5G NR Training 5G NR Training 5G NR training

5G NR Training

1. Orchestrating network performance |
Orchestrating network performance |www.infovista.com
This presentation is InfoVista’s propriety. Provided in confidence to Ericsson

2. Orchestrating network performance |
Product ID for Trial Planet Installation
2
1.18621-27916-74673
2.40768-02231-61489
3.28798-32231-61449
4.84728-22231-61469
5.58221-27916-64533
6.48221-27916-64173
7.40778-42231-61449
8.18621-27916-04353
9.84738-62231-61429
10.50748-02231-61469
11.38778-32231-61429
12.94708-22231-61449
13.38221-27916-74513
14.28221-27916-74153
15.50758-42231-61429
16.98621-27916-14233
17.94718-62231-61409
18.68768-02231-61409
19.98621-27916-34373
20.28221-27916-94293

3. Orchestrating network performance |
Agenda
•Day 1 –Planet 7 Review
•Day 2 –5G Technology and Analysis in Planet
•Day 3 –Coping with High Frequency and Traffic Map Generation
•Day 4 –Massive MIMO in Planet
•Day 5 –ACP and Neighbor Planning
3

4. Orchestrating network performance |
Planet 7
Review

5. Orchestrating network performance |
NR in Planet 7.0
Planet
Wi-Fi
IoT
5G NR
WCDMA
GSM
LMR
Tetra
P25
Cdma2000
iDEN
WiMAX
LTE
•Support for all major Radio Access
Technologies
•Multi-vendor and multi-technology
platform
•Support for all stages of the network
lifecycle
•Modern platform that delivers ease of
use, high performance and
robustness to engineers
Planet Technology Modules

6. Orchestrating network performance |
LTE: Addition of TDD Special Subframe Configuration
6
3GPP TS 36.211 Release 14
where X is the number of additional SC-FDMA symbols in UpPTSprovided by the higher layer parameter srs-UpPtsAddif
configured otherwise X is equal to 0
Introduced long UpPTSfields to allow measuring BS
to measure more than two OFDM symbols of UL
interference from an interfering cell

7. Orchestrating network performance |
NB-IOT: Addition of Automatic Cell Planning
7
Enabled for:
-Site Selection
-Site Optimization

8. Orchestrating network performance |
GSM: Addition of Multi Resolution Analysis
8
When generating a multi-resolution analysis, the primary Heights file (defined on the Geodata
tab in the project settings) must be a Multi-Resolution Raster (.mrr) file.

9. Orchestrating network performance |
Multi-Resolution Raster Format (.mrr)
•“mrr” stands for “multi-resolution raster”
•Tile-based raster format
•Multi-resolution format
•Each tile has its own resolution
•Support for Unicode characters
•No limit on file size
•Ability to use 32-bits for values for each Bin
•Increased resolution when needed (e.g.,
Traffic Maps)
•File size smaller than Vertical Mapper grids
9
1 Tile

10. Orchestrating network performance |
Others
10
-Integration of latest call trace parsers
-Integration of latest configuration management parsers
-Integration of latest drive test parsers
-Use license manager : Sentinel RMS v. 9.2.1
-Update of Universal Model to v480
-Support of MapInfo Extended table
-Support of table larger than 2GB as well as Unicode support
-Ability to open OSM map
-C:\Program Files\InfoVista\Planet 7.0\mapinfo\Professional\TileServer

11. Orchestrating network performance |
Exercise
11
-Add sites in “Training2_Import”
-Use antenna file “80010676V011.pafx” provided for the 6 new sites
-(note ports are slightly different from the one used earlier)
-Using the sites setup as reference for power boosting/recycling/Antenna Algo
-Perform analysis for all 11 sites
-RSRP
-NRSRP
for the following heights, Model Height, 5, 10, 20, 30, 40, 50
-Compare the difference in coverage > -112dBm between RSRP and NRSRP on “road” and “buildings 40-60m”
clutter
Clutter Road Buildings 40-60m
Height Model Height 50
Reference
NB-IoT Reference

12. Orchestrating network performance |
www.infovista.com
Thank you!
This presentation is InfoVista’s propriety. Provided in confidence to Ericsson
to Ericsson.