OPERATORS MANUAL Copyright 2011 Gigawave Limited

The information contained in this manual remains the property of Gigawave and may not be used, disclosed or reproduced in any other form whatsoever without the prior written permission of Gigawave. Gigawave reserves the right to alter the equipment and specification appertaining to the equipment described in this manual without notification. HD D-Cam Clip-On H264/MPEG-4 version OPERATORS MANUAL Copyright 2011 Gigawave Limited D-Cam Clip-On H264 Operators Manual Issue 1 Page 1 of 39

CONTENTS 1 General safety information... 4 1.1 Health & Safety... 5 1.2 Maximum RF Power Density Limits... 6 1.3 Document issue Status... 6 2 Introduction... 7 3 Specifications... 9 4 Connector pin outs... 10 4.1 Video BNC connector... 10 4.2 Video Multiway Connector... 10 4.3 Audio Connector... 11 4.4 Power Connector... 12 4.5 User Data / Remote Connector... 12 5 Module Descriptions... 13 5.1 Block diagram... 13 5.2 Audio / Video Encoder... 14 5.3 COFDM Modulator... 15 5.4 Power Amplifier... 15 5.5 Front Panel PCB... 16 6 Transmitter operation... 17 6.1 Camera Interfaces... 17 6.2 Status Monitoring (front panel LED)... 17 6.3 Operator menus (control philosophy)... 17 6.3.1 Initialization screen... 18 6.3.2 Summary, Current Operational State and Status Warning screens... 18 6.4 System Configuration Internal encoder mode... 19 6.4.1 Ch / Frequency Menu... 19 6.4.1.1 Program Channel... 19 6.4.2 Modulator menu... 19 6.4.2.1 Constellation... 19 6.4.2.2 FEC Code rate... 19 6.4.2.3 Guard interval... 19 6.4.2.4 Bandwidth... 19 6.4.2.5 Spectrum... 19 6.4.2.6 Time Interleaving... 20 6.4.2.7 Carrier mode... 20 6.4.2.8 Input (video or ASI)... 20 6.4.2.9 Broadcast mode (DVB-T or ISDB-T)... 20 6.4.3 Encoder Menu... 20 6.4.3.1 MPEG encoder setup... 20 6.4.3.1.1 PIDs... 20 6.4.3.1.2 Video Resolution... 20 6.4.3.1.3 GOP size... 20 6.4.3.1.4 Video overhead... 21 6.4.3.1.5 Delay (latency)... 21 6.4.3.1.6 Audio encoding profile... 21 6.4.3.2 Video Input... 21 6.4.3.2.1 Video input select... 21 6.4.3.2.2 Video format (SD or HD)... 22 6.4.3.2.3 Cable equaliser... 22 D-Cam Clip-On H264 Operators Manual Issue 1 Page 2 of 39

6.4.3.3 Audio Input select... 22 6.4.3.3.1 Analogue Audio menus... 22 6.4.3.4 Encryption... 22 6.4.3.4.1 Enable / disable... 22 6.4.3.4.2 BISS setup... 22 6.4.3.5 User Data... 23 6.4.3.5.1 Enable / disable... 23 6.4.3.5.2 Parity and Baud rate... 23 6.4.4 System Presets... 23 6.4.5 Power amplifier... 23 6.4.5.1 Control... 23 6.4.5.2 Initial state... 23 6.4.6 Remote... 24 6.4.6.1 Local /remote switching... 24 6.4.6.2 Config... 24 6.4.7 General... 24 6.4.7.1 Inventory... 24 6.4.7.2 Contrast... 24 6.4.7.3 Menu lockout... 24 6.5 System Configuration ASI mode... 25 6.5.1 Ch / Frequency Menu... 25 6.5.1.1 Program channel... 25 6.5.2 Modulator menu... 25 6.5.2.1 Constellation... 25 6.5.2.2 FEC Code rate... 25 6.5.2.3 Guard interval... 25 6.5.2.4 Bandwidth... 25 6.5.2.5 Spectrum... 25 6.5.2.6 Time Interleaving... 25 6.5.2.7 Carrier mode... 26 6.5.2.8 Input (video or ASI)... 26 6.5.2.9 ASI mode (Rebro)... 26 6.5.2.9.1 Cable equaliser... 26 6.5.2.10 Broadcast mode (DVB-T or ISDB-T)... 26 6.5.3 Power amp... 26 6.5.4 System Presets... 26 6.5.5 Remote... 26 6.5.6 General... 26 7 Front panel Monitoring and Control Menus... 27 7.1 Current status screens... 27 7.2 Setup screens Internal MPEG encoder mode... 28 7.3 Setup screens External ASI input mode... 33 8 Preparing for operation... 36 8.1 The Clip-On transmitter... 36 8.2 The Receiving Equipment... 36 9 Table of COFDM bit rates... 38 9.1 DVB-T bit rates... 38 9.2 ISDB-T bit rates... 39 D-Cam Clip-On H264 Operators Manual Issue 1 Page 3 of 39

1 General safety information The information that follows, together with local site regulations, must be studied by personnel concerned with the operation or maintenance of the equipment, to ensure awareness of potential hazards. WARNING- RF Power Hazard : High levels of RF power are present in the unit. Exposure to RF or microwave power can cause burns and may be harmful to health. Switch off supplies before removing covers or disconnecting any RF cables, and before inspecting damaged cables or antennas. Avoid standing in front of high gain antennas (such as a dish) and never look into the open end of a waveguide or cable where RF power may be present. Users are strongly recommended to return any equipment that requires RF servicing to Gigawave. WARNING- GaAs / BeO Hazard : Certain components inside the equipment contain Gallium Arsenide and Beryllium Oxide that are toxic substances. Whilst safe to handle under normal circumstances, individual components must not be cut, broken apart, incinerated or chemically processed. In the case of Beryllium Oxide, a white ceramic material, the principal hazard is from the dust or fumes, which are carcinogenic if ingested, inhaled or entering damaged skin. Please consult your local authority before disposing of these components. CAUTION- Tantalum Capacitors: When subjected to reverse or excess forward voltage, ripple current or temperature these components may rupture and could potentially cause personal injury. CAUTION: This system contains MOS devices. Electro-Static Discharge (ESD) precautions should be employed to prevent accidental damage. D-Cam Clip-On H264 Operators Manual Issue 1 Page 4 of 39

1.1 Health & Safety Exposure to Non Ionising (RF) Radiation/Safe Working Distances The safe working distance from a transmitting antenna may be calculated from the relationship: D = in which D = 4.w safe working distance (meters) PT = transmitter or combiner power output (watts) GR = antenna gain ratio = anti log (gain dbi 10) w = Maximum allowed power density (watts/square meter) The RF power density value is determined by reference to safety guidelines for exposure of the human body to non-ionising radiation. It is important to note that the guidelines adopted differ throughout the world and are from time-to-time re-issued with revised guidelines. For Gigawave use, a maximum power density limit (w) of 1w/m² is to be applied when calculating minimum safe working distances. Appendix A refers. Important Note: It must be remembered that any transmitting equipment radiating power at frequencies of 100 khz and higher, has the potential to produce thermal and athermal effects upon the human body. To be safe: PT. GR a) Operators should not stand or walk in front of any antenna, nor should they allow anyone else to do so. b) Operators should not operate any RF transmitter or power amplifier with any of its covers removed, nor should they allow anyone else to do so. Worked examples Antenna Transmitter Power Type Gain (dbi) Gain Ratio 2W 4W 10W 30W OMNI 4 2.5 1 1 1.5 2.5 HELIX 20 100 4 5.6 9 15.5 PARABOLIC 35 3,162 22.5 32 50 87 DISH MINIMUM SAFE DISTANCE (METRES) D-Cam Clip-On H264 Operators Manual Issue 1 Page 5 of 39

1.2 Maximum RF Power Density Limits The RF Radiation Power Density limit figure recommended by Gigawave is based upon guideline levels published in: a. IEEE standard C95.1 1999 - IEEE Standard for Safety Levels with respect to Human Exposure to Radio Frequency Electromagnetic Fields, 3 khz to 300 GHz. b. Guidelines for Limiting Exposure to Time-varying Electric, Magnetic & Electromagnetic Fields (up to 300 GHz) published in 1998 by the Secretariat of the International Commission on Non-Ionising Radiation Protection (ICNIRP). Both documents define guideline RF power density limits for "Controlled" and "Uncontrolled" environments. An uncontrolled environment is defined as one in which the person subjected to the RF radiation may be unaware of and has no control over the radiation energy received. The uncontrolled environment conditions can arise, even in the best regulated operations and for this reason the limits defined for the uncontrolled environment have been assumed for the Gigawave recommended limit. Documents a) and b) also show the RF power density guidelines to be frequency dependent. Different power density / frequency characteristics are presented in the two documents. To avoid complexity and to avoid areas of uncertainty, Gigawave recommends the use of a single power density limit across the frequency range 100 khz to 300 GHz. The 1w/m² power density limit we recommend satisfies the most stringent of the guidelines published to date. Footnote: The IICNIRP document may be freely downloaded from the internet at www.icnirp.de/emfgdl (PDF file), the IEEE standard is available on loan from Essex County Library on payment of a search fee. 1.3 Document issue Status Issue Date Changes 1 16/12/2011 Initial Issue for H264 version. Revised menu structure and features from previous Clip-On TX versions D-Cam Clip-On H264 Operators Manual Issue 1 Page 6 of 39

2 Introduction The Clip-On transmitter is specifically designed to support Standard Definition and High Definition Wireless Camera operations. This version incorporates H264/MPEG-4 encoding and provides user selectable Standard, Low and Ultra Low Delay latency (one frame). The Clip-On transmitter is fully self-contained and includes an audio encoder, SD/HD video encoder, COFDM modulator, power supplies and an RF power amplifier. An omni-directional antenna is attached directly to the transmitter. The transmitter features comprehensive capability. All control and monitoring functions may be directly accessed from the front panel of the unit; a separate control PC is not required. The video input may be HD SDI. SD SDI, CVBS, YUV or YC The audio input may be SDI embedded, digital AES, analogue or internal test tones. The transmitter will also accept ASI DVB transport stream. An internal colour bars test signal, with moving ident is provided. The COFDM modulation is available to the following International Standards (factory options):- DVB-T 2K only ISDB-T, with time interleaving DVB-T / ISDB-T, user switchable Encryption is available as a factory option. The transmitter supports auxiliary User Data in the range 1200 to 230400 baud; this may be used as the data return path for camera control, or to transmit ad hoc RS232 data, as may be available from on-board sensors. D-Cam Clip-On H264 Operators Manual Issue 1 Page 7 of 39

Typical HD Clip-On system configurations triax Dual diversity head, single triax MTV-HD3 single box receiver D-Cam Clip-On H264 Operators Manual Issue 1 Page 8 of 39

Frequency band Tuning range Frequency Selection Transmit Power Transmit Antenna Modulation Modulation Modes RF Bandwidths Encoding Latency Video Input Cable equaliser Audio Input Internal test signals 3 Specifications 1.5 to 7GHz bands 500MHz standard bandwidth. Up to 16 pre-set channels or tuning in 500kHz steps via side mounted panel control. Switchable 100/200mW (factory option) Gigawave Omni Directional 4dBi gain (nom.) Switchable DVB-T 2K ISDB-T (factory option), 2K, 4K, 8K QPSK, 16QAM, 64QAM FEC: 1 / 2 2 / 3 3 / 5 4 / 7 6 / 8 Guard interval: 1 / 1 32 / 1 16 / 1 8 / 4 Time interleaving (ISDB-T): 110,220, 440ms selectable 6, 7, 8MHz Video H264/MPEG-4 Video GOP selectable, GOP M, GOP GN Audio MPEG1 Layer II or Layer I selectable Audio encoding rate selectable 128, 256, 384kBit/s PIDs: User adjustable Selectable Standard, Low and Ultra Low delay (one frame) SDI HD SMPTE-292M (299M) SDI SD SMPTE-259M (272M) Analogue Composite PAL/NTSC and Component YUV, YC. Transmitter digital input, SDI and ASI Digital HD/SD: SDI embedded 1 x AES3 stereo Analogue: 1 x stereo / 2 x mono inputs, mic/line selectable 75% and 100% Colour bars with travelling ident, audio test tones ASI input DVB ASI transport stream 188/204 User data Selectable 1200 to 230400 baud Encryption ETSI EBU BISS, modes 1 and E (option) Remote control Selectable via RS232 or RS485 Power Requirements 10-35VDC Mechanical Interface Transmitter normally mounts between battery and battery interface plate Size 160 x 130 x 54mm Weight 0.95kg (including antenna) Environmental Temperature: -20 o to +50 o C Altitude: 4500m Humidity: 95% humidity long term D-Cam Clip-On H264 Operators Manual Issue 1 Page 9 of 39

4 Connector pin outs Component video Video input HD/SD SDI Composite ASI Dual purpose connector User Data input. - Remote control 4.1 Video BNC connector 75 BNC connector Dependant on transmitter user configuration, used for HD SDI SD SDI Composite NTSC/PAL ASI 4.2 Video Multiway Connector Dependant on transmitter user configuration, used for SD Component video 6 Pin Lemo Plug FGG.1B.306.CLAD62Z Pin CVBS YC YUV 1 0V Y(0v) Y(0v) 2 CVBS Y Y 3 C(0v) U(0v) 4 C U 5 V(0v) 6 V Note: The wiring of this connector is different from the corresponding connector used on the MTV-HD3 Rx. D-Cam Clip-On H264 Operators Manual Issue 1 Page 10 of 39

Audio inputs (analogue) External DC input Dual purpose connector - User Data - Remote control 4.3 Audio Connector Analogue or AES3 digital 8 Pin Lemo Plug FGG.1B.308.CLAD62Z Pin Function Notes 1 0V (Screen) Analogue balanced. Switchable 50k/600 Ω 2 Ch1 + 3 Ch1-4 Ch2 + 5 Ch2-6 0v (screen) Digital AES/EBU 7 + 8 - D-Cam Clip-On H264 Operators Manual Issue 1 Page 11 of 39

4.4 Power Connector Input voltage 10-35V This connector can be used to take power from the docked battery (5A Max) to power external cameras if the Clip-On is not docked directly to the camera, or feed power into the HD Clip-On and then power into the camera. Note: A diode is fitted to prevent the external power supply from back feeding into the battery. The power switch is used to control the Clip-On only. The power supply to the camera is continuously available from the battery interface or external power connector. The camera on/off switch should therefore be used to control the camera independently. 4 Pin Lemo Plug FGG.1B.304.CLAD62Z Pin Function 1 0V 2 0V 3 +12V 4 +12V 4.5 User Data / Remote Connector Dual purpose connector, either User Data or RS232/485 remote control 4 Pin Lemo Plug FGG.0B.304.CLAD62Z Pin Function 1 0V 2 Tx (Data out from unit) 3 Rx (Data into unit) 4 0V D-Cam Clip-On H264 Operators Manual Issue 1 Page 12 of 39

5 Module Descriptions The Clip-On contains four circuit board assemblies: Audio / Video Encoder COFDM Modulator RF Power Amplifier Display / System Controller 5.1 Block diagram Control Panel Analogue Audio 1 Analogue Audio 2 AES audio Analogue to AES3 converter AES3 MPEG Encoder COFDM Modulator Power Amplifier Video input HD/SD SDI, CVBS, YUV, YC or ASI DVB transport stream Final RF frequency SD/HD Clip-On block diagram D-Cam Clip-On H264 Operators Manual Issue 1 Page 13 of 39

5.2 Audio / Video Encoder The Encoder board performs the following main functions: Analogue video to SDI A/D conversion SDI to Digital de-serialiser. Converts the SDI serial digital video input to an 8 bit parallel digital video bus. Analogue to Digital Audio Converter, 48kHz, 24 bit This is only used when the audio input is selected to analogue. Audio 1 (or left channel). Audio 2 (or right channel). The two channels are first buffered by a variable gain stage to cater for either Mic or Line level inputs. A switchable 30dB stage is also included to cater for low level Mic inputs. The two audio channels are then converted into an I 2 S serial data stream. Micro-controller. Writes control data and reads status data to/from the H264/MPEG-4 Encoder. H264/MPEG-4 Encoder Operates in either SD or HD encoding modes. A set of encoding parameters is loaded into the encoder at power up. These are adjusted through the front panel push buttons. ASI input mode When ASI input mode is selected the H264/MPEG-4 encoder is by-passed and the ASI transport stream is passed directly to the CPFDM modulator. DC Power Supplies Switching DC/DC converters are used to generate the various supplies from the incoming 11-18V battery supply. These include 2.5, 3.3V, 5V, 8V and +/-5V supplies. There are no field replaceable parts on the Encoder board. If a fault occurs with the board, contact Gigawave for technical assistance. D-Cam Clip-On H264 Operators Manual Issue 1 Page 14 of 39

5.3 COFDM Modulator The COFDM modulator has been designed to take its input from the H264/MPEG-4 encoder, or directly from the front panel when ASI input mode is selected. This Transport stream is then modulated directly to the final frequency band as appropriate. The COFDM modulator RF output is via the SMB connector. This output is then fed into the power amplifier, via the short RF cable. The nominal RF output level of the modulator is 9dBm. The modulator operating parameters are configured through the front panel menu. The COFDM modulator can be selected to 6, 7, 8MHz RF bandwidth. This version of Clip-On transmitter may be supplied as a factory option:- COFDM DVB-T 2K ISDB-T 2, 4, 8K with time interleaving User switchable DVB-T / ISDB-T There are no field replaceable parts on the COFDM modulator. If a fault occurs with the board please contact Gigawave for technical assistance. 5.4 Power Amplifier The function of the power amplifier is to amplify the signal from the COFDM modulator to a suitable level for transmission via the N-type connector into the antenna. The amplifier is required to be highly linear to accommodate the multiple carrier signal formats employed for digital system operation, with very low distortion (low inter-modulation between carriers). The nominal output power is +20, +23dBm (100mW/200mWwitchable) across the 1.5, 2, 2.5, 3.5, 4.5, 5.8, 6.5, or 7GHz band (as appropriate). Nominal overall gain is 29dB, thus the nominal RF input level is 9dBm. The amplifier operates from a single +8 Volt supply. Nominal operational supply current is 700mA. The status of the PA is provided by LEDs to monitor RF output level (green) and DC present (red) and also monitored by the main controller and displayed as the status monitoring menu. See 6.2. To ensure good RF practice when power is applied to the HD Clip-On Camera back, the operator is recommended to ensure that there is a suitable load or antenna connected to the transmitter RF output. D-Cam Clip-On H264 Operators Manual Issue 1 Page 15 of 39

5.5 Front Panel PCB The Front Panel consists of a micro-controller, 16-character by 2-line LCD display, operator switches and interface circuits. The Front Panel is the main system controller for the unit. All configuration parameters, video settings, audio settings, MPEG encoder parameters, frequencies etc are held on this board. An I 2 C two-wire interface is used to communicate with all other intelligent devices within the unit. This carries the command data and reads back status data from all boards within the unit. At power-up this board initializes all the other boards and during normal operation monitors all the major functions and reports any problems as part of the unit status. The chosen transmitter parameters are selected from the Front Panel by the operator. The parameters are held in the non-volatile memory of the front panel to ensure that the transmitter always powers up in the previous condition. D-Cam Clip-On H264 Operators Manual Issue 1 Page 16 of 39

6 Transmitter operation 6.1 Camera Interfaces The Clip-On TX can be supplied with one of three possible battery and camera interfaces: Sony V Block / IDX Anton Bauer Gold Mount PAG These provide a flexible and versatile mounting system suitable for a wide range of cameras and battery options. The D-Cam Clip-On is first mounted onto the camera rear battery interface. If required, an appropriate battery can then be docked onto the rear of the Clip-On transmitter. The video and audio cables must then be connected between the camera and the Clip-On TX, Alternatively, if required, the Clip-On TX may be used off the camera and powered by using the Lemo DC input connector as shown in 4.4 6.2 Status Monitoring (front panel LED) The front panel LED indicates the condition of the D-Cam Clip-On as follows, GREEN GREEN FLASHING RED Normal Operating condition Clip-On is functioning but has no video, or ASI input, or the unit is set to colour bars or audio test tone. Clip-On internal fault condition, (consult the status menu through the LCD display see section 6.3.2). 6.3 Operator menus (control philosophy) The Clip-On has three levels of control menus, 1. Operator level menu provides basic control for every day use, 2. Advanced level menu provides the basic level menu plus additional features. To access the Advanced menu press C repeatedly to reach the menu summary screen, and then press and hold the C and buttons simultaneously (hold for 2 to 10 seconds). Then press the E key. (the unit may be switched back to the Operator level by repeating this process, or cycling the DC power. The Advanced level menu features are shown in blue in the following descriptions. 3. Menu Lockout mode the Operator level menu is restricted to allow adjustment of 3 parameters only - RF Channel select, PA on/off, and Local/remote. To select Lockout mode see 6.4.7.3 The Clip-On may be configured to operate in two ways:- Either - Internal MPEG encoder mode (accepting video, audio and User Data inputs) Or - External ASI input mode. (the internal encoder is not used) When the transmitter is set to ASI mode, the control menus change; this is reflected in D-Cam Clip-On H264 Operators Manual Issue 1 Page 17 of 39

the two set of diagrams at the end of this section. The D-Cam Clip-On is configured using an LCD display and six push buttons. arranged as four navigation buttons ( ), plus Enter and Clear. These are The Enter button is used to store the modified parameter in non-volatile memory, this parameter will then be used to configure the D-Cam Clip-On and will also become the default value when the unit is next powered on. The Cancel button can be used to exit a menu without storing the parameter in memory. The layouts of the Operator and Advanced menus can be found at the end of this section. The following paragraphs describe how each of the major functions are monitored and controlled. 6.3.1 Initialization screen At switch on the status of the initialization is displayed. If any errors are found with the initialization of the major functions; Video, Audio, Encoder and Modulator; an error message will be displayed. During initialization the Status LED will be off. 6.3.2 Summary, Current Operational State and Status Warning screens The display screen during normal indicates the Tx frequency, Channel number (or Manual frequency) and the current modulation mode, FEC rate and guard interval. Press the button for additional screens showing the current operational state. These show:- Modulator setup (press the buttons for additional values) encoder setup (press the buttons for additional values), DVB PIDs video set-up audio set-up User data A screen showing status warnings is accessed via the button. These show:- Video input OK (additional values are further available through the buttons) Audio input PA not inhibited MOD TS MOD rate Synth. locked D-Cam Clip-On H264 Operators Manual Issue 1 Page 18 of 39

6.4 System Configuration Internal encoder mode From the summary screen the buttons are used to select the required sub-menus; the Enter button is then used to select the required function. 6.4.1 Ch / Frequency Menu This menu is used to select one of the sixteen pre-programmed channels (CH1 Ch16) or manual frequency selection. The Man setting allows control of the transmit frequency in 500kHz steps within preset limits according to the tuning range of the transmitter. The Enter button allows the buttons to select the required digit, the buttons then select the required value. The Enter button then stores the value and returns to the Main menu. 6.4.1.1 Program Channel Allows the preset channel frequencies in 6.4.1 to be changed. (Advanced level menu only) 6.4.2 Modulator menu Note: The combination of Constellation / FEC rate / Guard Interval / Bandwidth sets the Data through-put rate of the modulator see the charts in Section 9. Once these values are adjusted by the operator, the transmitter automatically adjusts the video data rate, such that the combined values of video, audio and User Data match the modulator rate. 6.4.2.1 Constellation Allows the modulation to be set QPSK, 16QAM, 64QAM 6.4.2.2 FEC Code rate Allows the Viterbi FEC to be set 1/2, 2/3, 3/4, 5/6, 7/8 6.4.2.3 Guard interval Allows the Guard interval to be set 1/4, 1/8, 1/16, 1/32 6.4.2.4 Bandwidth Allows the COFDM modulation bandwidth to be set 6, 7, 8MHz (availability depends on version of modulator fitted) 6.4.2.5 Spectrum (Advanced level menu only) Sets the spectrum of the COFDM RF carrier to be Normal or Inverted D-Cam Clip-On H264 Operators Manual Issue 1 Page 19 of 39

6.4.2.6 Time Interleaving (Advanced level menu only) Applicable to ISDB-T only. 1 = 110 ms 2 = 220 ms 3 = 440 ms 6.4.2.7 Carrier mode (Advanced level menu only) Applicable to ISDB-T only, sets the COFDM carrier to:- 2K, 4K, 8K 6.4.2.8 Input (video or ASI) Allows switching between video / audio input (using the internal encoder), and an external ASI signal. When ASI is selected the menu changes to that shown in section 6.5 6.4.2.9 Broadcast mode (DVB-T or ISDB-T) Allows switching between DVB-T and ISDB-T modulation (factory option) 6.4.3 Encoder Menu The full MPEG set-up menu is shown on Sheet 2, details are as follows: 6.4.3.1 MPEG encoder setup 6.4.3.1.1 PIDs Allows setting of the ASI transport stream PIDs for PMT, PCR, Video, Audio 1, User data 6.4.3.1.2 Video Resolution Allows setting SD MP@L4.0, or 422@L4.0 HD 1940x1080i or 1440x1080i 6.4.3.1.3 GOP size Allows setting the GOP structure: GOP GN 4, 7, 10, 13, 16, 19, 22, 25, 28, 31 GOP M 1(P), 2(BP), 3(BBP) Important note this menu is only visible when the Delay is set to Standard see 6.4.3.1.5 D-Cam Clip-On H264 Operators Manual Issue 1 Page 20 of 39

6.4.3.1.4 Video overhead This menu allows the encoded video overhead to be set to a choice of three values - Minimum, Medium or Maximum. The video data rate of the MPEG encoder is set automatically by the transmitter to hold it within the modulator data rate set by the operator (see paragraph 6.4.2). However the actual video data rate of the encoder will vary slightly as the picture content changes. For this reason, in order to prevent data over-flow, an overhead is automatically applied to the video data rate. For best picture quality, it is desirable that the overhead be set to a minimum, and for wireless camera operations minimum can be the normal setting. For other video sources (example involving jump cuts) a medium or maximum overhead may be required. 6.4.3.1.5 Delay (latency) The encoder latency may be set to Standard Low Ultra low (not available in 422@L4.0) Notes: In Ultra Low Delay the audio encoding should be set to Layer I, see 6.4.3.1.6 In Low Delay and Standard it is recommended that the audio encoding is set to Layer II. In Standard Delay the actual latency achieved is affected by the setting of GOP structure, see 6.4.3.1.3 6.4.3.1.6 Audio encoding profile The audio encoding may be set: MPEG1 Layer II 128, 258, 384kbit/s MPEG1 Layer I 384kbit/s 6.4.3.2 Video Input 6.4.3.2.1 Video input select Selectable to: Bars with moving ident. SDI CVBS (SD only) YUV (SD only) YC (SD only) D-Cam Clip-On H264 Operators Manual Issue 1 Page 21 of 39

6.4.3.2.2 Video format (SD or HD) Selectable to: 1080i@25fps 1080i@29fps 720p@50fps 720p@59fps 576i@25fps 480i@29fps 6.4.3.2.3 Cable equaliser (Advanced level menu only) BNC input connector Available in SDI or ASI input mode only, a cable equaliser function is provided. Selectable Active or Bypass. Note: The equaliser should be set to Bypass if the cable is less than 5 metres. 6.4.3.3 Audio Input select The Audio menus are split into two levels: Select Input and Set Level. The input can be selected to: Analogue AES3 digital SDI embedded Internal test tones, 0dB FS or 18dB FS 6.4.3.3.1 Analogue Audio menus The following menus only appear with the audio input is set to analogue : Ch1 and Ch 2, can be individually set for either Line or Mic input. level adjustment is provided +/- 20dB adjustment in 0.5dB steps. The analogue audio input impedance can be set to either 600 Ω or 50K Ω (Advanced level menu only) 6.4.3.4 Encryption 6.4.3.4.1 Enable / disable The encryption function may be turned on and off Note: Encryption is a factory option 6.4.3.4.2 BISS setup A detailed explanation of the principles of BISS encryption, plus the configuration of access control keys is given in the separate Gigawave manual, which is available from the factory on request. D-Cam Clip-On H264 Operators Manual Issue 1 Page 22 of 39

6.4.3.5 User Data 6.4.3.5.1 Enable / disable Note 1: The Used Data function should be disabled if it is not being used. User Data appears as a PID in the ASI transport stream of the transmitter and it is assigned a data rate according to the settings in 6.4.3.5.2; Use of user data reduces the data rate available for the video encoding. Note 2: If User Data in enabled, then Remote Control is not available see 6.4.6 6.4.3.5.2 Parity and Baud rate (Advanced level menu only) The User Data Baud rate may be set in the range 1,200 to 230,400 baud 6.4.4 System Presets This function allows the complete configuration of the transmitter to be saved and given a name to assist with recall later. Up to 20 preset conditions may be saved. Additionally a factory default configuration, which cannot be altered by the operator, is also provided. Load preset loads a transmitter configuration (1 to 20) with has been previously saved, or loads the factory default. Save to preset saves the current working configuration of the transmitter to a memory position (1 to 20) Restore preset this function resets a storage position (1 to 20) to the factory default condition, This function may be used if there is any doubt about the details of the current condition Rename preset allows a preset be re-named. 6.4.5 Power amplifier 6.4.5.1 Control Allows the transmitter output power amplifier to be set to:- HIGH (value depends on the version of transmitter) LOW OFF 6.4.5.2 Initial state (Advanced level menu only) Sets how the output power amplifier is configured when the transmitter is switched on. PA On PA Off Last State (replicates the condition when the transmitter was last switched off) D-Cam Clip-On H264 Operators Manual Issue 1 Page 23 of 39

6.4.6 Remote The transmitter may be remote controlled by RS232 or RS485. Please contact Gigawave for details of the protocols Note: This function cannot be used when User Data is also in use. (shared connector, see 4.5) 6.4.6.1 Local /remote switching Switches control of the transmitter between Local (front panel) and remote control 6.4.6.2 Config (Advanced level menu only) Sets the remote control configuration RS232 LCON RS485 (using the Gigawave LCS local control unit) RINT RS485 (using the Gigawave RINT remote control interface unit) 6.4.7 General 6.4.7.1 Inventory Contains a list current firmware installed in the transmitter 6.4.7.2 Contrast Enables the contract of the front panel LCD to by adjusted 6.4.7.3 Menu lockout When Menu lockout is selected, the basic operator s menus are restricted to three functions only:- Channel select Power amp Local remote D-Cam Clip-On H264 Operators Manual Issue 1 Page 24 of 39

6.5 System Configuration ASI mode 6.5.1 Ch / Frequency Menu This menu is identical to that mentioned in paragraph 6.4.1 6.5.1.1 Program channel This menu is identical to that mentioned in paragraph 6.4.1.1 6.5.2 Modulator menu Note 1: The combination of Constellation / FEC rate / Guard Interval / Bandwidth sets the Data through-put rate of the modulator see the charts in Section 9 Note 2: In ASI input mode the modulator data rate must be set to a value slightly higher than the ASI input rate. (Except Rebro mode - see 6.5.2.9) 6.5.2.1 Constellation Allows the modulation to be set QPSK, 16QAM, 64QAM 6.5.2.2 FEC Code rate Allows the Viterbi FEC to be set 1/2, 2/3,3/4, 5/6, 7/8 6.5.2.3 Guard interval Allows the Guard interval to be set 1/4, 1/8, 1/16, 1/32 6.5.2.4 Bandwidth Allows the COFDM modulation bandwidth to be set 6, 7, 8MHz (availability depends on version of modulator fitted) 6.5.2.5 Spectrum (Advanced level menu only) Sets the spectrum of the COFDM RF carrier to be Normal or Inverted 6.5.2.6 Time Interleaving (Advanced level menu only) Applicable to ISDB-T only 1 = 110 m/s 2 = 220 m/s 3 = 440 m/s D-Cam Clip-On H264 Operators Manual Issue 1 Page 25 of 39

6.5.2.7 Carrier mode (Advanced level menu only) Applicable to ISDB-T only 2K, 4K, 8K 6.5.2.8 Input (video or ASI) Allows switching between video / audio input (using the internal encoder), and an external ASI signal. When Internal MPEG is selected the menu changes to that shown in section 6.4 6.5.2.9 ASI mode (Rebro) The Rebro mode is used when the Transmitter takes in ASI from a receiver, as may be used in a digital repeater mode. Normally, when ASI is taken from another device it is necessary to allow a small overhead in the transport stream data rate of the transmitter to prevent that external ASI overflowing the TX data rate. Rebro mode is special case where the overhead is not needed. Rebro may only be used if the ASI is originating from Gigawave equipment. In this case it is possible to use the same modulation parameters on the transmitter as are being used on the receiver which is sending the ASI to the Transmitter. 6.5.2.9.1 Cable equaliser (Advanced level menu only) Available in SDI or ASI input mode only, a cable equaliser function is provided for long lengths of cable at the transmitter input. Selectable Active or Bypass. Note: The equaliser should be set to Bypass if the cable is less than 5 metres. 6.5.2.10 Broadcast mode (DVB-T or ISDB-T) Allows switching between DVB-T and ISDB-T modulation (availability depends on version of modulator fitted) 6.5.3 Power amp Please see 6.4.5 6.5.4 System Presets Please see 6.4.4 6.5.5 Remote Please see 6.4.6 6.5.6 General Please see 6.4.7 D-Cam Clip-On H264 Operators Manual Issue 1 Page 26 of 39

7 Front panel Monitoring and Control Menus 7.1 Current status screens The following screens show the current setup of the transmitter Note: From the top level access the status menus using the keys, scroll to the required parameter, then use the keys for additional values Ch1 2000.00MHz MODULATOR ENCODER VIDEO INPUT AUDIO 1 ANALOGUE* AUDIO 2 ANALOGUE* USER DATA STATUS: OK POWER AMP OK Mode: ISDB-T Delay: Standard SDI LINE 0.0dB LINE 0.0dB BaudRate: 9600 PA status OK MODULATOR ENCODER VIDEO INPUT USER DATA 64QAM 1/2 1/32 M: 3(BBP) Format: '576i@25fps Parity: NONE Audio input OK MODULATOR ENCODER VIDEO INPUT 15.489800 Mb/s GOP: 4 Cable EQ: ACTIVE *User Data Info Video input OK MODULATOR ENCODER is only visible if Bandwidth: 7MHz VidRate: 12.3Mbps user data is enabled. MOD TS Present MODULATOR ENCODER Spectrum: Normal AU Layer II 384kbit/s MODULATOR* ENCODER Carriers: 2k Profile: MP@ML MOD rate: OK MODULATOR* ENCODER Interleaving: 1 PMT PID: 512 Synth: Locked ENCODER PCR PID: 80 ENCODER *Only visible if ISDB-T VIDEO PID: 256 ENCODER AUDIO 1 PID 257 ENCODER* U.DATA PID: 8189 D-Cam Clip-On H264 Operators Manual Issue 1 Page 27 of 39

7.2 Setup screens Internal MPEG encoder mode Note: From the top level access the setup menus using the keys, then the E key Note: Advanced level menus are shown in Blue CH/FREQ SELECT CHANNEL Channels 1 to 16 PROGRAM CHANNEL Channels 1 to 16 MODULATOR CONSTELLATION QPSK 16QAM CODE RATE 64QAM 1/2 2/3 3/4 5/6 GUARD INTERVAL 7/8 BANDWIDTH* SPECTRUM INTERLEAVING* CARRIER MODE* 1/32 1/16 1/8 1/4 6 MHz 7 MHz 8 MHZ NORMAL INVERTED OFF 1 2 3 2K 4K 8K *Visibility dependant on modulator fitted *Only visible in ISDB-T *Only visible in ISDB-T D-Cam Clip-On H264 Operators Manual Issue 1 Page 28 of 39

INPUT BROADCAST MODE* INTERNAL MPEG EXTERNAL ASI DVB-T *Visibility dependant on modulator fitted ENCODER MPEG ISDB-T PIDS PMT PCR VIDEO AUDIO 1 USER DATA* PROFILE/RESOLUTION MP@L4.0 422@.L4.0 1920x10808 1140x1080i SD INPUT SD input HD input HD input GOP SIZE* GOP M GOP GN VIDEO AUDIO ENCODING MPEG1 LayerII MPEG1 LayerI 128, 256, 384 kbit/s 384 kbit/s VIDEO OVERHEAD MINIMUM MEDIUM MAXIMUM DELAY STANDARD LOW ULTRA LOW* *not in 422 VIDEO INPUT SDI CVBS* YC* YUV* BARS * only visible in SD * only visible in SD * only visible in SD D-Cam Clip-On H264 Operators Manual Issue 1 Page 29 of 39

AUDIO ENCRYPTION VIDEO FORMAT CABLE EQ* AUDIO INPUT ANALOGUE Ch1* ANALOGUE Ch2* (Factory option) ENABLE/ DISABLE 1080i@25fps 1080i@29fps 720p@50fps 720p@59fps 576i@25fps 480i@29fps ACTIVE BYPASS TONES 0 db TONES -18dB EMBEDDED AES ANALOGUE Ch1 LEVEL* Ch1 LINE/MIC* Ch1 IMPEDANCE* Ch2 LEVEL* Ch2 LINE/MIC* Ch2 IMPEDANCE* SDI or ASI input only *Not visible if analogue audio input is not currently selected BISS LEVEL* BISS-1 KEY* BISS-E ESW* INJECTED ID* BURIED ID* BISS-E ID TYPE* BISS-1 BISS-E *Visible only with encryption enabled ENTER BISS-1 KEY 0*********** ENTER BISS-E ESW 0*************** INJECTED ID 0************* BURIED ID 0************* INJECTED BURIED D-Cam Clip-On H264 Operators Manual Issue 1 Page 30 of 39

USER DATA* ENABLE/DISABLE *cannot be used when TX is in Remote PARITY* BAUD RATE* ODD EVEN NONE *Visible only with user data enabled PRESETS 1200 1800 2400 3600 4800 7200 9600 14400 19200 28800 38400 57600 76800 11520 153600 230400 LOAD POWER AMP SAVE TO PRESET RESTORE PRESET RENAME PRESET CONTROL* INITIAL STATE Default Preset:1 to 20 Preset:1 to 20 Preset:1 to 20 All Preset:1 to 20 HIGH LOW OFF OFF ON LAST STATE RENAME PRESET * High/low switching is factory option D-Cam Clip-On H264 Operators Manual Issue 1 Page 31 of 39

REMOTE* LOCAL/REMOTE *Not visible with user data is ensabled GENERAL CONFIG INVENTORY LOCAL REMOTE CONF RS-232 LCON RS-485 RINT RS-485 TDMS-0128-01-00 TDAV-0504-03 TDAV-0603-01-05 SubMod FF.35 TDVM-0128-01-00 TDVM-0128-01-00 CONTRAST MENU LOCKOUT CONTRAST ****************** ENABLE DISABLE D-Cam Clip-On H264 Operators Manual Issue 1 Page 32 of 39

7.3 Setup screens External ASI input mode Note: From the top level access the setup menus using the keys, then the E key Note: Advanced level menus are shown in Blue CH/FREQ SELECT CHANNEL Channels 1 to 16 PROGRAM CHANNEL Channels 1 to 16 MODULATOR CONSTELLATION QPSK 16QAM CODE RATE 64QAM 1/2 2/3 3/4 5/6 GUARD INTERVAL 7/8 BANDWIDTH* SPECTRUM INTERLEAVING* CARRIER MODE* 1/32 1/16 1/8 1/4 6 MHz 7 MHz 8 MHZ NORMAL INVERTED OFF 1 2 3 2K 4K 8K *Visibility dependant on modulator fitted *Only visible in ISDB-T *Only visible in ISDB-T D-Cam Clip-On H264 Operators Manual Issue 1 Page 33 of 39

INPUT INTERNAL MPEG ASI MODE CABLE EQ BROADCAST MODE* EXTERNAL ASI NORMAL REBRO ACTIVE BYPASS DVB-T *Visibility dependant on modulator fitted PRESETS ISDB-T LOAD POWER AMP REMOTE SAVE TO PRESET RESTORE PRESET RENAME PRESET CONTROL* INITIAL STATE LOCAL/REMOTE CONFIG Default Preset:1 to 20 Preset:1 to 20 Preset:1 to 20 All Preset:1 to 20 HIGH LOW OFF OFF ON LAST STATE LOCAL REMOTE CONF RS-232 LCON RS-485 RINT RS-485 RENAME PRESET * High/low switching is factory option D-Cam Clip-On H264 Operators Manual Issue 1 Page 34 of 39

GENERAL INVENTORY TDMS-0128-01-00 TDAV-0504-03 TDAV-0603-01-05 SubMod FF.35 TDVM-0128-01-00 TDVM-0128-01-00 CONTRAST MENU LOCKOUT CONTRAST ****************** ENABLE DISABLE D-Cam Clip-On H264 Operators Manual Issue 1 Page 35 of 39

8 Preparing for operation EQUIPMENT PREPARATION Before leaving the equipment base to undertake an operation it is recommended that the following equipment checks be made. 8.1 The Clip-On transmitter Check that the batteries to be used are fully charged and that an emergency spare battery is available and fully charged. If the camera is to be used with a cable-connected antenna, ensure that the cable is in good condition, paying particular attention to the quality of the end connectors and their assembly status. If extension cables are required, make sure that the cable connectors are compatible, or that the necessary back-back connectors are to hand. The current operational set-up of the transmitter can be checked according to paragraph 6.3.2 8.2 The Receiving Equipment The Clip-On transmitter may operate in conjunction with a variety of Gigawave receivers, including MTV-HD3 receiver, MDR multi-channel receiver, PTV-D, MVL-HD2, and MVL-HD3 two or four way diversity systems. The receiver must be equipped with a compatible decoder (HD or SD) according to the intended operating mode of the TX. When used with the Clip-On transmitter the Gigawave receiving equipment produces two (mono) analogue audio channels, duplicated as one (stereo) AES3; - the third and fourth audios are nonfunctioning at the receiver. Video outputs include SDI and composite video outputs, later Gigawave receivers also have an ASI output and component video Y/C. Check that the receiving antenna/receiver interfaces are clean and free from dust and other unwanted materials. If extension cables are necessary, ensure that the connectors are compatible and of good quality to avoid problems at site. D-Cam Clip-On H264 Operators Manual Issue 1 Page 36 of 39

If tripods are to be used to mount the equipment, make sure that some means of securing the tripod or of weighting it down is provided. Gusty wind conditions may put installations at risk, particularly when parabolic antenna dishes are to be used. Make sure that all batteries, if used, are fully charged and whenever possible, provide a spare with the cable to connect it to the Receiver. Check that the Receiver channel frequencies are compatible with those of the D-Cam Clip-On Transmitter and set the channel selector switch to the channel number required. The Receiver is labelled with channel number and frequency information. With Two Box receivers the Receiver Head and Control units may be operated at distances up to 600 meters apart. Gigawave triax cable is supplied in standard lengths of 100 and 200 meters and will plug together to create the lengths required. Check that the necessary lengths of triax interconnecting cable are available and that the cable and cable connectors are in serviceable condition. Whenever practical, set up the system and trial it before leaving for site to ensure that all components of the system are working. Checking at base, where adjustments and corrective actions can be made, will pay off when setting up at site. D-Cam Clip-On H264 Operators Manual Issue 1 Page 37 of 39

9.1 DVB-T bit rates 9 Table of COFDM bit rates DVB-T Bit Rates - 6 MHz CODE RATE Guard interval = 1/32 Guard interval = 1/8 Guard interval = 1/4 QPSK 16QAM 64QAM QPSK 16QAM 64QAM QPSK 16QAM 64QAM 1/2 4.52 9.08 13.57 4.14 8.29 12.44 3.73 7.46 11.19 2/3 6.03 12.06 18.08 5.52 11.05 16.58 4.97 9.95 14.92 3/4 6.78 13.57 20.35 6.22 12.44 18.66 5.59 11.19 16.79 5/6 7.54 15.08 22.62 6.91 13.82 20.73 6.22 12.44 18.66 7/8 7.91 15.83 23.75 7.25 14.51 21.77 6.53 13.06 19.59 DVB-T Bit Rates - 7 MHz CODE RATE Guard interval = 1/32 Guard interval = 1/8 Guard interval = 1/4 QPSK 16QAM 64QAM QPSK 16QAM 64QAM QPSK 16QAM 64QAM 1/2 5.27 10.59 15.83 4.83 9.67 14.51 4.35 8.70 13.06 2/3 7.04 14.07 21.09 6.44 12.89 19.34 5.80 11.61 17.41 3/4 7.91 15.83 23.74 7.26 14.51 21.77 6.52 13.06 19.59 5/6 8.80 17.59 26.39 8.06 16.12 24.19 7.26 14.51 21.77 7/8 9.23 18.47 27.71 8.46 16.93 25.40 7.62 15.24 22.86 DVB-T Bit Rates - 8 MHz CODE RATE Guard interval = 1/32 Guard interval = 1/8 Guard interval = 1/4 QPSK 16QAM 64QAM QPSK 16QAM 64QAM QPSK 16QAM 64QAM 1/2 6.03 12.11 18.09 5.52 11.05 16.59 4.97 9.95 14.92 2/3 8.04 16.08 24.11 7.36 14.73 22.11 6.63 13.27 19.89 3/4 9.04 18.09 27.13 8.29 16.59 24.88 7.45 14.92 22.39 5/6 10.05 20.11 30.16 9.21 18.43 27.64 8.29 16.59 24.88 7/8 10.55 21.11 31.67 9.67 19.35 29.03 8.71 17.41 26.12 D-Cam Clip-On H264 Operators Manual Issue 1 Page 38 of 39

9.2 ISDB-T bit rates ISDB-T Bit Rates - 6 MHz CODE RATE Guard interval = 1/32 Guard interval = 1/8 Guard interval = 1/4 QPSK 16QAM 64QAM QPSK 16QAM 64QAM QPSK 16QAM 64QAM 1/2 4.43 8.85 13.28 4.06 8.11 12.17 3.65 7.30 10.95 2/3 5.90 11.80 17.70 5.41 10.82 16.23 4.87 9.74 14.60 3/4 6.64 13.28 19.92 6.09 12.17 18.23 5.48 10.95 16.43 5/6 7.38 14.75 22.13 6.76 13.52 20.28 6.09 12.17 18.23 7/8 7.74 15.49 23.23 7.10 14.20 21.30 6.39 12.78 19.17 ISDB-T Bit Rates - 7 MHz CODE RATE Guard interval = 1/32 Guard interval = 1/8 Guard interval = 1/4 QPSK 16QAM 64QAM QPSK 16QAM 64QAM QPSK 16QAM 64QAM 1/2 5.17 10.33 15.49 4.74 9.46 14.20 4.26 8.52 12.78 2/3 6.88 13.77 20.65 6.31 12.62 18.94 5.68 11.36 17.03 3/4 7.75 15.49 23.24 7.11 14.20 21.27 6.39 12.78 19.17 5/6 8.61 17.21 25.82 7.89 15.77 23.66 7.11 14.20 21.27 7/8 9.03 18.07 27.10 8.28 16.57 24.85 7.46 14.91 22.37 ISDB-T Bit Rates - 8 MHz CODE RATE Guard interval = 1/32 Guard interval = 1/8 Guard interval = 1/4 QPSK 16QAM 64QAM QPSK 16QAM 64QAM QPSK 16QAM 64QAM 1/2 5.91 11.80 17.71 5.41 10.81 16.23 4.87 9.73 14.60 2/3 7.87 15.73 23.60 7.21 14.43 21.64 6.49 12.99 19.47 3/4 8.85 17.71 26.56 8.12 16.23 24.31 7.31 14.60 21.91 5/6 9.84 19.67 29.51 9.01 18.03 27.04 8.12 16.23 24.31 7/8 10.32 20.65 30.97 9.47 18.93 28.40 8.52 17.04 25.56 D-Cam Clip-On H264 Operators Manual Issue 1 Page 39 of 39