antenna-N-with bracket-4.9~5.97GHz,16.5dBi
AS6D03SSNF Microwave Antenna-dual polarization-with bracket-4.9~5.97GHz,22dBi
PI-DCB10 OptiX RTN,PI-DC B10,power injector
PI-ACB20 OptiX RTN,PI-AC B20,power injector
PI-DCA11 OptiX RTN,PI-DC A11,power injector
W0ACPSE14 Adapter,-40degC~50degC,90V~264V,54V/0.65A,C8/RJ45,GE
The RTN 510 supports PtP network, 90° PtMP networking and RT relay networking.
Different RF working modes must be configured for the AP and RT that serve as different roles in a network.
PtP Networking
* In PtP networking, microwave links are provided for point-to-point service transmission between two APs, RTs, or an AP and an RT. The PtP networking between two APs, they can be used as wireless bridges.
* In PtP networking, the AP uses panel antennas, and it can also use fan antennas.
* The PtP networking between two APs, one AP works in AP mode and the other works in RT mode.
* In the PtP networking between two RTs, one RT works in RT mode and the other works in Relay mode. This networking primarily applies in RT relay scenarios.
90° PtMP Networking
In PtMP networking, microwave links are provided for point-to-multipoint service transmission between one AP and multiple RTs. A single AP antenna provides a maximum coverage angle of 90°.
RT Relay Networking
When an RT needs to be deployed beyond the maximum distance or there are obstacles between the AP and RT, RT relay networking can be used.
There are buildings between the AP and RT3 that completely block the data transmission between them. To resolve this issue, RT1 and RT2 establish relay nodes for RT3. Data between AP and RT3 is transmitted through RT1 and RT2. RT1 and RT2 are cascaded using the P1's Ethernet port, RT1 works in RT mode, and RT2 works in Relay mode.
