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CRC-COVLAB Coverage Prediction Software

CRC-COVLAB overview

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Page 1: CRC-COVLAB overview

CRC-COVLAB

Coverage Prediction Software

Page 2: CRC-COVLAB overview

Design and optimize networks of transmittersGenerate high accuracy service coverage results

Strengthen the coverageDiagnose difficult coverage situations

Mix technologies in a projectVisualize predicted performance in 3D

Compare simulation and measurementsCalculate population reached

Specify target areas and derive statistics on performance

Automatically search and import broadcast stationsAssess the impact of potential interfering stations

CR

C-C

OVL

AB

Cov

erag

e Pr

edic

tion

Softw

are

Page 3: CRC-COVLAB overview

OUR CLIENTSLicensed throughout the world:

Clients: governments, broadcast organisation, consultants, research labs, universities, national defense and public safety agencies.

North, Central, and South America, as well as Europe, Asia and Australia.

Page 4: CRC-COVLAB overview

HD RadioModule in CRC-COVLAB

Page 5: CRC-COVLAB overview
Page 6: CRC-COVLAB overview
Page 7: CRC-COVLAB overview

WRAT-FM Point Pleasant, New JerseyMeasurements

Page 8: CRC-COVLAB overview

WRAT-FM Point Pleasant, New JerseyPredictions

Page 9: CRC-COVLAB overview

KQEI-FM North Highlands, California Measurements

Page 10: CRC-COVLAB overview

KQEI-FM North Highlands, California Predictions

Page 11: CRC-COVLAB overview

FM Station Study

Page 12: CRC-COVLAB overview
Page 13: CRC-COVLAB overview
Page 14: CRC-COVLAB overview

CFMZ-FM Interference Analysis

Page 15: CRC-COVLAB overview

CFMZ-FM

Page 16: CRC-COVLAB overview

CFMZ-FM with Surrounding Stations (co-channel, 1st and 2nd adjacent)

Page 17: CRC-COVLAB overview

CFMZ-FM Predicted Coverage with no IBOC Interference (CRC-PREDICT 2.07)

Mono

Stereo

Page 18: CRC-COVLAB overview

Mono

Stereo

CFMZ-FM Predicted Coverage with no IBOC Interference (zoomed)

Page 19: CRC-COVLAB overview

CFMZ-FM Coverage with WJYE IBOC Interference @ -20dBc

Mono [C/(N+I) = 19dB]

Stereo [C/(N+I) = 39dB]

Protected Contour [F(50,50) @ 54dBµV/m]

Interfering Contour [F(50,10) @ 48dBµV/m]

Mono

Stereo

Page 20: CRC-COVLAB overview

CFMZ-FM Coverage with WJYE IBOC Interference @ -14dBc

Mono

Stereo

Page 21: CRC-COVLAB overview

CFMZ-FM Coverage with WJYE IBOC Interference @ -10dBc

Mono

Stereo

Page 22: CRC-COVLAB overview

No WJYE IBOC inter-ference WJYE IBOC @ -20dBc

WJYE IBOC @ -14dBc

WJYE IBOC @ -10dBc

0

2,000

4,000

6,000

8,000

10,000

12,000

14,000

16,000

18,000

Stereo

Mono

4,212

3,542

2,842

2,202

16,515

15,421

14,225

13,144

km

2

CFMZ-FM Coverage (in km2)

* Relative to CFMZ-FM’s coverage with no WJYE FM-IBOC interference

Loss:*

1,094

6.6%

Loss:* 2,29013.9% Loss:*

3,37120.4%

Loss:* 670

15.9% Loss:* 1,37032.5% Loss:*

2,01047.7%

Page 23: CRC-COVLAB overview

No WJYE IBOC inter-ference WJYE IBOC @ -20dBc

WJYE IBOC @ -14dBcWJYE IBOC @ -10dBc

0

1,000

2,000

3,000

4,000

5,000

6,000

7,000

Stereo

Mono

4,665

4,362

4,029

3,478

6,5466,422

6,2876,205

Popula

tion in T

housands

CFMZ-FM Coverage : Population Reached (in Thousands)

Loss: *1231.9% Loss: *

2594.0% Loss: *

3415.2%

Loss: * 3036.5%

Loss: *636

13.6% Loss: *1,18725.4%

* Relative to CFMZ-FM’s coverage with no WJYE FM-IBOC interference

Page 24: CRC-COVLAB overview

Merci -Thank You

[email protected] /covlab