Domo Tactical Communications SOL8SDRC477043, SOL8SDRC234091, SOL8SDRP234091 Users Guide

Resource Identifier 100217 Revision: 8.0

SOL8SDR Hardware Guide

Commercial in Confidence

DTC – Solent Fusion 2 1100 Parkway Solent Business Park Whiteley Hampshire PO15 7AB United Kingdom

+44 (0)1489 566 750

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 0-1

0. Preface

0.1 About this Document

This document contains relevant information required to identify and install the equipment or system.

Since the available functions are licensed and depend on the specific implementation, not all the functions and or applications contained in this document may be relevant or applicable to the system you will be working with.

The actual presentation may differ from those in this document due to hardware or software changes.

0.2 Intended Audience

This document is for anyone interested in how the system can be used, but it is of most benefit to:

 Operators who are in charge of the daily operation of the equipment  Installers who are responsible for the pre-installation, on-site installation and configuration of the

system in the end-user environment

 Maintainers who are responsible for maintaining the equipment or system

0.3 Notice about this Publication

While DTC makes every attempt to maintain the accuracy of the information contained in its product manuals, the information is subject to change without notice.

Performance specifications included in this manual are included for guidance. All particulars are given by DTC in good faith, actual performance may vary.

0.4 Typographic Conventions

This document uses these typographic conventions to identify text that has a special meaning:

Typographic Convention

Example

TEXT in small capitals represents a specific key press on the console keyboard or hardware panel.

ESC, F1, SHIFT

The + sign means “hold down the first key while pressing the second key”.

Press CTRL+C to abort

<Text> Serves as a placeholder for variable text that you will replace as appropriate to its context.

Use the filename <system_name>.sys for…

Text in bold emphasises a new word or term of significance.

We call this a protocol and its function is…

Text in italics can represent a link to place in the existing document (often these are hyperlinks) or a reference to another document.

Refer to section 0.4 Typographic Conventions.

Successive menu selections are shown using arrows to indicate a sub-menu. In this example this would mean:

Select the Insert menu, then select picture, then select from file.

Insert>picture>from file

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 0-2

0.5 Symbols

This document uses these symbols to highlight important information:

WARNING: A notice to the reader of when a situation might result in personal injury or loss of life, or destruction of equipment.

CAUTION: A notice to the reader of when a situation may result in loss of data or damage to equipment.

Note: A notice to draw attention to something or to supply additional information.

0.6 Trademarks

All trademarks or registered trademarks that appear in this document are the property of their respective owners.

Domo Tactical Communications (DTC) Limited owns the copyright of this document which is supplied in confidence and must not be used for any purpose other than for which it is supplied and must not be reproduced without permission in writing from the owners.

0.7 Related Documents

All DTC documents can be downloaded from WatchDox. See section 6.1.

Document

Source

SOL8SDR Transmitter and Encoder Software User Guide

DTC

SOL8SDR Receiver Software User Guide

DTC

NETNode Phase 5 Software User Guide

DTC

SOL8SDR-C OEM Integration Document

DTC

Solo Concept Guide

DTC

IP Concept Guide

DTC

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 0-3

0.8 Document History

This is a controlled document, written and produced by the DTC Technical Publications team. Changes are recorded in the table below.

Revision

Date

Authors

Summary of Changes

1.0

02/08/2016

IR

Initial Release

2.0

06/01/2017

IR

Cable updates (CN02054)

3.0

13/01/2017

IR

SOL8SDR2x2W-P heatsink accessory

4.0

24/03/2017

IR

SOL8SDR-C with 2W Amplifier

5.0

10/05/2017

IR

Corrected 2W AMP part numbers

6.0

06/07/2017

IR

Updated SOL8SDR2X2W-P metalwork, USB peripheral adaptor and DTC screenshots for Device Controller.

6.1

19/01/2018

IR

Updated AMP photo.

6.2

25/04/2018

IR

Added supported dongle list, SOL8SDR Receiver and passwords section. USB stick contents updated.

7.0

14/12/2018

IR

Moved amplifier calibration to integration document.

8.0

13/02/2019

IR

USB serial adaptor. FCC compliance.

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 0-4

Contents

0. Preface ...................................................................................................... 0-1

0.1 About this Document .................................................................................................................... 0-1

0.2 Intended Audience ........................................................................................................................ 0-1

0.3 Notice about this Publication ........................................................................................................ 0-1

0.4 Typographic Conventions .............................................................................................................. 0-1

0.5 Symbols ........................................................................................................................................ 0-2

0.6 Trademarks ................................................................................................................................... 0-2

0.7 Related Documents ....................................................................................................................... 0-2

0.8 Document History .......................................................................................................................... 0-3

1. Product Overview ...................................................................................... 1-1

1.1 Product Family .............................................................................................................................. 1-1

1.2 SOLO8 Software Defined Radio (Concealment) ............................................................................. 1-1

1.3 SOLO8 Software Defined Radio (Robust) ...................................................................................... 1-2

1.4 SOLO8 Software Defined Radio (Plain) ......................................................................................... 1-3

1.5 Approval Notices ........................................................................................................................... 1-4

1.6 FCC EMC Compliance ................................................................................................................... 1-4

2. Product Package ....................................................................................... 2-5

2.1 Overview ....................................................................................................................................... 2-5

2.2 SOL8SDR-C Parts List ................................................................................................................... 2-5

2.3 SOL8SDR-R Part List ..................................................................................................................... 2-5

2.4 SOL8SDR2X2W-P Parts List .......................................................................................................... 2-6

2.5 Accessory Options ......................................................................................................................... 2-7

2.6 Variants ........................................................................................................................................ 2-7

2.7 Labelling ....................................................................................................................................... 2-9

2.8 Licensing Options ....................................................................................................................... 2-10

3. Connections, Controls and Indicators ...................................................... 3-12

3.1 Introduction ................................................................................................................................ 3-12

3.2 Antenna Polarization ................................................................................................................... 3-12

3.3 SOL8SDR Concealment ............................................................................................................... 3-12

3.4 SOL8SDR Robust ......................................................................................................................... 3-14

3.5 SOL8SDR Plain ............................................................................................................................ 3-15

3.6 SOL8SDR-C (D1804) Pinouts ...................................................................................................... 3-17

3.7 SOL8SDR-R Pinouts .................................................................................................................... 3-20

3.8 SOL8SDR2X2W-P Pinouts ............................................................................................................ 3-21

3.1 Supported USB Dongles .............................................................................................................. 3-22

3.2 SOL8SDI Option as a Video Source .............................................................................................. 3-23

4. Getting Started ....................................................................................... 4-24

4.1 Introduction ................................................................................................................................ 4-24

4.2 Initial Connections ...................................................................................................................... 4-24

4.3 Access the USB Stick .................................................................................................................. 4-24

4.4 Using Node Finder ....................................................................................................................... 4-24

4.5 Installing the Domo Device Controller ......................................................................................... 4-26

4.6 Using a Web Browser Application ............................................................................................... 4-27

4.7 Configure the SOL8SDR Application ........................................................................................... 4-28

4.8 Passwords ................................................................................................................................... 4-28

4.9 Using Domo Device Controller via IP ........................................................................................... 4-29

4.10 Using Domo Device Controller via USB .................................................................................... 4-31

4.11 Further Reading ...................................................................................................................... 4-34

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 0-5

5. Appendix A – Reference Material ............................................................. 5-35

5.1 How to Configure a PC IP Address .............................................................................................. 5-35

5.2 SOL8SDR2x2W-P-HSK – Heatsink Accessory ............................................................................... 5-36

6. Appendix B – After Sales Support ............................................................ 6-37

6.1 Documentation and Software ...................................................................................................... 6-37

6.2 Contact Technical Support .......................................................................................................... 6-37

6.3 Using the DTC RMA Service ......................................................................................................... 6-37

7. Appendix C – Safety and Maintenance .................................................... 7-39

7.1 Cautions and Warnings .............................................................................................................. 7-39

7.2 Repairs and Alterations .............................................................................................................. 7-40

7.3 Caring for your Equipment .......................................................................................................... 7-40

7.4 Charging ..................................................................................................................................... 7-40

7.5 Working with Lithium Batteries................................................................................................... 7-40

7.6 Cleaning ..................................................................................................................................... 7-41

7.7 Storage ....................................................................................................................................... 7-41

8. Appendix D – Glossary ............................................................................. 8-42

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 1-1

1. Product Overview

1.1 Product Family

The products that will be covered in this guide are:

Equipment Title

Part Number

SOLO8 Software Defined Radio (Concealment)

SOL8SDR-C

SOLO8 Software Defined Radio (Robust)

SOL8SDR-R

SOLO8 Software Defined Radio (Plain)

SOL8SDR2X2W-P

1.2 SOLO8 Software Defined Radio (Concealment)

1.2.1 Description

The SOLO8 Software Defined Radio is an ultra-miniature COFDM digital video transceiver from Domo Tactical Communications (DTC), designed specifically for Point of View (PoV), body worn and concealment applications. Dependent on the applications loaded, the platform can operate as a Transmitter, Receiver, Dual Encoder, Standard IP Mesh and MIMO IP Mesh. Further information on software capability can found in the SDRAPP datasheets.

The SOLO8 SDR Concealment is an ultra-miniature package ideal for integration into the smallest concealment solutions.

The UHF version is larger than the standard SOL8SDR-C due to the lower frequency of operation (320470MHz). Please see the SOL8SDR UHF Operation Guidelines publication for important application notes.

One/two 2W PAs or a 2x1W PA can be connected via D1806 for extended range.

1.2.2 Features

 Dual high profile HD H.264 independent video encoders  2x100mW COFDM transceivers for use as COFDM Transmitter, Receiver or IP Mesh  ISM band telemetry transceiver for control, PTZ and low power standby  Dual SD/HD-SDI video inputs for recording, transmission and analysis  Microphone inputs and headphone output for recording, transmission or talkback  Growing USB support for peripherals such as 3G/4G/Wi-Fi dongles  Ethernet, RS232 and RS485 connectivity, and 128GB built in storage  Compact packaging with ultra-miniature connectors

SOL8SDR Hardware Guide

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Page 1-2

 Very low power consumption: typically 7.5W  Exceptionally small size: 50mm x 50mm x 18mm (24mm UHF)  Weighs only 70-82g

1.2.3 Basic Specifications

Dimensions (mm)

50 (L) x 50 (W) x 18 (D)

Weight

80g

Operating Temperature

-20°C to +60°C with additional cooling

Power Consumption

Typically 7.5W (SD), 8.5W (HD), 9.5W (Dual)

DC Input

8 to 18VDC reverse polarity protected

DC Output

1A pass through switchable

1.3 SOLO8 Software Defined Radio (Robust)

1.3.1 Description

The SOLO8 Software Defined Radio is an ultra-miniature COFDM digital video transceiver from Domo Tactical Communications (DTC), designed specifically for Point of View (PoV), body worn and concealment applications. Dependent on the applications loaded the platform can operate as a Transmitter, Receiver, Dual Encoder, Standard IP Mesh and MIMO IP Mesh. Further information on software capability can found in the SDRAPP datasheets.

SOLO8 SDR Robust provides a passively cooled IP66 rated enclosure ideal for outdoor, or body worn applications.

The UHF version is larger than the standard SOL8SDR-R due to the lower frequency of operation (320470MHz). Please see the SOL8SDR UHF Operation Guidelines publication for important application notes.

1.3.2 Features

 Dual high profile HD H.264 independent video encoders  2x100mW COFDM transceivers for use as COFDM Transmitter, Receiver or IP Mesh  ISM band telemetry transceiver for control, PTZ and low power standby  Dual SD/HD-SDI video inputs for recording, transmission and analysis  Microphone inputs and headphone output for recording, transmission or talkback  Growing USB support for peripherals such as 3G/4G/Wi-Fi dongles

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 1-3

 Ethernet, RS232 and RS485 connectivity, and 128GB built in storage  Robust packaging with IP66 rated connectors  Very low power consumption: typically 7.5W  Exceptionally small size: 130mm x 100mm x 25mm (30.5mm  UHF)  Weighs only 314-372g

1.3.3 Basic Specifications

Dimensions (mm)

130 (L) x 100 (W) x 25 (D)

Weight

314g

Operating Temperature

-20°C to +60°C

Power Consumption

Typically 7.5W (SD), 8.5W (HD), 9.5W (Dual)

DC Input

8 to 18VDC reverse polarity protected

DC Output

1A pass through switchable

1.4 SOLO8 Software Defined Radio (Plain)

1.4.1 Description

The SOLO8 Software Defined Radio is an ultra-miniature COFDM digital video transceiver from Domo Tactical Communications (DTC), designed specifically for Point of View (PoV), body worn and concealment applications. Dependent on the applications loaded the platform can operate as a Transmitter, Receiver, Dual Encoder, Standard IP Mesh and MIMO IP Mesh. Further information on software capability can found in the SDRAPP datasheets.

SOLO8 SDR Plain provides a compact higher power solution (2x2W) for increased range and enhanced connectivity with native RJ45 and USB as standard.

1.4.2 Features

 Dual high profile HD H.264 independent video encoders  2x2W COFDM transceivers for use as COFDM Transmitter, Receiver or IP Mesh  ISM band telemetry transceiver for control, PTZ and low power standby  Dual SD/HD-SDI video inputs for recording, transmission and analysis  Microphone inputs and headphone output for recording, transmission or talkback

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 1-4

 Growing USB support for peripherals such as 3G/4G/Wi-Fi dongles  Ethernet, RS232 and RS485 connectivity and 128GB built in storage  Higher power packaging without the need for breakout cables  Very low power consumption: typically 12.5W  Exceptionally small size: 200mm x 100mm x 27mm  Weighs only 950g

1.4.3 Basic Specifications

Dimensions (mm)

235mm (L) x 100mm (W) x 26mm (H).

Weight

950g

Operating Temperature

-10°C to +50°C.

Power Consumption

Typically 12.5W (SD), 13.5W (HD), 14.5W (Dual).

DC Input

8 to 18VDC reverse polarity protected.

DC Output

1A pass through switchable. 5V regulated output limited to 1A (switchable)

1.5 Approval Notices

1.5.1 EMC/Safety and Radio Approvals

The equipment has been designed to meet and has been tested against harmonized EMC and safety standards.

1.5.2 CE Marking

The CE mark is affixed to all DTC products, the CE Declaration of Conformity as well as the technical file is available on request.

1.6 FCC EMC Compliance

1.6.1 Statement

Where SOL8SDR-C and SOL8SDR-P devices carry an FCC compliance identifier on the label (see section

2.7.2), the following statement applies:

This device complies with part 15 of the FCC Rules. Operation is subject to the condition that this device does not cause harmful interference.

The use of frequencies not listed in the grant filing are prohibited.

Changes or modifications not expressly approved by Domo Tactical Communications (DTC) could void

the user’s authority to operate the equipment.

1.6.2 Test Criteria

The products which conform to the statement above were tested in 16-QAM and BPSK modulation schemes and are authorised for use in these modes only.

Please refer to SOL8SDR Transmitter Software User Guide and SOL8SDR Mesh Software User Guide for configuration control.

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 2-5

2. Product Package

2.1 Overview

Carefully open the packaging and remove the device and all other items. Verify that all the components have been included in the package as shown in the packing list. Inspect the unit for shipping damage.

Note: If you do not have all the parts or you are not happy with the condition of your delivered product, please call DTC and we will get this solved for you. See section 6.2.

Retain the packing list and all the packing materials for storage.

The codes in the packing list mean:

 CA – cable assembly  SA – sub assembly  AP – assembly part

The part numbers are useful for identification and if you need to order a new part.

2.2 SOL8SDR-C Parts List

These items will be in the package.

Item

Notes

SOL8SDR-C

SOLO8 Software Defined Radio, Concealment (OEM)

CA2856

Ethernet JST cable

CA3043

JST-banana plug power cable

D1804

Gecko breakout PCB (for pinout see section 3.6)

D918

Ethernet Magnetics PCB

SA3774

SOL8SDR-C USB stick containing:

Device Controller, Node Finder, Video Download Tool, SDR USB driver, SOL8SDR Hardware Guide, Software User Guides, Quick Start Guide and SOL8SDR-C Integration Documentation

2.3 SOL8SDR-R Part List

These items will be in the package.

Item

Notes

SOL8SDR-R

SOLO8 Software Defined Radio, Robust

AP007377

USB A to micro USB B cable

CA0002

12V DC power cable 3m

CA2396 x 2

DIN 1.0/2.3 to BNC female cable

CA2519

Fischer power cable 3m

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 2-6

Item

Notes

CA2521

Fischer Ethernet breakout cable

CA2522

Fischer USB breakout cable

CA3123

Fischer audio MIC/HEAD cable

SA3741

SOL8SDR-R USB stick containing:

Device Controller, Node Finder, Video Download Tool, SDR USB driver, SOL8SDR Hardware Guide, Software User Guides and Quick Start Guide

2.4 SOL8SDR2X2W-P Parts List

These items will be in the package.

Item

Notes

SOL8SDR2x2W-P

SOLO8 Software Defined Radio, Plain

CA0002

12VDC power cable 3m

CA2396 x 2

BNC to DIN 1.0/2.3 RG179 cable

CA3172

12V power block

SA4233

SOL8SDR-P USB stick containing:

Device Controller, Node Finder, Video Download Tool, SDR USB driver, SOL8SDR Hardware Guide, Software User Guides and Quick Start Guide

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 2-7

2.5 Accessory Options

If you have purchased these items, they will also be in the package.

Note: If you have ordered the AMP2W or AMP2x1W, they will need to be calibrated with SOL8SDR-C using the process detailed in SOL8SDR-C OEM Integration Document. A D1806 is an essential accessory.

Part Number

Equipment Title

SOL8SDR-CK

SOL8SDR Concealment Kit, including CAMuPHDK (HD-SDI pin-hole camera and 3 lenses), microphone, ANT, battery, heatsink, Pelicase. Excludes SOL8SDR-C.

SOL8SDR-RSK

SOL8SDR Robust Surveillance Kit, including CAMuPHDK (HD-SDI pin-hole camera and 3 lenses), microphone, ANT, battery, heatsink, Pelicase. Excludes SOL8SDR-R.

SOL8SDR-C-HSK

Passive heatsink assembly for SOL8SDR-C

SOL8SDR2x2W-P-HSK

Passive heatsink accessory for SOL8SDR2X2W-P only

SOL8KF-043

Three button key fob (433.05-434.79MHz)

SOL8KF-091

Three button key fob (902-928MHz)

SOL8SDI

HDMI/Composite to SDI converter

CAMuPHDK

Pin-hole HD camera kit

CA2830

DIN 1.0/2.3 to MMCX cable for CAMuPHDK

SOL8TELTRX

SOLO8 Telemetry Transmitter/Receiver

AMP2W-xxxxxx-B-OEM

2W PA OEM assembly with bypass, xxxxxx denotes frequency band (SOL8SDR-C only)

AMP2x1W-xxxxxx-B-OEM

Dual 1W OEM AMP with bypass, xxxxxx denotes frequency band (SOL8SDRC only)

D1806

Gecko active breakout PCB required for PA accessories (SOL8SDR-C only)

SOL8SDR-C-CAKIT-A/B/C

Cable accessory kits A, B and C for SOL8SDR-C. Refer to CAKIT guide.

CA2520

AV/PTZ/data breakout cable (SOL8SDR-R only)

CA3164

Fischer DC/USB/RS485 Wire Breakout (SOL8SDR-R only)

CA3238

GlobalSat BU-353-S4 GPS with UltiMate (SOL8SDR-R only)

AP009131

GlobalSat BU-353-S4 GPS with Type-A USB

2.6 Variants

This part number will identify the product; it is also on the label.

2.6.1 SOL8SDR-C

Part Number

Description

SOL8SDR-C-039091

Software Defined Radio, Concealment, 320-470MHz, 902-928MHz Tel

SOL8SDR Hardware Guide

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Page 2-8

Part Number

Description

SOL8SDR-C-132043

Software Defined Radio, Concealment, 1.14-1.50GHz, 433.05-434.79MHz Tel

SOL8SDR-C-201043

Software Defined Radio, Concealment, 1.67-2.35GHz, 433.05-434.79MHz Tel

SOL8SDR-C-201091

Software Defined Radio, Concealment, 1.67-2.35GHz, 902-928MHz Tel

SOL8SDR-C-234043

Software Defined Radio, Concealment, 1.98-2.7GHz, 433.05-434.79MHz Tel

SOL8SDR-C-234091

Software Defined Radio, Concealment, 1.98-2.7GHz, 902-928MHz Tel

SOL8SDR-C-470043

Software Defined Radio, Concealment, 4.40-5.00GHz, 433.05-434.79MHz Tel

SOL8SDR-C-470091

Software Defined Radio, Concealment, 4.40-5.00GHz, 902-928MHz Tel

SOL8SDR-C-575091

Software Defined Radio, Concealment, 5.50-6.00GHz, 902-928MHz Tel

2.6.2 SOL8SDR-R

Part Number

Description

SOL8SDR-R-039091

Software Defined Radio, Robust, 320-470MHz, 902-928MHz Tel

SOL8SDR-R-132043

Software Defined Radio, Robust, 1.14-1.50GHz, 433.05-434.79MHz Tel

SOL8SDR-R-201043

Software Defined Radio, Robust, 1.67-2.35GHz, 433.05-434.79MHz Tel

SOL8SDR-R-201091

Software Defined Radio, Robust, 1.67-2.35GHz, 902-928MHz Tel

SOL8SDR-R-234043

Software Defined Radio, Robust, 1.98-2.7GHz, 433.05-434.79MHz Tel

SOL8SDR-R-234091

Software Defined Radio, Robust, 1.98-2.7GHz, 902-928MHz Tel

SOL8SDR-R-470043

Software Defined Radio, Robust, 4.40-5.00GHz, 433.05-434.79MHz Tel

SOL8SDR-R-470091

Software Defined Radio, Robust, 4.40-5.00GHz, 902-928MHz Tel

SOL8SDR-R-575091

Software Defined Radio, Robust, 5.50-6.00GHz, 902-928MHz Tel

2.6.3 SOL8SDR2x2W-P

Part Number

Description

SOL8SDR2x2W-P-132043

Software Defined Radio, Plain, 2x2W, 1.14-1.50GHz, 433.05-434.79MHz Tel

SOL8SDR2x2W-P-201043

Software Defined Radio, Plain, 2x2W, 1.67-2.35GHz, 433.05-434.79MHz Tel

SOL8SDR2x2W-P-201091

Software Defined Radio, Plain, 2x2W, 1.67-2.35GHz, 902-928MHz Tel

SOL8SDR2x2W-P-234043

Software Defined Radio, Plain, 2x2W, 1.98-2.70GHz, 433.05-434.79MHz Tel

SOL8SDR2x2W-P-234091

Software Defined Radio, Plain, 2x2W, 1.98-2.70GHz, 902-928MHz Tel

SOL8SDR2x2W-P -470091

Software Defined Radio, Plain, 2x2W, 4.40-5.00GHz, 902-928MHz Tel

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 2-9

2.7 Labelling

2.7.1 Generic

All SOL8SDRs will be identified by generic label information.

No

Item

1

Part number – this is the variant explained above.

2

This symbol indicates that the unit should be disposed of in accordance with the WEEE Directive.

3

The CE mark certifies that a product has met EU consumer safety, health and environmental requirements.

4

A barcoded, six-digit serial number. This may be required during a support call.

5

Power requirements.

2.7.2 SOL8SDR FCC Labelling

An FCC ID is a unique identifier assigned to a device registered with the United States Federal Communications Commission, see section 1.6.

Where SOL8SDR is certified, the FCC identifier will be indicated on the label.

SOL8SDR-C FCC Label

SOL8SDR-P FCC Label

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

Any copying or reproduction in any form whatsoever is prohibited without the written permission of DTC.

Page 2-10

2.8 Licensing Options

Some product functions are enabled by licenses.

SDR applications are used in combination with SOL8SDR products to add functionality. Combinations of SDRAPP licenses may need to be purchased to meet the requirements.

2.8.1 SDRAPP-ENC

If the SOL8SDR is to be used as a Video Encoder, choose from the SDRAPP-ENC licenses.

Part Number

SDRAPP-ENC

Silver

Streaming and Recording

Gold

Silver plus MPEG-4 H.264 (SD)

Platinum

Gold plus MPEG-4 H.264 (HD)

2.8.2 SDRAPP-TX

If the SOL8SDR is to be used as a COFDM Transmitter, choose from the SDRAPP-TX licenses.

Part Number

SDRAPP-TX

Silver

DVB-T Modulation, Ultra Mobile Video Link (UMVL) and Telemetry.

Gold

Silver plus 1.25MHz and 2.5MHz Narrowband Modulation.

Platinum

Gold plus 625MHz Narrowband Modulation.

2.8.3 SDRAPP-RX

If the SOL8SDR is to be used as a Receiver, choose from the SDRAPP-RX licenses.

Part Number

SDRAPP-TX

Silver

DVB-T Modulation and Telemetry.

Gold

Silver plus 1.25MHz and 2.5MHz Narrowband Modulation.

Platinum

Gold plus 625MHz Narrowband Modulation.

2.8.4 SDRAPP-MESH

If the SOL8SDR is to be used as a Mesh IP Radio, the SDRAPP-MESH license will need to be applied.

Part Number

SDRAPP-MESH

Silver

Standard Mesh, MIMO Mesh and DES Mesh Encryption.

2.8.5 SDRAPP-IAS

If the SOL8SDR Mesh is to use the Interference Avoidance Scheme, the SDRAPP-IAS license will need to be applied.

Part Number

SDRAPP-MESH

Silver

Interference Avoidance Scheme.

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2.8.6 Encryption

Encryption licenses are used for secure communications.

Part Number

SDRAPP-TX

AES128TX

AES 128-Bit Encryption License

AES256TX

AES 256-Bit Encryption License

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3. Connections, Controls and Indicators

3.1 Introduction

This chapter will help you identify all the connections and interfaces to help you install and control your SOL8SDR device.

Each SOL8SDR has front and rear panels which contain all the interfaces for the unit. The SOL8SDR2X2W-P also has a left panel with some connections.

3.2 Antenna Polarization

3.2.1 COFDM Transmitter/Receiver

COFDM links are very robust and are tolerant to changes in antenna location, but, it is important to try and keep the antennas in the same plane if possible.

The antennas used with the COFDM links are usually linearly polarized.

3.2.2 MIMO Mesh

MIMO Mesh antennas are ideally polarised orthogonally, at right angles to each other.

3.3 SOL8SDR Concealment

CAUTION: The SOL8SDR-C product is an OEM module which will need careful consideration for heatsinking

or fan cooling as part of the installation. Please read SOL8SDR-C OEM Integration Document available on DTC’s WatchDox facility.

3.3.1 Front Panel

No

Item

Purpose

1

SMP 50 jack (pin)

RF-A COFDM antenna connects here.

2

SMP 50 jack (pin)

RF-B COFDM antenna connects here. This is the default transmit output.

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No

Item

Purpose

3

Harwin Gecko 34-way header

This header accepts D1804 Gecko breakout PCB supplied with the unit which breaks out to:

Power in, power out, Ethernet, PTZ control, RS232 debug, PA control, headphone out, and left and right microphone inputs.

For pinout of the Gecko breakout PCB see section 3.6.

Note: If you have a power amplifier, you will need the D1806 PCB. For integration, read the SOL8SDR-C OEM Integration Document.

4

MCX jack (socket)

SDI-1 video connects here.

5

MCX jack (socket)

SDI-2 video connects here.

6

USB 3.0 Micro-B jack

Use DTC cable AP007377 to connect to your PC.

A USB to serial adaptor can be used for serial data transfer.

If you want to attach USB peripheral devices, you will need a suitable micro B to type A female adaptor.

3.3.2 Rear Panel

No

Item

Purpose

1

Threaded mounting

British Standard Whitworth (BSW) 1/4” x 20 for mounting.

2

SMP 50 jack (pin)

Telemetry antenna connects here.

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3.4 SOL8SDR Robust

3.4.1 Front Panel

No

Item

Purpose

1

SMA 50 jack (socket)

COFDM B antenna connects here. This is the default transmit output.

2

SMA 50 jack (socket)

COFDM A antenna connects here.

3

SMA 50 jack (socket)

Telemetry antenna connects here.

4

DIN 1.0/2.3 jack (socket)

SDI-1 video connects here.

Note: SOL8SDI option will allow for a Composite or HDMI video connection.

5

DIN 1.0/2.3 jack (socket)

SDI-2 video connects here.

Note: SOL8SDI option will allow for a Composite or HDMI video connection.

3.4.2 Rear Panel

Note: For pinout of the four Fischer connectors, USB/485, ETH, Aud/232 and PWR, refer to section 3.7.

No

Item

Purpose

1

Fischer Ultimate 5-way jack (pins) marked PWR

CA2519 (replaced by CA3173) connects here to provide 12V Power In.

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No

Item

Purpose

2

Fischer Ultimate10-way jack (sockets) marked Aud/232

CA3123 connects here to provide Mesh audio talkback.

CA2520 (option) connects here to provide analogue audio in left/right and RS232.

3

Fischer Ultimate10-way jack (sockets) marked ETH

CA2521 connects here to provide Ethernet connectivity to a laptop or network.

4

Fischer Ultimate10-way jack (sockets) marked USB/485

CA2522 connects here to provide USB connectivity.

Use with supplied cable AP007377 to connect to a PC.

A USB to serial adaptor can be used for serial data transfer.

If you want to attach USB peripheral devices, you will need a suitable micro B to type A female adaptor.

3.5 SOL8SDR Plain

3.5.1 Front Panel

No

Item

Purpose

1

Lemo 4-way jack (sockets)

CA0002 or CA0023 can be inserted here to provide power. 2

3.5mm jack (socket)

Microphone audio signals can be connected here.

3

3.5mm jack (socket)

Headphone audio signals can be connected here.

4

Status LED

Power/RF status.

Red = power on/RF off

Green = power on/RF on in transmitter mode or when a successful

Mesh link has been established in Mesh mode.

5

High density D-type 15way connector (sockets)

Auxiliary port. For pinout see section 3.8.

6

DIN 1.0/2.3 jack (socket)

SDI1 video input connects here.

Note: SOL8SDI option will allow for a Composite or HDMI video connection.

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No

Item

Purpose

7

DIN 1.0/2.3 jack (socket)

SDI2 video input connects here.

Note: SOL8SDI option will allow for a Composite or HDMI video connection.

8

SMA 50 jack (socket)

The telemetry antenna connects here.

3.5.2 Rear Panel

No

Item

Purpose

1

SMA 50 jack (socket)

COFDM B antenna. This is the default transmit output.

2

SMA 50 jack (socket)

COFDM A antenna.

3.5.3 The Left Panel

No

Item

Purpose

1

USB 2.0 4-way type A jack

Provides USB connectivity for host or peripheral devices.

A USB to serial adaptor can be used for serial data transfer.

2

Magjack RJ45 8-way jack

Provides Ethernet connectivity.

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3.5.4 Top Panel

On the SOL8SDR2X2W-P top panel there is a thermal path indicator. This indicator is to alert the customer to use this panel to provide the most effective heatsink path.

For assembly of the optional heatsink accessory see section 5.2.

3.6 SOL8SDR-C (D1804) Pinouts

3.6.1 D1804 PCB Assembly

3.6.2 J1

Function

1

GPIO0

2

GPIO1

3

VIN 4 0V

5

12V SW OUT

6

0V

7

Ethernet MDIP0

8

Ethernet MDIP2

9

Ethernet MDIN0

10

Ethernet MDIN2

11

Ethernet MDIP1

12

Ethernet MDIP3

13

Ethernet MDIN1

14

Ethernet MDIN3

15

0V

16

0V

17

RS232 TX

18

RS232 RX

19

RS485 TX+

20

RS485 RX+

21

RS485 TX-

22

RS485 RX-

23

GPIO2

24

GPIO3

25

PA TDD

26

0V

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Function

27

Headphone GND

28

Headphone Right

29

Microphone 10V

30

Microphone 10V

31

Microphone GND

32

Microphone GND

33

Microphone Left

34

Microphone Right

3.6.3 J2 (PWR)

Function

1

VIN

2

VIN

3

0V 4 0V 5 PA TDD

6

0V

3.6.4 J3 (RS232)

Function

1

RS232 TX

2

RS232 RX

3

OV

4

12V SW OUT

3.6.5 J4 (ETHERNET)

Function

1

Ethernet MDIP0

2

Ethernet MDIN0

3

Ethernet MDIP1

4

Ethernet MDIN1

5

Ethernet MDIP2

6

Ethernet MDIN2

7

Ethernet MDIP3

8

Ethernet MDIN3

9

0V

10

N/C

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3.6.6 J5 (AUDIO)

Function

1

Microphone 10V

2

Microphone Left

3

Microphone GND

4

Microphone 10V

5

Microphone Right

6

Microphone GND

7

Headphone GND

8

Headphone Right

3.6.7 J6 (RS485/GPIO)

Function

1

12V SW OUT

2

0V

3

RS485 RX+

4

RS485 RX-

5

RS485 TX+

6

RS485 TX-

7

GPIO0

8

GPIO1

9

0V

10

GPIO2

11

GPIO3

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3.7 SOL8SDR-R Pinouts

3.7.1 PWR

Function

1

VBATT Input

2

VBATT Input

3

GND

4

GND

5

PA TDD

3.7.2 AUD/232

Function

1

VBATT Output

2

GND

3

Headphone Output

4

Headphone GND

5

RS232 TX

6

RS232 RX

7

Microphone 10V

8

Microphone Left

9

Microphone Right

10

Microphone GND

3.7.3 ETH

Function

1

VCC

2

GND

3

Ethernet MDIN3

4

Ethernet MDIP3

5

Ethernet MDIN2

6

Ethernet MDIP2

7

Ethernet MDIN1

8

Ethernet MDIP1

9

Ethernet MDIN0

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Function

10

Ethernet MDIP0

3.7.4 USB/485

Function

1

GND

2

USB ID

3

USB DP

4

USB DM

5

USB VBUS

6

RS485 TX+

7

RS485 TX-

8

RS485 RX+

9

RS485 RX-

10

VBATT Output

3.8 SOL8SDR2X2W-P Pinouts

3.8.1 Audio Jack

HEAD

Function

Tip

Audio Out (mono)

Ring 1

Audio Out (mono)

Ring 2

Ground

Sleeve

Ground

MIC

Function

Tip

Audio In Left

Ring 1

Audio In Right

Ring 2

Ground

Sleeve

Ground

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3.8.2 Auxiliary Port

Function

1

RS485 TX+

2

RS485 TX-

3

GND

4

RS485 RX+

5

RS485 RX-

6

12V OUT

7

5V

8

No Connect

9

GND

10

RS232 TX

11

RS232 RX

12

GND

13

No Connect

14

No Connect

15

GND

3.1 Supported USB Dongles

3.1.1 4G Dongle

4G dongles that are currently supported:

 Huawei E3372s-153 (pid 157d)  Huawei E3372h-153 (pid 1f01)  Verizon MiFi USB620L 4G (USA)

3.1.2 Wi-Fi Dongle

Wi-Fi dongles that are currently supported:

 TP-LINK AC1300  TP-LINK AC1200

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3.2 SOL8SDI Option as a Video Source

Composite or HDMI video signals can also be used as a source for SOL8SDR by using a SOL8SDI option to

convert the signal source to SDI.

Note: SOL8SDI receives 5VDC power from the SOL8SDR. This is configurable from Domo Device Controller Video Source selection.

No

Item

Function

1

SOL8DI

Primary unit.

2

DIN1.0/2.3 2-way jack (socket)

PAL or NTSC composite video input connects here.

3

Micro HDMI type-D socket

HDMI video input connects here.

4

HD-BNC 75R jack (socket)

SD-SDI or HD-SDI video output here.

5

CA2847 HD-BNC plug (pin)

Connect this to SOL8SDI SDI OUT connector.

6

CA2847 DIN 1.0/2.3 2-way plug (pin)

Connect this to SOL8SDR-R SDI input.

7

CA3044 HD-BNC plug (pin)

Connect this to SOL8SDI SDI OUT connector

8

CA3044 MCX 75R plug (pin)

Connect this to SOL8SDR-C SDI input.

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4. Getting Started

4.1 Introduction

This chapter will help the user power up and communicate with their SOL8SDR product. It will explain installation instructions for any relevant applications.

4.2 Initial Connections

Once you have unpacked your SOL8SDR, you will need to provide 12VDC power and connect to a PC or Network using Ethernet for control.

There is no power switch on a SOL8SDR, as soon as the power supply is switched on, your device will boot up.

4.3 Access the USB Stick

The USB support stick contents will provide you with all the user guides and applications needed to operate a SOL8SDR.

Plug the USB stick into the USB port of your PC. The USB stick device drivers will load the first time you plug it in to your PC. Wait for the drivers to load

successfully, you should see the progress in the bottom right of your PC screen.

Once they have loaded, a USB drive will have been created. Open Windows Explorer and you will be able

to view the USB stick contents.

4.4 Using Node Finder

Our devices are shipped to you with the IP DHCP setting enabled. This means that if your SOL8SDR is connected to a network which is administered by a DHCP server, the IP address will be automatically allocated to it.

Node Finder can be used to identify a device IP address, or disable DHCP if you are not connected through a DHCP server or using a standalone PC or laptop.

If you are unsure about your server settings, check with your Network Administrator.

Note: If you are using a standalone PC or laptop, you will also need to set the IP address of the PC. Refer to section 5.1 to find out how to do this.

If the DTC device is connected to a network which does not have a DHCP server, contact your Network Administrator for an IP address you can use.

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4.4.1 Install Node Finder on your PC

Double click the NodeFinder.exe file from the USB drive on your PC. The Node Finder Setup window opens.

Browse to the location where you wish to install the software or leave the Destination Folder at default

(recommended).

Click the Install button. On completion Close the installer. A Node Finder icon will appear on your desktop.

4.4.2 Establish IP Address using Node Finder

Double click the newly installed Node Finder icon from your PC desktop. Establish the SOL8SDR IP address from Node Finder.

Note: If the device is not connected to a network with a DHCP server, the IP address may appear as 0.0.0.0.

Right click on the SOL8SDR to disable DHCP and set the IP address, if required.

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4.5 Installing the Domo Device Controller

Note: Domo Device Controller will only connect to a device which is configured as a Transmitter. If

configured as a Receiver or Mesh, use the web browser.

4.5.1 Install the Domo Device Controller on your PC

Double-click the DomoDeviceController-Installer.exe on your USB stick. The Domo Device Controller Setup window opens.

Browse to the location where you wish to install the software (or leave at default). Click the Install button. On successful completion, close the installer. A desktop icon will have been created.

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4.6 Using a Web Browser Application

4.6.1 Connect Using a Web Browser Application

On your PC, open a web browser application. In the Address Bar, enter the IP address of the SOL8SDR that was discovered using Node Finder. The Windows Security dialog box opens.

Leave the Username blank and enter the Password as Eastwood (this is case sensitive). Click OK. Your SOL8SDR Control Page opens.

The actual appearance of the web browser will depend on the SDR application that is configured in the Configuration>Global tab. This is an example of a SOL8SDR configured as a transmitter.

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4.7 Configure the SOL8SDR Application

You may need to change the application if you have more than one SDRAPP license installed.

Open the web browser application and go to the Configuration>Global tab. Change the Application setting to suit, there is a choice of SOL-TX, SOL-RX and MESH.

Note: If you only have the SDRAPP-ENC license, the SOL8SDR will need to be configured as a SOL-TX.

4.8 Passwords

The default password for the SOL8SDR is Eastwood with no username necessary. This username is applicable for all user application logins, if necessary (i.e. Milestone, ONVIF etc.).

Some specific SOL8SDR applications may use alternative passwords.

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4.9 Using Domo Device Controller via IP

4.9.1 Before you start

You will need:

 A Personal Computer with the Domo Device Controller and Node Finder installed  Connect and apply power to the SOL8SDR  Connect the SOL8SDR to the PC or Network via Ethernet

Note: Ensure the SDR is configured as a Transmitter (this can be verified in the web browser). Device controller will not work if SOL8SDR is configured as a Mesh or Receiver.)

4.9.2 Connect Using Domo Device Controller

On your desktop, double-click the Domo Device Controller icon. The Domo Device Controller opens showing the Splash Screen.

Click the orange Connect button.

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The Device Connection window opens.

Select TCP Socket from the drop-down list. Type the IP address of the SOLO8 or click the search button to find your device. Make sure the Port number is set to 39183. Click the Connect button. The Primary Page opens.

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4.10 Using Domo Device Controller via USB

4.10.1 Before you start

You will need:

 A Personal Computer with the Domo Device Controller loaded  Connect and apply power to the SOL8SDR  Connect SOL8SDR to the PC USB port  Supplied USB stick with SOL8SDR drivers

Note: SOL8SDR2X2W-P cannot currently operate with USB control signals to your PC.

4.10.2 Step 1: Load drivers (only needs to be done once)

The first time the SOL8SDR is connected via USB the device drivers will attempt to load. This is likely to be unsuccessful and the following process will need to be completed.

Note: The device drivers for the SOL8SDR will be on the USB stick supplied with the package. If you do not have the drivers access DTC WatchDox for the latest SOL8SDR software or refer to section 6.2 for help.

For the following steps refer to Figure 4-1.

From your PC Start menu, select Control Panel>System and Security>Device Manager. Right click on

CDC Serial and select Update Driver Software.

Select the option Browse my computer for driver software. Insert the supplied USB stick and browse

to the folder which has the .inf driver file and click OK.

Click Next to carry out the update. It is possible that a Windows Security alert will be displayed, if this

happens click the option to Install this driver software anyway.

On successful installation of the driver, Device Manager will update the Ports and Gadget Serial will be

displayed with a Com Port allocation. This is the com port for the SOL8SDR.

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Figure 4-1 Update Device Drivers

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4.10.3 Step 2: Connect Using Domo Device Controller

On your desktop, double-click the Domo Device Controller icon. The Domo Device Controller opens showing the Splash Screen.

Click the orange Click to connect button. The Device Connection window opens.

Select Serial Port from the drop-down list. Select the correct COM port for your SOL8SDR from the drop-down list. You can scan for COM ports by clicking the search.

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Click the Connect button. The SOL8SDR should connect and the Primary Page will open

See that the green Connect button is showing. This means you are connected.

Note: We selected Serial Port in item 5 but we connected the PC to the transmitter with a USB cable. Why not select the USB entry that was in the list?

The SOL8SDR handles the serial cable and the USB cable as serial connections. If we use one of these two cables we must select Serial Port. USB only appears in the list to deal with legacy products.

4.10.4 Troubleshooting

 SOL8SDR won’t connect!

 SOL8SDR will only connect to Domo Device Controller if it is configured as a Transmitter. Connect using

the web browser and go to the Configuration>Global Tab and change the Application to TX.

 My SOL8SDR2X2W-P won’t connect!

 SOL8SDR2X2W-P will only connect using IP. Change the Device Controller connection type to TCP

Socket, see section 4.9 or use web browser control.

4.11 Further Reading

Depending on the license of the SOLO8 Software Defined Radio and how you wish to use it, you will need to refer to the specific Software User Guide for detailed software operation.

When configured as a Transmitter or Encoder, refer to SOL8SDR Transmitter and Encoder Software User Guide.

When configured as a Receiver, refer to SOL8SDR Receiver Software User Guide.

When configured as a Mesh, refer to NETNode Phase 5 Software User Guide.

These documents can be found in DTC’s WatchDox facility, see section 6.1 for details.

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5. Appendix A – Reference Material

5.1 How to Configure a PC IP Address

The following guide will tell you how to configure your PC or laptop IP address so that it matches the IP

address range of the unit you are connected to. This is important because if they don’t match, you will not

be able to communicate with your device.

The IP address range given in this example is a good one to use if you are unsure.

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5.2 SOL8SDR2x2W-P-HSK – Heatsink Accessory

5.2.1 Parts List

Item

Description

AP008895 x 4

M6x12 socket cap screw black

MW3376

SOL8SRD2X2-P heatsink

5.2.2 Assembly

Figure 5-1 Heatsink Accessory Assembly

Orientate the heatsink as in Figure 5-1 and lay the heatsink on the top face of the SOL8SDR2X2W-P,

indicated by the thermal path symbol. Carefully align the screw holes.

Using the 4 x M6x12 socket cap screws, assemble the heatsink to the SOL8SDR2X2W-P. The screws

should be tightened to a torque of 8Nm.

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6. Appendix B – After Sales Support

6.1 Documentation and Software

It is DTC’s practise to make the majority of our latest user guides and software available to customers online, by using our WatchDox facility. To access this site, please contact your Account Manager or send a request to solent.support@domotactical.com.

You will be sent a link where you can log in and create your own password followed by a confirmation email. Once you have done this, you can then log in to your account.

6.2 Contact Technical Support

The Technical Support team can be accessed by one of the following:

 Post: DTC – Solent, Fusion 2, 110 Parkway, Solent Business Park, Whiteley, Hampshire, PO15 7AB,

England

 Phone: +44 1489 884 550. Office hours: 0900-1700 UK time excluding holidays  Email: solent.support@domotactical.com (no restricted content)

6.3 Using the DTC RMA Service

If there is a problem and all troubleshooting steps have been unsuccessful, you may need to contact DTC for Return Material Authorisation (RMA) service.

6.3.1 Contact DTC

Please call our Technical Support Line on +44 (0) 1489 884550. If this has been done and the issue cannot be resolved, email solent.customerhub@domotactical.com to request an RMA form.

6.3.2 Complete and Return the RMA Form

Complete the RMA form with the following information and return to the customer hub:

 Name  Address  Unit serial number  Date of purchase or the original invoice number  Date of failure  A detailed description of the problems you have encountered  A list of the hardware/software configuration if applicable

Once the hub receive the complete form, we will then send an RMA number and shipping instructions.

6.3.3 Pack the Device

Note: Before packing, remove all personal non-DTC kit or media from the device.

Use the original shipping container and packing materials, if possible.

If the original packing materials are not available, wrap the equipment with soft material (e.g. PU/PE form) then put the wrapped equipment into a hard cardboard shipping box.

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6.3.4 Put the RMA Number on the Box

Clearly mark the outside of the shipping box with the RMA number. If an RMA number is not present on the shipping box, receiving will be unable to identify it and it might be returned.

6.3.5 Send the Box to DTC

Send the box using your normal shipping process.

SOL8SDR Hardware Guide

Commercial in Confidence

Revision 8.0

The information contained in this document is the property of Domo Tactical Communications (DTC) Ltd.

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Page 7-39

7. Appendix C – Safety and Maintenance

7.1 Cautions and Warnings

Note: The following guidelines may or may not be applicable to your product. However, we would ask that

you read them to assess their relevance.

Area

Note

Enclosures

Do not remove any factory installed screws or fastenings. Damage to the units may result and void any warranties.

Only authorised, trained personnel should open the product. There are no functions that require the user to gain access to the interior of the product. There are no user serviceable parts inside.

Maintenance

Other than cleaning, no scheduled maintenance is required to ensure proper function of the unit.

Environment

The equipment should not be used in hazardous or corrosive atmospheres. Users are reminded of the necessity of complying with restrictions regarding the use of radio devices in fuel depots, chemical plants and locations where explosives are stored and/or used.

Power supply

Ensure that the power supply arrangements are adequate to meet the stated requirements of each product. Observe all electrical safety precautions.

Electro static discharge precautions

ESD guidelines must be followed for this electrostatic sensitive device.

Lightning strike

There is a risk of lightning strike to antennas. The equipment should not be assembled in an area at the time of lightning activity. Antennas should be adequately protected from lightning strikes.

Working at height

Observe caution when locating the device at height, for example on a mast. Ensure the unit is well secured to prevent it falling and injuring personnel.

Risk of eye injury

Care should be taken to avoid eye contact with the antennas.

Cables

Connecting cables should not be positioned where they are likely to become damaged or where they may present a trip hazard.

Thermal control system

Any powered device will always produce heat as a by-product of its operation. If you operate this device in an enclosed space you must ensure it has adequate airflow to keep it cool.

Also, if worn close to the body, care must be taken to protect the operator from excessive temperatures.

RF emission system

When using this device please ensure a distance of 20cm is maintained between your device and your body while the device is transmitting.

Aircraft safety

Use of this equipment on board aircraft is strictly forbidden, unless confirmed as safe by the aircraft operator.

Use of radio transmitter equipment in an aircraft can endanger navigation and other systems.

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7.2 Repairs and Alterations

Attempted repairs, alterations, improper installations or connections may invalidate the warranty.

Please contact Technical Support if you suspect a faulty or defective component. See section 6.2.

7.3 Caring for your Equipment

 Do not subject the unit to physical abuse, excessive shock or vibration  Do not drop, jar or throw the unit  Do not carry the unit by the antenna  Avoid exposure to excessive moisture or liquids  Do not submerse the unit unless it is designed to be submersible  Do not expose the unit to corrosives, solvents, cleaners or mineral spirits  Avoid exposure to excessive cold and heat  Avoid prolonged exposure to direct sunlight  Do not place or leave units on surfaces that are unstable  Only use accessories intended for the specific make and model of your unit, especially batteries,

chargers and power adapters.

7.4 Charging

 Use approved batteries, chargers and adapters designed specifically for your make and model unit  Do not attempt to charge a wet unit or battery pack  Do not charge the unit or battery pack near anything flammable  Stabilize the battery pack to room temperature (22°C) before charging  Do not charge units and/or battery packs on wet or unstable surfaces  Do not leave units and/or batteries in chargers for excessive periods

7.5 Working with Lithium Batteries

 Charge only with the approved charging cable  Batteries are to be used only for the specified purpose. Incorrect use will invalidate the warranty and

may make the battery become dangerous.

 Charge in a clean, dry environment ideally at 10°C (0 to 45°C is permissible).  Do not store or operate in direct sunlight for extended periods. Battery can be damaged by over-heating,

for example if placed on the rear parcel shelf of a motor vehicle.

 Store in a cool dry environment. Storage at elevated temperatures can cause permanent loss of

capacity.

 For short term storage (less than six months), store in a fully charged state.  For extended periods of storage (more than one year), charge before storage and recharge every six to

nine months.

 Always fully recharge the battery after any storage period greater than one month before use.

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 Do not store the battery with the charge depleted as this can cause failure of the battery and invalidate

warranty.

 Do not short circuit  Do not immerse in water  Do not incinerate. Cells are likely to explode if placed in a fire.  Dispose of batteries in accordance with the regulations in place for the country of use. Batteries are

normally considered separate waste and should not be allowed to enter the normal waste stream. Either return to the seller, or deliver to an approved re-cycling facility.

7.6 Cleaning

 Turn off the unit and remove batteries (if applicable) before maintenance  Use a clean, soft, damp cloth to clean the unit. A microfiber cloth is recommended.  Do not use alcohol or cleaning solutions to clean the unit  Do not immerse the unit in water to clean it  If the unit becomes wet, immediately dry it with a microfiber or other lint-free cloth

7.7 Storage

 Turn off the unit and remove batteries before storage  Store units and battery packs in a cool, dry area at room temperature (22°C)  Do not store units and/or batteries in active chargers

SOL8SDR Hardware Guide

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Page 8-42

8. Appendix D – Glossary

A

Definition

AES

Advanced Encryption Standard. Originally published as Rijndael, this specification has been adopted by the U.S. government. Each AES cipher has a 128-bit block size, with key sizes of 128 and 256 bits, respectively.

ASI

Asynchronous Serial Interface is a streaming data interface that often carries an MPEG Transport Stream.

An ASI signal can carry one or multiple SD, HD or audio programs that are already compressed, not like an uncompressed SD-SDI (270Mbs) or HD-SDI (1.45Gbs). An ASI signal can carry varying amounts of data but is always padded to run at a fixed line rate of 270 Mb/s.

Antenna Gain

Antenna gain is a measure of how well an antenna converts power into radio waves or radio waves into power, depending on whether it is fitted to a transmitter or receiver device.

Antenna gain is expressed in dB (decibels).

B

Definition

Bandwidth

RF – the width of a band of frequencies used for a particular purpose.

Computing – the rate of data transfer measured in bit/s.

C

Definition

COFDM

Coded Orthogonal Frequency Division Multiplexing is a frequency-division multiplexing (FDM) scheme utilized as a digital multi-carrier modulation method. A large number of closely spaced orthogonal sub-carriers are used to carry data.

D

Definition

Decibel (dB)

The standard unit used to express transmission gain or loss and relative power levels.

Decoder

A processor in a receiver that converts compressed digital video or audio data to a format suitable for monitoring.

Demodulate

To recover the information originally impressed on the radio wave.

Downconverter

A device that converts microwave frequencies to UHF frequencies for use in DTC receivers.

E

Definition

Elementary Stream

These streams contain only one MPEG video or audio channel.

Elementary streams are required if you intend to use Milestone or any player that cannot operate with transport streams.

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E

Definition

Encoder

A processor in a transmitter that converts video or audio to compressed digital signals.

F

Definition

FEC

Forward Error Correction is a system of error control for data transmission, whereby the sender adds redundant data to its messages. This allows the receiver to detect and correct errors without the need to ask the sender for additional data.

FPGA

A Field-Programmable Gate Array is an integrated circuit that can be programmed to perform complex logic functions.

G

Definition

Gain

An increase in signal strength, typically by an amplifier.

GUI

A Graphical User Interface allows users to interact with an electronic device.

I

Definition

IP address

An Internet Protocol address is a unique numeric ID for a device within a network.

L

Definition

LOS

Line-of-sight propagation refers to RF transmissions that travel in a direct path from transmitter to receiver.

M

Definition

MPEG

Moving Pictures Experts Group is an organisation that sets the standards for audio and video compression and transmission.

Modulation

To change the output of a transmitter in amplitude, phase or frequency in accordance with the information to be transmitted. Data is superimposed on a carrier current or wave by means of a process called modulation.

Multicast

Multicasting is sending data from a sender to multiple receivers where each receiver signals that they want to receive the data.

N

Definition

NLOS

Non-line-of-sight propagation refers to RF transmissions that travel in a path obstructed by physical objects.

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N

Definition

NTSC

National Television Systems Committee is the analogue television system used mainly, but not exclusively, in the Americas.

Noise

Unwanted disturbance in an electrical signal.

O

Definition

Omnidirectional antenna

An antenna whose radiation pattern shows equal radiation in all horizontal directions.

P

Definition

PAL

Phase Alternate Line is the analogue television system used mainly, but not exclusively, throughout the world (see NTSC).

PTZ

Pan-tilt-zoom is a common way of referring to controllable cameras.

Q

Definition

QAM

Quadrature Amplitude Modulation.

DTC products commonly use either the 16 state (16-QAM) or 64 state (64QAM) modulation schemes

QPSK

Quadrature Phase Shift Keying digital modulation scheme.

R

Definition

RTSP

Real Time Streaming Protocol is a network control protocol designed for the transfer of real-time media data The protocol is used for establishing and controlling media sessions between end points.

S

Definition

SDI

Serial Digital Interface is a standard used for the transmission of uncompressed digital video signals, often including embedded audio.

SNR

Signal to Noise Ratio is an electrical engineering measurement defined as the ratio of wanted signal power to the corrupting noise power.

The higher the ratio, the less obtrusive the background noise is.

Streaming

Streaming is the transmission of digital media over an IP network.

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T

Definition

Transport Stream

A standard digital container format for transmission and storage of audio, video, and Program and System Information Protocol (PSIP) data.

Channels are multiplexed together, allowing the receiver to choose which to play back.

U

Definition

UDP

User Datagram Protocol is a core of the Internet Protocol suite. UDP does not employ reliability mechanisms, therefore, if the receiver does not get a packet, the sender will never know. However, UDP is very efficient when there is little chance of errors.

USB

Universal Serial Bus defines the cables, connectors and protocols used in electronic bus connections.

Unicast

Unicast is simply sending packets from one source to one destination.

V

Definition

Viterbi Decoder

A Viterbi decoder uses the Viterbi algorithm for decoding a bit stream that has been encoded using forward error correction based on a convolutional code.

W

Definition

Waveguide

A specially formed hollow metal tube, usually rectangular in cross section, used to connect a high power amplifier to the antenna.

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