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The Radio Club of America, Inc. Technical Symposium New York, NY Distributed Antenna Systems for Luxury Residential and Office Buildings in Major Urban Areas Presentation by Robert Lopez, PE - RCC Consultants, Inc. November 22, 2014

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Page 1: Distributed Antenna Systems for Luxury Residential and Office

The Radio Club of America, Inc.

Technical Symposium

New York, NY Distributed Antenna Systems for Luxury

Residential and Office Buildings in Major

Urban Areas

Presentation by

Robert Lopez, PE - RCC Consultants, Inc.

November 22, 2014

Page 2: Distributed Antenna Systems for Luxury Residential and Office

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 2

Topics • Why a DAS, a BDA, Small Cell, a Femto

Cell necessary?

• Examples of Different DAS Architectures – Passive

– Active

– Hybrid

– Fiber to the Antenna (FTTA)

– Small Cells

– Bi-Directional Amplifiers (BDA)

– VoWiFi (say whaaaat?!)

• Typical Design Configurations & Output

• Measurements / KPIs

Page 3: Distributed Antenna Systems for Luxury Residential and Office

Example Configuration for

Indoor Coverage Solutions

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 3

Page 4: Distributed Antenna Systems for Luxury Residential and Office

Example Passive DAS

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 4

Graphic source: Indoor Radio Planning by Morten Tolstrup

Page 5: Distributed Antenna Systems for Luxury Residential and Office

Example Active DAS

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 5

Graphic source: Indoor Radio Planning by Morten Tolstrup

Page 6: Distributed Antenna Systems for Luxury Residential and Office

Hybrid DAS

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 6

Graphic source: Indoor Radio Planning by Morten Tolstrup

Page 7: Distributed Antenna Systems for Luxury Residential and Office

LTE eNB MIMO DAS

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 7

Graphic source: Indoor Radio Planning by Morten Tolstrup

Page 8: Distributed Antenna Systems for Luxury Residential and Office

Typical In-Door DAS

• External off-air signal

source pointing to

“donor” site

• Head-End RF to Fiber

Conversion

• Multi-band Remote

Amplifiers

• Plenum rated coaxial

cables

• Distribution Antennas

November 22, 2014 Rob Lopez, PE - RCC

Consultants, Inc.

8

Page 9: Distributed Antenna Systems for Luxury Residential and Office

Example Components

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 9

Page 10: Distributed Antenna Systems for Luxury Residential and Office

Example FTTA DAS

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 10

ICU= Interconnect Unit

RAU= Remote Access Unit

Page 11: Distributed Antenna Systems for Luxury Residential and Office

Example Head-end Equipment

• 11 Zones

• 22 Sectors

• +200 MIMO antennas

• 1.8 Million Sq. Ft.

• CommScope ION B

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 11

Page 12: Distributed Antenna Systems for Luxury Residential and Office

Example Remote Amplifiers

for MIMO Antenna Configuration and

LTE eNB’s

November 22, 2014 Rob Lopez, PE - RCC

Consultants, Inc.

12

Remote Amplifiers IDF installation

for a MIMO configuration. LTE eNB Base Stations

Page 13: Distributed Antenna Systems for Luxury Residential and Office

Example Multi-Carrier Head End Design

for: AT&T, Verizon, T-Mobile and Sprint

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 13

Page 14: Distributed Antenna Systems for Luxury Residential and Office

Example Corning Mobile Access

Head End Design: CDMA, UMTS and LTE

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 14

Page 15: Distributed Antenna Systems for Luxury Residential and Office

Typical Building Floor MIMO

Antenna System Diagram

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 15

Page 16: Distributed Antenna Systems for Luxury Residential and Office

LTE Reference Signal Receive

Power (RSRP) Coverage “Heat Map”

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 16

Page 17: Distributed Antenna Systems for Luxury Residential and Office

Typical Measurement

Equipment Capabilities for DAS

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 17

Page 18: Distributed Antenna Systems for Luxury Residential and Office

Typical Measurement Equipment

Capabilities for DAS

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 18

Page 19: Distributed Antenna Systems for Luxury Residential and Office

Example Test Equipment

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 19

Multi-Carrier Multi-

Band Measurement

Systems

LTE / CDMA / UMTS / HSPA / GSM

Page 20: Distributed Antenna Systems for Luxury Residential and Office

Example Multiple WSP / Multiband

Benchmarking Test Case

• Developer: Toll Brothers

Architect: Christian de

Portzamparc

• The structure is made up of

three imbedded towers

encircled in glass. It consists

of 365 units, 42 stories and

stands 476 feet high on the

corner of 28th street and Park

Avenue. {475,000 sq. ft.}

November 22, 2014 Rob Lopez, PE - RCC

Consultants, Inc.

20

Page 21: Distributed Antenna Systems for Luxury Residential and Office

Benchmark Test Planning

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 21

14 Access technology & Band Combinations

CDMA/EVDO: Ec/Io, RSCP and RSSI

UMTS/WCDMA: Ec/Io, RSCP and RSSI

LTE: RSRP, RSRQ and RSSI

3 Key Performance Indicators (KPI’s) Technology

Number of Floors= 21 882 Pages!

Page 22: Distributed Antenna Systems for Luxury Residential and Office

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 22

Page 23: Distributed Antenna Systems for Luxury Residential and Office

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 23

Page 24: Distributed Antenna Systems for Luxury Residential and Office

High Level Summary

November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 24

Page 25: Distributed Antenna Systems for Luxury Residential and Office

Summary

• There are different design options for each

building type and venue size:

– DAS, Off-air BDAs, Small Cells, Femto Cells

• Benchmarking is a key upfront exercise to

ensure the final design minimizes

interference, maximizes quality of service,

improves end-user experience and

provides for macro network traffic off-load.

• There’s little room for optimization after a

DAS is installed November 22, 2014 Rob Lopez, PE - RCC Consultants, Inc. 25