Manual - QualiPoc Freerider III

SwissQual...QualiPocFreerider IIIManual

Manua

l

Freerider III 03

Test &

Measu

rement

The firmware of the instrument makes use of several valuable open source software packages. For information, see the "OpenSource Acknowledgement" on the user documentation CD-ROM (included in delivery).Rohde & Schwarz would like to thank the open source community for their valuable contribution to embedded computing.

SwissQual AGAllmendweg 8, 4528 Zuchwil, SwitzerlandPhone: +41 32 686 65 65Fax:+41 32 686 65 66E-mail: [email protected]: http://www.swissqual.com/Printed in Germany Subject to change Data without tolerance limits is not binding.R&S is a registered trademark of Rohde & Schwarz GmbH & Co. KG.Trade names are trademarks of the owners.SwissQual has made every effort to ensure that eventual instructions contained in the document are adequate and free of errors andomissions. SwissQual will, if necessary, explain issues which may not be covered by the documents. SwissQuals liability for anyerrors in the documents is limited to the correction of errors and the aforementioned advisory services.Copyright 2000 - 2014 SwissQual AG. All rights reserved.No part of this publication may be copied, distributed, transmitted, transcribed, stored in a retrieval system, or translated into anyhuman or computer language without the prior written permission of SwissQual AG.Confidential materials.All information in this document is regarded as commercial valuable, protected and privileged intellectual property, and is providedunder the terms of existing Non-Disclosure Agreements or as commercial-in-confidence material.When you refer to a SwissQual technology or product, you must acknowledge the respective text or logo trademark somewhere inyour text.SwissQual, Seven.Five, SQuad, QualiPoc, NetQual, VQuad, Diversity as well as the following logos are registered trade-marks of SwissQual AG.Diversity ExplorerTM, Diversity RangerTM, Diversity UnattendedTM, NiNA+TM, NiNATM, NQAgentTM, NQCommTM, NQDITM, NQTMTM,NQViewTM, NQWebTM, QPControlTM, QPViewTM, QualiPoc FreeriderTM, QualiPoc iQTM, QualiPoc MobileTM, QualiPoc StaticTM, Quali-Watch-MTM, QualiWatch-STM, SystemInspectorTM, TestManagerTM, VMonTM, VQuad-HDTM are trademarks of SwissQual AG.

ContentsSwissQual...QualiPoc

3Manual Freerider III 03

Contents1 Introduction............................................................................................ 72 Supported Hardware..............................................................................8

2.1 System Overview.......................................................................................................... 82.1.1 Main System Components.............................................................................................. 92.1.2 System Communication Overview................................................................................ 10

2.1.2.1 Bluetooth Connection....................................................................................................112.1.2.2 WiFi Connection............................................................................................................112.1.2.3 Ethernet Connection..................................................................................................... 11

2.1.3 Optional System Components...................................................................................... 112.2 Safety Instructions......................................................................................................11

2.2.1 General Safety Information........................................................................................... 122.2.2 Battery Pack (FR3-BA89WH) Safety Information......................................................... 132.2.3 Operating Conditions.................................................................................................... 132.2.4 Storage Conditions........................................................................................................14

2.3 Freerider III Hardware................................................................................................. 142.3.1 Freerider III Core (FR3-CORE)..................................................................................... 15

2.3.1.1 External Interface.......................................................................................................... 162.3.1.2 FR3-CORE Internal Interfaces...................................................................................... 182.3.1.3 Device Position Number Assignment............................................................................182.3.1.4 Usage............................................................................................................................19

Exchanging the SIM Card of a Phone...........................................................................19Battery Status Display and Automatic Shutdown..........................................................20Battery Hot Swap.......................................................................................................... 20Battery Minimum Charge State to Allow System Power On......................................... 21

2.3.2 Freerider III Backpack (FR3-BP)...................................................................................222.3.2.1 Usage............................................................................................................................232.3.2.2 CDP Cable Routing.......................................................................................................26

2.3.3 NCM.............................................................................................................................. 272.3.3.1 External Interfaces........................................................................................................ 28

NCM Front Panel.......................................................................................................... 28NCM Back Panel...........................................................................................................29



2.3.3.2 Usage............................................................................................................................292.3.4 Freerider III Battery Pack 89 WH (FR3-BA89WH)........................................................ 32

2.3.4.1 Safety Information......................................................................................................... 322.3.4.2 Usage............................................................................................................................32

Recalibration................................................................................................................. 332.3.5 TSME............................................................................................................................ 33

2.3.5.1 Installation..................................................................................................................... 332.3.6 Freerider III Optional Hardware.....................................................................................36

2.3.6.1 Office Power Supply (FR3-OPS)...................................................................................36External Interfaces........................................................................................................ 37

2.3.6.2 Vehicle Power Supply (FR3-VPS).................................................................................37External Interfaces........................................................................................................ 37Usage............................................................................................................................38Installation..................................................................................................................... 38

2.3.6.3 FR3-OMBC................................................................................................................... 39Usage ...........................................................................................................................39

2.3.6.4 External GPS Receivers............................................................................................... 402.4 Freerider III Use Case Configurations.......................................................................40

2.4.1 Portable Original Device Antenna Use Case................................................................ 402.4.2 External Antenna Use Case..........................................................................................40

2.4.2.1 RF Combiner Specification........................................................................................... 422.4.2.2 Specification Paddle Antennas..................................................................................... 42

2.4.3 Ad Hoc Vehicle Use Case.............................................................................................432.4.4 Permanent Vehicle Use Case....................................................................................... 43

2.4.4.1 Important Guidelines..................................................................................................... 442.5 System Start and Shut Down..................................................................................... 442.6 Storage, Maintenance, Repair, and Shipment.......................................................... 45

2.6.1 Storage..........................................................................................................................452.6.2 Maintenance..................................................................................................................46

2.6.2.1 Replacing Batteries....................................................................................................... 46FR3-BA89WH Battery................................................................................................... 46NCM Battery..................................................................................................................46

2.6.2.2 Cleaning........................................................................................................................ 46



2.6.2.3 Waterproofing................................................................................................................462.6.3 Repair............................................................................................................................46

2.6.3.1 Replacing a Fuse.......................................................................................................... 462.6.4 Shipping a Freerider System.........................................................................................472.6.5 Shipping the FR3-BA89WH Battery Pack..................................................................... 47

2.6.5.1 Warranty Information.....................................................................................................482.7 Troubleshooting..........................................................................................................49

2.7.1 System Does Not Start..................................................................................................492.7.2 BMC Error codes...........................................................................................................50

2.8 Technical Specification.............................................................................................. 502.8.1 Dimensions and Weights.............................................................................................. 502.8.2 Electrical and Conformance Specification.....................................................................502.8.3 Conformance.................................................................................................................51

3 Freerider III Operation..........................................................................523.1 Creating a Freerider III System.................................................................................. 523.2 Device Manager...........................................................................................................57

3.2.1 Configuring the Scanner............................................................................................... 583.2.1.1 Exporting and Importing Scanner Configuration Profiles.............................................. 59

3.3 Campaign Management..............................................................................................603.3.1 Campaign Modes.......................................................................................................... 613.3.2 Job Types......................................................................................................................613.3.3 Creating a Campaign.................................................................................................... 62

3.3.3.1 Creating a Single Job....................................................................................................653.3.3.2 Creating a Job Sequence..............................................................................................68

3.3.4 Running a Campaign.................................................................................................... 723.3.4.1 Stopping a Campaign ...................................................................................................733.3.4.2 Removing a Slave From a Running Campaign.............................................................74

3.3.5 Managing Campaigns................................................................................................... 753.3.5.1 Exporting and Importing Campaigns.............................................................................77

3.4 Monitoring Measurements on the FR Master........................................................... 783.4.1 Adding Text Markers During a Measurement............................................................... 783.4.2 FR Master Monitor........................................................................................................ 78

3.4.2.1 Main Menu.................................................................................................................... 80



3.4.3 Slaves Monitor.............................................................................................................. 803.4.3.1 Status Icons and Getting Slave Results........................................................................82

3.5 Monitoring a Measurement on a FR Slave................................................................833.6 Monitoring a Measurement on a Scanner.................................................................84

3.6.1 Getting Scanner Results............................................................................................... 88

4 Measurement File Post-Processing................................................... 894.1 Measurement File Logging.........................................................................................894.2 Replaying Results....................................................................................................... 894.3 Transferring the Measurement Files to a PC............................................................904.4 Replaying Measurement Files in NetQual NQView.................................................. 914.5 Analyzing Measurement Data with NetQual NQDI................................................... 92

4.5.1 Including Scanner and GPS Measurement Data.......................................................... 934.5.2 Scanner Measurement Files and GSM Hot Channels.................................................. 95

A Limitations............................................................................................97A.1 Measurement Jobs......................................................................................................97A.2 Battery Level and Disk Space.................................................................................... 97

Glossary: Abbreviations......................................................................99

IntroductionSwissQual...QualiPoc


1 IntroductionThis document describes the QualiPoc Freerider III mode, which you can use to createa lightweight benchmarking system with an Android tablet and up to 6 Android smart-phones and an optional scanner.

For more information about QualiPoc operation, including job types and monitors, seethe Manual - QualiPoc Android.pdf document.

Supported HardwareSwissQual...QualiPoc


2 Supported HardwareThe following sections describe the hardware components of the QualiPoc Freerider IIIsystem as well as how to install and to configure the system for different usage scenar-ios. These descriptions assume that you have a working knowledge of telecommunica-tion hardware.

2.1 System OverviewQualiPoc Freerider III is a backpack benchmarking system with an Android tablet (FRMaster), up to 6 smartphones slaves, and an RF scanner with RF connectors foroptional external antennas.Freerider III has been optimized for indoor and outdoor testing, for example, in build-ings, in public transportation, and in pedestrian areas. You can also permanentlymount the Freerider III hardware in a vehicle.

Fig. 2-1: QualiPoc Freerider III

Freerider III has the following features: Host and power 6 QualiPoc smart phones Integrated TSME scanner Forced-air cooling Backpack designed for the best airflow and carrying comfort Central button for system power up and shutdown

System Overview



4 hot-pluggable smart batteries: Provide up to 8 hours of power LCD display with charge status

Real-time monitoring of phone battery charge status including the remaining bat-tery power on the master tablet

USB Charging Downstream Port to power the master tablet Optional external RF antennas for the phones and scanner

2.1.1 Main System Components

BatteryPackBatteryPackBatteryPack

UPC

NCM

TSME

LAN

PWRFR3-BA89WH

EXT PWR

ON / OFF

FMK

FMK

FMK

FMK

FMK

FMKBMC

USB

USB

PWR

PWR

RF

USB GPS

USB / PWRUSB / PWR

USB / PWR

USB / PWR

USB / PWR

USB / PWR

USB / PWR

FR3-CORE

Fig. 2-2: Main Freerider III System Components

A Freerider III system consists out of the following hardware components: FR3-CORE: Freerider III Core Unit that consists of bottom and top cover FR3-BP: Freerider III backpack for FR3-CORE NCM: Compact PC that runs software to control the TSME scanner FR3-BA89WH: Hot-pluggable smart battery

Each battery provides 89Wh BMC: Battery Management Component manages smart batteries, main power con-

ditioning and distribution, as well as controls airflow

System Overview



UPC: Provides USB and power conditioning to devices Devices: Smartphones that run SwissQual QualiPoc software FMK: Freerider Mounting Kit is device-specific mounting kit TSME: Optional Rhode & Schwarz RF scanner Tablet: QualiPoc master that controls the smartphone slaves

2.1.2 System Communication OverviewFreerider III use the following forms of communication: Bluetooth: WiFi: Ethernet:

GPS Mouse

Freerider Slave Smartphones

Freerider Master Tablet

Fig. 2-3: System communication overview

System Overview



2.1.2.1 Bluetooth Connection

The FR Master uses a Bluetooth connection for the following actions: Configure, control, and monitor FR Slave measurements Synchronize the time on the FR slaves Transfer and delete the following files on FR Slaves:

Result files Campaign configuration Indoor floorplans

Configure and monitor scanner measurements through the NCM

2.1.2.2 WiFi Connection

The FR Master uses a WiFi connection to transfer measurement files from the FRSlaves and the scanner to the FR Master.

2.1.2.3 Ethernet Connection

The NCM uses an Ethernet connection to communicate with the scanner.

2.1.3 Optional System ComponentsYou can use the following optional components with Freerider III: FR3-OPS: Office Power Supply FR3-VPS: Vehicle Power Supply FR3-OMBC: Office Multiple Bay Charger for 4 batteries that can also recalibrate

the batteries RF combiners RF paddle antennas BT GPS Receiver

You can use can use an optional Bluetooth GPS receiver with an integratedbattery for autarkic operation. You can store the Bluetooth GPS receiver in aninside pocket at the top of the backpack.

The FR Master can support up to 7 Bluetooth connections. That is, you can only use aBT GPS Receiver in a Freerider III system that contains a maximum of 5 smartphonesand 1 scanner or 6 smartphones and no scanner.

2.2 Safety InstructionsThis section describes the safety information that you need to consider before you setup, install, use, or perform maintenance on a Freerider III unit.

Safety Instructions



Injury can result if you do not read these safety instructions.Do not try to install or operate a Freerider III unit before you read the safety informationin this section. Failure to follow these instructions can result in injury, damage to theequipment, or a voided warranty.

2.2.1 General Safety Information Always obtain approval from SwissQual before you change and modify Freerider III

components, otherwise you might void the warranty Using Freerider III in a way other than those described in chapter 2.1, "System

Overview", on page 8 can seriously impact the inherent safety features of the sys-tem

Only use the FR3-BA89WH (NH2054HD31) battery packs, chargers, and officepower supplies that SwissQual recommends to avoid damage to the unit and to notvoid the warranty

Do not run Freerider III in an outdoor environment without the FR3-BP backpack To prevent Electrostatic Discharges (ESD), always touch the aluminum main frame

near the fans before you interact with the system, for example, to exchange SIMs,and so on.

For the best antenna efficiency, do not guide the phone USB cable under thephone

Always turn off the system and remove all power cables and batteries from the unitbefore you change any hardware components

Do not drop the Freerider unit Do not cover the air inlet at the bottom or the air outlet at the top of the Freerider

unit. For example, do not rest the base of Freerider III on a soft surface that mightrestrict airflow

To be rainproof, the 2 zippers of the FR3-BP must touch in the middle of one sideof the FR3-BP

An improperly secured Freerider III system in a vehicle use case can causeinjury.Ensure that the Freerider III system is securely restrained before your drive.

Before you repair, store, or transport a unit, you need to review chapter 2.6, "Storage,Maintenance, Repair, and Shipment", on page 45.

Safety Instructions



2.2.2 Battery Pack (FR3-BA89WH) Safety Information

Although the FR3-BA89WH conforms to the UN safety tests, you need to handle thebattery pack carefully. Before you use a FR3-BA89WH, read the safety guidelines inchapter 2.6, "Storage, Maintenance, Repair, and Shipment", on page 45.

Avoid shorting the battery Do not immerse the battery pack in water Do not drop the battery pack Do not disassemble or deform the battery Do not expose to or dispose the battery in fire. Never use a battery that appears to be damaged Only charge the battery in the FR3-CORE or a recommended external charger, for

example, the FR3-OMBC Never use a modified or damaged charger In case of a fire use a CO2 extinguisher and not water Only use the FR3-BA89WH when the temperature is in the -10 C to +50 C range

Battery performance is significantly degraded at low temperatures.Avoid operating or charging the battery at temperatures below -10 C.

Storage temperature range is -10 C to +50 C range, < 95%RHFor best results store the batteries in the -10 C to +21 C range.

Storage or transportation of a completely discharged FR3-BA89WH can destroythe internal Li-Ion cells.Always charge the battery before storage or transportation.

2.2.3 Operating ConditionsTable 2-1: Operating environment conditionsEnvironment Description

Operating environment Indoor, outdoor, and vehicles

Operating Temperature From -10 to 50CSystem start must occur at temperatures that are higher than 0CMaximum ambient temperature is the same as the maximum operating temperature of the smart-phones

Safety Instructions



Environment Description

Operating relative humidity < 95% rH (non-condensing)

Operating elevation 06500 feet (02000 meters)

2.2.4 Storage ConditionsTable 2-2: Storage environment conditionsEnvironment Description

Storage temperature From -10 to 50C

Storage relative humidity < 95% rH (non-condensing)

Storage elevation 06500 feet (02000 meters)

Remove the batteries from Freerider III for storage.

Do not expose the batteries to temperatures above +50 C.

2.3 Freerider III HardwareThis section describes the main system hardware components of Freerider III.

Freerider III Hardware



2.3.1 Freerider III Core (FR3-CORE)

Top cover

UPC

NCM

GPSBMC

Battery bays

TSME

Fig. 2-4: FR3-CORE

The FR3-CORE offers the following functionality: Hard shell case that hosts and protects the system components Hinged top cover (unshielded) for easy access to up to 6 QualiPoc devices 4 bays for hot-pluggable smart batteries




Central button for system power up and shutdown Battery Management Component (BMC) for power conditioning, distribution, and

airflow control NCM that runs the controlling software for the TSME scanner and allows hardware

interaction from the master tablet USB and power conditioning for 6 QualiPoc devices (UPC) Airflow path for forced-air cooling USB Charging Downstream port that provides power to the master tablet Shielded back to reduce EMI radiation to the person carrying the system Optional setup with combiners for external antennas

Devices need to be permanently modified for external antennas. Support for an optional TSME RF scanner Magnetic mounting socket for a USB GPS Mouse Handle to pull FR3-CORE out of backpack

For sufficient airflow to cool the devices, only operate the system with the top coverclosed.

2.3.1.1 External Interface

Fig. 2-5: External Interfaces at FR3-CORE Bottom




Latch

Fig. 2-6: External Interface at FR3-CORE Top Cover

PWR: External power input to power or to recharge the system from an office orvehicle power supply

RF 1 - 4: SMA connectors that are attached to RF combiner and SUM ports Only present in external RF antenna setup

RF 5: SMA connector for optional use SPLINT: To be removed for complete top cover removal LATCH: Press to open the hinged top cover CDP: USB 2.0 Charging Downstream Port

Provides up to 1.5A for charging and USB signals towards external controllingtablet.

The tablet must support the USB charging protocol.

Table 2-3: Pin Assignment PWR ConnectorConnector Figure Pins Comment

PWR pin 1; Input; +Vdcpin 2; Input; GND




2.3.1.2 FR3-CORE Internal Interfaces

I/O

BAT 4BAT 3

BAT 2

BAT 1

NCM USB 3.0BatteryLocking Bar

Fig. 2-7: Internal Interface at FR3-CORE Top Cover

I/O: System main switch with integrated LED ring to indicate system status1. BATT 1-4: Battery bays for hot-swappable smart batteries2. NCM USB 3.0: USB 3.0 port of the NCM, for example, to attach a memory stick3. LOCKING BAR: Secures the batteries in place

I/O LED Status

Off Core is off.

Steady green Core is powered (NCM running)

Flashing green Core is starting up or shutting down

2.3.1.3 Device Position Number Assignment

figure 2-8 shows the device mounting positions in the FR3-CORE. Connect the USBcables to the corresponding USB port number shown on the UPC cover.




Nr. 2

Nr. 3

Nr. 1

Nr. 6

Nr. 5

Nr. 4

Fig. 2-8: FR3-CORE Device Number Assignment

2.3.1.4 Usage

For sufficient airflow to cool the devices, only operate the system with the top coverclosed.

To completely open the cover, disconnect the charger, that is, the FR3-OPS orFR3-VPS.

Exchanging the SIM Card of a Phone

Turn off the phone before you remove replace the SIM card.Failure to turn the power can result in a damaged phone.




To exchange the SIM card of a phone in the FR3-CORE1. On the FR Master, stop all measurements.2. Remove the FR3-CORE from the backpack.3. Put the FR3-CORE on a flat surface, press the latch on the top cover, and open

the unit completely.4. Disconnect the USB cable from the phone.5. Remove the plastic locking plate and remove the phone from the mount.6. Turn the phone off with its power button.7. Remove the back cover of the phone and exchange the SIM card.8. Put the phone back in the mount and secure it in place with the plastic locking

plate.9. Connect the USB cable to the phone.

Note: If the phone does not start automatically, press the ON/OFF button of thephone.

Battery Status Display and Automatic ShutdownThe Battery Management Component (BMC) communicates with the smart batteries inthe FR3-CORE. The BMC determines the remaining overall capacity and activelymeasures the system power consumption to calculate the remaining operation time.You can view this information on the FR Master. Each battery has a 5 segment LCDdisplay where each segment represents 20% of the full charge capacity.

The Battery Status Display is active even if you use an external power supply. If thebatteries are not fully charged, then they will be charged according to the capability ofattached charger. the segment blink according the charge status.

The batteries in the FR3-CORE are hot swappable, see "Battery Hot Swap"on page 20; otherwise, you can connect the unit to an external power source torecover from a low battery status. If you cannot perform either of these actions, youneed to stop all active measurements on the FR Master.When the expected remaining operation time drops to 5 minutes, the BMC triggers anautomatic shutdown. If the FR3-CORE components do not shutdown correctly within 4minutes, the BMC triggers a hard power off.

You cannot stop the automatic shutdown process after the low battery alarm is trig-gered. After such a shutdown, you need to turn the I/O switch OFF and insert chargedbatteries or attach an external power supply before you can restart the system.

Battery Hot SwapThe FR3-CORE has an integrated battery hot-swap functionality. During operation youcan quickly disconnect and connect valid power sources, for example, smart batteries




or the office power supply without the need for a system shutdown and start cycle. Thishot-swap capability allows you to operate Freerider III continuously.

The BMC must contain at least one smart battery to fulfill the minimum charge condi-tion.

Battery Minimum Charge State to Allow System Power OnTo prevent system shutdown immediately after startup, you cannot start the system ifthe remaining battery capacity is below a certain threshold, that is, approx. runtime < 20min.

Freerider III ignores the minimum charge state if the system is connected to the mains.

To hot swap a battery1. Unzip the backpack.2. Press the latch to open the top cover.3. Loosen the screw to the right of the battery locking bar and swing open the bar.4. Check on the FR Master or LCD battery display to see which battery has the lowest

charging state.5. Pull the battery out by the foil handle.6. Align the ridge on the top of the battery with the notch at the top of the empty bay

and insert the charged battery into the bay.7. Guide the battery foil handles through the corresponding openings in the locking

bar.




Fig. 2-9: Battery latches

8. Close the locking bar and tighten the screw.

2.3.2 Freerider III Backpack (FR3-BP)The customized FR3-BP is based on advanced and easily adjustable mountaineeringbackpack systems. The unique ergonomic harness and weight distribution of the com-ponents places loads carefully onto specific points of the harness to ensure comfortand balance. The backpack also has openings for forced airflow.




Fig. 2-10: FR3-BP

The FR3-BP offers the following functionality: Ergonomic carrying harness with adjustable straps

For a description on how to adjust the straps, see chapter 2.3.2.1, "Usage",on page 23.

Two side pockets for additional hot swappable batteries Additional pocket at the back for vehicle or office power supply Inside pocket for FR Master tablet Protective textile cover Rainproof zippers

To be rainproof, the 2 zippers of the FR3-BP must touch at the middle of one sideof the FR3-BP.

Airflow openings at the bottom and the top of the pack

2.3.2.1 Usage

The FR3-BP is a specially designed carrying harness that is designed to carry theweight of the FR3-CORE on your hips and not on your back.

Before you perform the following steps, ensure that you have installed the systemconfiguration that you intend to use.

To be rainproof, the 2 zippers of the FR3-BP must touch at the middle of one sideof the FR3-BP




To adjust and position the FR3-BP on your backHave someone help you to make the initial adjustments and ensure that you followthese adjustment steps in sequence.1. Adjust the shoulder straps to maximum length.2. Align the FR3-BP so that your hips are in the middle of the hip belt, snap the center

buckles together, and then tighten both of the hip belt straps so that the buckle is inthe middle.

3. Pull the shoulder straps until the padding is snug against your shoulders.

Note: Do not tighten the straps completely as this action shifts the load distributionfrom your hips to your shoulders.

4. Adjust the position of the buckle at the shoulder pad to the position in the followingimage, that is, close to collarbone, and pull the upper positioning straps to bring theupper part of the FR3-BP close to your back.

5. Snap the buckles of the sternum strap together and tighten until the strap is almoststraight.

6. Move the sternum strap up or down to a comfortable position.




The sternum strap relieves the shoulder joints of loads, stabilizes the shoulderstraps and prevents the FR3-BP from slipping from the shoulders.

To quickly access the FR3-CORE inside the FR3-BPThis procedure describes how to gain access to the battery, main switch, and the devi-ces in the FR3-CORE.1. Place the bottom of the FR3-BP on the ground and hold the backpack with one

hand close to the shoulder strap.2. Pull the zipper all the way around.3. Pull the textile cover toward the back of the FR3-BP to gain access to the top cover

latch.4. Press the latch and open the top cover of the core.

Note: For complete access to the components, place the FR3-BP on a flat surface

and completely swing open the top cover. For the open backpack configuration, adjust the length of the straps on the side

of backpack so that the FR3-CORE is accessible.




Fig. 2-11: Open backpack configuration

2.3.2.2 CDP Cable Routing

The bottom of the FR3-CORE has a Charging Downstream Port (CDP) to providepower to an external device such as the FR Master tablet.

To route the CDP cable to an external device1. Remove the FR3-CORE from the FR3-BP backpack.2. Connect the USB 2.0 A-male connector of a USB cable to the CDP port at the bot-

tom of the FR3-CORE.3. Guide the open end of the USB cable through the slot at the bottom of the back-

pack.




4. Slide the FR3-CORE into the backpack.5. Guide the USB cable towards the hip belt and secure the cable with the 2 Velcro

straps on the hip belt.

6. Connect the other end of the USB cable to the external device that you want tocharge.

7. Secure the unused portion of the USB cable with the 2 Velcro straps on the hipbelt.

2.3.3 NCMThe NCM is a small Intel based PC that runs the software components of the scanneras well as the SwissQual Diversity Core software that enables the interaction of the FRMaster tablet and the Freerider III hardware, for example, the battery charge status dis-play. The Diversity Core software also enables scanner configuration and monitoringon the FR Master tablet as well as the transfer of measurement files.

You do not have to configure the NCM.

The NCM offers the following functionality: CPU/Processor: 4th Generation Intel SSD/Solid State Drive: 120GB




RAM: 4GB WLAN: 802.11 a/b/g/n + Bluetooth 4.0 Dimensions: 109 x 109 x 40mm

2.3.3.1 External Interfaces

This section describes the external interfaces on an NCM.

NCM Front Panel

Fig. 2-12: NCM front panel

IN: Power IN connector for power from the BMC WLAN: For WLAN stub antenna : For Bluetooth stub antenna AUX PWR: Not used in Freerider III, do not connect Mini DP: To connect a display for system configuration

You can use DP and HDMI adapter that is available in product scope Mini HDMI: To connect a display for system configuration ETH: Gbit LAN for the optional scanner 2 x USB 3.0: Attached to USB 3.0 panel mount socket (data stick) or for optional

use I/O: Push button with integrated LED to manually start and shutdown the NCM

For hard power off, hold down the I/O button longer than 6 seconds.

To prevent abnormal system behavior, do not use the I/O button of the NCM tostart and to shut down the Freerider III system.Use the main switch on the BMC to start and to shut down the system.




Table 2-4: NCM Status LEDI/O LED Status

Off NCM is off.

green NCM is on

yellow NCM is in standby, not used in Freerider III

flashing During NCM BIOS update

NCM Back Panel

Fig. 2-13: NCM back panel

Locking Screw: Remove this screw to remove the NCM from the FR3-CORE 2 x USB 3.0: To attach the USB cable from UPC and BMC Speaker: Not used IR: Not used

2.3.3.2 Usage

To manually restart the NCM, push the I/O button on the front panel.

Note: If the NCM does not shut down within 60 seconds, that is, the LED in theswitch remains lit, hold down the I/O button for longer than 6 seconds.




To remove the NCM from the FR3-CORE1. Carefully insert a T8 Torx screwdriver through the hole in the bottom ventilation

plate for the NCM and remove the screw from the NCM.

Fig. 2-14: Bottom ventilation plate for the NCM

Fig. 2-15: Bottom ventilation plate for the NCM (Continued)

2. Slide the NCM about 7 mm towards the BMC (1 in figure 2-16) and lift the NCMvertically (2) of the mount.




Fig. 2-16: Slide the NMC toward the BMC

To install an NCM in the FR3-CORE1. Align the NCM over the three standoffs, and lower the unit onto the mount (2 in

figure 2-16) and slide the unit about 7 mm away from the BMC (1).

2. Carefully insert a T8 Torx screwdriver through the hole in the bottom ventilationplate for the NCM (See figure 2-14figure 2-15) and tighten the screw on the NCM.




2.3.4 Freerider III Battery Pack 89 WH (FR3-BA89WH)The main power source for the Freerider 3 portable use case is the FR3-BA89WH Li-Ion cell based smart battery.

Fig. 2-17: FR3-BA89WH

For the office or vehicle use case, you need to have at least one FR3-BA89WH in yoursystem.

The FR3-BA89WH has the following features: Nominal output voltage of 14.4 Vdc Rated energy 89 Wh Fuel-Gauge electronics to determine State-Of-Charge Communication interface Internal 2-stage software and hardware protective circuits against over-heating,

over-voltage, and short-circuits conditions Foil handle to pull the battery pack out of the BMC battery bay UN safety test approved

2.3.4.1 Safety Information

For important safety informaton about the FR3-BA89WH battery pack, see chapter 2.2,"Safety Instructions", on page 11.

2.3.4.2 Usage

Charge the FR3-BA89WH battery completely before each use. You can charge thebatteries in the external FR3-OMBC, which can charge 4 batteries in parallel or youcan leave the batteries in the BMC while the system is connected to an external powersupply. The system does not need to be on.The in-system-charging-time and the final charge state depend on the type of externalpower supply, the system status, that is, idle or measuring, and the number of batter-ies. Furthermore, depending on the power supply you can charge the batteries in par-allel while the system is running. In case of FR3-VPS this however may stretch thecharge time!




For a description of the corresponding charging procedure, see chapter 2.3.6.1, "OfficePower Supply (FR3-OPS)", on page 36, chapter 2.3.6.2, "Vehicle Power Supply(FR3-VPS)", on page 37, and chapter 2.3.6.3, "FR3-OMBC", on page 39.

If the ambient temperature is > 35C, you can place the FR3-CORE in a special charg-ing mode where the cooling fan operation is determined by the ambient temperature.

To place the FR3-CORE in a special charging mode1. Connect an FR3-OPS and FR3-VPS to a running FR3-CORE.2. Turn off the system with the I/O button.3. Ensure that the LED on the I/O button blinks at least once, and then press the I/O

button again.Note: You can only use the system after the special charging mode has comple-ted. You can then turn the system on with the I/O button.

RecalibrationThe batteries can track and estimate the maximum error of the battery charge state.When the error exceeds the battery internal specification, the battery raises the recali-bration flag, which causes the BMC in the FR3-Core to run a recalibration cycle.During this cycle the BMC forces the system to draw power only from the battery withthe flag to drain the battery. After the battery has completely discharged, the BMCswitches over to the remaining batteries to power the system. That is, you might noteven be aware that the recalibration cycle is running except if you notice that the bat-teries are charging asynchronously.

If you recharge the battery completely with a normal charge cycle the recalibrationcycle automatically ends. However, if you recharge the battery before it has completelydischarged, the recalibration cycled automatically restarts the next time that you turnon the system.

2.3.5 TSMEThe following section describes how to install the optional TSME scanner. For moreinformation on the scanner, including operation and maintenance, see the manualsthat came with the scanner.

2.3.5.1 Installation

To install a TSME scanner in an FR3-CORE1. Disconnect the cables from the NCM.




2. Remove the 4 nuts and washers from the TSME mounting frame, and then removethe frame, including the NCM, from the FR3-CORE.

Fig. 2-18: Nuts and washers on TSME mounting frame

3. Remove the rubber protectors from the TSME scanner.4. Place the TSME on a flat surface and slide the mounting frame over the scanner.5. Secure the TSME scanner to the frame with the mounting screws.

Fig. 2-19: Mounting screws for TSME scanner

6. Put the mounting frame back into the FR3-CORE, place the washers over the 4bolts, and then tighten the nuts to secure the frame to the FR3-CORE.

7. Connect the cables.a) Connect the TSME-PWR-IN cable from the TSME upgrade kit to the TSME DC

IN connector and the other end to the corresponding socket on the BMC.b) Connect the short LAN cable from the FR3-CORE kit to the TSME LAN socket.c) Connect the RF IN port of the TSME with the coax cable from the TSME

upgrade kit to the dedicated RF antenna or to a free combiner port in the exter-nal antenna setup.

d) If the TSME scanner is also the GPS receiver for the system, connect the GPSantenna from the TSME kit to the TSME GPS ANT connector, and then attachthe GPS antenna to the magnetic mounting base on the right side of the BMC.




e) Connect the remaining cables to the NCM front and the TSME scanner asshown in figure 2-20.

NCM-PWR INto BMC

TSME-PWR INto BMC

TSME RF-INto RF in Antenna

In Top Shell

LAN ConnectNCM to TSME

Optional ActiveGPS AntennaNext to BMC

Fig. 2-20: Front panel connections

f) Connect the USB cables to the USB ports on the back of the NCM and to theBMC and the UPC.

USB toBMC USB to

UPC

Fig. 2-21: Back panel connections




2.3.6 Freerider III Optional HardwareThis section describes the optional components that you can use with Freerider III.

2.3.6.1 Office Power Supply (FR3-OPS)

The FR3-OPS requires 3.5 hours for a full charge cycle. You can charge the batterieswhile the Freerider III system is in operation without affecting the charge time.

Remove the FR3-CORE from the FR3-BP before you connect the FR3-OPS or FR3-VPS.

Fig. 2-22: FR3-OPS Office Power Supply

The FR3-OPS has the following functionality: AC Input: 100-240 VAC / 50-60Hz DC Output: 18.0Vdc @ 12A max. Active cooling with FAN Power indication LED

Do not use the FR3-OPS with any hardware other than the FR3-CORE.Failure to do so can cause permanent damage to the FR3-OPS.




External InterfacesAn FR3-OPS has the following interfaces: Power mains AC input with standard C14 socket LEMO connector with polarity coding for power out Green LED to display output power on status

2.3.6.2 Vehicle Power Supply (FR3-VPS)

Fig. 2-23: FR3-VPS Vehicle Power Supply

The FR3-VPS allows you to power a Freerider 3 system from the cigarette lightersocket of your vehicle.A FR3-VPS offers the following functionality: Power input cable (0.9m) with a cigarette lighter plug Input voltage: 12 16 Vdc DC Output: 16 Vdc with a maximum output power of 120 W, cable length 1.8m Input Fuse: 15A mini auto blade Output overcurrent protectionExternal Interfacesfigure 2-24 shows the connectors on the front panel of the FR3-VPS. The cables arecoded to ensure that you connect them correctly.




Pwr LED

Power INPower OUTFuse

Fig. 2-24: FR3-VPS front panel

Only replace the fuse with a fuse of the same type and strength.

UsageEven though the FR3-VPS can deliver enough power to operate the system, FR3-CORE requires a minimum of one charged battery in the BMC to operate. This batteryacts as Uninterruptible Power Supply (UPS) during motor cranking.Due to the power limitations of the cigarette lighter socket, the charging current andvoltage toward the FR3-BA89WH batteries are limited. The achievable recharge timefor 4 x FR3-BA89WHs therefore depends on the overall system load. Assuming a typi-cal system load, you can expect the 4 batteries to be charged to a maximum of 80% to85% capacity within 6 hours. Due to limited output voltage of 16.0V, the FR3-VPS can-not fully charge the batteries to 100%.

To recharge a FR3-BA89WH to 100%, use the optional Office Multiple BayCharger (FR3-OMBC) or the Office Power Supply (FR3-OPS).

The FR3-VPS does not support brown out protection for the vehicle battery. Instead,you need to turn the engine on when the FR3-VPS is on and detach the FR3-VPS fromthe cigarette lighter socket if vehicle is off for a longer period.

Installation

To install the FR3-VPS1. Ensure that the BMC contains at least one charged battery.2. Connect the input cable to the cigarette lighter socket of the vehicle.3. (Optional) To operate the system in the FR3-BP with the FR3-VPS attached:

a) Remove the FR3-CORE from the backpack.




b) Guide the FR3-VPS output cable through the slot at the bottom of the backpackand connect the cable to the PWR connector on the FR3-CORE.

c) Put the FR3-CORE into the backpack.d) Connect the FR3-VPS output cable to the FR3-VPS.

4. Connect the output cable to the PWR connector of the FR3-CORE

2.3.6.3 FR3-OMBC

The Office Multiple Bay Charger can house and charge 4 FR3-BA89WH batteries.

#1 #2 #3 #4

Fan

MainsPowerSocket

4-Bay FR3-OBMC Unit

Fig. 2-25: FR3-OBMC

The FR3-OMBC offers the following functionality: AC Input: 110-250 VAC / 50-60Hz 4 charging bays Parallel recharge of 4 FR3-BA89WH within 5 hours Battery recalibration functionalityUsageFor usage information, see the FR3-OMBC manual.




Do not use the FR3-OPS with any hardware other than the FR3-CORE.Failure to do so can cause permanent damage to the FR3-OPS.

2.3.6.4 External GPS Receivers

In most scenarios you can configure the FR Master as the GPS source for the Free-rider III system.However, you can also use the following external GPS receivers with Freerider III: Bluetooth GPS Receiver: You can store the receiver in the inside pocket at the top

of the Freerider III backpack.

To recharge a Bluetooth GPS receiver, connect the cable that came with thereceiver to the DCP port of the FR3-CORE.

2.4 Freerider III Use Case ConfigurationsThis section describes the different system configurations that represent the besttradeoff between number of devices, equipment volume, weight, and measurementenvironment.

2.4.1 Portable Original Device Antenna Use CaseThis configuration, as seen in figure 2-2, has the lowest weight and is best-suited formeasurement campaigns in pedestrian areas, and public transportation with expectedreasonable coverage.In this configuration, the devices in the top cover are unmodified and use the originaldevice internal RF antennas. The 15 cm spacing between the phones offers a reason-able isolation for urban environments with reasonable coverage and multipath propa-gation. For the optional scanner, you can place a multi-band dipole paddle antenna inthe top cover.

2.4.2 External Antenna Use CaseThe external antenna configuration has the lowest risk for receiver blocking issues andis recommended for measurements in rural areas with poor coverage.

This configuration requires a different top cover than the standard FR3-CORE topcover as well as different devices that have been modified for use with external anten-nas.

Freerider III Use Case Configurations



S2

Main_1

RF comb.(4:1 ports)

S3 S4

Div_1

RF comb.(4:1 ports)

Samsung Galaxy S4 GT-i9505 RF1 (GSM/WCDMA/LTE)Samsung Galaxy S4GT-i9505 RF2 (Rx Diversity)

50 Ohm SMA termination

S5 S6 S1Samsung Galaxy S4 GT-i9505 RF1 (GSM/WCDMA/LTE)Samsung Galaxy S4GT-i9505 RF2 (Rx Diversity)

50 Ohm SMA termination

TSME

Main_2

RF comb.(4:1 ports)

Div_2

RF comb.(4:1 ports)

Fig. 2-26: External Antenna Setup

The modified devices in the top cover have RF pigtails, which are attached to up tofour 4-port RF combiners, one of which is connected to the RF port of the scanner. Youcan mount 4 dipole paddle external antennas on the outside of the top cover, that is, 2main vertical antennas on the side and 2 secondary horizontal antennas on the back.You can also connect external vehicle roof antennas to the RF combiners.

The additional RF components add a maximum of 800 g to the weight of the PortableOriginal Device Antennas configuration.

The advantage of the external antenna configuration is a more equal and higherdevice-to-device RF isolation. The improved isolation is due to the increased antennaspacing of 28 cm and an additional minimum isolation of 14 dB is the result of RFcombiner insertion loss. Devices that are connected to the same combiner have a typi-cal minimum isolation of 23 dB.

For MIMO functionality, the main and the diversity antennas of a device require sepa-rate external antennas, that is, you need to connect the main and the diversity anten-nas to different RF combiners.




2.4.2.1 RF Combiner Specification

The customized 4-Port RF combiner, that is, the ZN4PD-272-1+ from Mini-Circuits, hasthe following characteristics: Impedance: 50 Ohm Frequency range: 698-2700MHz Average power per port as combiner: 1 Watt max Peak power per port as combiner: 2 Watt max Isolation between adjacent input ports (1-2, 3-4): 23 dB Typ Isolation between opposite input ports (1-3, 2-3, 1-4, 2-4): 28 dB Typ Insertion loss above 6dB: 1dB Typ.

To be added to the typical signal attenuation of 6dB for a 4 port combiner Return loss SUM port: 20 dB Typ Return loss ports 1-4: 20 dB Typ Operating range: -10C to +55C

2.4.2.2 Specification Paddle Antennas

The customized 2G/3G/4G multi-band dipole paddle antenna from Panorama Anten-nas has the following characteristics Impedance: 50 Ohm Frequency range: 698-960, 1710-2170, 2396-2700 Peak Gain Isotropic: 2 dBi Gain Compared to wave: 0 dB Pattern: Omni-directional Max Input Power: 25 Watt Operating range: -30C to +70CTo connect external vehicle antennas to your Freerider system1. Remove the FR3-CORE from the backpack.2. Open the top cover of the FR3-CORE.3. Disconnect the RF cables of the paddle antennas from the RF combiners SUM

port.4. Connect the RF coax cable from the bottom of the FR3-CORE to the RF combiners

SUM port.5. Connect the SMA connector of the vehicle roof antennas to the SMAs at the bot-

tom of the FR3-CORE.




2.4.3 Ad Hoc Vehicle Use CaseYou can easily use Freerider III in a vehicle for ad hoc campaigns without the need forpermanent changes to the vehicle. To extend the usability of the system, you can usethe FR3-VPS power supply. For more information, see chapter 2.3.6.2, "Vehicle PowerSupply (FR3-VPS)", on page 37.For the best cooling performance, place the Freerider III system in the air conditionedpassenger compartment of the vehicle. If possible, keep the system in an upright posi-tion for maximum airflow.

An improperly secured Freerider III system can cause injury in the event of anaccident.Ensure that the system is in a secure place before you drive. The best practice is tohang the backpack on the back of the front passenger seat, with the shoulder strapsdraped over the seat and the sternum strap fastened across the front of the seat. Ifpossible, you can also use the hip strap to secure Freerider III in place. If you cannotplace the Freerider III in an upright position, put the Freerider III on the floor of thevehicle with the straps facing down.

Placing the Freerider III system on a cushioned surface can cause overheating.Ensure that the airflow to the base of the backpack is not blocked.

2.4.4 Permanent Vehicle Use CaseThe bottom part of FR3-CORE has 8 mounting holes for M4 screws, which you canuse to mount the FR3-CORE directly to a vehicle chassis or to an equipment plate in avehicle. In this case, you do not need the FR3-BP backpack.




Fig. 2-27: Screw locations

2.4.4.1 Important Guidelines

Follow these guidelines when you permanently install a Freerider III system in a vehi-cle: System must be in an air-conditioned location FR3-CORE must be closed during operation for cooling reasons Secure the system in a location to prevent harm to the passengers in the event of

an accident System requires a 1.2 m x 0.3 m so that you can completely open the FR3-CORE For best measurement results, use an external antenna

For more information, see chapter 2.4.2, "External Antenna Use Case",on page 40.

2.5 System Start and Shut DownThis section describes how to start and how to shut down a Freerider III system.

To start a Freerider system1. Turn on the FR Master tablet.2. Ensure that the BMC has at least one battery with a minimum charge of 20%, that

is, one bar of capacity status.3. If required, for example in a vehicle or office use case, connect the external power

supply.

System Start and Shut Down



4. Open the top cover of the FR3-CORE until you have access to the main I/O button.5. Press the I/O button.

The I/O LED blinks green until the minimum power requirement to start the NCM isreached, and then the TSME, UPC, and the devices power up in sequence. Thestatus LEDs of the UPC and BMC turn from blue to green and the devices becomevisible on the FR Master after a successful start.

To shut down a Freerider III system1. Stop all the measurements on the FR Master and wait until all of the devices have

stopped and the measurement files have been transferred.2. Open the core top cover until you get access to the I/O main switch.3. Press the I/O button on the FR3-CORE to trigger the power off sequence.

The I/O LED blinks green during the shutdown sequence. As soon as the NCM hasshutdown, the BMC turns off the power to the other components. If the NCM shut-down fails, the BMC turns off the power after 4 minutes, regardless of the status ofthe connected devices.

4. Turn off the FR Master tablet.Note: You cannot cancel an ongoing shutdown. You can only turn the Freerider IIIsystem on again when the I/O LED has stopped blinking.

2.6 Storage, Maintenance, Repair, and ShipmentThis section describes how to store, maintain, repair, and ship your Freerider III sys-tem.

2.6.1 Storage

To store a Freerider III system, disconnect the cables, and remove the batteries.

To maintain the performance of the FR3-BA89WH battery pack, store the batterypack at a temperature between -10 C and +50 C.

Do not use water in the event of fireUse a CO2 extinguisher to douse the fire instead.

Storage, Maintenance, Repair, and Shipment



2.6.2 MaintenanceThis section describes the maintenance tasks that you can perform on your Freeridersystem.

2.6.2.1 Replacing Batteries

FR3-BA89WH BatteryThe FR3-BA89WH is a lithium-ion cell based battery pack with a lifespan of 2 years or600 cycles. SwissQual recommends that you replace this battery pack when youdetect a strong decrease in usable capacity. If you need to replace this battery pack,contact a SwissQual sales representative.

NCM BatteryThe NCM contains one lithium battery that has a lifespan of approximately five years. Ifyour NCM loses data and time settings, contact our support center. You cannot replacethis battery yourself.

You cannot test the charge level of the BIOS battery.Please consult the Customer Support Center.pdf document for the best methodto contact us.

2.6.2.2 Cleaning

Periodically wipe the textile cover and the system components with a damp cloth: Do not use abrasives or solvents Do not soak the cloth as stray drops can cause short circuits

2.6.2.3 Waterproofing

The textile shell of the FR3-BP has a water resistant coating that should last severalyears without the need for maintenance. If you detect a performance decrease, use anormal textile waterproofing spray.

2.6.3 RepairThis section describes the repair tasks that you can perform without voiding your war-ranty.

2.6.3.1 Replacing a Fuse

Most Freerider III components use self-recovering and none-replaceable fuses. How-ever, some of the components use standard replaceable fuses that you can buy in




most electronic stores. You can replace such a fuse without the assistance of aSwissQual employee.

Ensure that the replacement fuse is of the same type and rated for the same currentand voltage as the original fuse.

Module Fuse Type

FR3-VPS Mini Blade Fuse 32V / 15A

2.6.4 Shipping a Freerider SystemRemove the FR3-BA89WH battery pack and then carefully pack the Freerider III sys-tem before you ship the system.

2.6.5 Shipping the FR3-BA89WH Battery PackSince the FR3-BA89WH contains Lithium Ion batteries, always check the applicablelocal, national, and international regulations for transporting a Lithium Ion batterybefore shipping the FR3-BA89WH.When you check these regulations, keep the following points in mind: The Lithium Ion battery in the FR3-BA89WH is not classified as dangerous accord-

ing to Directive 1999/45/EC and its amendments. Nevertheless, the battery is UNtest certified

You can only ship a maximum of two FR3-BA89WH in one package For the shipping package, use a stable cardboard box that will prevent the content

from being damaged even at drop from a height of 1.2 m To prevent short circuits, isolate the batteries from each other in the package Attach the following warning label for Li-Ion batteries on the package




Fig. 2-28: Warning label for Li-Ion batteries

A maximum of two FR3-BA89WH batteries are allowed as hand luggage for flightsPlease contact your airline for the specific regulations.

A maximum of two FR3-BA89WH are allowed as luggage for passengers flightsPlease contact your airline for the specific regulations.

Do not ship a defective FR3-BA89WH by aircraft.Instead, dispose of the FR3-BA89WH battery pack locally or contact our supportcenter for waste management.

Please consult the Customer Support Center.pdf document for the best methodto contact us.

2.6.5.1 Warranty Information

SwissQual does not accept liability for damage that occurs due to the improper installa-tion of hardware components in a vehicle. Only a qualified technician, preferably onethat has been trained by SwissQual, should modify the unit.SwissQual is in no way liable for any damage that results from the mishandling of thisproduct or by a vehicle accident.




If you require assistance for installation, reinstallation, configuration, extension, mainte-nance, or repair of your SwissQual hardware, contact our support center.

Changes to your Freerider III system, which are not expressly approved bySwissQual, can void the warranty.If you are uncertain, contact our support center.Please consult the Customer Support Center.pdf document for the best methodto contact us.

2.7 TroubleshootingThis section describes how to troubleshoot a problem with your Freerider III system.When you contact our support center about a problem with the unit, ensure that youhave the following information: Serial numbers of the affected parts Description of the physical setup of the system, for example, the power source, the

system configuration, and your use case QualiPoc software versionsPlease consult the Customer Support Center.pdf document for the best methodto contact us.

2.7.1 System Does Not Start

The following check list describes what to do when your Freerider III system does notstart when you switch the main I/O to ON:1. Does the BMC have at least one charged battery (charge status > 20%)?

If yes and the system still does not start, move the battery to another bay, andthen try again.

2. Are all internal power and USB cables properly connected to the BMC, UPC, anddevices?

3. Is the LED on the front of the NCM front green?4. Check the WLAN and Bluetooth settings on the FR Master.5. If the problem persists, contact our support center.

Troubleshooting



2.7.2 BMC Error codes BMC LED flashes red: System was turned off and on again by the main I/O switch

before the shutdown was complete, including the NCM and the phones

To clear the error code, turn the I/O main switch off again and start the system afterthe shutdown completes.

2.8 Technical SpecificationThis section provides an overview of the technical specifications for the Freerider IIIhardware.

2.8.1 Dimensions and WeightsA Freerider IIIsystem has the following dimensions: Height: 542 mm Width: 287 mm Depth: 140 mmThe final weight highly depends on your system configuration. The table 2-5 containsthe weights for a typical use case.

For help to determine the weight of your Freerider III configuration, contact our supportcenter.Please consult the Customer Support Center.pdf document for the best methodto contact us.

Table 2-5: Weight Freerider IIIItem Weight

Fully equipped (6 devices, 4 batteries, TSME) ~ 8.9 kg

Fully equipped + external RF antenna setup ~ 9.7 kg

FR3-BA89WH 0.43 kg

Tablet ~ 0.6 kg

2.8.2 Electrical and Conformance SpecificationTable 2-6: Electrical Specification Freerider IIIParameter Value

Input Voltage 16.0 19.0 V

Input Frequency DC

Technical Specification



Parameter Value

Typical Power Consumption 45 W

Max Power Consumption(operate and charge system inparallel)

200 W (10.5A * 19.0V)BMC output is limited above the current (< 8.25A) that one battery can deliver, that is, you needto run at least 2 batteries in parallel, or 1 battery in conjunction with an FR3-OPS or FR3-VPS.

Typical Autonomy 7.5 h

The typical power consumption and autonomy is highly dependent on your configura-tion as well as your test scenarios. For help to determine the power consumption ofyour configuration, contact our support center.Please consult the Customer Support Center.pdf document for the best methodto contact us.

2.8.3 ConformanceTable 2-7: Conformance Freerider IIIConformance Description

CE A CE statement in accordance to European Directives 2004/108/EC, 2006/95/EC and 72/245/EEC can beobtained from our support center.

EMC According to the 2004/108/EC harmonized standard:EN 61326-1: 2006, electrical equipment for measurement, control and laboratoryEN 55022: 2006, emission industrial environmentEN61000-6-1: 2005, immunity for industrial environment

Safety IEC/ EN61010-1: 2010, measurement devices

Automotive According technical standard for e/E Mark:Directive 72/245/EEC, including last update 2009/19ECEN55025: 2006IEC/EN 11452-1 2005ISO 7637-2: 2004

Shock IEC/ EN 60068-2-27, 30G / 6ms

Bumps IEC/ EN 60068-2-27, 15G / 6ms

Vibration IEC/ EN 60068-2-64, PSD = 2 m^2/s^3 @ f = 4 - 40 Hz, -6dB/oct @ f > 40Hz

Drop Test IEC 60068-2-32, Free fall, h = 10 cmIEC 60068-2-31, Drop and topple, h = 10 cm

Temperature IEC/ EN 60068-2-1, -1050C

Rain Protection IPX3, 10l/min, 5 min

Technical Specification

Freerider III OperationSwissQual...QualiPoc


3 Freerider III OperationThe following sections describe how to configure and to operate a QualiPoc FreeriderIII benchmarking system.

For information about QualiPoc operation, including job types, see theManual - QualiPoc Android.pdf document.

3.1 Creating a Freerider III SystemA Freerider III system consists of a QualiPoc Android tablet that is configured as aFreerider III master (FR Master) and one or more QualiPoc Android smartphones thatare configured as Freerider III slaves (FR Slaves). The FR Master tablet uses a Blue-tooth connection to control the slave smartphones.

You cannot use a smartphone as the FR Master.The FR Master and FR Slaves must use the same QualiPoc software version.

To create a Freerider III systemThe following procedure uses a Samsung Galaxy S4 phone as an FR Slave.

For a complete list of the supported smartphones, see the QualiPoc release notes.

1. Prepare the FR Slave smartphones.a) Start QualiPoc.

Creating a Freerider III System



b) Press Menu and tap "Settings > Unit Configuration > Operation Mode >Handheld".

Fig. 3-1: QualiPoc Handheld mode

c) Exit QualiPoc.Note: You need to repeat these steps on each FR Slave.

2. Prepare the FR Master tablet.a) Start QualiPoc.




b) Press Menu and tap "Settings > Unit Configuration > Operation Mode >Freerider Master".

Fig. 3-2: FR Master monitor on the tablet

c) At the bottom of the "FR Master" monitor, tap "Make discoverable".Note: The tablet remains visible for 5 minutes.The Bluetooth connection uses the unit name that you configured for the tablet inQualiPoc. You only need to perform these steps for the Bluetooth connection asQualiPoc automatically configures the WiFi connection.

3. Pair the FR Slaves with the FR Master.a) If QualiPoc is running, exit QualiPoc.b) Access the Bluetooth settings on the phone, that is, press Menu and tap

"Settings > Connections > Bluetooth".c) Ensure that Bluetooth connectivity is enabled.

If the slider is green, Bluetooth is on.

Fig. 3-3: Bluetooth enabled

d) Tap "Bluetooth" and select the FR Master in the list of Bluetooth devices.If you do not see the FR Master in the list, tap "Scan". If the tablet does notappear, tap "Make discoverable" at the bottom of the "FR Master" monitor onthe tablet. You only need to perform these steps for the Bluetooth connectionas QualiPoc automatically configures the WiFi connection.




e) In the "Bluetooth pairing request" dialog box, tap "OK".f) Repeat these steps on each slave.

4. Configure the smartphones as Freerider slaves.You need to repeat these steps on each smartphone that you want to use as aslave.a) Start QualiPoc, press Menu , and tap "Settings > Unit Configuration > Oper-

ation Mode > Freerider Slave".

Fig. 3-4: QualiPoc Freerider Slave mode

b) Tap "Select device ID", type the new ID, and then tap "OK".NQView uses this ID in "Replay" mode to distinguish between the differentslave devices of a Freerider system when you load the Freerider measurementfiles.




c) Change to the "FR Slave" tab and wait until the "New state CONNECTED"message appears.

Fig. 3-5: Connected message on FR Slave tab

Note: QualiPoc automatically starts each time that you turn on a slave phone.Tip: You can quickly determine the location a slave from the FR Master.When you select a slave in the "Slaves" monitor, QualiPoc performs the followingactions: Vibrates the actual FR Slave Displays the FR Slave number over the current monitor on the FR Slave




Fig. 3-6: Slave number

3.2 Device ManagerThe Device Manager is for configuring the scanner as well as to check the status of thescanner and the NCM.

Device Manager



11

22

33

44

55 66

77

9988

Fig. 3-7: Device Manager NCM1 = NCM and scanner connection status2 = NCM configuration details and battery levels3 = Overflow menu to stop a scanner measurement4 = Get scanner measurement files from the NCM5 = Select another paired NCM6 = Performs initial Bluetooth pairing between FR Master and NCM7 = Displays NCM and scanner logs8 = Filter logs by level or specific keyword9 = Pause or clear logs

3.2.1 Configuring the ScannerThis section describes how to configure the scanner with the Device Manager.

To create a new scan1. On the FR Master, press Menu and tap "Device manager".2. In the "Devices" list, click the scanner , for example, "Scanner RuS (TSME)".

Device Manager



11

22

33

4455

66 77

88

99

Fig. 3-8: Scanner configuration1 = Scanner status2 = Press and hold to move, cut, copy, delete, or paste a scan3 = Add scan to selected configuration4 = Displays list of available scanner configurations5 = Creates new scanner configuration6 = Delete or duplicate scanner configurations7 = Updates scanner configuration8 = Configuration options for the scan

3. Click "Add scan" at the bottom of the screen and specify the scan settings.Note: Repeat this step for each scan that you want to add.

4. Click "Apply scanner configuration".5. If you want to save a scanner measurement files, press Menu , tap "Cam-

paigns", and then select the "Start Scanner Measurement" check box.Note: If you select this option, QualiPoc validates the parameters that the scannermeasurement does not support before starting the measurement, that is, "Schedul-ing" and "Cycles".

3.2.1.1 Exporting and Importing Scanner Configuration Profiles

You can export your scanner configuration profiles for use on other FR Masters.

To export a scanner configuration profile, press Menu , tap "Import/Export Con-figuration" > "Export Configuration" > "Scanner configuration profiles", and tap theconfiguration profiles that you want to export.

Device Manager



Fig. 3-9: Scanner configuration profile export settings

To import a scanner configuration profiles, press Menu , tap "Import/Export Con-figuration" > "Import Configuration", and locate the scanner configuration profilefile.

3.3 Campaign ManagementBefore you can run a measurement on FR Slaves Freerider III, you need to create ameasurement campaign on the FR Master.

Campaign Management



3.3.1 Campaign Modes

Fig. 3-10: Advanced Campaign mode

Freerider III has the following campaign modes: "Simple": QualiPoc automatically sets "Single job" or "Job sequence" according to

the selected testIn "Simple" mode, you cannot specify scheduling or add or remove FR Slaves froma running campaign.

"Advanced": Allows you to specify scheduling options, add or remove FR SlavesIf you select the "Start Scanner Measurement" check box, QualiPoc validates the"Scheduling" and "Cycles" parameters before starting the measurement.

3.3.2 Job TypesYou can run the following types of jobs on each slave during a campaign: "Single Job": Sequence of single data and single call tests in which a new session

starts for each test sequence cycleA single job only generates one measurement file for each campaign and appliesthe same forcing, access point, and capture options to all of the tests in the job.You cannot configure a "Speech Double Ended" as a single job.

"Job Sequence": Sequence of jobs with configurable tests A job sequence creates a measurement file for each job execution cycle in the

sequence. You can also individually configure the forcing, access point, and cap-ture options for each job in the sequence. You can use a job sequence to configurea Speech Double Ended job; however, you cannot include other jobs in thesequence.

Campaign Management



For a description of the types of jobs that you can configure, see theManual - QualiPoc Android.pdf document.For a description of the Freerider III limitations, see chapter A, "Limitations",on page 97 and the Release Notes QualiPoc Android.pdf document.

3.3.3 Creating a CampaignThis following procedure describes how to create a blank campaign while the followingsections describe how to add single jobs and a job sequence to the campaign.

QualiPoc automatically saves changes while you configure a campaign.

To create a campaign1. Create a campaign.

Campaign Management



a) On the FR Master, press Menu and tap "Campaigns"

Fig. 3-11: Campaigns

The first time you tap the "Campaigns" command, QualiPoc displays an optionto view the online help for campaigns. If you select "Do not show again", youcan still access the help files on the overflow menu at the top of the screen.

Fig. 3-12: Help menu for campaigns

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b) Swipe from the left or tap the sliding drawer icon to open the "All campaignfolders" drawer, tap the overflow menu in the "All campaign folders" area, andtap "Create campaign".

Fig. 3-13: Create campaign

c) In the "Create campaign" box, enter a name for the campaign, and then tap"OK".

Fig. 3-14: Blank campaign

Tip:Use folders to organize your campaigns. To create a folder, tap the overflow menu in the "All campaign folders" area,

and tap "Create folder".

Campaign Management



2. Assign the FR Slaves to the campaign. To assign an individual slave, tap "[Not assigned]" at the top of a column, and

then tap a slave in the list.Assigned slaves in the list are light grey.

To automatically add FR Slaves to all of the columns, tap the overflow menu at the top of the screen, and tap an option, for example, "Auto-assign connec-ted slaves".When you create a new campaign, "Auto-assign connected slaves" is thedefault assignment option.

Fig. 3-15: Auto-assign slaves

3. Create a "Single Job" or "Job Sequence".

3.3.3.1 Creating a Single Job

For the description of a single job, see chapter 3.3, "Campaign Management",on page 60. This section assumes you have performed the steps in chapter 3.3.3,"Creating a Campaign", on page 62.For a description of the types of jobs that you can configure, see theManual - QualiPoc Android.pdf document.

To run a single job on a single FR Slave, create a campaign with only one job and oneassigned FR Slave.

Campaign Management



To create a single job1. Start the job creation.

In basic mode, tap the overflow menu for the FR Slave and tap "Create Job".

Fig. 3-16: Create job in basic mode

In "Advanced mode", tap the overflow menu at the top of a FR Slave and tap"Single Job".

Fig. 3-17: Single job in Advanced mode

2. In the "Select job type" list, tap a category, for example, "Single Call Tests", andthen tap a job, for example, "Call to any Number".

Campaign Management



Fig. 3-18: Select job type

3. Enter the relevant information, for example, a "Phone number", and then use thetoolbar icons to specify the settings for the test.

Fig. 3-19: Toolbar iconsGrey icon = Not setGreen icon = SetRed icon = Set but not valid, for example, when you copy a test from one FR Slave to another FR

Slave hat the used Access point is not valid or the set forcing is not supported by thatdevice

Table 3-1: Description of the toolbar iconsToolbar Icon Setting Category

Forcing settings

Access point settings

Packet capture settings

Note: Mandatory parameters are highlighted in red.

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Fig. 3-20: Mandatory parameter

4. Create the scanner measurement tasks.Note: For a description on how to configure the scanner, see chapter 3.2.1, "Con-figuring the Scanner", on page 58.

3.3.3.2 Creating a Job Sequence

For the description of a job sequence, see chapter 3.3, "Campaign Management",on page 60. This section assumes you have performed the steps in chapter 3.3.3,"Creating a Campaign", on page 62.For a description of the types of jobs that you can configure, see theManual - QualiPoc Android.pdf document.

To create a job sequence1. Tap the overflow menu at the top left of the tablet and tap "Advanced mode".

Campaign Management



Fig. 3-21: Advanced mode

2. On the toolbar at the top of a FR Slave, tap "Job sequence".

Fig. 3-22: Job sequence

3. Add a job to the sequence.

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a) Tap the overflow menu at the top of a device column and tap "Create job".

Fig. 3-23: Create job

b) In the "Select test type" list, tap a test category, for example, "Single DataTests", and then tap a test, for example, "YouTube No Reference".

Fig. 3-24: Select job type

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c) Enter the relevant information, for example, a "YouTube ID", and then use theicons beside the job in the list to specify the remaining settings for the test.

Fig. 3-25: Configure a job in a job sequence

d) Repeat these steps for each job that you want to add to the sequence.Note: See table 3-1 for a description of the icons.Mandatory parameters are highlighted in red, for example "YouTube ID" in fig-ure 3-25.The "Duration" or "Cycles" value for each job in the sequence must be greater than0, for example, a job with a "Duration" of 0 seconds and 1 "Cycles".

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Fig. 3-26: Duration and Cycles

3.3.4 Running a CampaignDepending on the number of FR Slaves that a campaign uses, for example, one cam-paign uses 2 slaves and another campaign uses 4 slaves, you can run more than onecampaign simultaneously.

When you run more that one campaign simultaneously, you can only enable scannerrecording in one campaign.When you start a job, the FR Master synchronizes the time on the slaves.

To run a campaign1. On the FR Master, press Menu and tap "Campaigns"2. Swipe from the left to open the "All campaign folders" drawer.3. Tap a campaign in the list and tap "Start Campaign" at the top of the screen.

Campaign Management



Fig. 3-27: Start Campaign

Tip: To add a FR Slave to a running campaign, tap the overflow menu of the FRSlave, and tap "Join campaign".

Fig. 3-28: Join campaign

3.3.4.1 Stopping a Campaign

When you stop a campaign, the measurement jobs stop on all of the FR Slaves. If youwant to stop a job on a single FR Slave, see chapter 3.3.4.2, "Removing a Slave Froma Running Campaign", on page 74.

To stop a campaign, tap "Stop Campaign" at the top of the screen.

Campaign Management



3.3.4.2 Removing a Slave From a Running Campaign

To remove a slave from a running campaign: On the "Campaign" screen, tap the overflow menu of the FR Slave, and tap

"Leave Campaign".

Fig. 3-29: Leave campaign

On the "Slaves" tab , touch and hold the Q icon of the FR Slave, and then tap"Stop job".

Fig. 3-30: Stop the job on a FR Slave

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3.3.5 Managing Campaigns

To restore the campaign configuration to the configuration that existed when youstarted QualiPoc, tap the overflow menu at the top of the screen, and tap "Revertcampaign".

Fig. 3-31: Reset campaign

Tip: To restore a campaign that you accidentally deleted, create a new blank cam-paign with the same name and in the same folder, and then use the "Revert cam-paign" command.

To edit a job sequence or a test in a single job, for example, to delete a job, touchand hold the item in the list, tap a command at the top of the screen, and then tap"Done".Note:You can choose from the following editing options: Basic Editing: "Delete", "Cut", "Copy", "Paste Above", and "Paste Below" "Save Job/Test" "Set as Default": Uses the settings of the current job or test, including the

parameters that you en

Documents

Manual - QualiPoc Freerider III