2
Tektronix Real-Time Spectrum Analyzers: Solving your RF challenges from the bench to the field Capture seamlessly into memory Trigger on frequency changes Discover much more Analyze multiple domains 10/14 EA 37W-19885-2 www.tektronix.com/rtsa Tektronix Real-Time Spectrum Analyzers Common Worldwide Wireless Technologies Cellular Communication Networks TECHNOLOGY CHANNEL SPACING COMMON FREQUENCIES REGIONS LTE-FDD 1.4 MHz 3 MHz 5 MHz 10 MHz 15 MHz 20 MHz LSMH A/B/C/D/E, USMH C/D: 700 MHz 800 MHz (EUDD / SMR) 850 MHz (CLR/ECLR) 900 MHz (E-GSM) 1500 MHz (U/LPDC) 1600 MHz (L-Band) 1700 MHz (AWS) 1800 MHz (DCS) 1900 MHz (PCS / EPCS) 2000 MHz (S-Band) 2100 MHz (IMT) 2600 MHz (IMT-E) Regions 2 & 3 Worldwide Regions 2 & 3 Regions 1 & 3 Japan USA Region 2 and Japan Worldwide except N. Amer. Region 2 USA Regions 1 & 3 Worldwide LTE-TDD 1.4 MHz 3 MHz 5 MHz 10 MHz 15 MHz 20 MHz 700 MHz 1900 MHz (PCS) 1990 MHz 2100 MHz (IMT) 2300 MHz 2500 MHz (BRS/EBS) 2600 MHz (IMT-E) 3500 MHz 3700 MHz Asia Region 2 China Europe / Asia / Oceania Worldwide except N. Amer. N. America / Asia Worldwide except Oceania and N. America Worldwide except Africa and Oceania Europe GSM/GPRS/EDGE Global System for Mobile Communications/General Packet Radio Service/ Enhanced Data Rates for GSM Evolution 200 kHz GSM 900: 890-915 MHz (UL); 935-960 MHz (DL) DCS 1800: 1710-1785 MHz (UL); 1805-1880 MHz (DL) GSM 850: 824-849 MHz (UL); 869-894 MHz (DL) PCS 1900: 1850-1910 MHz (UL); 1930-1990 MHz (DL) Regions 1 & 3 except Japan and Korea Regions 1 & 3 except Japan, Korea and China Region 2 – Americas Region 2 – Americas W-CDMA/HSDPA/ HSUPA Wideband Code Division Multiple Access/High-Speed Downlink Packet Access/ High-Speed Uplink Packet Access 5 MHz Band I: 1920-1980 MHz (UL); 2110-2170 MHz (DL) Band V: 824-849 MHz (UL); 869-894 MHz (DL) Band II: 1850-1910 MHz (UL); 1930-1990 MHz (DL) Regions 1 & 3 Region 2 – Americas Region 2 – Americas CDMAOne/ CDMA2000 /1xEV-DO CDMAOne System (IS-95A/B/C)/ CDMA2000 (1xRTT – Radio Transmission Technology)/1xEV-DO (1x Evolution-Data Only High Rate Packet Data) 1.25 MHz 800/850 MHz band: 824-849 MHz (MS); 869-894 MHz (BS) Japan Cellular band: 887-925 MHz (MS); 832-870 MHz (BS) PCS 1900: 1850-1910 MHz (MS); 1930-1990 MHz (BS) IMT 2000 band: 1920-1980 MHz (MS); 2110-2170 MHz (BS) Region 2 & 3 – Primarily Americas, Korea, China Region 3 – Japan Region 2 – Americas Region 3 – Japan and China Personal Area Networks (PAN) TECHNOLOGY CHANNEL SPACING COMMON FREQUENCIES REGIONS IEEE 802.15.4a (Zigbee) 2 MHz (915 MHz) 5 MHz (2.40 GHz) 500 MHz-1355 MHz 250-750 MHz 784, 868, 915 MHz 2.40 GHz (ISM band) 3.10-4.80 GHz; 6.00-10.60 GHZ Worldwide IEEE 802.11ad (WiGig) 2 GHz 60 GHz (ISM band) Worldwide ANT 1 MHz 2.4 GHz (ISM band) Worldwide IEEE 802.15.1 (Bluetooth) 1 MHz (hopping) 2.4 GHz (ISM band) Worldwide Local Area Networks (LAN) TECHNOLOGY CHANNEL SPACING COMMON FREQUENCIES REGIONS IEEE 802.11 a/b/g/n Wireless Local Area Network a/b/g: 10 MHz (overlapped) 20, 25 or 30 MHz (non overlapped) n: 20 or 40 MHz p: 5, 10, or 20 MHz ac: 20, 40, 80, or 160 MHz b/g: 2400-2483.50 MHz a: 4900-5825 MHz (various) n: 2400-2483.50 MHz; 5150-5825 MHz (various) p: 5850-5925 MHz (various) ac: 2400-2483.5 MHz (USA), 2400-2500 MHz (Japan), 5150-5845 (various) Worldwide 135.7 137.8 156.5625 156.4875 5.091 698.0 Worldwide Spectrum Allocations Courtesy of Tektronix 9 kHz SELECTED POINTS OF INTEREST: 1 Underground Cable Locating Equipment 2 LORAN C Navigation 3 ADF Non-Directional Beacons (NDB) 4 AM Radio Broadcast 5 WWV Time Standard Signals 6 Major World Air Route Areas (MWARA) 7 International Shortwave Broadcasters 8 Citizen Band Radios (CB) 9 VHF Television (TV) 10 FM Radio Broadcast 11 VHF Omni-directional Range (VOR) 12 Instrument Landing System (ILS – LOC) 13 Civil Aircraft Communications Radio 14 Emergency Locator Transponders (ELT) 15 International Maritime Channels 16 Garage Door Openers 17 Automobile Remote Keyless Entry (RKE) 18 Aircraft Landing Glide Slope (GS) 19 UHF Television (TV) 20 Cellular Phone Bands 21 Distance Measurement Equipment (DME) 22 Aircraft ATC Radar Transponders 23 Global Positioning System (GPS, L1) 24 Broadcast Satellite Radio Services 25 Wireless Local Area Networks 802.11b & g 26 Bluetooth Personal Area Networks (PAN) 27 Microwave Ovens 28 Satellite Television Broadcast 29 Aircraft Radar Altimeters 30 Wireless Local Area Networks (WLAN) 802.11a 31 Weather Radar – Large Aircraft 32 Point-to-Point Telecom Infrastructure 33 Weather Radar – Small Aircraft 34 Maritime Radar 35 Police Radar Speed Measurement 36 Radar Motion Detectors (Doors & Alarms) 37 Direct Broadcast Satellite 38 Inter-Satellite Frequency & Time Standard Reference 39 Inter-Satellite Radiolocation 40 Fixed Satellite Service: Space-to-Earth All Regions 41 Fixed Satellite Service: Earth-to-Space All Regions Source: US FCC Online Table of Frequency Allocations, Code of Federal Regulations – Title 47, Section 2.106 Revised on May 12, 2008 ‘Selected Points of Interest’ are based on popular allocation applications, and may not be exhaustive or applicable for all nations. This chart represents a single point in time of the International Telecommunications Union (ITU) worldwide spectral allocations summarized in the US FCC Code of Federal Regulations. As such, it does not completely reflect all aspects such as footnotes and recent changes. Users should always consult their national regulatory body for current allocations. This chart does not differentiate between Co-PRIMARY and Secondary alloca- tions. Allocations are listed from top to bottom in the order they appear in table 2.106. Horizontal logarithmic scale has been exaggerated on some very narrow bands for readability. Aeronautical Mobile Broadcasting Inter-Satellite Maritime Radionavigation Radio Astronomy Radionavigation Satellite Aeronautical Mobile Satellite Broadcasting Satellite Land Mobile Meteorological Aids Radiodetermination Satellite Space Operation Aeronautical Radionavigation Earth Exploration Satellite Land Mobile Satellite Meteorological Satellite Radiolocation Space Research Amateur Fixed Maritime Mobile Mobile Radiolocation Satellite Standard Frequency & Time Signal Amateur Satellite Fixed Satellite Maritime Mobile Satellite Mobile Satellite Radionavigation Standard Frequency & Time Signal Satellite PRIMARY Co-PRIMARY or Secondary 30 GHz REGION 2 REGION 1 REGION 3

Worldwide Spectrum Allocations Courtesy of Tektronix · This chart represents a single point in time of the International Telecommunications Union (ITU) worldwide spectral allocations

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Tektronix Real-Time Spectrum Analyzers:

Solving your RF challenges from the bench

to the fieldCapture seamlessly into memoryTrigger on frequency changesDiscover much more Analyze multiple domains

10/14 EA 37W-19885-2

www.tektronix.com/rtsa

Tektronix Real-Time Spectrum Analyzers

Common Worldwide Wireless Technologies

Cellular Communication Networks

TECHNOLOGY CHANNEL SPACING COMMON FREQUENCIES REGIONS

LTE-FDD 1.4 MHz

3 MHz

5 MHz

10 MHz

15 MHz

20 MHz

LSMH A/B/C/D/E, USMH C/D:

700 MHz

800 MHz (EUDD / SMR)

850 MHz (CLR/ECLR)

900 MHz (E-GSM)

1500 MHz (U/LPDC)

1600 MHz (L-Band)

1700 MHz (AWS)

1800 MHz (DCS)

1900 MHz (PCS / EPCS)

2000 MHz (S-Band)

2100 MHz (IMT)

2600 MHz (IMT-E)

Regions 2 & 3

Worldwide

Regions 2 & 3

Regions 1 & 3

Japan

USA

Region 2 and Japan

Worldwide except N. Amer.

Region 2

USA

Regions 1 & 3

Worldwide

LTE-TDD 1.4 MHz

3 MHz

5 MHz

10 MHz

15 MHz

20 MHz

700 MHz

1900 MHz (PCS)

1990 MHz

2100 MHz (IMT)

2300 MHz

2500 MHz (BRS/EBS)

2600 MHz (IMT-E)

3500 MHz

3700 MHz

Asia

Region 2

China

Europe / Asia / Oceania

Worldwide except N. Amer.

N. America / Asia

Worldwide except Oceania and N. America

Worldwide except Africa and Oceania

Europe

GSM/GPRS/EDGE

Global System for Mobile

Communications/General

Packet Radio Service/

Enhanced Data Rates for

GSM Evolution

200 kHz GSM 900:

890-915 MHz (UL); 935-960 MHz (DL)

DCS 1800:

1710-1785 MHz (UL); 1805-1880 MHz (DL)

GSM 850:

824-849 MHz (UL); 869-894 MHz (DL)

PCS 1900:

1850-1910 MHz (UL); 1930-1990 MHz (DL)

Regions 1 & 3 except Japan and Korea

Regions 1 & 3 except Japan, Korea and

China

Region 2 – Americas

Region 2 – Americas

W-CDMA/HSDPA/

HSUPA

Wideband Code Division

Multiple Access/High-Speed

Downlink Packet Access/

High-Speed Uplink Packet

Access

5 MHz Band I:

1920-1980 MHz (UL); 2110-2170 MHz (DL)

Band V:

824-849 MHz (UL); 869-894 MHz (DL)

Band II:

1850-1910 MHz (UL); 1930-1990 MHz (DL)

Regions 1 & 3

Region 2 – Americas

Region 2 – Americas

CDMAOne/

CDMA2000®/1xEV-DO

CDMAOne System

(IS-95A/B/C)/ CDMA2000®

(1xRTT – Radio Transmission

Technology)/1xEV-DO

(1x Evolution-Data Only

High Rate Packet Data)

1.25 MHz 800/850 MHz band:

824-849 MHz (MS); 869-894 MHz (BS)

Japan Cellular band:

887-925 MHz (MS); 832-870 MHz (BS)

PCS 1900:

1850-1910 MHz (MS); 1930-1990 MHz (BS)

IMT 2000 band:

1920-1980 MHz (MS); 2110-2170 MHz (BS)

Region 2 & 3 – Primarily

Americas, Korea, China

Region 3 – Japan

Region 2 – Americas

Region 3 – Japan

and China

Personal Area Networks (PAN)

TECHNOLOGY CHANNEL SPACING COMMON FREQUENCIES REGIONS

IEEE 802.15.4a (Zigbee) 2 MHz (915 MHz)

5 MHz (2.40 GHz)

500 MHz-1355 MHz

250-750 MHz

784, 868, 915 MHz

2.40 GHz (ISM band)

3.10-4.80 GHz;

6.00-10.60 GHZ

Worldwide

IEEE 802.11ad (WiGig) 2 GHz 60 GHz (ISM band) Worldwide

ANT 1 MHz 2.4 GHz (ISM band) Worldwide

IEEE 802.15.1 (Bluetooth) 1 MHz (hopping) 2.4 GHz (ISM band) Worldwide

Local Area Networks (LAN)

TECHNOLOGY CHANNEL SPACING COMMON FREQUENCIES REGIONS

IEEE 802.11 a/b/g/n

Wireless Local Area Network

a/b/g: 10 MHz

(overlapped)

20, 25 or 30 MHz

(non overlapped)

n: 20 or 40 MHz

p: 5, 10, or 20 MHz

ac: 20, 40, 80, or 160 MHz

b/g: 2400-2483.50 MHz

a: 4900-5825 MHz (various)

n: 2400-2483.50 MHz; 5150-5825 MHz (various)

p: 5850-5925 MHz (various)

ac: 2400-2483.5 MHz (USA), 2400-2500 MHz

(Japan), 5150-5845 (various)

Worldwide

13

5.7

13

7.8

15

6.5

62

51

56

.48

75

5.0

91

69

8.0

Worldwide Spectrum Allocations Courtesy of Tektronix9 kHz

SELECTED POINTS OF INTEREST:

1 Underground Cable Locating Equipment

2 LORAN C Navigation

3 ADF Non-Directional Beacons (NDB)

4 AM Radio Broadcast

5 WWV Time Standard Signals

6 Major World Air Route Areas (MWARA)

7 International Shortwave Broadcasters

8 Citizen Band Radios (CB)

9 VHF Television (TV)

10 FM Radio Broadcast

11 VHF Omni-directional Range (VOR)

12 Instrument Landing System (ILS – LOC)

13 Civil Aircraft Communications Radio

14 Emergency Locator Transponders (ELT)

15 International Maritime Channels

16 Garage Door Openers

17 Automobile Remote Keyless Entry (RKE)

18 Aircraft Landing Glide Slope (GS)

19 UHF Television (TV)

20 Cellular Phone Bands

21 Distance Measurement Equipment (DME)

22 Aircraft ATC Radar Transponders

23 Global Positioning System (GPS, L1)

24 Broadcast Satellite Radio Services

25 Wireless Local Area Networks 802.11b & g

26 Bluetooth Personal Area Networks (PAN)

27 Microwave Ovens

28 Satellite Television Broadcast

29 Aircraft Radar Altimeters

30 Wireless Local Area Networks (WLAN) 802.11a

31 Weather Radar – Large Aircraft

32 Point-to-Point Telecom Infrastructure

33 Weather Radar – Small Aircraft

34 Maritime Radar

35 Police Radar Speed Measurement

36 Radar Motion Detectors (Doors & Alarms)

37 Direct Broadcast Satellite

38 Inter-Satellite Frequency & Time Standard Reference

39 Inter-Satellite Radiolocation

40 Fixed Satellite Service: Space-to-Earth All Regions

41 Fixed Satellite Service: Earth-to-Space All RegionsSource: US FCC Online Table

of Frequency Allocations,

Code of Federal Regulations –

Title 47, Section 2.106

Revised on May 12, 2008

‘Selected Points of Interest’ are based on popular allocation applications, and may not be exhaustive or applicable for all nations.

This chart represents a single point in time of the International Telecommunications Union (ITU) worldwide spectral allocations summarized in the US FCC Code of Federal Regulations. As such, it does not completely reflect all aspects such as footnotes and recent changes. Users should always consult their national regulatory body for current allocations.

This chart does not differentiate between Co-PRIMARY and Secondary alloca-tions. Allocations are listed from top to bottom in the order they appear in table 2.106. Horizontal logarithmic scale has been exaggerated on some very narrow bands for readability.

Aeronautical Mobile

Broadcasting

Inter-Satellite

Maritime Radionavigation

Radio Astronomy

Radionavigation SatelliteAeronautical Mobile Satellite

Broadcasting Satellite

Land Mobile

Meteorological Aids

Radiodetermination Satellite

Space OperationAeronautical Radionavigation

Earth Exploration Satellite

Land Mobile Satellite

Meteorological Satellite

Radiolocation

Space ResearchAmateur

Fixed

Maritime Mobile

Mobile

Radiolocation Satellite

Standard Frequency & Time SignalAmateur Satellite

Fixed Satellite

Maritime Mobile Satellite

Mobile Satellite

Radionavigation

Standard Frequency & Time Signal Satellite

PRIMARY

Co-PRIMARY

or Secondary

30 GHzREGION 2 REGION 1 REGION 3

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