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Yealink DECT Phone System Deployment Guide

 

Deployment of base stations and repeaters is a central aspect of any DECT phone 
solution. To successfully deploy the DECT phone system, the deployment concepts 
explained in this guide must be followed.   

A radio coverage plan must be performed to determine the optimal location and the 
total number of base stations and repeaters required for a given installation. The base 
station provides a typical coverage radius and propagates in all directions. 

Inside a building: radius < 50m, depending on the building architecture and wall 
material. 

Outside in free air: radius < 300m, depending on reflections and surroundings. 

Yealink DECT repeater RT10 is designed in accordance with DECT standard. The RT10 
repeater has the same radio coverage as the base station. When additional coverage 
area is needed, a repeater should be added, which is similar to adding a base station 
on the multi-cell system (the number of call paths is not increased).   

 

A base station coverage plan is required to indicate: 

 

Areas where radio coverage is required 

 

Areas excluded from radio coverage due to the proximity of sensitive electronic 
equipment 

 

Areas where radio coverage is not required 

 

Areas where radio coverage is not feasible or requires repeaters 

 

Objects inside buildings 

Summary of Contents for Telkom W52P

Page 1: ......

Page 2: ...nal quality Selecting a proper mounting location for base stations and repeaters Operating and configuring of the base station repeater and handset The following related documents for W52P IP DECT pho...

Page 3: ...s and Site Density 5 Deployment Guidance 6 Deploying W52P DECT Phone System 6 Deployment in a Single Floor Building 6 Deployment in a Wider Single Floor Building 8 Deployment in a Multi Floor Building...

Page 4: ...ding architecture and wall material Outside in free air radius 300m depending on reflections and surroundings Yealink DECT repeater RT10 is designed in accordance with DECT standard The RT10 repeater...

Page 5: ...Construction materials such as walls floors ceilings Type of use such as for office hotel factory or store Dimensions Number of floors Height of floors Partitioning of floors The following table gives...

Page 6: ...may exist where each group of users has mobility within their own system cell single base station coverage area As users have no mobility over the whole local site the phenomenon of increasing number...

Page 7: ...t is a place that can be difficult for the radio signal to reach such as a corner of a room lifts and stairwells Determine the critical points for placing the deployment base stations 1 Select the fir...

Page 8: ...s The final position is again the intersection point of the radio coverage cells indicated by the broken lines shown by position 6 in the following figure 5 Follow the above steps to locate area cente...

Page 9: ...t Measure the radio coverage and determine the limit of the radio coverage of the critical point Measure the signal in a 45 degree angle towards the center of the area Proceed to the critical point P2...

Page 10: ...the floor above then measure the horizontal coverage at this location 3 Without moving the base station go to the floor directly below and measure the horizontal coverage at this location 4 Arrange th...

Page 11: ...ore user dense site The deployment process consists of the following steps Count the total number of users and associated traffic in the local site Define the homogeneous traffic areas Calculate the a...

Page 12: ...o install the repeaters in series or daisy chain Repeater has the same radio coverage up to 300m in unobstructed outdoor areas and up to 50m inside buildings as the base station Repeater does not incr...

Page 13: ...r within the base station coverage area The separation distance between the base station and repeater is 30m The base will hand over calls to the repeaters as the user moves from the base station cove...

Page 14: ...ce from your handset follow these recommendations Keep the base station repeater away from steel constructions at least 4 feet 1 20 meters Do not place base station repeater directly on metallic surfa...

Page 15: ...e devices is twice as large as the coverage at the rear The base stations should always be mounted higher that the obstructive objects in the area e g minimum higher than 2m above floor Repeaters shou...

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