SDI-8 - Audio Equipment Solid State Logic - Free user manual and instructions

USER MANUAL SDI-8 Solid State Logic

www.solidstatelogic.com

Front panel of a solid-state logic device with no visible text or symbols on the device itself

Empty white rectangle with a thin black border (no text or symbols)

Table of Contents

Introduction	1
Introduction	1
Key Features	1
Full Broadcast Specification	1
Front Panel Layout	2
Front Panel Indicators	2

Usage Cases	3
Network I/O – SDI to Dante Infrastructure	3
Network I/O – SDI to MADI Infrastructure	3

Hardware Connectivity	4
Power	4
SDI	4
Network (Dante)	4
MADI	4
Sync	4
AES	4
(PHD I/O)	4

Block Diagrams	5
SDI Block Diagram	5
Audio Matrix Diagram	5

Connecting a PC	7
Network	7
IP Address	7
Software Features	9
Loading and Saving Files	0

Other settings 11

ID 11

Network 11

Sample Rate 12

Synchronization 12

Word/Video Sync Termination 12

MADI 12

PHD 13

Dante 13

Optional Module (MADI SFP Fibre) 13

Card Configuration 14

System Delay 14

Alive Time 14

Hardware Configuration 15

Dante Controller Basic Settings 16

Network Config 16

Key things to help you with IP addressing: 16

Appendices 17

Appendix A – Specifications 17

Appendix B – Supported Video Sync Rates 17

Appendix C - Connector Pinouts 18

Appendix D – Safety Notices 19

General Safety 19

Installation Notes 19

Power Safety 19

For EU: 20

Environmental Declaration 20

RoHS notice 20

Introduction

INTRODUCTION

Network I/O – SDI is a broadcast specification bidirectional bridge between Embedded SDI Audio, a Dante IP Audio Network and industry standard MADI.

Front panel of a solid-state logic device with no visible text or symbols on the main body (pure technical diagram)

Includes eight 3G-SDI paths with embedders and de-embedders for 16 audio channels. The unit has dual Dante and triple MADI connectivity (2 x optical, 1 x coax). In addition to SDI-Dante bridging, SDI allows direct bridging between SDI and MADI infrastructure. Internal channel-by-channel routing enables flexible routing between all three domains, or can be used as a standalone audio router. As you would expect redundant PSUs provide reassurance in a 24-hour Broadcast environment.

For more information about Dante see Audinate's website: http://www.audinate.com/

Key Features

• Interface between Embedded SDI audio, Dante and MADI
• Eight 3G-SDI paths with embedders and de-embedders for 16 audio channels
- Redundant: PSU, MADI ports, Dante Ports = Full Broadcast Spec Redundancy
• 2 x SFP optical and 1 x coax MADI I/O
- Internal channel-by-channel routing for all audio paths
- AES Connectivity
• SRC on the Audio path to and from SDI

Front Panel Layout

Front panel of a solid-state logic device with no visible text or symbols on the device body

Front Panel Indicators

RUN Green - Normal operation

PSU Green – Normal operation

STATUS Off - Normal operation

Red - See SDI Manager software for fault details

Usage Cases

SDI can be used in a variety of scenarios:

NETWORK I/O - SDI TO DANTE INFRASTRUCTURE

graph TD
    A["SDI"] -->|1 to 8| B["Primary Network Switch"]
    B --> C["Secondary Network Switch"]
    C --> D["Dante Intercom Connection"]
    D --> E["Dante wireless Micro receiver"]
    F["MADI Console"] --> G["MADI Bridge"]
    H["Dante Console"] --> I["Dante Wireless Micro"]
    J["8 Outputs"] --> B
    K["8 Inputs"] --> B

• Add SDI audio to existing Dante infrastructure

NETWORK I/O - SDI TO MADI INFRASTRUCTURE

MART

Hardware Connectivity

POWER

Network I/O – SDI includes redundant PSU with IEC connectors, either supply can individually power the unit – both should be used for redundancy. Ideally these should be connected to separate mains supplies to provide external connection redundancy.

SDI

8 SDI inputs and 8 SDI outputs with auto format selection up to 3G SDI. These are video thru circuits with 16 channels of Audio De-Embedding and Embedding. Sample Rate Conversion (SRC) per audio group. The SDI circuits are represented in the Network I/O - SDI Software Manager as cards 2, 4, 6 and 8. Each card includes 32 audio channels 1-16 being SDI 1, 17-32 being SDI 2 on each card.

NETWORK (DANTE)

Primary and Secondary Dante connections (Net1 and Net2) are provided on RJ45 connectors. The Primary port is the control connection for the Network I/O SDI configuration tool.

A pair of LEDs per port provides network connection and activity information:

ACT flashes when there is network activity

GB shows solid green when connected to a gigabit network

Note: The Dante Controller application cannot be used on the secondary connection.

MADI

Three MADI ports can be provided: two fibre and one copper. The optional fibre ports can be configured to function as a redundant pair. The interface is via SFP sockets, for use with multimode or singlemode LC fibre cables. The third MADI port is via standard BNC connectors.

Block Diagrams

SDI BLOCK DIAGRAM

graph TD
    A["SDI IN"] --> B["Audio Extractor"]
    B --> C["Audio Extract Buffer"]
    C --> D["Drop"]
    D --> E["Audio Embeduder"]
    E --> F["SDI OUT"]
    G["Audio Rafter"] --> H["Audio Alignment Buffer"]
    H --> I["Audio Rafter"]
    J["Audio Out"] --> K["Audio Alignment Buffer"]
    K --> L["Audio Rafter"]
    M["Source"] --> N["Source"]
    O["Source"] --> P["Source"]
    Q["Source"] --> R["Source"]
    S["Source"] --> T["Source"]
    U["Source"] --> V["Source"]
    W["Source"] --> X["Source"]
    Y["Source"] --> Z["Source"]
    AA["Source"] --> AB["Source"]
    AC["Source"] --> AD["Source"]
    AE["Source"] --> AF["Source"]
    AG["Source"] --> AH["Source"]
    AI["Source"] --> AJ["Source"]
    AK["Source"] --> AL["Source"]
    AM["Source"] --> AN["Source"]
    AO["Source"] --> AP["Source"]
    AQ["Source"] --> AR["Source"]
    AS["Source"] --> AT["Source"]
    AU["Source"] --> AV["Source"]
    AW["Source"] --> AX["Source"]
    AY["Delay"] --> BZ["Delay"]
    AZ["Delay"] --> BA["Delay"]

AUDIO MATRIX DIAGRAM

graph LR
    A["8 × SD (3G/HOSO)"] --> B["De-lambda"]
    B --> C["Embedder"]
    C --> D["8 × SD (3G/HOSO)"]
    B --> E["Output"]
    C --> F["Output"]

Intentionally blank page

Connecting a PC

NETWORK

Configuration of the SDI unit is carried out using the *SDI Manager* PC application. This programme can be downloaded from SSL's website here. Connect a Windows™ PC to the Net 1 connector on the SDI unit using a standard network cable.

Diagram showing a device panel connected to a laptop, with a red arrow pointing to the component.

IP ADDRESS

SDI units are shipped with a static factory default IP address of 192.168.1.10 for the Network I/O controller.

It is likely that this will need to be changed – or set to automatic – in order to fit in with the network environment in which the unit is to be installed. To do this, set your windows PC TCP/IP settings to a fixed address in the same domain as the SDI unit. (As shown right.)

The SDI Manager connection uses a separate IP address from the Dante connectivity. Settings for the Dante Environment should only be managed through the Dante Controller software.

Internet Protocol Version 4 (TCP/IPV4) Properties General You can get IP settings assigned automatically if your network supports this capability. Otherwise, you need to ask your network administrator for the appropriate IP settings. ○ Obtain an IP address automatically ● Use the following IP address: IP address: 192, 268 1, 1 Submit mask: 250, 253, 255, 0 Default gateway: ○ Obtain DNS server address automatically ● Use the following DNS server addresses: Preferred DNS server: Alternate DNS server: □ Update settings upon next Adjusted... OK Cancel

IP Address Continued...

Having checked you can connect to the device, now close the connection by right-clicking and selecting Close.

The IP settings cannot be altered whilst the unit is active.

Network I/O Device selection P Address ID name Type SN H2 101 1 0 3 1X 5 Close Input status... Firearm update ... Load recovery mode Clear settings Restart

Right-click on the target device and select Change Network Settings...

This will allow you to set the SDI unit into DHCP mode or to select a fixed address to suit your requirements.

Device selection P Address ID Name Type SN 192 158 1 10 3 TX 5011 Connect Change Network settings...

Note: Your computer network settings must now be updated to match those of the SDI unit.

Obtain on IP address automatically Use the following IP address IP address 0 . 0 . 0 . 0 Subset mask 0 . 0 . 0 . 0 Default gateway 0 . 0 . 0 . 0 Cancel OK

Software Features

The Network I/O - SDI Manager software window is divided into four panes:

• Device Selection shows available units and their connection status
• Crosspoint Status shows current connections and the buttons for file access
• Crosspoint Control is used to create or remove connections
• Device Status displays hardware information plus some basic interface settings

Network I/O - SOI Manager ( Online - TK_SD11 ) Device selection IP address ID Name Type SAN 092 168.1 10 3 TK_SD11 729 72080000047 Crispont status (none channels) All INPUT OUTPUT AES 01 MACD 01 AES 02 MACD 02 AES 03 MACD 03 AES 04 MACD 04 AES 05 MACD 05 AES 06 MACD 06 AES 07 MACD 07 AES 08 MACD 08 AES 09 MACD 09 AES 10 MACD 10 AES 11 MACD 11 AES 12 MACD 12 AES 13 MACD 13 AES 14 MACD 14 AES 15 MACD 15 AES 16 MACD 16 Crispont control based on type Type Type CARD 2 SFP 1 Mono Stereo Input CARD1 01 CHN 01 CARD2 02 CHN 02 CARD3 03 CHN 03 CARD4 04 CHN 04 CARD5 05 CHN 05 CARD6 06 CHN 06 CARD7 07 CHN 07 CARD8 08 CHN 08 CARD9 09 CHN 09 CARD10 CHN 10 CARD11 CHN 11 CARD12 CHN 12 CARD13 CHN 13 CARD14 CHN 14 CARD15 CHN 15 CARD16 CHN 16 CARD17 CHN 17 CARD18 CHN 18 CARD19 CHN 19 CARD20 CHN 20 CARD21 CHN 21 CARD22 CHN 22 CARD23 CHN 23 CARD24 CHN 24 CARD25 CHN 25 CARD26 CHN 26 CARD27 CHN 27 CARD28 CHN 28 CARD29 CHN 29 CARD30 CHN 30 CARD31 CHN 31 CARD32 CHN 32 Load from file ... Save to Be ... Disconnect Connect Device status Sync source IP Sample rate 48 bit PRS11 OK PRS12 OK PAN1 OK PAN2 OK PAN3 OK

Device Configuration Files

Device configurations can also be stored using the Load and Save buttons in the centre pane – these files are stored as .cfg (configuration) files.

For further details, see Other Settings on page 11.

Open Inversion Status File Name Name Data modified Type Size ACST-Visa.MAD01-16.ppt 23/08/2014 11:32 XPT File 1 KB LocalTestx.vpt 23/08/2014 11:17 XPT File 1 KB Shelot_Rading_AI.vpt 23/08/2014 11:14 XPT File 1 KB TK.Unit設備vctg 23/08/2014 11:30 CTG File 2 KB Computer Local Disk (C:) Removable Disk\ Firmi (flockbox) Solid Start Logic File Name: All Files (*.*) Open Cancel

The example shown contains three crosspoint routing files and one device configuration file.

Default view is for .xpt files only. To see .cfg files, select "All Files"

CUSTOM ROUTING

In certain circumstances there may be a requirement to deviate from the default routing in these typical scenarios.

Removing Routes

The centre Crosspoint Status pane of the SDI Manager shows all currently connected routes.

Select Individual or multiple routes using the left mouse button. Right-click and then select Disconnect from the option box.

To speed up selection, use the 'shift' key and mouse to select a range and use 'ctrl' and the mouse to select multiple individual instances.

O reapoint status (micro channels) ALL INPUT OUTPUT ACI 01 MAX 01 ACI 02 MAX 02 ACI 03 MAX 03 ACI 04 MAX 04 ACI 05 MAX 05 Connect Same to file... ACI 10 MAX 10 ACI 11 MAX 11 ACI 12 MAX 12 ACI 13 MAX 13 ACI 14 MAX 14

Chromocorbed based error Model C401.2 C401.3 C401.4 C401.5 C401.6 C401.7 C401.8 C401.9 C401.10 C401.11 C401.12 C401.13 C401.14 C401.15 C401.16 C401.17 C401.18 C401.19 C401.20 C401.21 C401.22 C401.23 C401.24 C401.25 C401.26 C401.27 C401.28 C401.29 C401.30 C401.31 C401.32 C401.33 C401.34 C401.35 C401.36 C401.37 C401.38 C401.39 C401.40 C401.41 C401.42 C401.43 C401.44 C401.45 C401.46 C401.47 C401.48 C401.49 C401.50 C401.51 C401.52 C401.53 C401.54 C401.55 C401.56 C401.57 C401.58 C401.59 C401.60 C401.61 C401.62 C401.63 C401.64 C401.65 C401.66 C401.67 C401.68 C401.69 C401.70 C401.71 C401.72 C401.73 C401.74 C401.75 C401.76 C401.77 C401.78 C401.79 C401.80 C401.81 C401.82 C401.83 C401.84 C401.85

Individual (Mono) Route Selection

Routes are connected by highlighting sources and destinations in their respective columns and clicking . Connect

The selected routes will now be added to the existing routes shown in the crosspoint status window.

Dourneet can also be used in this pane of the software to remove routes based on the destination(s) selected.

When stereo signals are available in adjacent odd/even pairs, these may be routed together by selecting the Stereo button below the card type selector.

It is possible to perform one-to-many routing (i.e. distribution) or simultaneous one-to-one routing. If a differing number of sources or destination is selected then the number of routes made will be equal to the lower number of I/O selected in either column.

Disruptant control based on inputs Input Output CARD2 10.14 CARD2 65.14 CARD2 38.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14 CARD2 36.14

Stereo Route Selection

OTHER SETTINGS

Other settings on specific SDI units are accessed via the button at the lower centre of the left pane in the software window. Each of the tabs is described in the following section.

Configuration changes can be saved from any of the page tabs.

Note that saving any changes will require a restart of the unit.

Sample Rate

• General Sample Rate – Set the general sample rate for the SDI unit to match the wider environment.
• Sample Rate Adaptation Source allows the unit's sample rate to be automatically adjusted as an external device changes.

The adaption source can be set to any of the separate or embedded clock reference signals.

Word Clock Output Sample Rate - Used to set the word clock to 48kHz or 44.1kHz (for use if the general sample rate is a higher rate e.g. 96kHz - sometimes called legacy mode).

Synchronization

Set the hierarchy of clock sources. Double-click in the Priority cell to alter the settings.

Word/Video Sync Termination

Select the sync termination box to add 75Ω terminator to the sync input BNC.

MADI

ID | Network | Sample rate | Synchronization | MACK | PI | General sample rate 48kHz 64.1MHz Sample rate adaptation source 20kHz 68.2MHz 50 MHz 176.4kHz 192 MHz BID 352.8 bits 304 MHz BID 100 x 5x BID 128 x 5x

General sample rate: 16.0 Sample rate adoption source: Internal Word clock output sample rate: Internal ACS11 AES Input 1 AES Input 2 AES Input 3 AES Input 4 AES Input 5 AES Input 6 AES Input 7 AES Input 8 PID 1 PID 2 Mask box SPT 1 SPT 2 Word clock output sample rate: Sample rate Base (44.1 or 48 kHz) Subsample rate

External source Priority: Word skull 3 ACS1 5 Video skull 2 ABS Input 1 0 ABS Input 2 0 ACS Input 3 0 ABS Input 4 0 ABS Input 5 0 ACS Input 6 0 ACS Input 7 0 ABS Input 8 0 Word skull 0 SPR-1 4 SPR-2 0 IP 1 Priority: 0=disabled, L=3(weak) Word/Video sync input termination

PHD

For future use.

Dante

It is recommended that these settings are managed using the Dante controller application only and not via SDI Manager. The information relating to the interface is included for clarity. See page 16 for information relating to Dante Controller.

Network | Sample rate | Synchronization | MADS | PHD | Dntle | Optional module | Card configuration | Sysc Broadlin IP name: Network-ID-SDI-047 Obtain an IP address automatically Use the following IP address P address: 168, 254, 345, 13 Tunnel mask: 254, 345, 8, 0 Default gateway: 0, 0, 4, 0 MAC server: 0, 0, 8, 0 Redundancy mode: Redundant Obtain an IP address automatically Use the following IP address P address: 172, 31, 148, 14 Submit mask: 255, 265, 0, 0 Default gateway: 0, 0, 0, 0 MAC server: 0, 0, 0, 0 MAC address: 001cc (HIF12c) MAC address: 001cc (HIF12c) Sample rate: Enable sample rate control from device Select to Rfc... Load from Rfc... Save changes Cancel

Optional Module (MADI SFP Fibre)

Each of the SFP fibre MADI interfaces, SFP 1 and SFP 2, has its own settings pane.

- Interface Type should be set to Madi – hotlink is not supported.

Input Sample Rate can be determined automatically from the incoming signal or locked to the internal clock.

1. Out of the data, the mean of the HDP level ( _1 and _2 )

Card Configuration

This settings tab provides the configuration control for each of the four, 2-channel SDI interface cards.

The left window is used to select the interface pairs and changes are made in the Value column of the right window. Double-click in the appropriate field to alter settings.

ID | Network | Sample rate | Synchronization | NADT | PHD | Semi | Optional module | Card configuration | System_1 | Split | Type | Description 1 2 | 70023A | SDI emb-/Lambda/deri with SRC 3 4 | 70023A | SDI emb-/Lambda/deri with SRC 5 6 | 70023A | SDI emb-/Lambda/deri with SRC 7 8 | 70023A | SDI emb-/Lambda/deri with SRC Channel | Parameter | Value | 1 | Embedding | enable 2 | Tx sample rate | 48 Hz 3 | Tx embedding mode group 1 | insert sys: 4 | Tx embedding mode group 2 | insert sys: 5 | Tx embedding mode group 3 | insert sys: 6 | Tx embedding mode group 4 | insert sys: 7 | Tx SBC group 1 | disable 8 | Rx SRC group 2 | disable 9 | Rx SRC group 3 | disable 10 | Rx SRC group 4 | disable 11 | theta rate | enable 12 | Tx sample rate | 48 Hz 13 | Tx embedding mode group 1 | insert sys: 14 | Tx embedding mode group 2 | insert sys: 15 | Tx embedding mode group 3 | insert sys: 16 | Tx embedding mode group 4 | insert sys: 17 | Rx SRC group 1 | disable 18 | Rx SRC group 2 | disable 19 | Rx SRC group 3 | disable 20 | Rx SRC group 4 | disable Save to Be... Load from Be... Save changes Cancel

Embedder – Each channel can be enabled or disabled.
TX Sample Rate can be set to 48kHz, 44.1kHz or 32kHz.
- Tx Embedder Mode Group 1–4 controls the signal parameters for each group through the card:

• Remove – Drops the audio completely
  • Pass – Disables the embedder for that group
• Insert Sync – Use when Audio and Video references are synchronous
• Insert Async – Use when Audio and Video references have the same sample rate but are asynchronous

Hardware Configuration

This tab provides rack hardware and software version details. It is for information only and no settings are available.

NIOI | RHO | Danie | Optimal module | Card configuration | System delay | Alive time | No configuration | Module | Type and series | Serial-number | 200 versions Ran border 700.0000 100.0000 000.0000/100.0000 16:45:1.4.8.1, 16:45:3.1.2.2 Card slot 700.0000 100.0000 000.0000/100.0000 Card slot 3 700.0000 100.0000 000.0000/100.0000 16:45:1.4.8.1, 16:45:3.1.2.2 Card slot 3 700.0000 100.0000 000.0000/100.0000 16:45:1.4.8.1, 16:45:3.1.2.2 Card slot 5 700.0000 100.0000 000.0000/100.0000 16:45:1.4.8.1, 16:45:3.1.2.2 Card slot 5 700.0000 100.0000 000.0000/15.9.9.9, 16:45:1.4.8.1, 16:45:3.1.2.2 Card slot 7 700.0000 158.9999 16:45:14.9999 16:45:3.1.2.2, 16:45:3.1.2 Ran border T48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/48/2 Card slot 7 69999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999 PUU 1 PSU 2 Save to file... Load from file... Save change... Cancel

Dante Controller Basic Settings

When using SDI with a Dante network all the Dante and other network settings should be set from Audinate's Dante Controller software (downloadable for OSX and Windows here: Dante Controller). Detailed instruction for this software can be found in the Dante Controller Manual – this guide gives you some basics that will allow you to get started.

Registration with Audinate is necessary before files become available for download.

NETWORK CONFIG

Each Dante device requires an IP address for communication – both the Primary and Secondary Network ports can be set to either DHCP or Fixed Addresses. The Primary and Secondary ports must be kept on separate networks or VLANS. This document covers the basics of connecting MADI Bridge to a pair of simple networks.

Please consult a network specialist for network design when considering more complex networks.

Key things to help you with IP addressing:

If either (or both) networks does not have a DHCP server and the Primary or Secondary network ports are set to DHCP then either (or both) will resolve to a link local address, eg. 169.254.x.x. This will take slightly longer to be functional from a power-up state but will always work.

If using fixed addressing the primary and secondary ports need to be on different subnets.

File Device View Help NetworkIO-SDI-049 Receive Transmit Status Latency Device Config Network Config Dante Redundancy Current: Redundant New: Redundant Addresses

Appendices

APPENDIX A - S PECIFICATIONS

Parameter Value Notes
Depth 366mm (14.5")
Height	89mm (3.5")	2 RU
Width 438mm (17.25") Excluding rack ears
Width 482mm (19") Including rack ears
Weight 6.1kg (13.4 lb)
Power < 90 VA
Boxed size 500 x 500 x 160mm (19 x 19 x 6.3")
Boxed weight 7.6kg (16.7 lb)

2U Solid Box Lanes 366mm

APPENDIX C - CONNECTOR PINOUTS

AES/EBU Inputs/Outputs (1-8, 9-16)
Location: Rear Panel
Connector Type: 25-way D-type female
Pin Description Notes:
1 Out channels 7/8 + Outputs14 Out channels 7/8 -2 Ground15 Out channels 5/6 +3 Out channels 5/6 -16 Ground4 Out channels 3/4 +17 Out channels 3/4 -5 Ground18 Out channels 1/2 +6 Out channels 1/2 -19 Ground
7 In channels 7/8 + Inputs20 In channels 7/8 -8 Ground21 In channels 5/6 +9 In channels 5/6 -22 Ground10 In channels 3/4 +23 In channels 3/4 -11 Ground24 In channels 1/2 +12 In channels 1/2 -25 Ground13 n/c

APPENDIX D - SAFETY NOTICES

General Safety

• Please read and keep this document.
• Adhere to all warnings and follow instructions.
  • This Electrical equipment should not be used near water.
• Cleaning should only be with dry cloths or products compatible with electrical devices – never when the unit is powered.
• Keep the unit free of dust and use in a clean environment.
• Do not use near any heat source of in direct sunlight.
• Do not used near naked flames.
• Do not place heavy objects on the unit.
• Do not obstruct the ventilation cutouts in the unit.
• Mount in an adequately supported 19' rack.
• Only use attachments/accessories recommended by the manufacturer.
• Unplug the device during lightning storms or long periods of unused.
• The unit can only be serviced by qualified personnel – Seek immediate service if:

The unit has been exposed to moisture

- The unit has been dropped

- The unit does not operate normally

- Do NOT modify this unit - alterations may affect performance, safety and/or international compliance standards.

- SSL does not accept liability for damage caused by maintenance, repair or modification by unauthorised personnel.

Installation Notes

• When installing this apparatus either fix it into a standard 19" rack or place the apparatus on a secure level surface.
• When this apparatus is rack mounted, fit all rack screws. Rack shelves are recommended for this apparatus.
• Allow a 1U gap above and below this apparatus for cooling.
• Ensure that no strain is placed on any cables connected to this apparatus. Ensure that all such cables are not placed where they can be stepped on, pulled or tripped over.

Power Safety

• The unit is not supplied with a mains lead allowing you to use IEC distribution of mains cables of your choice. Any mains cable used is required to fulfill the following standard:
• Use mains cords with the rating: AC - 50/60Hz, 100-240V, 0.4-0.2A each cord.
• The unit should ALWAYS be earthed with the earth on both the IEC sockets (when both are used).
• Please use - complaint 60320 C13 TYPE SOCKET. When connecting to supply outlets ensure that appropriate sized

For EU:

Network I/O SDI is CE compliant and fully conforms with the current protection requirements of the European community council directives on EMC and LVD. Note that any cables supplied with SSL equipment may be fitted for rings at each end. This is to comply with the current regulations and these ferrites should not be removed.

Any modifications to this equipment may adversely affect the CE compliance of this product.

Environmental Declaration

The symbol shown here, which is on the product or its packaging, indicates that this product must not be disposed of with other waste. Instead, it is the user's responsibility to dispose of their waste using a designated collection point for recycling of waste electrical and electronic equipment. The separate collection and recycling of your waste equipment at the time of disposal will help to conserve natural resources and ensure that it is recycled in a manner that protects human health and the environment. For more information about where you can dispose of your waste equipment for recycling, please contact your local city office, your household waste

disposal service or where you purchased the product.

RoHS notice

Solid State Logic has conformed and this product has conformed to European Union's Directive 2011/65/EU on Restrictions of Hazardous Substances (RoHS) as well as the following sections of California law which refer to RoHS, namely sections 25214.10, 25214.10.2, and 58012, Health and Safety Code; Section 42475.2, Public Resources Code.

For USA

To the User:

1. Do not modify this unit! This product, when installed as indicated in the instructions contained in the installation manual, meets FCC requirements.
2. Important: This product satisfies FCC regulations when high quality shielded cables are used to connect with other equipment. Failure to use high quality shielded cables or to follow the installation instructions may cause magnetic interference with appliances such as radios and televisions and will void your FCC authorisation to use this product in the USA.
3. Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful

NOTES

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Visit SSL at: www.solidstatelogic.com

1st Release – August 2014

© Solid State Logic

All Rights reserved under International and Pan-American Copyright Conventions

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Solid State Logic and SSL are trademarks of Solid State Logic

All other product names and trademarks are the property of their respective owners and are hereby acknowledged

No part of this publication may be reproduced in any form or by any means, whether mechanical or electronic, without the written permission of Solid State Logic, Oxford, OX5 1RU, England

As research and development is a continual process, Solid State Logic reserves the right to change