Evolution to 5G - PROFIBER · 2020. 11. 20. · Ericsson 64 MIMO 5G Antenna for the 3.6GHz band...

6
Confidential and Proprietary Confidential and Proprietary Evolution to 5G Confidential and Proprietary Generation Technology Maximum bandwidth 1G Analog 2G GSM 9,6 KBit/s 2.5G GPRS 54 KBit/s 2.75G EDGE 220 KBit/s 3G UMTS 384 KBit/s 3.5G HSPA 7,2 MBit/s 3.5G+ HSPA+ 42 MBit/s 3.9G LTE (bis CAT 4) 150 MBit/s 4G LTE Advanced (LTE-A ab CAT 6) 300 MBit/s 4.5G LTE Advanced Pro (LTE-AP ab CAT 11) 600 MBit/s Confidential and Proprietary The most important facts about 5G Transfer rates up to 10 GBit/s Latency times below one millisecond Real-time transmission, 100 billion mobile devices can be addressed simultaneously worldwide Compatibility of machines and equipment Use of higher frequency ranges up to 50GHz Will be a revolution for everyday life in all areas of life!

Transcript of Evolution to 5G - PROFIBER · 2020. 11. 20. · Ericsson 64 MIMO 5G Antenna for the 3.6GHz band...

Page 1: Evolution to 5G - PROFIBER · 2020. 11. 20. · Ericsson 64 MIMO 5G Antenna for the 3.6GHz band Confidential and Proprietary LTE 1 beam/antenna 5G 8 beams/antenna The difference between

Confidential and Proprietary Confidential and Proprietary

Evolution to 5G

Confidential and Proprietary

Generation Technology Maximum bandwidth

1G Analog

2G GSM 9,6 KBit/s

2.5G GPRS 54 KBit/s

2.75G EDGE 220 KBit/s

3G UMTS 384 KBit/s

3.5G HSPA 7,2 MBit/s

3.5G+ HSPA+ 42 MBit/s

3.9G LTE (bis CAT 4) 150 MBit/s

4G LTE Advanced (LTE-A ab CAT 6) 300 MBit/s

4.5G LTE Advanced Pro (LTE-AP ab CAT 11)

600 MBit/s

Confidential and Proprietary

The most important facts about 5G

Transfer rates up to 10 GBit/s

Latency times below one millisecond

Real-time transmission, 100 billion mobile devices can be addressed simultaneously worldwide

Compatibility of machines and equipment

Use of higher frequency ranges up to 50GHz

Will be a revolution for everyday life in all areas of life!

Page 2: Evolution to 5G - PROFIBER · 2020. 11. 20. · Ericsson 64 MIMO 5G Antenna for the 3.6GHz band Confidential and Proprietary LTE 1 beam/antenna 5G 8 beams/antenna The difference between

Confidential and Proprietary

From 2 & 3G to 4G

2 & 3G = GSM, UMTS, EDGE

4G = LTE

Passive Antenna elements

RL, DTF, Spectrum needs to be measured

3G 4G

Confidential and Proprietary

5G

5G

5G Frequency-bands

FR1 450 MHz to 6000 MHz

FR2 24250 MHz to 52600 MHz

The first step to 5G

3.4 -3.8 GHz Band

only downlink!

Uplink via 4G!

All other services remain!

Confidential and Proprietary

Only power and optical connector’s no RF port!!!!

A look inside, and a quick peek at the interfaces

Ericsson 64 MIMO 5G Antenna for the 3.6GHz band

Confidential and Proprietary

LTE 1 beam/antenna 5G 8 beams/antenna

The difference between a 4G and 5G Antenna

Page 3: Evolution to 5G - PROFIBER · 2020. 11. 20. · Ericsson 64 MIMO 5G Antenna for the 3.6GHz band Confidential and Proprietary LTE 1 beam/antenna 5G 8 beams/antenna The difference between

Confidential and Proprietary

The Antenna guides the beamto the area where bandwidth is needed!

Limitation is not 8 Beams/Antenna,

Each Beam can be formed!

Confidential and Proprietary

5G NR Spectrum Analyzer& broadband Antenna

+

How can a technician in the 5G world check the antenna? He becomes a hunter

Confidential and Proprietary Confidential and Proprietary

SSB Synchronization Signal Block one 10ms NR-Slot contains 14 OFDM- Symbols

5G NR Base Station Analyzer FunctionThe Analyzer measures the physical Cell ID (PCI) of the Base Station and the Beam ID as well as the Power SS-RSRP (SS reference signal received power) of the current location.

Page 4: Evolution to 5G - PROFIBER · 2020. 11. 20. · Ericsson 64 MIMO 5G Antenna for the 3.6GHz band Confidential and Proprietary LTE 1 beam/antenna 5G 8 beams/antenna The difference between

Confidential and Proprietary Confidential and Proprietary

5G NR Interference Detection Function● Supports 5G NR Signal

localization

● 4 Screens are

displayed simultaneously

● Spectrum

● Constellation

● Antenna direction angle

● Power in all directions

Confidential and Proprietary

The only way to measure antenna performance is for the technicianto move into the radio field of the Antenna which is not always possible

Not allowed

Not allowed

Not allowed

These results will provide some visibility to signal strength and footprint but far from the complete picture

This is however the most important first step for accurate and complete Antenna testing!

Confidential and Proprietary

A drone is a special solution which can fully analyze the antenna beaming and interferencesin 10% of the time

A drone will allow to measure in areas where a technician doesn’t always have full access, especially at the exact level of the Antenna or disrupting signal affecting the Antenna

Page 5: Evolution to 5G - PROFIBER · 2020. 11. 20. · Ericsson 64 MIMO 5G Antenna for the 3.6GHz band Confidential and Proprietary LTE 1 beam/antenna 5G 8 beams/antenna The difference between

Confidential and Proprietary

Measurements from the ground station, combined with drone measurements will give a clear, repeatable and most important, accurate antenna performance measurement results

Confidential and Proprietary

Lark 8000 system

Confidential and Proprietary

At the location the technician only needs to Prepare the drone and to start the flight.

The drone takes of and the analyzer collectsthe data and send them to a server.

When this job is done the drone returnsautomatically to the start point.

The server send the result back to thetechnician on the ground

Preparing the Mission in advance

Confidential and Proprietary

Page 6: Evolution to 5G - PROFIBER · 2020. 11. 20. · Ericsson 64 MIMO 5G Antenna for the 3.6GHz band Confidential and Proprietary LTE 1 beam/antenna 5G 8 beams/antenna The difference between

Confidential and Proprietary

UAV Power

Confidential and Proprietary

UAV Cell ID

Confidential and Proprietary

UAV Beam ID

Confidential and Proprietary

Helmut Contzen

[email protected]

Thank you