Slide 1June 2010

Site Master™ S3XXE Cable & Antenna Analyzer

… designed from the ground-upfrom the leader in the industry…

Slide 2June 2010

Agenda

E Objective

E-platform introduction General Highlights

Site Master Key Features Message Measurements

Master Software Tools

Questions

Slide 3June 2010

Overview Anritsu Handheld Portfolio – Coverage EverywhereSite Master VNA Master Spectrum Master BTS/Cell Master LMR Master

Models 8 6 6 4 1

Cable & Antenna 1.6 / 4 / 6 GHz 10.5 / 20 GHz

4/6/20 GHz Full reversing 2-port

4 / 6 GHz 1.6 GHz

Spectrum Analysis 4 / 6 GHz 4 / 6 GHz 3 / 4 / 6 GHz 7.1 / 13 / 20 GHz

4 / 7.1 GHz 1.6 GHz

Power Meter √ √ √ √ √

Demod 2G, 3G, 4G, P25, AM/FM/PM

2G, 3G, 4G P25

Backhaul √

MST √ √ √ √ √

Training √ √ √

Value

Compact

Performance

Slide 4June 2010

E Products Overview

1-port1-port, SPA,

2-port transmission1-port,

2-port transmission

S331E2 MHz to 4 GHz

S361E2 MHz to 6 GHz

S332E / Op212 MHz - 4 GHz VNA

100 kHz - 4 GHz SPA

S362E / Op212 MHz - 6 GHz VNA

100 kHz - 6 GHz SPA

S331E / Op212 MHz - 4 GHz

S361E / Op212 MHz - 6 GHz

SPA, 2-port transmission

MS2712E/ Op21100 kHz – 4 GHz

Demod

MS2713E / Op21100 kHz - 6 GHz

Demod

1-port, SPA2-port transmissionDemod, backhaul

MT8212E4 GHz VNA/SPADemod, Backhaul

Site Master Spectrum Master Cell Master

MT8213E6 GHz VNA/SPADemod, Backhaul

Slide 5June 2010

Markets Anritsu’s handheld products serve

Cellular Communications 2G/3G/4G

Military / Aerospace / Navy / Defense

Medical Telemetry

Land Mobile Radio P25, TETRA

AM / FM / Digital Broadcast

WLAN

LTE / WiMAX

Mobile Video Broadcasting

Slide 6June 2010

Site Master Evolution

S331 S331A S331B S331C S331D S331E330

1995 1996 1997 1999 2002 2004 2009

6Confidential /

Slide 7June 2010

What problems is the new E platform solving?

Designed for the field

Warm up time

Portability

Ease of Use

Battery life

Saving Traces in the field

Display size and brightness

Internal Memory and access to USB flash card

Reliability

Processing Power

Slide 8June 2010

E Platform

8.4” TFT DISPLAY

TOUCHSCREEN

KEYPAD

ROTARY KNOBARROW KEYS

RUGGED KEYPAD

2 USB HOST 1USB MINI

RUGGED DESIGN

4 HR BATT. LIFE (S3X1E)3 HR BATT. LIFE (S3X2E)

MENU KEY

INTERNAL 256 MB MEMORY> 2000 SETUPS/TRACES

8 LANGUAGES

< 2.71 kg (S3X1E)< 3.71 kg (S3X2E)27.3*19.9*9.1 cm

GPS SMA

Slide 9June 2010

Relative Size

254 mm 273 mm 315 mm

2.28/3.28 kg 2.71/3.71 kg 4 kg

Site Master D Site Master E BTS Master

Slide 10June 2010

Menu Screen

Slide 11June 2010

Menu Screen with shortcuts added to the menu

Shortcuts

Slide 12June 2010

Integrated tilt bail on unit and soft case

2 positionsTilt bail in soft case

Slide 13June 2010

Display settings for indoor and outdoor use

Black & White Display Night Vision

High Contrast Default Colors

Slide 14June 2010

Trace Labeling in the Field

One of the top bottle necks in the field: Trace Labeling

Typical Trace Name shown in graph

Slide 15June 2010

Six to Seven Required Sweeps per line

Insertion Loss of the transmission line With an open or short connected.

Return Loss of the transmission line With a 50 Ohm termination connected

Return Loss of the transmission line With Antenna connected

DTF-RL of the transmission line With an open or short connected.

DTF-RL of the transmission line With a 50 Ohm termination connected.

DTF-RL of the transmission line With an Antenna connected.

Slide 16June 2010

How Does this Impact Line Sweeping?

The Numbers

There are normally 6 to 26 antennas per tower 6 to 26 cables per tower 1 GPS antenna and antenna cable

per tower 6 required line sweeps per antenna

and antenna cable

This means 42 to 156 sweeps per tower. 100 is common, 150 not unusual.

This means report prep time of 2 to 6 hours per day per tower spent: Renaming traces Renaming subtitles Checking or setting markers Checking or setting limit lines Checking that sweeps did truly pass And a 3 to 5% error rate

How can this process become more efficient?

Slide 17June 2010

Solution: Built-in Keyboard

Slide 18June 2010

Solution: Quick Name Matrix

Everything you need to enter the entire file name in seconds instead of minutes

Site | Sector | Color Code | Measurement | Termination | Technology/Frequency

New

Slide 19June 2010

ROI Quick Name Matrix

Sectors 3.00Technologies 2.00Config/Cables per sector 4.00Measurements (6 to 7 depending on TMA or not) 6.00GPS 1.00

145.00 per site

With Matrix 0.12 minWithout Matrix 1.50 minTime To Save with Matrix 0.28 HoursTime To Save without Matrix 3.63 HoursTime Savings per Site 3.34 HoursHour cost of admin/tower person including overheard $60.00 per hourCost Savings looking at labor only $200.58Time to Make Measurements 1.50 HoursMake Measurements and Labeling (no Matrix) 5.13 HoursMake Measurements and Labeling (with Matrix) 1.78 HoursHours per Night 8.00 HoursSites Per Day with Matrix 4.49 SitesSites Per Day without Matrix 1.56 SitesPrice of Competitor $6,500.00Price of E $7,160.00Average Cost per Site $1,750.00Dollar Saving in Labor per Site of using matrix vs. no matrix $200.58Number of additional Sites Contractor can complete 2.93Increased revenue as a result of additional sites per day $5,124.88Time to justifty buying new unit 1.40 DaysTime to justtify paying premium to get Anritsu vs. competitor 0.13 Days

An investment that pays off in less than 3 days

Slide 20June 2010

New File Management System

Organize your traces in the Site Master

Easily copy traces from memory to USB stick

Create folders

Slide 21June 2010

Quick Access to 6 markers with touchscreen

Slide 22June 2010

Site Master

2 MHz to 4/6 GHz Cable & Antenna Analyzer

100 kHz to 4/6 GHz Spectrum Analyzer

1 ms/dp typical Sweep speed

Dual Trace Display with independent markers

100 kHz to 4/6 GHz Spectrum Analyzer

-162 dBm DANL (norm 1 Hz), <2.4 GHz

95 dB Dynamic Range, 10 Hz RBW

USB ports

Two Host ports for flash drive and power sensor

One Mini USB Port for PC connectivity

8.4" daylight viewable Touchscreen display

<2.7 kg (S31XE), < 3.7 kg (S3X2E)

4 Hours Battery Life S331E/S361E

3 Hours Battery Life S332E/S362E

S331E:

2 MHz to 4 GHz Cable & Antenna Analyzer

S361E:

2 MHz to 6 GHz cable & Antenna Analyzer

S332E:

2 MHz to 4 GHz Cable & Antenna Analyzer

100 kHz to 4 GHz Spectrum Analyzer

S362E

2 MHz to 6 Ghz Cable & Antenna Analyzer

100 kHz to 6 GHz Spectrum Analyzer

Slide 23June 2010

Why Sweep Antennas and Antenna Lines?

Wireless communications rely on antenna performance

Poor performance results in dropped calls, loss of data, or registration issues Loss of revenue

Antennas and antenna lines may Be improperly installed Degrade over time

» They are exposed to weather and environmental hazards

Line Sweeping

Measures the quality of an antenna and the antenna line.

Locates faults in the antenna or antenna line.

Slide 24June 2010

Site Master Positioning Message

For contractors, installers, and Wireless Service Providers who need an instrument to reduce per site maintenance expense, maximize system uptime, and find small problems before they become big problems, the Site Master is a Hand-Held full-featured Cable & Antenna Analyzer for installing, provisioning, maintaining, and troubleshooting wireless base station cable and antenna systems.

Unlike competitive products, the Site Master is a trusted, practical, integrated, intuitive, easy-to-use, fast, and complete handheld cable & antenna analyzer – it is the de facto industry standard.

Slide 25June 2010

Configuration Overview Site Master

S331E S361E S332E S362E

Cable & Antenna 2 MHz to 4 GHz 2 MHz to 6 GHz 2 MHz to 4GHz 2 MHz to 6 GHz

Spectrum Analyzer 100 kHz to 4GHz 100 kHz to 6 GHz

2-port Transmission (Option 21) 2 MHz to 4 GHz 2 MHz to 6 GHz 2 MHz to 4 GHz 2 MHz to 6 GHz

32 V Bias Tee (Option 10) Yes Yes Yes Yes

Interference Analyzer (Option 25) Yes Yes

Coverage Mapping (Option 431) Yes Yes

Interference Analyzer (Option 25) Yes Yes

Channel Scanner (Option 27) Yes Yes

High Accuracy Power Meter (Option 19) Yes Yes Yes Yes

Internal Power Meter (Option 29) Yes Yes

CW Generator Kit (Option 28) Yes Yes

Gated Sweep (Option 90) Yes Yes

GPS loc / ref (Option 31) Yes Yes Yes Yes

AM/FM/PM Analyzer (Option 509) Yes Yes

GPS loc / ref (Option 31) Yes Yes Yes Yes

Slide 26June 2010

Why E instead of D?Configuration Overview

Feature Site Master E Site Master D

Cable & Antenna Analyzer 2 MHz to 4/6 GHzReturn Loss, Cable Loss, VSWR, DTF RL, DTF VSWR, 1-port Phase, Smith Chart.

25 MHz to 4 GHz Return Loss, Cable Loss, VSWR, DTF RL, DTF VSWR.

Spectrum Analyzer 100 kHz to 4/6 GHz 100 kHz to 3 GHz

Variable Bias Tee (Option 10) 12 to 32V 12 to 24V

High Acc. Power Meter (Option 19) Supports 4, 6, 8, 18, 26 GHz sensors Supports 4 and 6 GHz sensors

2-port Transmission Measurement (Option 21)

2 MHz to 4/6 GHz. High and Low Power settings. Available without buying Spectrum Analyzer

25 MHz to 3 GHzOne power setting only.Only available with Spectrum Analyzer configured products

Interference Analyzer (Option 25) Spectrogram, signal strength, RSSI, Signal ID, Interference Mapping

Spectrogram, signal strength, RSSI

Coverage Mapping (Option 431) Indoor and Outdoor on screen N/A

Channel Scanner (Option 27) Scan up to 1200 channels using Script Master, custom setups

Scan up to 20 channels

CW Signal Generator (Option 28) 25 MHz to 2 GHz using external attenuator in 1 dB steps, 2 power levels

25 MHz to 2 GHz using external attenuator in 1 dB steps, 1 power level

Power Meter (Option 29) Channelized power measurements from 10 MHz to 4/6 GHz

Channelized power measurements from 3 MHz to 3 GHz

GPS receiver (Option 31) Provides location and UTC time information. Also improves the accuracy of the reference oscillator.

Provides location and UTC time information.

Gated Sweep (Option 90) Measure signals only when they are on N/A

AM/FM/PM Analyzer Measure AM/FM/PM deviation, AM depth, SINAD, THD and much more.

Slide 27June 2010

Why E instead of D?Cable & Antenna & Spectrum Analyzer Specs Comparison with D

Cable & Antenna Analyzer Site Master E Site Master D

Frequency Range 2 MHz to 4 GHz2 MHz to 6 GHz

25 MHz to 4 GHz

Sweep Speed 1 ms / data point typical 2.5 ms/data point typical

RF Immunity +17 dBm (on-channel)0 dBm (on-freq)

+17 dBm (on-channel)-5 dBm (on-freq)

Data Points 137, 275, 551, 1102, 2204 130, 259, 517

Average/Smoothing Yes No

Dual Display Yes No

Bias Tee 32V 24V

Calibration FlexCal, InstaCal, OSL FlexCal, InstaCal, OSL

Spectrum Analyzer Site Master E Site Master D

Frequency Range 100 kHz to 4/6 GHz 100 kHz to 3 GHz

Dynamic Range 95 dB typical 65 dB typical

Phase Noise -110 dBc/Hz typical, 10 kHz offset -75 dBc/Hz typical, 30 kHz offset

DANL -152 dBm typical <2.4 GHz (10 Hz RBW, pre-amp)

-135 dBm typical, <3 GHz (100 Hz RBW, pre-amp)

Measurement Range DANL to +26 dBm DANL to +20 dBm

RBW Range 10 Hz to 3 MHz 100 Hz to 1 MHz

TOI +25 dBm typical < 2.2 GHz Not specified, -7 dBm typical

Slide 28June 2010

Why E instead of D?General Specs Overview / Comparison with D

Site Master E Site Master D

Weight 2.71 kg (S3X1E)3.71 kg (S3X2E)

2.28 kg (S331D)

Dimensions 27.3*19.9*9.1 cm 25.4*17.8*6.1 cm

Touch Screen Yes No

Internal Memory 2000 traces / setups 300 traces / 10 setups

USB Flash Drive Yes No

Interfaces for data transfer USB 2.0 RS232

Display Bright 8.4" 6.4"

Display Settings Black & White, Night Vision, High Contrast, Default

Default

Battery Life 4 Hours (S3X1E)3 Hours (S3X2E)

2 Hours

Warm-up time < 5 min < 5 min

Slide 29June 2010

Cable & Antenna Analyzer

Cable & Antenna Analyzer Return Loss, VSWR, Cable Loss,

DTF RL/VSWR 1-port Phase, Smith Chart 1 ms/dp typical, fastest cable &

antenna analyzer on the market InstaCal ICN 50B, calibrate with no

tools OSL, Standard, InstaCal Dual Display enables users to view

RL / DTF simultaneously 137, 275, 551, 1102, 2204 data

points Auto marker peak/valley GPS tagging Trace Renaming / Quick Name

Matrix

Slide 30June 2010

Dual Display With Active Top and Bottom Displays

Set markers and limit lines for both top and bottom traces

Save trace and transfer to MST and create report in one easy step. No need to save two traces.

Touch the top graph to activate it.

Make one measurement instead of two

Slide 31June 2010

Cable & Antenna Analyzer

Cable & Antenna Analyzer Marker Table

Single / Segmented Limit Lines

Trace Re-naming in MST

Editable Cable List / Signal Standard List

Signal Favs

Rugged Test-Port Cable

Smoothing / Averaging

Slide 32June 2010

Smith Chart and 1-port Phase

Cable & Antenna Analyzer comes with Smith Chart and 1-port Phase

Slide 33June 2010

Uncertainty Curves

Impressive performance

< 0.6 dB uncertainty, the most accurate cable & antenna analyzer in the world

Did you know that the typical cell site usually has less than 0.8 dB margin.

Slide 34June 2010

2-port transmission measurements

2-port measurement

High / Low Power

80 dB dynamic range

Save Calibration

32V Bias Tee Accessed from RF In port for 1-

port and 2-port measurements

Duplexers, Filters, TMA’s, Antenna Isolation

D E BTS Master VNA Master MS20XXA

VNA Master MS202XB

2-port transmission x x

1-path 2-port X X

Full reversing X

Slide 35June 2010

Integrated Spectrum Analyzer

100 kHz to 4/6 GHz

Measurements: Occupied BW, Channel Power, ACPR, C/I, AM/FM, Field Strength

Interference Analyzer: Spectrogram, Signal Strength, RSSI, Spectrum, Interference Mapping

Coverage Mapping

Dynamic Range: > 95 dB in 10 Hz RBW

DANL: -162 dBm (norm 1 Hz), < 2.4 GHz

Phase Noise: -110 dBc/Hz typical @ 10 kHz offset

Frequency Accuracy: < ±50 ppb with GPS On

Save-on-Event

Advanced Limit Lines

Save-on-event: automatically saves a sweep when crossing a limit line or at the end of the

Slide 36June 2010

Impressive Spectrum Analyzer Performance

Dynamic Range:

> 95 dB

Phase Noise

Typical -110 dBc/Hz

DANL

-152 dBm (10 Hz RBW)

-162 dBm (norm 1 Hz)

Frequency Accuracy

< +/- 50 ppb with GPS

Sweep speed

< 240 ms, 25 MHz span, 30 kHz RBW

Slide 37June 2010

Spectrum Analyzer Applications

Application Solution Interference Issues

cellular, land mobile operators,

medical telemetry systems,

unlicensed 2.4 / 5.8 GHz bands

Spectrum Analyzer with -152 dBm DANL

Spectrogram display

Interference Mapping

Signal ID

Carrier-To-Interference Ratio

Electro Magnetic Field Strength Field Strength

Integrated antenna factors

Base Station Transmitter Performance Testing High Accuracy Power Meter

ACLR, Occupied Bandwidth

Channel Power Measurements

Slide 38June 2010

GPS Receiver

Ensure measurements are made at the right location

Improve Spectrum Analyzer/CW signal accuracy (< +/- 50ppb)

Slide 39June 2010

CW Generator

2 MHz to 2 GHz

10 / 1 dB steps

90 dB step attenuator

High / Low Power

Excellent Noise Floor

Setup shows low power setting, 90 dB attenuation, 20 dB attenuator at input (offset applied)

Slide 40June 2010

Power Measurements

High Accuracy Power Meter

+/- 0.16 dB

4 GHz Inline sensor (150 W)

6, 8, 18, 26 GHz USB sensors

PC Power Meter

Internal Power Meter

Channelized Power

No tools, easy to use

Channel Scanner

Multiple Signals

Scan 1200 channels

Slide 41June 2010

AM / FM / PM Analyzer (Option 509)

AM / FM / PM Analyzer (Option 509)

Analyzer AM/FM/PM signals and measure FM/PM deviation, AM depth, SINAD, THD, and much more.

Four Measurements

RF Spectrum Carrier Power, Carrier Freq, Occ BW

Audio Spectrum FM rate, deviation, SINAD, THD, AM depth

Audio Waveform

Summary

New

Slide 42June 2010

Spectrum Analyzer Sweep Speed Improvements New

Slide 43June 2010

Interference Analysis

Problem:Signals could vary in frequency, time, and power

Once you locate the frequency of interferer, difficult to know where it comes from

Challenging in the field to keep track of location of interferer.

Need to draw lines on maps

Slide 44June 2010

Interference Analyzer Option 25 now with Mapping

Spectrum Spectrogram Signal Strength

RSSI Signal ID Interference Mapping

New

Slide 45June 2010

Interference Analyzer now with Mapping

On screen KML and GoogleEarthTM

Location of user

Locate the strongest signal using a yagi. Use the rotary knob to indicate direction.

Location of interferer

New

Slide 46June 2010

Interference Analyzer now with Mapping

Default Grid Map Point outside map

If you are out in the field and forgot to load a map, no problem.Use the default grid, save KML points, and merge KML points with

map later. The default grid map centers you in the origin of this 10*10 mile grid.

The red arrow indicates that you are outside the map area

New

Slide 47June 2010

Create map files with Map Master

Map Master

Geo Embedded maps from any program

Convert JPG, TIFF, BMP, GIF to .map files

Add GPS information

Indoor Maps

New

Slide 48June 2010

Coverage Mapping New Option 431New

Slide 49June 2010

Coverage Mapping New Option 431

Measurements RSSI and ACPR Color coding corresponds with editable threshold levels

Point Distance / Time With GPS, set update rate in seconds or time Update rate: > 1 sec

New

Slide 50June 2010

Open KML files with GoogleEarthTM New

Slide 51June 2010

Indoor Coverage Mapping (No GPS)

Method 1 Repeat Time Start – Walk – Stop Mark start -> walk -> mark stop, instrument distributes measurements linearly according to the

update rate you set.

Method 2 Repeat Distance Tap the screen every time you need to make a measurement. Walk to the next point, tap screen

New

Slide 52June 2010

Master Software Tools Download Traces

Save as CSV, JPEG, DAT

Compatibility with legacy traces Convert HHST to .VNA and vice versa

Trace Rename Utility Rename 100s of traces in minutes

Group Edit Change markers and limits on all traces in one

folder with one click

Report Generation and Mapping Export GPS tagged data to mapping programs

Compare Traces Detect anomalies using Trace overlay Analyze performance with historical traces

Data Analysis 2D/3D Folder Spectrogram

List/Parameter Editors Edit Cable/Antenna/Signal Standards lists Edit Pass/Fail limits and languages

Update Firmware Always use the latest instrument Firmware

Slide 53June 2010

HHST and MST

Measurement files in the instrument can be stored as .DAT or .VNA

Dat is recommended for users who need to turn in .dat traces or prefer working with HHST.

VNA is recommended for users who prefer working with MST

Dat files are supported for RL, VSWR, Cable Loss, DTF measurements.

Dat files are supported for 137, 275, 551 datapoints.

Dat files are not supported for 1102 and 2204 datapoints

Dat files can be opened up with HHST but can’t be opened up and viewed in the instrument.

Measurements saved in Dual Display mode will create two traces: Filename.dat and Filename_2.dat

Slide 54June 2010

WIRELESS IS YOUR DOMAIN.

SO DON’T JUST MEASURE IT,

MASTER IT.

www.anritsu.com/newmasters