DRAFT RELEASE FOR BETA EVALUATION ONLY

HDX-VLC-BCA Advanced Wavelet Compression Codec User Manual HDX-VLC-BCA-E/D Version 0.1/May 2013 DRAFT RELEASE FOR BETA EVALUATION ONLY Page 1

Contents Table of Contents User Manual...1 Introduction...3 Background...3 ANC data compatibility...5 BackChannel...5 Safety Instruction HDx-VLC-BCA...6 Switching Power Supply:...6 Cautions:...7 Installation...8 Unpacking...8 Contents...8 Operation...10 To lock Power Jack...10 Airflow...10 HDx-VLC Connections...11 Connections...12 Decoder Assemblies...12 Encoder Assemblies...12 Video Connections...13 Other Connections...13 Hex Switch...14 Micro USB...14 Status LED...14 OLED Information Display...15 Key Features...16 Hdx-VLC-BCA-E/D...16 HDx-VLC-BCA-E...16 HDx-VLC-BCA-D...16 Interconnection diagram...17 Operational Modes...18 Block Diagram: Extender with backchannel audio disabled...19 Block Diagram: Extender with backchannel audio enabled...20 Block Diagram:Bypass Mode with Backchannel...21 Specifications...22 HDX-SDI-BCA-E (Encoder) Specifications:...22 HDX-SDI-BCA-D (Decoder) Specifications:...22 HDX-SDI-BCA-E/D...22 Warranty and Service...24 Warranty...25 Warranty Registration Card...26 Service...27 Disposal instructions...28 Conformance - Emissions...29 Conformance - Immunity...30 Page 2

Introduction Background Digital production and contribution standards are predominantly split into high definition and standard definition formats. Both formats are typically transported using a single copper (coaxial) interface operating at 270Mbit/s for standard definition and 1.485Gbit/s for highdefinition. Over the last decade the transition to digital has been widespread and the installation of 270Mbit/s equipment and infrastructure is ubiquitous. More recently, high-definition formats have been used for content acquisition and mastering in preparation for HD transmission and to generate masters at significantly higher resolution than afforded using standard definition. However, coaxial cable losses limit the contribution of high definition signals to about half the distance of standard definition signals for a given cable type (see table below which gives typical maximum distances for several commonly used coaxial cable types). Table 1: Typical coaxial run length performance Type RG11 14AWG Belden 1694A 18AWG RG6 18AWG RG59 20AWG Belden 1855A Canare 3C2V HD-SDI (1.485Gbit/s) 330m 230m 180m 150m 110m 90m SD-SDI (270Mbit/s) 670m 460m 370m 300m 230m 190m For existing SD installations wishing to upgrade to HD, this places a limitation on the cable runs that can carry HD content. High-definition down-conversion/upconversion between HD and SD is not suitable for contribution of HD content because the down-conversion process must remove most of the high-frequency detail to satisfy Nyquist limits imposed when converting to a lower definition format. The HDX-VLC codec uses a completely different approach in order to allow the contribution of HD content over existing SD 270Mbit/s links. The HDX-VLC-E encoder uses a wavelet transform and variable length coding algorithm to reduce the bit-rate requirement of the HD video so that it fits within the 270Mbit/s SD-SDI transport whilst maintaining the highresolution detail contained in the original HD image. Page 3

The algorithm has many similarities with JPEG2000, but has been optimised for the transport of HD over existing SD 270Mbit/s links where the compression ratio is fixed, and factors such as low power and low latency are critical - the HDXVLC extender has a near zero latency of only 12 HD lines end-to-end. The HDX-VLC-E (encoder) uses two-level Haar wavelet transform to split the HD signal into seven frequency subbands, the coefficients of which are then coded efficiently using variable length codes. The resulting codewords are tightly packed and used in place of the active pixels in the SD image. To avoid the possibility of generating illegal codewords, only 9 bits out of every 10 bits available from each active pixel are used. The HDX-VLC-BCA-E encoded output is compliant with SMPTE 259M (the specification for the transport of SD-SDI) and is compatible with ALL SD-SDI infrastructure and equipment. So for example, the encoded SDI signal can be monitored for signal presence and physical parameters analysed using standard monitoring equipment such as the Tektronic WFM700M (below left). Tektronic WFM700M. Rasterized encoded output (SD 270Mbit/s) when viewed using WFM700M Page 4

Encoded SD-SDI status using WFM700M The HDX-VLC-D (decoder) implements the reverse process, decoding the 9-bit codewords into wavelet filter coefficients before inverse transforming them back to the original HD image. ANC data compatibility Compressed data only occupies the active pixels in the SD signal leaving the ancillary data space available for embedded data such as PCM audio or Dolby-E. The HDX-VLC-E detects and automatically re-maps up to 8 channels of embedded audio SMPTE 272M and ancillary time code data SMPTE 12M-2 2009 (LTC and VITC) from the HD input to the SD output. At the decoder the reverse process occurs, with embedded audio and ancillary time code data from the SD input relocated to the HD output. BackChannel Unique to the HDX-VLC-BCA codec is the ability to simultaneously send 2 channels of audio in the reverse direction to the embedded audio i.e. from the decoder to the encoder. This feature would typically be used to provide audio feedback to a camera operator without the need to run additional audio cables. Page 5

Safety Instruction HDX-VLC-BCA Switching Power Supply: Each HDX-VLC-BCA-E or HDX-VLC-BCA-D unit is supplied with a 12V power supply with the following ratings: Model SYS1319-1512-T3 Input 100-240V 1.0A max50-60hz, 30-40VA Output Voltage and Current 12V @ 1.25A Output Power 15W Max. Each power supply requires a 3-pin fused IEC lead with earth connection. Each unit is fitted with a Switchcraft screw-lock DC jack with 0.1 inch inside diameter. Each power suppply is fitted with a Switchcraft matching plug. Manufacturer Part Numer Description 712RA PCB Right angle Jack with 0.1 inside diameter 760K entry power plug with 0.1 inside diameter Important: The unit requires that the DC jack has a positive centre voltage. The socket-outlet for the DC Converter mains shall be installed near the equipment and be easily accessible, the product has no disconnect device. The unit should only be used with the supplied DC-DC converter. Replacement or spare power supplies can be ordered individually or suppplied as part of the accessories case. NuMedia Part Numer Description PSU-12V-15W-LOCK SYS1319-1512-T3 Switching PSU with screwlock HDX-VLC-ACCESSORIES HDX-VLC Accessories Case includes 2 x PSU-12V15W-LOCK No User-Serviceable parts inside. Do not remove covers Refer to appointed Service Agent only Page 6

Cautions: There are NO hazardous voltages within this product however damage may result if not operated with the supplied DC Converter. This will also invalidate both conformance and warranty conditions. Important Safety Instructions to observe: 1. Read and retain these instructions. 2. Do not use this apparatus near water, hot objects or naked flames. 3. If vent holes are present then ensure that they are not blocked. Page 7

Installation The HDX-VLC-BCA-E/D units have been designed for stand-alone operation and require no special fixings. On the bottom of the unit there are two 3mm inserts spaced apart by 50mm to allow the unit to be easily mounted to a plate. Unpacking The HDX-VLC-BCA-E/D is shipped in a customised carton, which may contain other optional items within the packing, and care should be taken to ensure that these are not thrown away. The contents of the carton are as indicated on the delivery note. Carefully unpack and check for shipping damage and shortages. Report without delay, any damage or shortages to your distributor. Contents This should just be a list of the order codes of the items that can be ordred and should match the website. Order Code Contents Description HDX-VLC-BCA-E 1 x HDX-VLC-BCA-E Encoder HDX-VLC-BCA-D 1 x HDX-VLC-BCA-D Decoder PSU-12V-15W-LOCK 1 x PSU-12V-15W-LOCK Power supply for encoder/decoder HDX-VLC-LEMO-CAB 1 x HDX-VLC-LEMOCAB Lemo connector required for backchannel operation for both encoder & decoder HDX-VLC-ENC-CAB 1 x HDX-VLC-ENCCAB XLR breakout cable for backchannel operation of the encoder HDX-VLC-DEC-CAB 1 x HDX-VLC-DECCAB XLR breakout cable for backchannel operation of the decoder HDX-VLX-CASE 1 x HDX-VLX-CASE Hard plastic, foam filled carry case HDX-VLC-ACC-CASE 1 x HDX-VLC-CASE Full accessories required for use with 2 x PSU-12V-15W-LOCK encoder and decoder units, including 2 x HDX-VLC-LEMOfoam filled carry case. CAB 1 x HDX-VLC-ENCCAB 1 x HDX-VLC-DECCAB Page 8

HDX-VLC-BCA-E HDX-VLC-BCA-D PSU-12V-15W-LOCK (Required for both encoder and decoder) HDX-VLC-LEMO-CAB (Required for both encoder and decoder) HDX-VLC-ENC-CAB (Required for the encoder) HDX-VLC-DEC-CAB (Required for the decoder) HDX-VLC-ACC-CASE (Encoder and decoder not included) Page 9

Operation The units are powered by a 12V desktop style power supply, and are connected by a locking DC Jack. Image showing DC Jack, OLED, Hex switch and USB conector To lock Power Jack Insert the plug into the jack and turn the outer sleeve clockwise until finger tight. When the unit is powered the OLED status display will be active. Airflow The HDX-VLC-BCA-E/D has been designed to conduct heat efficiently to the PCB power planes and to the box via the PCB fixings. The HDX-VLC-BCA-E/D are low power units which do not require any vent holes. Page 10

HDX-VLC Connections HDX-VLC-BCA-E HDX-VLC-BCA-D The HDX-VLC-BCA-E has the following connections: Description Label on top of unit 1 x Multirate SDI input SDI IN 1 x Multirate SDI Loop output LOOP OUT 1 x Multirate HDX SDI output HDX OUT/BC IN 1 x LEMO 2 channel analogue audio output AUD OUT 1 x Micro USB OTG USB 1 x 3mm bi-colour Error LED Status 2 line x 16 char blue OLED Status Display Info Hex Switch Switch DC Jack with 0.1 inside diameter DC 12V (with centre positive indication) Page 11

The HDX-VLC-BCA-D has the following connections: Description Label on top of unit 2 x Multirate SDI output SDI OUT 1 x Multirate HDX SDI input HDX IN/BC OUT 1 x LEMO 2 channel analogue audio input AUD IN 1 x Micro USB OTG USB 1 x 3mm bi-colour Error LED Status 2 line x 16 char blue OLED Status Display Info Hex Switch Switch DC Jack with 0.1 inside diameter DC 12V (with centre positive indication) Connections The HDX-VLC-BCA-E and HDX-VLC-BCA-D units are fitted with locking 5 way LEMO connectors (EXG0B05HLN). These carry two balanced audio signals with common GND shield. This should include a table showing the pin connections Two accessory cable assemblies can be used to convert from the the LEMO connector to standard 3-pin XLR connectors. Decoder Assemblies 5 pin LEMO socket to 5 pin XLR socket 5 pin XLR plug to 2 x 3 pin XLR socket Encoder Assemblies Page 12

5 pin LEMO socket to 5 pin XLR socket 5 pin XLR plug to 2 x 3 pin XLR plug Video Connections Each BNC connector has a colour coded LED backlight that can be used to assist cabling the unit in low lit conditions. The colour indicates whether the connector is an input, output or loopthrough. HDX-VLC-BCA-E Colour coding HDX-VLC-BCA-D Colour coding LED Colour Coding: LED Colour SDI Function Solid Red SDI Input Solid Blue SDI Loop Output Solid Green SDI Output Other Connections Page 13

Side view showing OLED, hex switch, USB and DC Jack Hex Switch The hex switch has the following modes which are also listed on the top of the unit. Switch Position Mode 0 Normal Mode Encoding/Decoding is enabled 1 Bypass Mode Encoding/Decoding is bypassed output is reclocked input 2 Backchannel Off Decoder Backchannel data is disabled Backchannel Off Encoder output is embedded channel 1,2 3 Pattern Mode Decoder outputs HD pathological pattern Pattern Mode Encoder outputs SD pathological pattern Note this mode requires the presence of a valid input 4 PSU Status Mode Internal voltage readings are displayed and psu status 5 Version Mode displays Firmware and Software versions 6 Information Display is rotated 180 degress to match box orientation Note: it is possible to have the encoder and decoder set to different modes so care should be exercised when configuring the switch settings to avoid unexpected results. Micro USB The USB connectector is not currently enabled in this product all controls are via the hex switch. Status LED The Status LED will illuminate RED for 1 second when EDH or CRC errors are detected in the incoming SDI stream. Page 14

OLED Information Display HDX-VLC-BCA-E/D units are fitted with a 2 line x 16 character blue OLED display that is used to display information on the current mode of operation. Switch Position Information Displayed 0 Line 1: Product (MCOSDD/MCOSDE), Operating Mode (Encoding/Decoding/Bypass if input is not HD) Line 2: Input Format, Output Format, Embedded Status 1 Line 1: Product (MCOSDD/MCOSDE), Operating Mode: Bypass Line 2: Input Format, Output Format, Embedded Status 2 Backchannel Off Decoder Backchannel data is disabled Backchannel Off Encoder output is embedded channel 1,2 3 Pattern Mode Decoder outputs HD pathological pattern Pattern Mode Encoder outputs SD pathological pattern Note this mode requires the presence of a valid input 4 PSU Status Mode Internal voltage readings are displayed and psu status+ 5 Version Mode displays Firmware and Software versions 6 Information Display is rotated 180 degress to allow the text to be read when the box is mounted upside down. Line 1: Product (MCOSDD/MCOSDE), Operating Mode (Encoding/Decoding/Bypass if input is not HD) Line 2: Input Format, Output Format, Embedded Status Page 15

Key Features HDX-VLC-BCA-E/D Full resolution 1920x1080i,1920x1080p,1280x720p at 10-bit 4:2:2 processing video rate detection 270Mbit/s, 1.485Gbit/s, 2.97Gbit/s Very low processing delay just over 8 HD lines end to end. Transparent to ATC time code Automatically bypasses SD-SDI/DVB-ASI and 3G-SDI Automatically bypasses Dirac SMPTE 2042 coded data Bypassed inputs are re-clocked Backchannel may be added to uncompressed SDI video at all rates Wide range of HD standards supported CRC/EDH Error indicator Compact design with high quality locking power connector Low power operation 2 row x 16 char blue OLED information display Two 3mm threaded inserts on bottom of case Supplied with external 12V PSU Automatic HDX-VLC-BCA-E 8 Channels embedded audio re-mapping from HD to SD Backchannel audio outputs (2 channels) with LEMO locking audio connector Active re-clocked loop through May be used as 2 channel audio disembedder when backchannel mode is disabled SMPTE 259M compliant SD-SDI encoded output. Integral SD pathalogical test pattern HDX-VLC-BCA-D 8 Channels embedded audio re-mapping from SD to HD Backchannel audio inputs (2 channels) with LEMO locking audio connector Two multirate SDI outputs Integral HD pathalogical test pattern Page 16

Interconnection diagram HD-SDI Data/Clock Recovery Encoder HDX-SDI ADP Inserter HD-SDI reclocked SD-SDI 270Mbit/s Bypass HDX-SDI SMPTE scrambler & Serialiser Equaliser SD-SPG de-embed SMPTE 12M ATC SD Embedder SD ATC Inserter Stereo DAC HDX-SDI ADP Inserter Decoder SD-SDI 270Mbit/s Bypass HD-SDI HD-SPG Equaliser Left Right Data/Clock Recovery clock generator HD-SDI SMPTE scrambler & Serialiser Equaliser HDX-SDI Data/Clock Recovery De-embed HD Embedder backchannel off Encoder Block Diagram with Backchannel Path shown in RED SMPTE 12M ATC HD ATC Inserter clock generator 0 Stereo ADC backchannel off Decoder Block Diagram with Backchannel Path shown in RED Page 17 analog audio buffers Left Right

Operational Modes The HDX-VLC-BCA-E/D can be used in a number of different operational modes which are best demonstrated using modified versions of the interconnection block diagrams shown on the previous page. Mode Encoder Decoder Description Hex Hex Switch Switch Extender 2 without backchannel audio 2 This is the main mode of operation. This allows the transportation of HD-SDI content over SD-SDI networks increasing the maximum coaxial run length performance according to Table 1. This mode has the maximum cable performance with all of the available frequency spectrum assigned to the SD-SDI signal. Inputs that cannot be encoded such as Full-HD or SDSDI are automatically bypassed Extender with backchannel audio 0 0 This allows the transportation of HD-SDI content over SD-SDI networks increasing the maximum coaxial run length performance according to Table 1. In this mode, the available frequency spectrum is shared by the SD-SDI video signal and the backchannel audio. Backchannel audio is carried in the low frequency spectrum close to DC. Active and passive filters handle the crossover between the backchannel audio data and the SD-SDI video data. Important note: This mode has the same maximum cable performance as the mode above but should be avoided for short cable runs below 50m as the backchannel audio can interfere with the video signal and cause occassional errors. Inputs that cannot be encoded such as Full-HD or SDSDI are automatically bypassed. Backchannel 1 0,1 This allows backhannel audio to be added to Full HD, HD-SDI or SD-SDI signals. The encoder and decoder components are bypassed so the cable run performance will reflect the frequency content being carried. Page 18

Block Diagram: Extender with backchannel audio disabled HD-SDI Data/Clock Recovery Encoder HDX-SDI ADP Inserter Bypass HD-SDI reclocked HDX-SDI SMPTE scrambler & Serialiser Equaliser Decoder Hex Switch 2 SD-SDI 270Mbit/s SD-SPG de-embed HDX-SDI SD Embedder Data/Clock Recovery Decoder SD-SDI 270Mbit/s SMPTE 12M ATC SD ATC Inserter HDX-SDI ADP Inserter Bypass HD-SPG Left Right Stereo DAC Encoder Block Diagram with Backchannel Disabled 2 De-embed HD Embedder SMPTE 12M ATC HD ATC Inserter Encoder Hex Switch Decoder Block Diagram with Backchannel Disabled Page 19 HD-SDI SMPTE scrambler & Serialiser Equaliser HD-SDI

Block Diagram: Extender with backchannel audio enabled HD-SDI Data/Clock Recovery Encoder HDX-SDI ADP Inserter HD-SDI reclocked SD-SDI 270Mbit/s SD-SPG SMPTE 12M ATC HDX-SDI SD Embedder SD ATC Inserter Data/Clock Recovery clock generator Stereo DAC HD-SDI HD-SPG Data/Clock Recovery De-embed HD Embedder backchannel off Encoder Block Diagram with Backchannel Path shown in RED SMPTE 12M ATC HD ATC Inserter clock generator 0 0 Bypass Equaliser Left HDX-SDI ADP Inserter Decoder SD-SDI 270Mbit/s HD-SDI SMPTE scrambler & Serialiser Equaliser de-embed Right Decoder Hex Switch 0 Bypass HDX-SDI SMPTE scrambler & Serialiser Equaliser Encoder Hex Switch Stereo ADC backchannel off Decoder Block Diagram with Backchannel Path shown in RED Page 20 analog audio buffers Left Right

Block Diagram:Bypass Mode with Backchannel Equaliser Data/Clock Recovery SDI SDI SMPTE scrambler & Serialiser SDI reclocked SDI 270Mbit/s 1.486Gbit/s 2.97Gbit/s Decoder Hex Switch 1 0 Equaliser HDX-SDI clock generator SDI 270Mbit/s 1.486Gbit/s 2.97Gbit/s SDI SMPTE scrambler & Serialiser Equaliser Left Right Data/Clock Recovery Stereo DAC SDI Data/Clock Recovery clock generator Block Diagram showing Bypass Mode with Backchannel Path in RED 1 Stereo ADC Encoder Hex Switch Block Diagram showing Bypass Mode with Backchannel Path shown in RED Page 21 analog audio buffers Left Right

Specifications HDX-VLC-BCA-E (Encoder) Specifications: HD-SDI Video Formats supported: Encoded video standards: 274M, RP211, 296M Encoded video Formats: 1920x1080i50/59/60, 1920x1080PsF25/29/30, 1920x1080p25/29/30, 1280x720p25/29/30, 1280x720p50/59/60 Encoder will automatically re-clock and bypass SD-SDI/DVB-ASI 270Mbit/s and 2.97Gbit/s Encoded Output 1 x 75ohm BNC: coded out 270Mb/s, bypassed out 1.485Gbit/s, 2.97Gbit/s, DVB-ASI 270Mbit/s Loop Output 1 x 75ohm BNC HDX-VLC-BCA-D (Decoder) Specifications: HD-SDI Video Formats supported: Decoded video standards: 274M, RP211, 296M Decoded video Formats: 1920x1080i50/59/60, 1920x1080PsF25/29/30, 1920x1080p25/29/30, 1280x720p25/29/30, 1280x720p50/59/60 Decoder will automatically re-clock and bypass HD-SDI/DVB-ASI 270Mbit/s and 2.97Gbit/s Video Output 2 x 75ohm BNC HDX-VLC-BCA-E/D SDI Video Formats to which Backchannel can be added SDI-SDI (SMPTE259M 525/59.94, 625/50) HD-SDI and Full HD-SDI (SMPTE274M, SMPTE296M) 720p60, 720p59.94, 720p50, 720p30, 720p29.97, 720p25, 1080p60, 1080p59, 1080p50, 1080i60, 1080i59.94, 1080i50, 1080p50, 1080p30, 1080p29.97, 1080p25) Video Processing Full resolution 1920x1080i,1920x1080p,1280x720p at 10-bit 4:2:2 processing Processing delay approximately 4 HD lines encoder/decoder (just over 8H end-to-end) Processing 48kHz sampling 24 bit resolution In Embedded audio on SDI in Page 22

LEMO 5-pin - 2 analogue channels with maximum analogue input input level: +24dBu peak Out 1 stereo pair of analogue out, from backchannel audio or embedded ch1 and 2. Add output levels here Video Return Loss compliant with SMPTE 292M/424M: >15dB to 1.5GHz >10dB to 3GHz equalisation: 2.97Gbits 130m, 1.485Gbit/s 230m, 270Mbit/s 450m using Belden 1694A 18AWG 2.97Gbits 100m, 1.485Gbit/s 175m, 270Mbit/s 300m using RG59 20AWG Output Return Loss and Jitter compliant with SMPTE 292M/424M see above Physical Size - 100 x 66 x 25 mm plus BNC connectors Weight - Maximum 200g Fixings - 2 x 3mm threaded inserts centres separated by 50mm Power - DC Jack Screw-lock 0.1 inch - Centre pin positive. Voltage 12V Nominal (8 to 20V) Dissipation - 3 Watts typical Temperature - 5 degc to 40degC Humidity - 80% max (non condensing) Other - LED Indicator CRC/EDH Error, PMOLED 2 line x 16 character information display. Page 23

Warranty and Service Numedia Technology Ltd warrants that this product is free from defective material and workmanship originating in the manufacture of the product. They will repair or replace any parts of the supplied product which prove defective by reason of improper workmanship or material for a period of two (2) years limited from the date of original retail purchase, without charge for parts or labour, subject to the following conditions: The warranty is limited to the original purchaser of the product. The warranty shall not be effective unless purchased from Numedia Technology Ltd or a registered authorised dealer. All warranty repairs must be performed by Numedia Technology Ltd, and supported by RMA (Return of Material Authorisation) number. The product shall not have been previously altered, repaired or serviced by anyone other than Numedia Technology Limited. The Serial number on the product shall not have been altered, defaced or removed. The product shall not have been subject to misuse, accident, fire, flood, other act of god or operated contrary to the instructions contained in the user manual. Numedia Technology Ltd shall not be liable for direct, indirect, incidental, consequential or other types of damages resulting from the use of any products other than the liabilities stated above. Page 24

Warranty By completing the Warranty Registration details your product will be registered, this will speed things up in the unlikely event that your product needs to be serviced. In addition by registering on the website you will have access to the customers area on the manufacturer s website, giving you access to a wealth of useful information. To register simply: Download the warranty registration form from the website <add link here> Fill in the form and return by email to <info@numediatechnology.com> to register your purchase. Numedia will not under any circumstances pass any details onto any third parties. Alternatively you can: Complete the warranty registration form and post to: Numedia Technology Limited, Unit 41 Brambles Enterprise Centre, Waterberry Drive, Waterlooville, Hampshire, PO7 7TH England Page 25

Warranty Registration Card Product: Serial Number: Product: Serial Number: Date of Purchase: Order Number: Owners Name: Owners Address: Contact Tel. Number: Dealers Name: Dealers Address: Page 26

Service In the unlikely event that the product requires warranty or service repair, please follow the procedure outlined below: Ensure that you have registered the Product Warranty registration form on above before contacting anyone; this will assist in expediting your repair. Contact the registered supplier of the product, with the product details and indicating the nature of the problem. Warranty repairs: If the product is covered then you will be given an RMA (Return of Material Authorisation) number that will be your reference. Service repairs: If the product requires repair but is no longer covered by the warranty then an initial quote will be provided as to the cost of repair, including shipping costs and a corresponding RMA number will be raised for your reference. On receipt of the product you will be given an estimated return time. Page 27

Disposal instructions If the product is operated within the European Union. The supplied to you should not be treated as household waste. It should be disposed of in accordance with the Waste Electrical and Electronic Equipment (WEEE) regulations. When you require to dispose of the product please contact your Distributor to obtain an RMA. If the product is operated outside the European Union. Please contact your local city office, or the distributor that provided the product, for advice on proper disposal of the product. Page 28

Conformance - Emissions The product has been tested to the following standards FCC/CFR 47:Part 15:2004: Radiated disturbance (30MHz to 10Ghz) Conducted disturbance This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. CE Emissions: EN55022:1998 Information technology equipment. Radio disturbance characteristics. (CISPR 22:1997 Class A#) Inc A1:2000 & A2:2003 Conducted disturbance, ac port and telecomm port EN61000-3-2:2000 Mains conducted harmonics EN61000-3-3:1995 Mains voltage flicker and manual switching Inc A1:2001 (Dmax=4%) Page 29

Conformance - Immunity EN55024:1998 Information technology equipment. Immunity characteristics. Inc A1:2001 & A2:2003 EN61000-4-2:1995 Electrostatic discharge EN61000-4-3:1996 Radiated RF interference EN61000-4-4:1995 Fast transient bursts EN61000-4-5:1995 Surge, AC ports EN61000-4-6:1996 Conducted RF field EN61000-4-11:1994 Voltage dips and Interruptions Safety: EN60950-1:2002 Information technology equipment Safety General Requirements. Notice Numedia Technology Ltd reserves the right to make changes in the hardware, packaging and any accompanying documentation without prior written notice. ADD ORDER CODES Page 30