Calrec TYPE R Installation Manual

Nutclough Mill Hebden Bridge West Yorkshire England UK HX7 8EZ Tel: +44 (0)1422 842159 Fax: +44 (0)1422 845244 Email: [email protected] calrec.com No part of this manual may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying and scanning, for any purpose, without the prior written consent of Calrec Audio Ltd. Whilst the Company ensures that all details in this document are correct at the time of publication, we reserve the right to alter specifications and equipment without notice. Any changes we make will be reflected in subsequent issues of this document. The latest version will be available upon request. This publication is for International usage. Calrec Audio Ltd reserve the right to change specifications without notice. E & O.E. The established policy of Calrec Audio Ltd. is to seek improvements to the design, specifications and manufacture of all products. It is not always possible to provide notice outside the company of the alterations that take place continually. Despite considerable effort to produce up to date information, no literature published by the company nor any other material that may be provided should be regarded as an infallible guide to the specifications available nor does it constitute an offer for sale of any particular product. Apollo, Artemis, Summa, Brio, RP1, Type R, Hydra Audio Networking and Bluefin High Density Signal Processing (HDSP) are trade marks of Calrec Audio Ltd. Dolby®E is a registered trade mark of Dolby Laboratories, Inc. All other trade marks are acknowledged. © 2019 Calrec Audio Ltd. All Rights Reserved.

8 Package Contents 9 Start Up Guide 11 Getting Started 12 Checklist 12 1. Power up the Core and connect a PC 13 2. Access the basic Core configuration 14 3. Install a Software Upgrade Licence key (Optional) 15 4. Configure the Core for Surface Panels 16 5. Configure Network Switches & Devices 17 6. Configure Surface panels ID, IP addresses & Subnet masks 19 7. Connect Surface Switch & Surface Panels to the Core 20 8. Access Assist setup and create a new show 21 9. Connect to Assist from the Studio or Management subnets 21 10. Upload control layouts to the soft panels 23 11. Create layouts with Type R Soft Panel Designer 23 12 Update System Software & AoIP Devices Firmware 24 13. Configure AoIP Port & Connect server IP addresses 24 14. Connect Audio Switch and AoIP Ports to the Core 25 Surface Panels - Suggested Settings 28 AoIP Network Interfaces - Suggested Settings 30 About Type R manuals 31 Control Surface Dimensions 33 Surface Measurements 34 Fixing Bracket Assembly Instructions 41 Large Soft Panel on Desk Stand (720-999001) 42 Small Soft Panel on Desk Stand (720-999002) 44 Fader & LSP on Desk Stand (720-999003) 46 LSP In Desk Mounting (720-999004) 47 SSP In Desk Mounting (720-999005) 49 Fader Panel In Desk Mounting (720-999006) 51 Fader Panel Linking (720-999007) 54 Large Soft Panel Linking (720-999008) 56 System Elements 59 Core Layout 60 Surface Panel Layout 61 IM6413 6-Wide Fader Panel 61 MU6411 Large Soft Panel (LSP) 62 MU6410 Small Soft Panel (SSP) 62 Panel ID Settings 63 Optional Audio I/O Interface Box Layouts 64 AD6501 Type R - Combo I/O Interface box 64 AD6502 Type R - Analogue I/O Interface box 64 JD6503 Type R - AES I/O Interface box 64 Connecting Type R System Elements together 65 Default Network Configuration - At a glance 66 Default Network Configuration - Detail 68 Hardware Power Connections 69 Sync, Audio & GPIO Connections 71 Synchronisation 72 Type R Synchronisation sources. 72 AoIP Clock 72 Audio I/O Connections 73 Analogue Audio In 25 way ‘D’ type Connector 73 Analogue Audio In RJ45 type Connector 73 Analogue Audio Out 25 way ‘D’ type Connector 74 Analogue Audio Out RJ45 type Connector 74 AES Audio In 25 way ‘D’ type Connector 75 AES Audio In RJ45 type Connector 75 AES Audio Out 25 way ‘D’ type Connector 76 AES Audio Out RJ45 type Connector 76 GPIO Connections 77 GPI (inputs) 77 GPO (outputs) 77 GPI RJ45 type Connector 78 GPO RJ45 type Connector 78

 CORE DSP PACK options 79 DSP Pack Options 80 DSP Pack Sizes 80 For Single Consoles 81 For dual consoles 81 For triple consoles 81 DSP Path and Mix Bus Tables 81 Surface Panel Layout Examples 89 Surface Panel Layouts 90 Creating & Connecting Up Surface Layouts 90 Recommended third party equipment. 90 Cisco Switch Management Settings 90 AoIP Network Examples 101 Designing an AoIP/AES67 Network 102 Type R AoIP/AES67 network examples 102 Recommended third party equipment. 102 Redundancy 104 Switch Port Quantities 104 Bandwidth, Inter-Switch Links and Larger Networks 105 Leaf and Spline Architecture 106 Switch Choice 106 Software Updater 121 Update Core software to the latest version 122 Update AoIP Device firmware to the latest version 124 Specifications 125 General Specifications 126 Power/Environmental Specifications 127 Audio Performance Specifications 130

Information INFORMATION Should you require any technical assistance with your Calrec product please contact your regional Calrec distributor. Customers within the UK or Ireland should contact Calrec directly. For a complete list of worldwide distributors by region, go to www. calrec.com or contact us for more information. Our UK customer support team works closely with our global distributor network to provide the highest level of after sales support. Your distributor should be your first point of contact and will often be able to provide an instant solution, be it technical advice, spares or a site visit by an engineer. Product Warranty A full list of our conditions and warranties relating to goods services is contained in Calrec’s standard terms and conditions. A copy of this is available on request. Repairs If you need to return goods to Calrec for whatever reason, please contact your regional distributor, or Calrec customer support beforehand for guidance, as well as to log the details of the problem and receive a reference number. For customers outside the UK and Ireland, shipping via the distributor saves customers from dealing with exportation paperwork. If there is a need to send direct to Calrec, contact us beforehand to log the incoming repair and for assistance with exportation documents. Standard of Service Ensuring the highest standards is a priority, if you have any comments on the level of service, product quality or documentation offered to you by Calrec, please contact the Calrec Customer Support team in the UK who will endeavour to address your issues. Calrec welcomes all customer feedback. For feedback specific to this document, please contact [email protected]. Whenever you contact Calrec Customer Support please have the following information to hand: • Name. • Company. • Email Address. • Full details of enquiry (e.g. fault report). • Serial number of faulty hardware (if applicable). Once this information has been provided, a service ticket will be created to log your enquiry. The service ticket reference number will be given via email. Serial Numbers All units produced by Calrec are given a serial number and are booked into a central record system at the time of manufacture. These records are updated whenever a piece of hardware is dispatched to or received from a customer. When contacting Calrec Customer Support with a hardware inquiry it is important that the correct Calrec serial number is provided to enable the customer support team to provide a high level of service. Type R serial numbers can be found on the label on each unit of the Type R system. After Sales Modifications Please be aware that any modifications other than those made or approved by Calrec Audio Limited or their agents, may invalidate the console’s warranty. This includes changes to cabling provided by Calrec and variations to the recommended installation as detailed in Calrec documentation. Modifications to this equipment by any party other than Calrec Audio Limited may invalidate EMC and safety features designed into the equipment. Calrec Audio Limited can not be liable for any legal proceedings or problems that may arise relating to such modifications. If in doubt, please contact Calrec Audio Limited for guidance prior to commencing any modification work. Telephone: (9:00am-5.30pm) +44 (0) 1422 842159 Email - Technical: [email protected] Email - General: [email protected] Postal Address: Calrec Audio Ltd. Nutclough Mill, Hebden Bridge, West Yorkshire, HX7 8EZ, UK Fax: +44 (0) 1422 842159 Website: www.calrec.com

connectors will not be readily accessible, effectively making the equipment permanently connected. The installation should be carried out in accordance with all applicable installation rules and regulations. Service Personnel The AC power disconnect devices are the 2 x IEC (IEC60320-1 C13/C14) couplers located at the rear of each unit. WARNING: The apparatus has a dual power system. It is essential that BOTH AC power IEC couplers are disconnected to prevent exposure to hazardous voltage within the unit. Third Party Equipment Integrating third party equipment into a Calrec system may compromise the product’s ability to comply with the radiated emission limits set in the latest EMC (Electro Magnetic Compatibility) standard. Calrec Audio Limited can not be responsible for any non-conformities due to use of third party equipment. If in doubt, please contact Calrec Audio Limited for guidance prior to integrating any third party equipment. ESD (Static) Handling Procedures In its completed form, this equipment has been designed to have a high level of immunity to static discharges. However, when handling individual boards and modules, many highly static sensitive parts are exposed. In order to protect these devices from damage and to protect your warranty, please observe static handling procedures, for example, use an appropriately grounded anti-static wrist band. All modules and cards should be returned to Calrec Audio Limited in anti-static wrapping. Calrec Audio Limited can supply anti-static wrapping upon request. This applies particularly to digital products due to the types of devices and very small geometries used in their fabrication, analogue parts can, however, still be affected. RoHS Legislation In order to comply with European RoHS (Reduction of Hazardous Substances) legislation, Calrec PCB and cable assemblies are produced with lead-free (tin/copper/silver) solder instead of tin/ lead solder. In the unlikely event of a customer having to carry out any re-soldering on any Apollo, Artemis, Summa, Brio, Type R or Hydra2 hardware, it is imperative that lead-free solder is used; contaminating lead-free solder with leaded solder is likely to have an adverse effect on the long-term reliability of the product. Circuit boards assembled with lead-free solder can be identified (in accordance with IPC/JEDEC standards) by a small oval logo (see below) on the top-side of the circuit board near the PCB reference number (8xx-xxx). The same logo is used on the connector hoods of soldered cable assemblies. If in doubt, please check with a Calrec customer support engineer before carrying out any form of re-soldering. UKAS AND ANAB REGISTRATION LEAD FREE STICKER LEAD FREE ISO 9001 and RAB Registered Calrec Audio Ltd has been issued the ISO9001: 2008 standard by the Governing Board of ISOQAR. The award, for both UKAS and RAB registration (see below), is the most comprehensive of the ISO9000 international standards. Granted in recognition of excellence across design, development, manufacture and after- sales support, the certification follows a rigorous and thorough review of Calrec’s internal and external communication and business procedures.

Information HEALTH AND SAFETY Important Safety Instructions: • Read these instructions. • Keep these instructions. • Heed all warnings. • Follow all instructions. • Do not use this apparatus near water. • Do not block any ventilation openings. Install in accordance with the manufacturer’s instructions. • Do not install near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat. • Protect the power cord from being walked on or pinched particularly at the plugs, convenience receptacles, and the point where they exit from the apparatus. • Use only with the cart, stand, tripod, bracket, or table specified by the manufacturer, or sold with the apparatus. When a cart is used, use caution when moving the cart/ apparatus combination to avoid injury from tip-over. • Refer all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged in any way, such as power-supply cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus has been exposed to rain or moisture, does not operator normally, or has been dropped. • Warning: To reduce the risk of fire or electric shock, do not expose this apparatus to rain or moisture. • Not intended for outdoor use. • This equipment must be EARTHED. • Before starting any servicing operation, equipment must be isolated from the AC power supply. The disconnect devices are the 2 x IEC connectors (IEC 60320-1 C13/C14 couplers). • Do not allow ventilation slots to be blocked. • Do not leave the equipment powered up with the dust cover fitted. Cleaning For cleaning the front panels of the equipment we recommend using a soft anti-static cloth, lightly dampened with water if required. Explanation of Warning Symbols Triangular warning symbols contain a black symbol on a yellow background, surrounded by a black border. The lightning flash with arrow head symbol within an equilateral triangle, as shown on this page, is intended to alert the user to the presence of dangerous voltages and energy levels within the product’s enclosure that may be of sufficient magnitude to constitute a risk of electric shock or injury. The exclamation mark within an equilateral triangle, as shown on this page, is intended to prompt the user to refer to important operating or maintenance instructions in the documentation supplied with the product. Earthing This is a Class I product. An Earth connection MUST be provided in each AC power cord. The Earth Bolt connection at the rear of the console is provided for those users who wish to have a separate ground/ earth connection using Earth cable at least 6 mm2 in cross section (10 AWG), this connection is optional and is NOT a requirement to comply with safety standards. Lithium Battery Replacement Caution: Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type. Batteries must not be exposed to excessive heat such as sunshine, fire or the like 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. 2. This device must accept any interference received, including interference that may cause undesired operation. DANGEROUS VOLTAGES IMPORTANT INSTRUCTIONS Other Symbols in Use For apparatus intended to be used at altitude not exceeding 2000m, a warning label containing the following symbol shown below shall fixed to the equipment at readily visible place. ALTITUDE WARNING SYMBOL

The System consists of a UR6500 Core connected to a combination of IM6413 6-wide Fader Panels, MU6411 Large Soft Panels (LSP), MU6410 Small Soft Panels (SSP) connected via a PoE+ ethernet switch & Calrec Assist running on a configuration computer. The Core contains Analogue and AES I/O as well as GPIO connectivity. In addition there are a number of I/O unit types which can be connected to using AoIP interfaces. The following table shows all Type R options: Surfaces and Core Packs Type R Surfaces Type R can be supplied with various combinations of Fader Panels, Large Soft Panels and Small TFT panels together with Calrec Assist to form the user’s required Console Surface. • Each IM6413 6-wide Fader Panel has a dedicated fader status display, 4 user definable large buttons F1-F4, 2 user definable small buttons R1 & R2 and a user definable rotary control cell R with its own control display for each of the 6 faders. Note that each fader can access two layers described as Layer A and Layer B, this can be switched from a user definable button. • Each MU6411 Large Soft Panel has a touch controlled TFT, 6 user definable rotary controls and 6 user definable buttons. • Each MU6410 Small Soft Panel has a touch controlled TFT, 1 user definable rotary control and 1 user definable button. In addition Calrec Assist is provided as a GUI application to run on a configuration computer optionally supplied by Calrec or provided by the customer, providing it meets the minimum specification. Type R Core Power, Router, Control Processor, and DSP are all self contained within the 2U Core unit which has two IEC connectors to provide PSU redundancy. The core operates at 44.1, 48, & 96 kHz and supports up to 3 Consoles. A number of DSP packages are available for 1, 2 or 3 consoles running on a core. These are listed in the Core DSP Pack Options section of this document. Cabling A Y-Split IEC cable is required for supplying power to the core and each of the Optional I/O units The Power for the Console surface panels is supplied from PoE+ Gigabit Managed switches or PoE+ injectors over Cat5e or Cat6 shielded twisted pair (STP) cable. AoIP I/O packs Type R Core I/O The 2U high UR6500 Core provides 4 AES Input ports with SRC indication, 4 AES Output ports, 8 channels of analogue mic/line input with 48v phantom power indication, 8 channels of analogue line level output, 12 GPI and 12 GPO ports and 2 Stereo headphone outputs. In addition, 2 x US6493 AoIP devices (with redundant Primary and Secondary connections) may optionally be fitted inside the unit, each allowing up to 256 channels to be passed in either direction as AoIP streams to/from other I/O devices such as other Type R I/O boxes via Gigabit IP switches. Type R Optional I/O There are 3 optional 1U high Type R I/O box types that can be added to a system via the built in US6525 AoIP interface (with redundant Primary and Secondary connections) which are on the back of each I/O box: • AD6501 Combo I/O unit which provides the same I/O mix as the UR6500 core above but with 6 GPI and 6 GPO ports and 2 Stereo headphone outputs. • AD6502 Analogue I/O unit which provides 16 channels of analogue mic/line input with 48v phantom power indication, 16 channels of analogue line level output, 6 GPI and 6 GPO ports • JD6503 AES I/O unit which provides 8 AES Input ports with SRC indication, 8 AES Output ports, 6 GPI and 6 GPO ports

Start Up Guide GETTING STARTED Thank you for choosing Calrec Type R. This start up guide will provide you with all the steps you need to set up your Type R as a non-redundant, single studio system. For links to information about more advanced setups, as well as other manuals, please refer to the Further Reading section at the back of this start up guide, or contact Calrec Customer Support ([email protected]). Before you begin, please make sure you have a PC with Google Chrome installed, running Windows 7 or higher, an ethernet adaptor plus an ethernet cable, and an internet connection to download any update packages you may require. Note: If Google Chrome is not installed, go to https://www.google.com/chrome/ to download and install it. Note: The minimum recommended Windows PC specifications are as follows: - i5 Intel Processor or AMD equivalent - 4 Gig RAM memory - Windows 7 or 10 - 64bit - Google Chrome Browser - Version 77 or higher Please also confirm that all the parts listed on your system’s packing list are present, with the correct serial numbers. A print out of the packing list will have been provided alongside the shipping documentation. The packing list is a document named with your sales order number and appended with -11 (e.g. 51235-11). If any parts are missing, or there is any sign of damage, please contact Calrec Customer Support. Important: Please follow this guide from start to finish to ensure that your system is configured correctly! Use the checklist if you wish to confirm each step. 1. Power up the Core and connect a PC 2. Access the basic Core configuration 3. Install a Software Upgrade Licence key (Optional, requires UID and Serial Number) 4. Configure the Core for Surface Panels 5. Configure Network Switches & Devices 6. Configure Surface panels ID, IP addresses & Subnet masks 7. Connect Surface Switch & Surface Panels to the Core 8. Access Assist setup and create a new show 9. Connect to Assist from the Studio or Management subnets 10. Uploading control layouts to the soft panels 11. Creating layouts with Type R Soft Panel Designer 12 Update System Software & AoIP Devices Firmware 13. Configure AoIP Port & Connect server IP addresses 14. Connect Audio Switch & AoIP Ports to the Core Perform System Tests - Ready for use CHECKLIST

Customer Support and do not continue. 2. Confirm that the Pri / Sec switch on the rear of the core is set in the Pri position (switched to the left). 3. Connect the power cable to both PSU inlets on the rear of the core and power it on. The core will boot up with the PRI LED lit and after approximately 30 seconds the OK LED will light solid green to indicate a good status. The Recover Led should be lit Green or not lit, Fan Fail & PSU Fail LEDs should not be lit. 4. Configure the Ethernet adapter in your PC with IP address 172.16.255.99 and subnet mask 255.255.255.0 Note: Please refer to your PC’s operating instructions, if you are unsure how to configure its ethernet adapter. 5. Connect the ethernet adapter to the Setup port on the front of your Type R core. POWER CONNECTION TO CORE AND PC CONNECTION TO CORE SETUP PORT 1. POWER UP THE CORE AND CONNECT A PC

Start Up Guide 1. Open Google Chrome, type 172.16.255.19 into the address bar and press enter to navigate to the Core Configure landing page. 2. Click on System. The System>General Configuration page will be displayed. 3. Set the system date & time. 4. You may also set new System and Core names here. These names will be used by the system to identify and announce cores, as well as in system status messages, so it is important for all the cores you own to be given unique names. CORE CONFIGURE LANDING PAGE CORE CONFIGURE GENERAL CONFIGURATION PAGE 2. ACCESS THE BASIC CORE CONFIGURATION

channel mixer as standard. However, the quantity of DSP channels and mixers* available in a single Type R core can be upgraded with optional Software Upgrade Licences. If you are interested in Software Upgrade Licences, go to https://shop.calrec.com/ to view the upgrade options and to download a licence key for your core. If a Software Upgrade Licence was purchased with the original order, details will have been sent to the primary customer contact(s). CALREC ONLINE SHOP - SOFTWARE UPGRADE LICENCE PAGE CORE CONFIGURE DSP & LICENCES PAGE 1. To install a licence key, open the Core Configure application and navigate to System>DSP & Licences. 2. Click Edit Licence to open the Add new licence keys dialogue. 3. For each core, click Add key and browse for the corresponding licence file on your system to open. 4. Once all the required licences have been added, click Save to dismiss the dialogue. 5. Click Apply in the footer and select Restart Now in the pop-up dialogue. Changes will take effect after the core reboots. * Additional mixers available in a later version 3. INSTALL A SOFTWARE UPGRADE LICENCE KEY (OPTIONAL)

Start Up Guide 1. In Core Configure, navigate to the Control Surfaces page. See above right. 2. Select Mixer A – Surface A. The surface may now be renamed using the text entry field at the top of the screen. 3. To add a fader panel select Add fader panel. This will open the Add fader panel dialogue. See middle right. 4. Set the type to Fader panel. Note: If you do not have a fader panel, select Virtual panel. 5. Set the Panel ID to match the switches on the rear of the panel. Tip: Use the Panel ID switch tool in the UI to match the switches on the rear of the panel. Also see “Surface Panels - Suggested Settings” on page 28 for recommended Panel ID’s. 6. Set the fader range to 1 – 6 then click Add. 7. Continue to add fader panels in the same way, with unique panel IDs and fader range values, until all required fader panels are added to the surface layout. 8. To add a Soft Panel select Add ancillary panel. This will open the Add ancillary panel dialogue. See below right. Note: Where there are multiple fader panels, multiple Add ancillary panel buttons will be available. This is to allow you to position the panel in the surface layout in a way that roughly matches your intended surface setup and will also facilitate the creation of user sections later. The position chosen does not determine the functionality available to the soft panel. Up to 8 soft panels may be added per fader section, up to a maximum of 26 soft panels per core system. 9. Select the type of panel, LSP or SSP. 10. Set the Panel ID to match the switches on the rear of the panel. Tip: Use the Panel ID switch tool in the UI to match the switches on the rear of the panel. 11. Give the panel a label (e.g. LSP 1, SSP 1, Guest 1), then click Add Panel. 12. When all surface panels are added to the layout, click Save in the footer of the control surfaces page. 13. Restart the core from the reset button on the front of the core for the changes to take effect. CORE CONFIGURE CONTROL SURFACES PAGE ADD FADER PANEL DIALOGUE PAGE ADD ANCILLARY PANEL DIALOGUE PAGE 4. CONFIGURE THE CORE FOR SURFACE PANELS

Calrec currently recommends and provides the following network switches & devices: • 491-268: Sonifex AVN-GMCS Grand Master clock. (used for AoIP Synchronisation). • 491-265: Cisco SG350-10MP 10 port PoE+ switch. (used for Control Panel Interfacing). • 491-267: Cisco SG350-10 10 port Non PoE switch (used for multi-studio distribution). • 491-270: Artel ARG 1G Quarra PTP Switch. (used for AoIP interfacing with the Core). • 491-269: Trendnet TPE-115GI - Gigabit PoE+ Injector.(used to add PoE to an ethernet connection). If your system was provided with any of these devices, carefully remove each device from its packaging now. If there are any signs of damage, please contact Calrec Customer Support and do not continue to use the damaged parts. Important: Some of the above devices may require pre-configuration before installation. Please refer to the guidance for each device, you have purchased which is available at https://calrec.com/resources/ , before you continue. Cisco Switch Management Settings for Physical Surface Panels The Cisco SG350 switch used for Surface Panel Interfacing, needs to have its Energy Detect Mode, Short Reach and 802.3 Energy Efficient Ethernet Properties disabled, this is carried out in the Port Management>Green Ethernet>Properties page of the switch. The Cisco switch’s default IP address is 192.168.1.254 typing this into the address bar of the browser takes the user to the Log in screen. The default Username is “cisco” and the default password is “cisco” clicking on the ‘Log in’ button gives access to the switch’s administration page as shown below:- Deselect the Energy Detect Mode, Short Reach and 802.3 Energy Efficient Ethernet tick boxes on the Properties page of the switch as shown, and apply the changes. Cisco Port Discovery for Physical Surface Panels The Cisco switch used for connection to the Surface Panels does not require explicit port configuration as it discovers the panels via ARP (Address resolution Protocol) and all the ports exist in the same Studio A address & subnet area i.e. 172.17/16. CISCO SWITCH GREEN ETHERNET PROPERTIES PAGE

Start Up Guide Cisco and Artel Switch and Network Configuration for AoIP / AES67 Networks Below are shown some useful links for AoIP / AES67 network configuration, if using a Cisco SG350 switch for AoIP (which are only recommended for very small systems) then please refer to the Cisco Auto Configuration guides or Cisco Manual Configuration guides. These can be found at https://calrec.com/resources/ For larger PTP based audio networking using Artel ARG Quarra switches please refer to the Artel links below: Artel ARG Quarra PTP switch range http://www.artel.com/media-transport-products/quarra Artel ARG Quarra Configuration Guide for AES67 http://www.artel.com/-/media/products-related/configguides/quarra-configuration-guides/quarra-configuration-guide-for-aes67. ashx?la=en * In order to simplify configuration, a text based example configuration file can be uploaded for both the Cisco and Artel ARG Quarra Switches for use with AoIP/AES67 Network devices. These can be found at https://calrec.com/resources/ . The configuration files both allow the switch to operate in the 192.168.30/24 for Primary AoIP port and 192.168.31/24 Secondary AoIP port address ranges and can be adapted as required. Artel Switch Management Settings for AoIP / AES67 Networks The Artel ARG switch is used for AoIP/AES67 Interfacing and needs to have its Port Power Savings Configuration Properties disabled, this is carried out in the Configuration>Green Ethernet>Port Power Savings page of the switch. The Artel switch’s default IP address is 192.168.100.100 typing this into the address bar of the browser accesses the Log in screen. The default Username is “admin” and there is no default Password, clicking on the ‘Sign in’ button gives access to the switch’s configuration pages. A new Artel switch has its power saving feature disabled by default but it’s worth checking, to ensure this is the case, if it isn’t then proceed as shown below:- Deselect all the tick boxes as shown above on the Port Power Savings page of the switch and click on ‘Save’ to apply the changes. Then go to Maintenance > Configuration > Save start-up-config and click Save Configuration. This will save the currently running settings that you have just configured as the switch’s startup configuration so that it loads whenever it is turned on or rebooted. ARTEL ARG QUARRA SWITCH GREEN ETHERNET PROPERTIES PAGE

Calrec Customer Support and do not continue to use the damaged parts. 2. If panel stands or brackets were purchased, you may want to fit these to your panels now. • Please refer to the Type R Installation manual for more information on stand and bracket assembly. 3. Set each panel ID using the switches on the rear of the panel. • The 8-way DIP switch is set as an 8-bit binary representation of the ID value. Each switch is labelled with a value on the panel metalwork. Positioning a switch in the on (1) position enables this value. The values of all enabled switches are summed to create an ID between 1 and 255. • Each panel requires a unique ID. Please refer to “Surface Panels - Suggested Settings” on page 28 4. Using the cables supplied, connect each panel to a POE+ switch or POE injector to power it on. 5. Panels set with factory default settings should boot into config mode automatically. To enter config mode manually, follow the instructions below: • Fader panels: hold down the first 3 buttons on the bottom button row before powering during panel boot up. • LSP: hold down the first 3 buttons once the Calrec logo appears during panel boot up • SSP: hold down the large button and encoder once the Calrec logo appears during panel boot up. 6. When the panels have entered config mode, set each panel’s IP address and subnet mask following the instructions below: • Fader panels: Press option 8 “Set IP Addr” and use the rotary controls to enter each value, then press any Save button. • Soft panels: Press Edit next to the IP address then enter a new value using the on-screen keyboard. Note that the subnet mask on soft panels is not currently editable and is defaulted to the suggested setting (255.255.0.0, or /16 in CIDR notation). 7. Press Reboot to accept changes and on completion disconnect each panel. IM6413 TYPE R - 6 WIDE FADER PANEL TOP & REAR VIEWS MU6411 TYPE R - LARGE SOFT PANEL TOP & REAR VIEWS MU6410 TYPE R - SMALL SOFT PANEL TOP & REAR VIEWS 6. CONFIGURE SURFACE PANELS ID, IP ADDRESSES & SUBNET MASKS

Start Up Guide 1. To establish communication between the surface panels and the core, connect the network switch to network interface connections 1 and / or 2 on the rear of the core (marked “Surface”), then connect the surface panels / POE injectors to the network switches one by one to power them up into “Configuration Mode”. Note: If two switches are in use, you may connect the first to interface #1 and the second to interface #2. Once setup the Core should be rebooted via the Reset button on the front of the core. 2. If the Core has been configured with a surface layout that matches the connected panels, the panels will be discovered by the core. If the panels are running a different software version to the core they will automatically update. Once all updates are completed the panels will boot into”Normal Operating Mode”. Soft panels will display the message “This panel has no layout associated with this show” and Fader panels will show blank controls with “No Path” on each of the lower displays. If any of the panels are displaying connection errors or “Looking for core” double check the ID matches the surface layout and the IP address is unique. SURFACE PANEL CONFIGURATION EXAMPLE 7. CONNECT SURFACE SWITCH & SURFACE PANELS TO THE CORE

port may not be connected to a local area network (LAN) and in a studio install scenario may not therefore be readily accessible to an operator or engineer’s PC. It is therefore recommended that the PC accessing Assist is now connected to the network switch that serves the surface panels instead. By default, all user interfaces may be accessed via the rear network interfaces, using either a “Management” or a “Studio A” subnet. The “Management” subnet resides in the 172.29/16 address space and provides access to all applications and services running on the core. The “Studio A” subnet resides in the 172.17/16 address space and provides access to the Assist, Core Configure & Calrec Connect applications, as well as the console control service. Note: Type R is designed to support a Touch Interface if the PC provides this. To use either subnet configure your PC’s ethernet adaptor as follows: • Management - IP address 172.29.0.1, subnet mask 255.255.0.0 • Studio A - IP address 172.17.0.1, subnet mask 255.255.0.0 Note: Default “Studio B” and “Studio C” subnets will be added in a later version To create a new Show follow these steps: 1. Open Google Chrome, type 172.16.255.25 into the address bar and press enter to navigate to the Assist landing page. 2. In the menu on the left-hand side, navigate to Shows & snapshots then Shows in the sub-menu. 3. In the footer menu select New, the Create a Show dialogue will be displayed. Select the Default_Show template show and click Next. 4. Fill in the form to label and describe your Show, then click Create New Show. You will be automatically redirected to the Fader layout screen. 5. From here you may begin to configure your mixer with DSP paths, routing etc. However we would recommend that you continue to complete the setup before doing this. Please refer to the Type R Assist Manual or Type R Assist and Console Operation Manual for more guidance. 8. ACCESS ASSIST SETUP AND CREATE A NEW SHOW 9. CONNECT TO ASSIST FROM THE STUDIO OR MANAGEMENT SUBNETS Application Setup Port (front of core) Management subnet (back of core) Studio A subnet (surface panels) Assist 172.16.255.25 172.29.1.1 172.17.1.1 Calrec Connect 172.16.255.60 172.29.1.21 172.17.1.21 Software Updater 172.16.255.40 172.29.1.22 172.17.1.22 Configure 172.16.255.19 172.29.1.23 172.17.1.23 To access the Assist, Core Configure & Calrec Connect applications, from the various connection points in the system type the corresponding IP address shown in the table below into the Google Chrome address bar address bar. IP ADDRESSES FOR ACCESS TO ASSIST, CONNECT, SOFTWARE UPDATER & CONFIGURE USER INTERFACES

Start Up Guide SURFACE PANEL CONFIGURATION WITH ASSIST PC CONNECT OPTIONS TO SETUP, MANAGEMENT & STUDIO A

10. UPLOAD CONTROL LAYOUTS TO THE SOFT PANELS Type R systems come with a selection of Soft Panel layout files already available. 1. To upload a layout file to a Soft Panel, navigate to Show setup then Soft panel layout in Assist. 2. Select the panel in the list on the left side, then select a layout file in the table on the right side. 3. Click Apply. The layout will be immediately applied to the panel 4. Repeat this process for each Soft Panel in your surface Please refer to the Type R Assist and Console Panel Operation manual for more information on Type R Soft Panel Layouts. 11. CREATE LAYOUTS WITH TYPE R SOFT PANEL DESIGNER To create your own Soft Panel Layouts, the Type R Soft Panel Designer application is required. This can be downloaded from http://ftp.calrec.com Please login using the case-sensitive credentials below: Account: TypeR Password: tYoarEdQ Please refer to the Type R Soft Panel Designer manual for more information on the Type R Soft Panel Designer application. TYPE R SOFT PANEL SOFT PANEL LAYOUT ASSIST PAGE

Start Up Guide 12 UPDATE SYSTEM SOFTWARE & AOIP DEVICES FIRMWARE In order to interface the Type R System with Type R AoIP devices, the system software needs to be updated. The Type R Core software should be running version 1.2 and the AoIP Devices firmware running v.3.2.1-j429_7 for the two AoIP devices in the core and v.3.2.1-j501_7 for each AoIP I/O box in the AoIP network. If your system has already been updated please skip this section, if not go to “Update Core software to the latest version” on page 122 and “Update AoIP Device firmware to the latest version” on page 124 before proceeding. 13. CONFIGURE AOIP PORT & CONNECT SERVER IP ADDRESSES There are three optional Audio interface boxes types available for the Type R which are show in outline below:- The AD6501 is a 4 AES In with SRC & 4 AES Out, 8 Mic/Line In with 48v & 8 Line out Combo I/O box with 2 x 6.35mm (1/4”) headphone sockets for monitoring usage and 6 GPI and 6 GPO interfaces. The AD6502 is a 16 Mic/Line In with 48v and 16 Line out Analogue I/O box with 6 GPI and 6 GPO interfaces. The JD6503 is an 8 AES In with SRC and 8 AES Out AES I/O Box with 6 GPI and 6 GPO interfaces. In addition to the 2 x IEC power connectors on the rear of each unit, there is an AoIP interface via RJ45 connectors (with redundant Primary and Secondary connections) which is connected to a US6525 AoIP device, which allows the I/O to be connected to the core via an IP switch network. AD6501 Type R - Combo I/O Interface box AD6502 Type R - Analogue I/O Interface box JD6503 Type R - AES I/O Interface box Front Front Front Rear Rear Rear

AoIP port IP address & Subnet mask** Primary core Connect Server Pri (I/F 5) 192.168.30.100/24 Sec (I/F 6) 192.168.31.100/24 Combo AoIP - Pri 192.168.30.1/24 AoIP - Sec 192.168.31.1/24 Analogue AoIP - Pri 192.168.30.2/24 AoIP - Sec 192.168.31.2/24 AES AoIP - Pri 192.168.30.3/24 AoIP - Sec 192.168.31.3/24 Primary Core AoIP1 AoIP 1 - Pri 192.168.30.4/24 AoIP 1 - Sec 192.168.31.4/24 Secondary Core AoIP2 AoIP 2 - Pri 192.168.30.64/24 AoIP 2 - Sec 192.168.31.64/24 IO BOX & CORE AOIP NETWORK INTERFACE SETTINGS The default IO box and core AoIP network interface settings are shown in the table above right: All IO box, core AoIP network interfaces and Connect server AoIP interfaces must have unique IP addresses, so if multiple AoIP devices in the same IO box type or multiple cores need to be connected, it is essential that all IP addresses are reconfigured accordingly first. Important: Currently, the IP addresses and subnet masks assigned to the core’s Connect server are fixed. It will be possible to edit these settings from software release v1.2. Until then, all AoIP devices which are to be discovered and controlled by Connect must reside in the 192.168.30/24 (Primary) and 192.168.31/24 (Secondary) subnets. 1. Connect the audio network switch(es) to interfaces 5 (& 6) on the rear of the core (marked “Surface”) , Then follow the steps given below to configure each AoIP interface in an IO box or core: 2. Connect the Pri & Sec AoIP interfaces on the rear of the IO box or core, to your network switch or switches. Note: Follow the suggested switch port connections given for your network switch(es) in the corresponding Network Device document if unsure (see section 5). Note: PTP aware switches are recommended, but are not necessary for small AoIP networks Note: Connect one IO box / device or core at a time to avoid IP address conflicts. EXAMPLE OF CONNECTING A COMBO AOIP BOX TO THE CORE VIA AN AOIP SWITCH 14. CONNECT AUDIO SWITCH AND AOIP PORTS TO THE CORE

Start Up Guide 3. Enter 172.16.255.60 in the Google Chrome address bar and press enter to navigate to Calrec Connect. 4. Select Devices in the menu on the left and select the corresponding entry for the connected IO box / device or core. 5. In the settings area to the right, select the Interfaces tab. 6. Edit the IP address and subnet mask settings of eth1 and eth2 to your preferred values. Note: Please refer to “AoIP Network Interfaces - Suggested Settings” on page 30 of this document for suggested settings and reference tables. 7. Connect the next IO device and repeat steps 3, 4 & 5. Once all IO box & core AoIP device network interfaces are known to be set with unique IP addresses, they may all be connected to the same network. All IO boxes in the same subnet should be discovered and displayed in Calrec Connect as shown on the next page for the Type R Core which has two AoIP device interfaces and a Combo AoIP device which has one AoIP device. Transmitter and receiver streams may now be configured have Audio Inputs and Outputs patched to those streams and routed between devices. Please refer to the Further Reading section at the back of this guide for links to additional guidance about using Calrec Connect. EXAMPLE OF CONNECTING MULTIPLE IO BOXES TO THE CORE VIA REDUNDANT AOIP SWITCHES

CALREC CONNECT SHOWING THE TYPE R CORE AOIP PORTS READY FOR CREATING TRANSMIT AND RECEIVE STREAMS CALREC CONNECT SHOWING THE COMBO AOIP DEVICE PORTS READY FOR CREATING TRANSMIT AND RECEIVE STREAMS

Start Up Guide SURFACE PANELS - SUGGESTED SETTINGS Fader Panel Fader Range ( e.g. 1-6 ) Serial Number Panel ID [switch setting] IP Address Subnet mask** 1st 1 [00000001] 172.17.101.1 /16 2nd 2 [00000010] 172.17.101.2 /16 3rd 3 [00000011] 172.17.101.3 /16 4th 4 [00000100] 172.17.101.4 /16 5th 5 [00000101] 172.17.101.5 /16 6th 6 [00000110] 172.17.101.6 /16 7th 7 [00000111] 172.17.101.7 /16 8th 8 [00001000] 172.17.101.8 /16 The suggested settings for each surface panel connected to the first mixer in a TypeR system are shown below. Use the tables below to configure your surface panels and to record the serial number, fader range and label details of each panel for later reference. After configuring the surface panels, you may want to attach labels to them. A blank label sheet is provided with the Type R core for this purpose. A printer template for this Label sheet is available to distributors on the Calrec Website. Soft Panel Type (LSP/SSP) Panel Label ( e.g. Guest 1 ) Serial Number Panel ID [switch setting] IP Address Subnet mask** 1st 11 [00001011] 172.17.101.11 /16 2nd 12 [00001100] 172.17.101.12 /16 3rd 13 [00001101] 172.17.101.13 /16 4th 14 [00001110] 172.17.101.14 /16 5th 15 [00001111] 172.17.101.15 /16 6th 16 [00010000] 172.17.101.16 /16 7th 17 [00010001] 172.17.101.17 /16 8th 18 [00010010] 172.17.101.18 /16 **Subnet masks are displayed in CIDR notation

Serial Number Panel ID [switch setting] IP Address Subnet mask** 9th 19 [00010011] 172.17.101.19 /16 10th 20 [00010100] 172.17.101.20 /16 11th 21 [00010101] 172.17.101.21 /16 12th 22 [00010110] 172.17.101.22 /16 13th 23 [00010111] 172.17.101.23 /16 14th 24 [00011000] 172.17.101.24 /16 15th 25 [00011001] 172.17.101.25 /16 16th 26 [00011010] 172.17.101.26 /16 17th 27 [00011011] 172.17.101.27 /16 18th 28 [00011100] 172.17.101.28 /16 19th 29 [00011101] 172.17.101.29 /16 20th 30 [00011110] 172.17.101.30 /16 21st 31 [00011111] 172.17.101.31 /16 22nd 32 [00100000] 172.17.101.32 /16 23rd 33 [00100001] 172.17.101.33 /16 24th 34 [00100010] 172.17.101.34 /16 25th 35 [00100011] 172.17.101.35 /16 26th 36 [00100100] 172.17.101.36 /16 Soft Panel suggested settings table continued:- **Subnet masks are displayed in CIDR notation

Start Up Guide AOIP NETWORK INTERFACES - SUGGESTED SETTINGS The suggested settings for the first 20 IO box & core AoIP network interfaces in a given Type R system are shown below. Use the tables below to configure your IO box and core network interfaces, and to record the serial number and label details of each device for later reference. After configuring the AoIP network interfaces, you may want to attach labels to them. A blank label sheet is provided with the Type R core for this purpose. A printer template for this Label sheet is available to distributors on the Calrec Website. Box No IO box/core label Serial number Primary interface IP Address Subnet mask* Secondary interface IP Address Subnet mask** 1 192.168.30.1 /24 192.168.31.1 /24 2 192.168.30.2 /24 192.168.31.2 /24 3 192.168.30.3 /24 192.168.31.3 /24 4 192.168.30.4 /24 192.168.31.4 /24 5 192.168.30.5 /24 192.168.31.5 /24 6 192.168.30.6 /24 192.168.31.6 /24 7 192.168.30.7 /24 192.168.31.7 /24 8 192.168.30.8 /24 192.168.31.8 /24 9 192.168.30.9 /24 192.168.31.9 /24 10 192.168.30.10 /24 192.168.31.10 /24 11 192.168.30.11 /24 192.168.31.11 /24 12 192.168.30.12 /24 192.168.31.12 /24 13 192.168.30.13 /24 192.168.31.13 /24 14 192.168.30.14 /24 192.168.31.14 /24 15 192.168.30.15 /24 192.168.31.15 /24 16 192.168.30.16 /24 192.168.31.16 /24 17 192.168.30.17 /24 192.168.31.17 /24 18 192.168.30.18 /24 192.168.31.18 /24 19 192.168.30.19 /24 192.168.31.19 /24 20 192.168.30.20 /24 192.168.31.20 /24 **Subnet masks are displayed in CIDR notation

Type R has a number of Manuals associated with it. This is the Installation Manual:- 1. Type R Product Info Sheet (926-272) This information sheet shows how to collect information on Type R. 2. Type R Start Up Guide (926-282) This guide shows how to Unpack, Power Up and access/configure the system core, Install a licence key, Configure the Core for the Surface panel layouts, Access Assist and create a New Show, Configure the network devices, Configure Panel ID’s, Connect up a PC to the Surface switch, Upload control layouts to the Soft Panels, Create layouts using the Type R Soft Panel Designer, Configure and Connect an Audio Switch and AoIP Devices to the Core. 3. Type R Installation Manual (926-228) This contains a number of chapters including a copy of the Start Up Guide, Control surface measurements, Mounting and Assembly instructions, Defining the system elements of a Type R system and describes the Core, Panels and IO Box layouts, Synchronisation, Audio and GPIO Connections, Core DSP packs, Surface panel layout examples, AoIP network examples, Software Updating and Technical specifications. 4. Type R Assist Manual (926-229) This defines how a pre-configured Type R system is setup and controlled via Calrec Assist, which is Calrec’s web-based configuration tool. It includes creating/managing shows, setting up shows in terms of configuring paths, displaying and controlling the fader surface, saving and loading snapshots and patching inputs and outputs to the channels and buses. There are then various sections about parameter access including:- processing, routing, configuring and controlling the buses & outputs and setting up the monitoring & metering. The show setup and system settings sections provide configuration tools for both show and system configuration. 5. Type R Assist and Console Panel Operation (926-283) Incorporating Type R Assist Manual This covers how the pre-configured Type R Physical Console is operated via a combination of Fader Panels, Large & Small ‘Soft’ surface panels and also incorporates the Assist manual. 6. Type R Soft Panel Designer (926-284) This defines how different controls can be configured to appear on the Console Panels using the Panel Designer Application which allows the user to design their own custom layouts for the Large and Small ‘Soft’ surface panels. 7. Type R Configure Guide (926-285) This defines how the Type R Core(s) can be configured and partitioned into different mixing consoles with varying amounts of DSP processing channels available in different ‘Pack’ sizes under licence. It also is used to configure Control Surfaces from the available panels, setup synchronisation sources, configure Network AoIP interfaces and the Core I/O. 8. Type R Connect (926-286) This defines how the Type R Inputs and Outputs are connected to AoIP based interfaces and how the AoIP streams are managed. These can be connections to and from either Type R IO units or other 3rd party AoIP streams.

Control Surface Dimensions TOP VIEW & SIDE VIEW IM6413 6 WAY FADER PANEL The following diagrams show the surface measurements of the IM6413 6-way Fader Panel in millimetres (mm) & inches [in] SURFACE MEASUREMENTS

REAR VIEW IM6413 6 WAY FADER PANEL Note: These panels can be fastened together to form larger console surfaces.

Control Surface Dimensions TOP VIEW & SIDE VIEW MU6411 LARGE SOFT PANEL The following diagrams show the surface measurements of the MU6411 Large Soft Panel in millimetres (mm) & inches [in]. FRONT VIEW MU6411 LARGE SOFT PANEL

REAR VIEW MU6411 LARGE SOFT PANEL Note: These panels can be fastened together to form larger console surfaces.

Control Surface Dimensions TOP VIEW & SIDE VIEW MU6410 SMALL SOFT PANEL The following diagrams show the surface measurements of the MU6410 Small Soft Panel all in millimetres (mm) & inches [in]. FRONT VIEW MU6410 SMALL SOFT PANEL

REAR VIEW MU6410 SMALL SOFT PANEL Note: These panels are designed to be located wherever a simple control interface is required.

Fixing Bracket Assembly Instructions LARGE SOFT PANEL ON DESK STAND (720-999001) Large Soft panel on desk stand, fixed 50 deg viewing angle, see Fig 1. MU6411 Mounting options using 75mm VESA mount fixing screw holes. The Panel may be mounted landscape or portrait, with or without rubber feet. Secured with crews or free standing. Landscape, fixing hole positions, see Fig2. a) bottom edge 10mm to desk surface without feet, with feet 6.5mm. b) bottom edge 13 to 18mm to desk surface without feet, with feet 16.5 to 21.5mm. c) bottom edge 26mm to desk surface without feet, with feet 29.5mm. Stand Base With stick on feet (supplied). Without stick on feet screwed down to desk top with screws (not supplied). Portrait, fixing hole positions, see Fig3 a) N/A. b) Bottom edge 4 to 9mm to desk surface without feet, with feet 7.5 to 12.5mm. c) Bottom edge 17mm to desk surface without feet, with feet 20.5mm. Assembly Tools required (not supplied) 7mm adjustable/spanner/wrench open ended. PZ2 screw driver/ bit. Determine height and location required on surface to be mounted. If feet are required. Remove backing off (Item 3) adhesive feet & stick on corners of stand base (Item 2). Ensure fixing holes are not obscured. If stand is to be screwed to desk surface. Loosely attach interface bracket (Item 1) to base Item 2) with 3 x M4 nuts (Item 4) and washers (Item 5). Align holes in bracket (Item 1) with LSP VESA mount holes and attach stand using 4 x M4 screws (Item 6) with washers (Items 5 & 7). Note plain washer should be nearest bracket. As shown in Fig.5 Locate on desk the required location and mark with pencil, rear 2 fixing holes. Remove LSP with bracket (Item 1) from base (item 2). Fix base (Item 2) to desk top with screws (not provided). FIG 1 LARGE SOFT PANEL ON DESK STAND FIG 2 LARGE SOFT PANEL ON DESK STAND LANDSCAPE MODE Front Bottom Edge FIG 3 LARGE SOFT PANEL ON DESK STAND PORTRAIT MODE Front Bottom Edge a) b) c) a) N/A b) c)

base Item 2) with 3 x M4 nuts (Item 4) and washers (Item 5) and tighten. If stand is to be placed on desk surface. Attach interface bracket (Item 1) to base (Item 2) with 3 x M4 nuts (Item 4) and washers (Item 5). Align holes in bracket (Item 1) with LSP VESA mount holes and attach stand using 4 x M4 screws (Item 6) with washers (Items 5 & 7). Note plain washer should be nearest bracket. As shown Fig.5. Do not over tighten. Typically 1Nm Large Soft Panel landscape on desk stand, fixed 50 degree viewing angle in conjunction with Fader in desk. (See Fig 6) Mounting option uses:- 720-999001 LSP on desk mounting. 720-999006 Fader in desk mounting brackets. Mounting option for desk thickness 15-25mm (See Fig 7). Assembly Tools required (not supplied) 7mm adjustable/spanner/wrench open ended. PZ2 screw driver/ bit. Wood screws (not supplied). Saw. Follow instructions for 720-999006 Fader in desk mounting kit but . Fader opening size will require extending to 418mm (16.45in) x 247mm (9.7in). Offer up fader panel through opening from underside. Fix brackets (720-999006 item 2) to underside of desk with 4 screws (not supplied) suitable for desk surface. Push up Fader Panel from underside until Fader panel is flush with surface and tighten 4 x M4 nuts (720-999006 Item 5). Do not over tighten. Typically 1N/m Follow instructions for LSP above for ‘If stand is to be screwed to desk surface.’ Using Fig 2a. without rubber feet. FIG 4 SUPPLIED PARTS TABLE FIG 5 SUPPLIED PARTS ASSEMBLY FIG 6 ASSEMBLED BRACKETS FIG 7 MOUNTING OPTION FOR DESK THICKNESS 15MM-25MM 15mm-25mm Front 247mm 418mm-430mm Item Number Part Number Description Quantity 1 720-985 LSP Interface Bracket 1 2 720-983 LSP/SSP Stand Base 1 3 390-193 RBS-1BK Adhesive Foot 4 4 360-124 Nut M4 Nyloc 3 5 370-007 Washer M4 Plain 7 6 350-043 M4x10mm Pozi Pan 4 7 370-008 Washer M4 Internal lock 4

Fixing Bracket Assembly Instructions SMALL SOFT PANEL ON DESK STAND (720-999002) Small Soft panel on desk stand, fixed 50 deg viewing angle, see Fig 1. MU6410 Mounting options using 75mm VESA mount fixing screw holes. The Panel may be mounted landscape or portrait, with or without rubber feet. Secured with crews or free standing. Landscape, fixing hole positions, see Fig2 a) bottom edge 15mm to desk surface without feet, with feet 20mm. b) bottom edge 25mm to desk surface without feet, with feet 30mm. Stand Base With stick on feet (supplied). Without stick on feet screwed down to desk top with screws (not supplied). Portrait, fixing hole positions, see Fig3 a) N/A b) Bottom edge 15mm to desk surface without feet, with feet 20mm. FIG 1 LARGE SOFT PANEL ON DESK STAND FIG 2 LARGE SOFT PANEL ON DESK STAND LANDSCAPE MODE Front Bottom Edge FIG 3 SMALL SOFT PANEL ON DESK STAND PORTRAIT MODE Front Bottom Edge a) b) a) N/A b)

7mm adjustable/spanner/wrench open ended. PZ2 screw driver/ bit. Determine height and location required on surface to be mounted. If feet are required. Remove backing off (Item 3) adhesive feet & stick on corners of stand base (Item 2). Ensure fixing holes are not obscured. If stand is to be screwed to desk surface. Loosely attach interface bracket (Item 1) to base Item 2) with 3 x M4 nuts (Item 4) and washers (Item 5). Align holes in bracket (Item 1) with SSP VESA mount holes and attach stand using 4 x M4 screws (Item 6) with washers (Items 5 & 7). Note plain washer should be nearest bracket. As shown in Fig.5 Locate on desk the required location and mark with pencil, rear 2 fixing holes. Remove SSP with bracket (Item 1) from base (item 2). Fix base (Item 2) to desk top with screws (not provided) using the 2 marked fixing holes as reference. Re-attach interface bracket (Item 1) to base Item 2) with 3 x M4 nuts (Item 4) and washers (Item 5) and tighten. If stand is to be placed on desk surface. Attach interface bracket (Item 1) to base (Item 2) with 3 x M4 nuts (Item 4) and washers (Item 5). Align holes in bracket (Item 1) with LSP VESA mount holes and attach stand using 4 x M4 screws (Item 6) with washers (Items 5 & 7). Note plain washer should be nearest bracket. As shown Fig.5. Do not over tighten. Typically 1Nm. FIG 4 SUPPLIED PARTS TABLE FIG 5 SUPPLIED PARTS ASSEMBLY Item Number Part Number Description Quantity 1 720-987 SSP Interface Bracket 1 2 720-983 LSP/SSP Stand Base 1 3 390-193 RBS-1BK Adhesive Foot 4 4 360-124 Nut M4 Nyloc 3 5 370-007 Washer M4 Plain 7 6 350-043 M4x10mm Pozi Pan 4 7 370-008 Washer M4 Internal lock 4

Fixing Bracket Assembly Instructions FADER & LSP ON DESK STAND (720-999003) Fader and Large Soft panel on desk stand, fixed 50 deg viewing angle, see Fig 1. IM6413 & MU6410 Mounting options using 75mm VESA mount fixing screw holes. The Large Soft Panel is mounted landscape. Landscape, fixing hole positions, see fig2 a) bottom edge 15mm to desk surface without feet, with feet 20mm. b) bottom edge 25mm to desk surface without feet, with feet 30mm. Assembly Tools required (not supplied) 7mm adjustable/spanner/wrench open ended. PZ2 screw driver/ bit. Stand is to be placed on desk surface. Remove backing off (Item 3) adhesive feet & stick on corners of riser base (Item 2). Align 2 holes on Desk Riser (item 2) with 2 holes on underside of top edge of fader panel and attach using 2 Screws (item 6) with washers (item 5 &7), with plain washer towards bracket as shown in Fig 4. Loosely attach LSP bracket (Item 1) to LSP with 4 screws (Item 6) and washers (item 5 &6). Align with fixing holes as shown in Fig 2, with plain washer towards bracket as shown in Fig 4. Align Bracket (item 1) with Riser (item 2) and secure with 3 x M4 nuts (Item 4) and washers (Item 5). As shown in Fig 4. and tighten nuts. Check Alignment of LSP with Fader panel and tighten fixing screws to LSP Do not over tighten. Typically 1Nm. Place assembly on desk as required. FIG 1 FADER & LARGE SOFT PANEL ASSEMBLY FIG 2 FADER & LARGE SOFT PANEL ON DESK STAND LANDSCAPE MODE Front FIG 3 SUPPLIED PARTS TABLE FIG 4 SUPPLIED PARTS ASSEMBLY Item Number Part Number Description Quantity 1 720-985 LSP Interface Bracket 1 2 720-986 LSP on Desk riser 1 3 390-193 RBS-1BK Adhesive Foot 2 4 360-124 Nut M4 Nyloc 3 5 370-007 Washer M4 Plain 9 6 350-043 M4x10mm Pozi Pan 6 7 370-008 Washer M4 Internal lock 6

Large Soft panel MU6411 mounted in desk See Fig 1. a) Item 1 Bracket normal orientation allows desk top thickness 9mm to 20mm b) Item 1 Bracket inverted, allows desk top thickness 40mm to 50mm 247mm 226mm 120mm 56mm 9-20mm 40-50mm FIG 2 LARGE SOFT PANEL IN DESK MOUNTING MODES A & B FIG 1 LARGE SOFT PANEL IN DESK Flush mounting options a) Fig 2, for desk thickness 9-20mm. b) Fig 2, for desk thickness 40-50mm. c) Fig 3, for desk thickness 0-20mm. d) Fig 3, for desk thickness 12-50mm. c) Item 1 Bracket normal orientation allows desk top thickness 0mm to 20mm d) Item 1 Bracket inverted, allows desk top thickness 12mm to 50mm 120mm 28mm 0-20mm 12-50mm FIG 3 LARGE SOFT PANEL IN DESK MOUNTING MODES C & D

Fixing Bracket Assembly Instructions Assembly - See Fig 4 & 5 Tools required (not supplied) 7mm adjustable/spanner/wrench open ended. PZ2 screw driver/ bit. Wood screws. Saw. Mounting Procedure Mark out and cut hole in desk surface to accommodate LSP 247mm (9.7in) x 226mm (8.9in). Ensure sufficient clearance for brackets (item 2) from any other items on the underside of desk. Loosely attach under desk brackets (Item 2) to bracket (Item 1) with 4 x M4 nuts (Item 6) and washers (Item 4) as required for desk thickness, mounting options a), b), c) or d). Refer to Fig 2 & 3. Align holes in bracket (Item 1) with LSP and attach stand using 4 x M4 screws (Item 5) with washers (Items 3 & 4). Note plain washer should be nearest bracket. As shown Fig 5. Fitting to desk/surface Cut hole in desk 247mm (9.7in) x 226mm (8.9in). Offer LSP through hole in desk from underside. Fix brackets (item2) to underside of desk with 4 screws (not supplied) suitable for desk surface. Push up LSP from underside until LSP is flush with surface and tighten 4 x M4 nuts (Item 6). Do not over tighten. Typically 1Nm. FIG 4 SUPPLIED PARTS TABLE FIG 5 LSP BRACKET MOUNT & UNDER DESK BRACKETS Item Number Part Number Description Quantity 1 730-031 LSP Bracket Recess Mount 1 2 730-033 Under Desk Bracket 2 3 370-008 Washer M4 Internal lock 4 4 370-007 Washer M4 Plain 8 5 350-043 M4x10mm Pozi Pan 4 6 360-124 Nut M4 Nyloc 4

Small Soft panel MU6410 mounted in desk See Fig 1. a) Item 1 Bracket normal orientation allows desk top thickness 10mm to 20mm b) Item 1 Bracket inverted, allows desk top thickness 40mm to 50mm 181mm 157mm 120mm 56mm 10-20mm 40-50mm FIG 2 SMALL SOFT PANEL IN DESK MOUNTING MODES A & B FIG 1 SMALL SOFT PANEL IN DESK Flush mounting options a) Fig 2, for desk thickness 10-20mm. b) Fig 2, for desk thickness 40-50mm. c) Fig 3, for desk thickness 0-20mm. d) Fig 3, for desk thickness 12-50mm. c) Item 1 Bracket normal orientation allows desk top thickness 0mm to 20mm d) Item 1 Bracket inverted, allows desk top thickness 12mm to 50mm 120mm 28mm 0-20mm 12-50mm FIG 3 SMALL SOFT PANEL IN DESK MOUNTING MODES C & D 28mm 56mm

Fixing Bracket Assembly Instructions Assembly - See Fig 4, 5 &6 Tools required (not supplied) 7mm adjustable/spanner/wrench open ended. PZ2 screw driver/ bit. 4 x Wood screws. Saw. Mounting Procedure Mark out and cut hole in desk surface to accommodate SSP 181mm (7.1in) x 157mm (6.2in). Ensure sufficient clearance for brackets (item 2) from any other items on the underside of desk and cable protrusion from RJ45 connector.. Loosely attach under desk brackets (Item 2) to bracket (Item 1) with 4 x M4 nuts (Item 3) and washers (Item 4) as required for desk thickness, mounting options a), b), c) or d). Refer to Fig 2 & 3. Align holes in bracket (Item 1) with SSP and attach stand using 4 x M4 screws (Item 5) with washers (Items 4 & 6). Note plain washer should be nearest bracket. As shown Fig 6. Set Panel ID (as once fitted it may be difficult to do so) and offer up the SSP through the hole in desk from the underside. Fitting to desk/surface Fix brackets (item2) to underside of desk with 4 screws (not supplied) suitable for desk surface. Push up SSP from underside until SSP is flush with surface and tighten 4 x M4 nuts (Item 3). Do not over tighten. Typically 1Nm. Be aware of desk top thicknesses greater than 20mm. These will require a rebate approx. 100mm x 50mm to allow clearance for RJ45 connector and finger access as shown in. Fig 4. FIG 5 SUPPLIED PARTS TABLE FIG 6 LSP BRACKET MOUNT & UNDER DESK BRACKETS Item Number Part Number Description Quantity 1 730-032 SSP Bracket Recess Mount 1 2 730-033 Under Desk Bracket 2 3 360-124 Nut M4 Nyloc 4 4 370-007 Washer M4 Plain 8 5 350-043 M4x10mm Pozi Pan 4 6 370-008 Washer M4 Internal Lock 4 FIG 4 FITTING TO DESK/SURFACE 100mm 50mm Rear View

Fader panel IM6413 mounted in desk, see Fig 1. a) Item 1 Bracket normal orientation allows desk top thickness 15mm to 25mm 56mm 15-25mm FIG 2 FADER PANEL IN DESK MOUNTING MODE A FIG 1 FADER PANEL IN DESK Flush mounting options a) Fig 2, for desk thickness 15-25mm. b) Fig 3, for desk thickness 0-25mm. FIG 3 FADER PANEL IN DESK MOUNTING MODE B 120mm 247mm 391mm b) Item 1 Bracket normal orientation allows desk top thickness 0mm to 25mm 28mm 0-25mm 120mm 247mm 391mm 56mm

Fixing Bracket Assembly Instructions Assembly - See Fig 4 & 5 Tools required (not supplied) 7mm adjustable/spanner/wrench open ended. PZ2 screw driver/ bit. Wood screws. Saw. Mounting Procedure Mark out and cut hole in desk surface to accommodate Fader Panel 391mm (15.4in) x 247mm (9.7in). Ensure sufficient clearance for brackets (item 2) from any other items on the underside of desk and cable protrusion from RJ45 connector.. Loosely attach under desk brackets (Item 2) to bracket (Item 1) with 4 x M4 nuts (Item 5) and washers (Item 6) as required for desk thickness, mounting options a), or b). Refer to Fig 2 & 3. Align holes in bracket (Item 1) with Fader Panel and attach stand using 4 x M4 screws (Item 4) with washers (Items 3 & 6). Note plain washer should be nearest bracket. As shown Fig 5. Fitting to desk/surface Offer up the Fader Panel through the hole in desk from the underside. Fix brackets (item2) to underside of desk with 4 screws (not supplied) suitable for desk surface. Push up Fader Panel from underside until Fader Panel is flush with surface and tighten 4 x M4 nuts (Item 4). Do not over tighten. Typically 1Nm. FIG 4 SUPPLIED PARTS TABLE FIG 5 FADER BRACKET MOUNTS & UNDER DESK BRACKETS Item Number Part Number Description Quantity 1 730-030 Fader Bracket Recess Mount 2 2 730-033 Under Desk Bracket 2 3 370-008 Washer M4 Internal lock 4 4 350-043 M4x10mm Pozi Pan 4 5 360-124 Nut M4 Nyloc 4 6 370-007 Washer M4 Plain 8

landscape on desk stand, fixed 50 deg. viewing angle. MU6411 and IM6413 Mounting options using:- 720-999001 LSP on desk mounting 720-999006 Fader in desk mounting brackets. Assembly - Tools required (not supplied) 7mm adjustable/spanner/wrench open ended. PZ2 screw driver/ bit. Wood screws. Saw. Follow instructions for 720-999006 Fader in desk mounting kit but . Fader opening size will require extending to 418mm (16.45in) x 247mm (9.7in) Offer up fader panel through opening from underside. Fix brackets (720-999006 item2) to underside of desk with 4 screws (not supplied) suitable for desk surface. Push up Fader Panel from underside until Fader panel is flush with surface and tighten 4 x M4 nuts (720-999006 Item 4). Do not over tighten. Typically 1N/m Follow instructions for 720-999001 LSP on desk stand but do not fit rubber feet to stand, VESA fixing holes as per 720-999001 Fig 2a. FIG 6 FADER IN DESK AND LSP ON DESK STAND FIG 7 MOUNTING OPTION FOR DESK THICKNESS 15MM-25MM 15mm-25mm Front 247mm 418mm-430mm

Fixing Bracket Assembly Instructions FADER PANEL LINKING (720-999007) Fader panel IM6413 to Fader Panel IM6413 Linking Option:- FIG 1 FADER PANEL TO FADER PANEL LINKING FIG 2 LINKING PANEL PROCEDURE 1st Panel 2nd Panel 1st Panel 2nd Panel End View Screws Underside View Top

FIG 4 FADER JOINING TILE BRACKET Item Number Part Number Description Quantity 1 730-034 Fader Joining Tile Bracket 2 2 350-043 M4x10mm Pozi Pan 4 3 370-007 Washer M4 Plain 4 4 370-008 Washer M4 Internal Lock 4 Assembly - Tools required (not supplied) PZ2 screw driver/ bit. Mounting Procedure Note that brackets are only fitted to one of the two panels. With the Fader panels located as you require, take 1st Fader panel from left and turn fader panel over with front edge towards you. Attach 2 brackets (Item 1) to left hand side of fader panel. Align holes in bracket (Item 1) with Fader panel and attach using 4 x M4 screws (Item 2) with washers (Items 3 & 4). Note plain washer should be nearest bracket, as shown Fig 4. Do not over tighten. Typically 1N/m. Place fader panel right way up on desk. Take 2nd Fader panel and lift and place next to right hand side of 1st Fader panel locating on to locating pins of bracket with holes on the underside of left hand side of the 2nd fader panel. Repeat as necessary for more than 2 fader panels.

Fixing Bracket Assembly Instructions LARGE SOFT PANEL LINKING (720-999008) Large Soft panel MU6411 to Large Soft Panel MU6411 Linking Option:- FIG 1 LARGE SOFT PANEL TO LARGE SOFT PANEL LINKING FIG 2 LINKING PANEL PROCEDURE 1st Panel 2nd Panel 2nd Panel 1st Panel End View Screws Underside View Top

FIG 4 FADER JOINING TILE BRACKET Item Number Part Number Description Quantity 1 730-035 LSP Joining Tile Bracket 1 2 350-043 M4x10mm Pozi Pan 4 3 370-007 Washer M4 Plain 4 4 370-008 Washer M4 Internal Lock 4 Assembly - Tools required (not supplied) PZ2 screw driver/ bit. Mounting Procedure Note that brackets are screwed to both panels. With the Large Soft panels located as you require, take 1st Fader panel from left and turn the panels over with top of the panels towards you. Align holes in bracket (Item 1) with Fader panel and attach using 4 x M4 screws (Item 2) with washers (Items 3 & 4). Note plain washer should be nearest bracket, as shown Fig 4. Do not over tighten. Typically 1N/m Return the panels right way up on desk. If you are mounting linking brackets for more than 2 panels an assistant may be required to lift them after they are linked together. Alternatively fix the bracket in place from the rear when they are mounted on their stands.

System Elements CORE LAYOUT The UR6500 Type R core is designed to provide the DSP, Routing & Control for up to three consoles. In addition it has a base level of I/O and GPIO and one or two optional AoIP interface devices fitted internally allowing a large amount of stream connectivity with other AoIP devices. The image below shows the front and back views of the Type R core unit. The front of the core displays on the left hand side the LED signal status indicators for the Analogue and AES inputs and outputs. In addition the 48V phantom power LED status indicators for the analogue inputs and the SRC LED status indicators are shown. On the right hand side are shown the AoIP LED status indicators and a further column of System LED status indicators and to the right of these are two 6.35mm (1/4”) headphone sockets for monitoring usage. Next to these are an Ethernet Setup port and USB connector. The Setup port is used to configure the Core whilst the USB connector is used to recover/reinitialise the core system from a USB memory stick in the event of connection failure . At the far right is a Reset switch which restarts the processor without altering any stored settings. The rear of the core is arranged into a top row and a bottom row. UR6500 TYPE R CORE - FRONT AND BACK VIEWS The top row contains the external system connections which from left to right are:- AoIP1 and AoIP2 RJ45 interfaces which are connected to internally fitted optional US6493 AoIP devices (with redundant Primary and Secondary connections) . Each of these devices can provide up to 256 channels of streamed audio in either direction. Next to these are a set are 4 BNC connectors labelled Sync 1/2 In and 1/2 Out. These are discussed in the Sync section. To the right of the BNC connectors are a secondary USB connector and a block of 8 RJ45 connectors which connect to the various surfaces via PoE+ switches. Typically each of these connect to a separate PoE+ switch interfacing to a number of Fader, LSP and SSP panels. More than one connection is usually made to each console area to provide control diversity. For instance a 24 fader console may be powered from two PoE+ switches connected back to the core, with each switch powering and data transferring to/from 2 x IM6413 fader panels and 2 x MU6411 Large Soft Panels. Further to the right is a DVI debug port which is reserved for development use along with a PRI/SEC switch. The bottom row is dedicated to I/O, GPIO and Power. There are 4 x 25 way ‘D’ Type connectors carrying audio using AES59/ Tascam® pinout format and the audio is also carried as pairs of Analogue inputs or outputs or AES I/O ports on 4 x RJ45 connectors per 25 way ’D’ type connector. The four connector areas from left to right provide:- 8 Mic/Line Analogue inputs with phantom power, 8 Analogue Line Outputs, 4 AES Input ports with SRC and 4 AES Output ports. Further to the right are 4 x RJ45 connectors for GPIO interfacing. The upper two connectors each provide 6 x GPI opto input circuits each and the lower two connectors provides 6 x GPO opto output circuits each. On the bottom row of the core are 2 x IEC power sockets labelled PSU 1 and PSU 2, either of which can power the console. Together they provide power redundancy. The IEC inputs should be fed from separate AC sources to protect against external power loss. In the event that only one AC outlet is available, power should be fed via an IEC Y-Split cable to provide redundancy against internal PSU failure. Metal clips provide retention to further protect the IEC connectors from working loose. These clips fit snug around large IEC connectors with screw in terminals inside for wiring. The clips may not provide adequate retention on their own for some pre-fabricated IEC connector types. If there is concern over the connectors working loose during transit, we recommend that IEC sockets with built in latching are used.

A Type R surface is made up using a combination of 3 panel types:- IM6413 a 6-wide Fader Panel, MU6411 a Large Soft Panel and MU6410 a Small Soft Panel. These panels are put together in multiples to form different surface sizes as required. IM6413 6-Wide Fader Panel The panel shown top right consists of 6 x 100mm motorised faders, and each of these faders has:-4 large user definable buttons, a dedicated 96x96 pixel TFT display for fader status information and at the top of each fader are 2 user buttons, a rotary control with integrated push switch and another 96x96 pixel TFT display to show a range of user definable controls such as mic gain, trim etc. Note that each fader can access two layers described as Layer A and Layer B, this can be switched from a user definable button. A Cat5e connector on the rear edge of the panel provides both power and data connections. IM6413 TYPE R - 6 WIDE FADER PANEL TOP & REAR VIEWS

System Elements MU6411 Large Soft Panel (LSP) This panel (shown top right) consists of:- A large 1280x800 pixel touch sensitive TFT display for parameter control and status information and below this display are 6 rotary controls and illuminating buttons, which are used in conjunction with the TFT screen. A Cat5e connector on the rear edge of the panel provides both power and data connections. MU6410 Small Soft Panel (SSP) This panel (shown bottom right) consists of:- a smaller 1024x600 pixel touch sensitive TFT display for parameter control & status information and below this display is a rotary control and an adjacent illuminating button, which are used in conjunction with the TFT screen. A Cat5e connector on the rear edge of the panel provides both power and data connections. MU6411 TYPE R - LARGE SOFT PANEL TOP & REAR VIEWS MU6410 TYPE R - SMALL SOFT PANEL TOP & REAR VIEWS

The 8-way DIP switch on the rear of all Type R panels is set as an 8-bit binary representation with the left hand switch used for the most significant bit, and the right hand switch for the least significant bit. A switch in the down/off position represents a binary 0 and a switch set in the up/ on position represents a binary 1. Each switch/binary-bit equates to a decimal value, starting at 1, for the least significant bit. The remaining switches are double the value of their less significant neighbour, making the 8th/most significant bit equate to a decimal value of 128. All Panel ID switches are orientated the same way. Refer to the Calrec labelling on the surrounding panel which will show the most significant bit switch on the left and the binary 1 position as up. SETTING THE ID ON A PANEL

System Elements OPTIONAL AUDIO I/O INTERFACE BOX LAYOUTS There are three optional Audio interface boxes available for the Type R which are show in outline below:- The AD6501 is a 4 AES In with SRC & 4 AES Out, 8 Mic/Line In with 48v & 8 Line out Combo I/O box with 2 x 6.35mm (1/4”) headphone sockets for monitoring usage and 6 GPI and 6 GPO interfaces. The AD6502 is a 16 Mic/Line In with 48v and 16 Line out Analogue I/O box with 6 GPI and 6 GPO interfaces. The JD6503 is an 8 AES In with SRC and 8 AES Out AES I/O Box with 6 GPI and 6 GPO interfaces. In addition to the 2 x IEC power connectors on the rear of each unit, there is an AoIP interface via RJ45 connectors (with redundant Primary and Secondary connections) which is connected to a US6525 AoIP device, which allows the I/O to be connected to the core via an IP switch network. AD6501 Type R - Combo I/O Interface box AD6502 Type R - Analogue I/O Interface box JD6503 Type R - AES I/O Interface box Front Front Front Rear Rear Rear

Starting from the core:- The Console Surface panels are connected via gigabit PoE+ switches which provide both power and communications. The example below shows two switches which offers a diversity of connections to the 24 fader Console. In addition to the panels, a PC is connected providing the Calrec Assist application for configuration and additional parameter control. The Audio I/O boxes are connected over AoIP streams using AoIP switches with both primary and secondary connections for redundancy. A TYPICAL TYPE R SYSTEM

System Elements DEFAULT NETWORK CONFIGURATION - AT A GLANCE The drawing below shows an overview of the factory default network configuration of each device in a Type R system. Please refer to the Surface Panel Layout and AoIP Network example sections in this manual for further information.

System Elements DEFAULT NETWORK CONFIGURATION - DETAIL Core - Rear-facing network (“Surface”) interfaces Core - Front-facing Setup interface Core - AoIP device interfaces IO box - Front-facing Setup interface * Feature available from a later Software Version ** Subnet Modes are displayed in CIDR notation Application Management Studio A Studio B* Studio C* AoIP Primary AoIP Secondary Assist A 172.29.1.1/16 172.17.1.1/16 - - - - Assist B* 172.29.1.2/16 - 172.18.1.2/16* - - - Assist C* 172.29.1.3/16 - - 172.19.1.3/16 - - Console A - 172.17.1.11/16 - - - - Console B* - - 172.18.1.12/16* - - - Console C* - - - 172.19.1.13/16 - - Calrec Connect 172.29.1.21/16 172.17.1.21/16 172.18.1.21/16* 172.19.1.21/16 192.168.30.100/24 192.168.31.100/24 S/W Updater 172.29.1.22/16 172.17.1.22/16 172.18.1.22/16* 172.19.1.22/16 - - Configure 172.29.1.23/16 172.17.1.23/16 172.18.1.23/16* 172.19.1.23/16 - - Router* 172.29.1.24/16 - - - - - Twin Controller* 172.29.1.25/16 - - - - - Rear Interface 1 & 2 1 & 2 1 & 2 1 & 2 5 6 Subnets - IP address & Subnet mask** Application IP address & Subnet mask** Assist A 172.16.255.25/24 Assist B* 172.16.255.26/24 Assist C* 172.16.255.27/24 Console A 172.16.255.5/24 Console B* 172.16.255.6/24 Console C* 172.16.255.7/24 Calrec Connect 172.16.255.60/24 S/W Updater 172.16.255.40/24 Configure 172.16.255.19/24 Router 172.16.255.10/24 Twin Controller* 172.16.255.11/24 Other reserved addresses 172.16.255.1-4/24 172.16.255.8-9/24 172.16.255.26-28/24 172.16.255.100/24 172.16.255.200/24 172.16.255.253/24 172.16.255.254/24 AoIP port IP address & Subnet mask** AoIP 1 - Pri 192.168.30.4/24 AoIP 1 - Sec 192.168.31.4/24 AoIP 2 - Pri 192.168.30.64/24 AoIP 2 - Sec 192.168.31.64/24 Application IP address & Subnet mask** AoIP device UI 172.16.255.100/24

POWER CONNECTIONS TO THE CORE POWER CONNECTIONS TO THE COMBO, ANALOGUE AND AES I/O BOXES Type R Core, and I/O boxes require mains power via standard IEC connections. Each of these boxes contains two power supply units, which are supplied with AC power by two independent male IEC inlets. These dual power supplies provide full power redundancy: a feature of all Calrec products. While Type R hardware can be run off one power connection it is advised, for redundancy, that you connect a separate power source to the primary and secondary power inlets. In the following diagrams the primary power connections are indicated by a solid arrow and the secondary connections by a dashed arrow. A PSU failure or a loss of AC power input will generate a system status error message. The two PSU’s employ load sharing. If one PSU fails, the other will automatically take over the full load with no loss of audio or operation. Disconnecting the PSUs Type R units do not contain a separate Mains power switch. To safely disconnect the mains power, both IEC connectors need to be removed from the rear of the console, as shown below. In addition, the console panels are powered via PoE+ switches which are in turn, powered by AC-DC power supplies. The Cisco SG350-10MP switches supplied with the Type R system are capable of supplying up to 15.4W to each of their 8 Gigabit ports. Power is derived from an external AC-DC power adapter, which supplies 54v DC to the switch. POWER CONNECTIONS TO THE PANELS VIA POE+ SWITCHES Primary Mains Input Secondary Mains Input Primary Mains Input Secondary Mains Input 54v DC Power Adapter Input

Sync, Audio & GPIO Connections SYNCHRONISATION Type R Synchronisation sources. The UR6500 Processing Engine Core primarily obtains an audio synchronisation source from the external AoIP network’s PTPv2 clock via the 2 optional US6493 AoIP internal devices. It also has four BNC connectors on its rear panel for incoming and outgoing system synchronisation sources: • 2 x TTL word clock inputs • 2 x TTL word clock outputs The firmware multiplexes these sources based on a prioritisation list and failover arrangement to select and lock-on to an active reference clock or switch to an alternative source if synchronisation is lost. The board also includes an on-board reference clock for use when neither the external AoIP clock or the rear panel sync inputs are selected. AoIP Clock This can be considered the primary sync source for the UR6500. Each US6493 AoIP device provides a set of audio clocks to the UR6500’s FPGA firmware incorporating a base rate clock (running at FS rate), a BCLK bit-rate clock (64FS) and an SCLK system clock (generally either 128FS, 256FS or 512FS). The FPGA uses these clock sources to sync to the external AoIP network PTPv2 clock. If no external sync is connected and selected, the console will free-run on its own internal reference clock. General rules of good practise require that all equipment connected to the audio console’s digital inputs and outputs are locked to the same referenced sync source as the console to ensure clean audio. It is of paramount importance that all connected processing cores are locked to the same referenced sync source. It is recommended that backup sync sources and paths are considered to maintain full functionality in the event of the loss of any part of the facility’s sync distribution system. SYNC INPUTS EXTERNAL SOURCES TABLE When no optional US6493 AoIP interfaces are fitted to the core, external sync sources can be fed to the BNC connectors on the rear of the core as shown below. Two TTL Wordclock inputs are available. See External sources table below and the Type R User manual for information on how to set up synchronisation priority. The console will always attempt to boot to the highest priority sync selected, and move down the priority list until it finds a valid sync. If a valid sync later fails, it will move down the list. If no valid sync is present, the system will always default to internal as this is fixed as the last source in the list. The priority will never automatically move back up the list even if a higher priority sync becomes available. Press the ‘Reset To First’ button to move back up to the top of the list. It is important that the required sync source is available before the console boots up otherwise it won’t be locked to the correct sync. If this occurs press the ‘Reset to first’ button after the sync generator is running.

There are a number of ways to get Audio in and out of a Type R system. In addition to the audio I/O in the core, there are 3 optional I/O boxes carrying both Analogue inputs and outputs and AES digital inputs and outputs. All the Type R audio I/O with the exception of the Headphone outputs is connected via 25 way ‘D’ type female connectors on the boxes using the AES59/Tascam® standard with a parallel set of connectors on RJ45 each carrying a pair of analogue inputs or outputs or an AES input or output port. Analogue Audio In 25 way ‘D’ type Connector This connector is used for 8 x balanced Mic/Line inputs. Note that there are 8 x 48v indicator LEDs to show when phantom power is being applied to each input to this connector The pinout for analogue inputs 9-16 on the AD6502 Analogue I/O Box is identical to the 1-8 pinout, i.e. 1=9, 2=10 etc. This connector appears on the UR6500 Core Box, AD6501 Combo I/O Box and the AD6502 Analogue I/O Box and conforms to the AES59/Tascam® standard. Analogue Audio In RJ45 type Connector This connector is used for 2 x balanced Mic/Line inputs. The pinout for analogue inputs 3-4, 5-6 and 7-8 is identical to the 1-2 pinout, i.e. 1=3, 2=4 etc. This connector appears on the UR6500 Core Box, AD6501 Combo I/O Box and the AD6502 Analogue I/O Box and conforms to the StudioHub+ standard pin-out. All cabling using this RJ45 connector type for audio must be CAT5e or CAT6 shielded twisted pair (STP).

Sync, Audio & GPIO Connections Analogue Audio Out 25 way ‘D’ type Connector This connector is used for 8 x balanced Line outputs. The pinout for analogue outputs 9-16 on the AD6502 Analogue I/O Box is identical to the 1-8 pinout, i.e. 1=9, 2=10 etc.. This connector appears on the UR6500 Core Box, AD6501 Combo I/O Box and the AD6502 Analogue I/O Box and conforms to the AES59/Tascam® standard. Analogue Audio Out RJ45 type Connector This connector is used for 2 x balanced Line outputs. The pinout for analogue outputs 3-4, 5-6 and 7-8 is identical to the 1-2 pinout, i.e. 1=3, 2=4 etc. This connector appears on the UR6500 Core Box, AD6501 Combo I/O Box and the AD6502 Analogue I/O Box and conforms to the StudioHub+ standard pin-out. All cabling using this RJ45 connector type for audio must be CAT5e or CAT6 shielded twisted pair (STP).

Connector This connector is used for 4 x AES input ports. Note that there are 4 x SRC indicator LEDs on the front of the UR6500 Core Box and 8 x SRC indicator LEDs on the front of the JD6503 AES I/O Box to show when sample rate conversion is being applied to each input port. This connector appears on the UR6500 Core Box , AD6501 Combo I/O Box and the JD6503 AES I/O Box and conforms to the AES59/Tascam® standard. AES Audio In RJ45 type Connector This connector is used for 1 x AES input ports. The pinout for AES input ports 2, 3, 4 is identical to the port 1 pinout. This connector appears on the UR6500 Core Box, AD6501 Combo I/O Box and the JD6503 AES I/O Box and conforms to the StudioHub+ standard pin-out. All cabling using this RJ45 connector type for audio must be CAT5e or CAT6 shielded twisted pair (STP).

Sync, Audio & GPIO Connections AES Audio Out 25 way ‘D’ type Connector This connector is used for 4 x AES output ports. This connector appears on the UR6500 Core Box , AD6501 Combo I/O Box and the JD6503 AES I/O Box and conforms to the AES59/Tascam® standard. AES Audio Out RJ45 type Connector This connector is used for 1 x AES output ports. The pinout for AES output ports 2, 3, 4 is identical to the port 1 pinout. This connector appears on the UR6500 Core Box, AD6501 Combo I/O Box and the JD6503 AES I/O Box and conforms to the StudioHub+ standard pin-out. All cabling using this RJ45 connector type for audio must be CAT5e or CAT6 shielded twisted pair (STP).

GPIO allows console functions to trigger external devices e.g. fader starts for playback devices, and for external devices to trigger console functions, e.g. auto-fades controlled by a video switcher. External GPIO interfaces The UR6500 Type R Core and the AD6501, AD6502 and JD6503 I/O boxes are fitted with GPIO circuits on RJ45 type connectors The upper connector is a 6 input opto GPI connector, whilst the lower connector is a 6 output opto GPO connector. GPI (inputs) Each GPI connector carries six GPI circuits based on a simple opto-isolated design, capable of interfacing with any DC signal between 5V and 24V. Each input is designed to be active sink (i.e. input must be grounded or closed to trigger logic high). Three GPI share a common positive input (i.e. two common inputs in total for six GPI), which may be provided from an external connection. GPO (outputs) Each GPO connector carries six GPO circuits based on a simple opto-isolated design, with each output capable of interfacing to a maximum voltage of 30V and passing a maximum current of 4mA. Note there is one common connection for all 6 GPO and 5V is provided on the connector for loopback when a local voltage source is required. GP INPUT CIRCUIT GP OUTPUT CIRCUIT

Sync, Audio & GPIO Connections GPI RJ45 type Connector This connector is used for 6 x GP Inputs. Note the two Commons split as 2 connections for GPI 1-3 on Pin 1 and GPI 4-6 on Pin 8. This connector appears on the UR6500 Core Box x 2, AD6501 Combo I/O Box, AD6502 Analogue I/O Box and the JD6503 AES I/O Box. GPO RJ45 type Connector This connector is used for 6 x GP Outputs. Note the Common for all the GPO on Pin 1 and a 5V O/P is made available on Pin 8. This connector appears on the UR6500 Core Box x 2, AD6501 Combo I/O Box, AD6502 Analogue I/O Box and the JD6503 AES I/O Box.

CORE DSP PACK options The digital signal processing element of the Type R core allows a combination of different ‘Console Pack’ sizes. It is designed to be flexible and provide sufficient processing for one, two or three consoles connected to a core. DSP Pack Sizes Type R has 4 DSP Packs available: R20 which supports up to 20 DSP input channels (mono equivalent) - This is the Base DSP pack provided with the Core. R40 which supports up to 40 DSP input channels(mono equivalent) - This is a customer option. R80 which supports up to 80 DSP input channels(mono equivalent) - This is a customer option. R120 which supports up to 120 DSP input channels(mono equivalent) - This is a customer option. The following table shows the various pack sizes and how the DSP channels , buses and outputs are arranged between 1,2 or 3 consoles. DSP PACK OPTIONS DSP PACKAGES TABLE DSP Packs R20 Base 20 DSP channel paths R40 40 DSP channel paths R80 80 DSP channel paths R120 120 DSP channel paths R20 Base 20 DSP channel paths 1 x Console: 20 DSP channel paths, 8 Aux buses, 8 Group buses, 3 Main buses R40 Option 40 DSP channel paths 1 1 x Console: 40 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 2 2 x Console: 20 DSP channel paths, 8 Aux buses, 8 Group buses, 3 Main buses R80 Option 80 DSP channel paths 1 1 x Console: 80 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 2 2 x Consoles: 40 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 3 1 x Console: 40 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 2 x Console: 20 DSP channel paths, 8 Aux buses, 8 Group buses, 3 Main buses R120 Option 120 DSP channel paths 1 1 x Console: 120 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 2 2 x Consoles: 60 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 3 3 x Consoles: 40 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 4 1 x Console: 80 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 1 x Console: 40 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 5 1 x Console: 60 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 2 x Consoles: 30 DSP channel paths, 8 Aux buses, 8 Group buses, 3 Main buses

20 CH 30 CH 40 CH 60 CH 80 CH 120 CH DSP Paths (mono equivalent) Channel Paths 20 30 40 60 80 120 Aux Paths 8 8 16 16 16 16 Main & Group Paths 14 14 22 30 30 30 Total DSP Paths 42 52 78 106 126 166 Mix Paths (mono equivalent) Main 1/PGM1 Paths 14 14 22 30 30 30 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 8 8 16 16 16 16 PFL Mix Paths 2 2 2 6 6 6 AFL Mix Paths 2 2 2 6 6 6 Mix Minus Mix Paths 4 4 4 4 4 4 Conference Mix Paths 2 2 2 2 2 2 Total Mix Paths 32 32 48 64 64 64 For dual consoles Two Consoles powered by one DSP Core: There are 4 variants depending on which DSP packages have been made available from 20 to 80 DSP channels. Mix buses will also vary depending on the DSP channel size with only the largest DSP pack R120 offering 5.1 capability in a dual console arrangement. DSP Pack R20 does not provide a dual console arrangement, R40 and R80 will only provide mono or stereo paths/channels in a dual console arrangement. It should be noted that even though in some elements of the table there are 16 Group buses shown as available the system is designed to provide up to a maximum of 8 Groups/console irrespective of width. For Single Consoles Single consoles powered by one DSP Core: There are 4 variants depending on which DSP packages have been made available from 20 to 120 DSP channels. Mix buses will also vary depending on the DSP channel size with only the two larger DSP packs R80 and R120 offering 5.1 capability in a single console arrangement. DSP Packs NOT 5.1 capable (R20 and R40) will only provide mono or stereo paths/channels. It should be noted that even though in some elements of the table there are 16 Group buses shown as available the system is designed to provide up to a maximum of 8 Groups/console irrespective of width. For triple consoles Three consoles powered by one DSP Core: There are 3 variants depending on which DSP packages have been made available from 20 to 60 DSP channels.. Mix buses will also vary depending on the DSP channel size with only the largest DSP pack R120 offering 5.1 capability on 1 console in a triple console arrangement. DSP Packs R20 and R40 do not provide a triple console arrangement. DSP Pack R80 will only provide mono or stereo paths/channels in a triple console arrangement. It should be noted that even though in some elements of the table there are 16 Group buses shown as available the system is designed to provide up to a maximum of 8 Groups/console irrespective of width. DSP Path and Mix Bus Tables The following tables show the DSP path and Mix Path count for the various DSP Packs across different options. DSP PATH AND MIX PATH SUMMARY TABLE PER CONSOLE SIZE

CORE DSP PACK options DSP PATH AND MIX PATH SUMMARY TABLE FOR R20 BASE DSP R20 Console 1 Totals 20 CH DSP Paths (mono equivalent) Channel Paths 20 20 Aux Paths 8 8 Main & Group Paths 14 14 Total DSP Paths 42 42 Mix Paths (mono equivalent) Main 1/PGM1 Paths 14 14 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 8 8 PFL Mix Paths 2 2 AFL Mix Paths 2 2 Mix Minus Mix Paths 4 4 Conference Mix Paths 2 2 Total Mix Paths 32 32 32 Mix Paths Mix Paths (mono equivalent) Width Paths Note Main 1/PGM1 Paths Mono,Stereo or 5.1 14 Pool of 14 Paths, may be assigned as Mono, Stereo or 5.1 Main 2/PGM2 Paths Mono,Stereo or 5.1 Main 3/REC Paths Mono,Stereo or 5.1 Group Paths Mono,Stereo or 5.1 Aux Paths Mono or Stereo 8 8 Mono or 4 stereo or any combination PFL Mix Paths Stereo 2 AFL Mix Paths Stereo 2 Mix Minus Mix Paths Mono or Stereo 4 2 Mono or 2 Stereo or 1 Mono & 1 Stereo Conference Mix Paths Mono or Stereo 2 1 Mono or 1 Stereo Total Mix Paths 32

R40 - Option 1 Console 1 Totals 40 CH DSP Paths (mono equivalent) Channel Paths 40 40 Aux Paths 16 16 Main & Group Paths 22 22 Total DSP Paths 78 78 Mix Paths (mono equivalent) Main 1/PGM1 Paths 22 22 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 16 16 PFL Mix Paths 2 2 AFL Mix Paths 2 2 Mix Minus Mix Paths 4 4 Conference Mix Paths 2 2 Total Mix Paths 48 48 R40 - Option 2 Console 1 Console 2 Totals 20 CH 20 CH DSP Paths (mono equivalent) Channel Paths 20 20 40 Aux Paths 8 8 16 Main & Group Paths 14 14 28 Total DSP Paths 42 42 84 Mix Paths (mono equivalent) Main 1/PGM1 Paths 14 14 28 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 8 8 16 PFL Mix Paths 2 2 4 AFL Mix Paths 2 2 4 Mix Minus Mix Paths 4 4 8 Conference Mix Paths 2 2 4 Total Mix Paths 32 32 64 48 Mix Paths Mix Paths (mono equivalent) Width Paths Note Main 1/PGM1 Paths Mono,Stereo or 5.1 22 Pool of 22 Paths, may be assigned as Mono, Stereo or 5.1 Main 2/PGM2 Paths Mono,Stereo or 5.1 Main 3/REC Paths Mono,Stereo or 5.1 Group Paths Mono,Stereo or 5.1 Aux Paths Mono or Stereo 16 16 Mono or 8 stereo or any combination PFL Mix Paths Stereo 2 AFL Mix Paths Stereo 2 Mix Minus Mix Paths Mono or Stereo 4 2 Mono or 2 Stereo or 1 Mono & 1 Stereo Conference Mix Paths Mono or Stereo 2 1 Mono or 1 Stereo Total Mix Paths 48

CORE DSP PACK options R80 - Option 1 Console 1 Totals 80 CH DSP Paths (mono equivalent) Channel Paths 80 80 Aux Paths 16 16 Main & Group Paths 30 30 Total DSP Paths 126 126 Mix Paths (mono equivalent) Main 1/PGM1 Paths 30 30 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 16 16 PFL Mix Paths 6 6 AFL Mix Paths 6 6 Mix Minus Mix Paths 4 4 Conference Mix Paths 2 2 Total Mix Paths 64 64 R80 - Option 2 Console 1 Console 2 Totals 40 CH 40 CH DSP Paths (mono equivalent) Channel Paths 40 40 80 Aux Paths 16 16 32 Main & Group Paths 22 22 44 Total DSP Paths 78 78 156 Mix Paths (mono equivalent) Main 1/PGM1 Paths 22 22 44 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 16 16 32 PFL Mix Paths 2 2 4 AFL Mix Paths 2 2 4 Mix Minus Mix Paths 4 4 8 Conference Mix Paths 2 2 4 Total Mix Paths 48 48 96 DSP PATH AND MIX PATH SUMMARY TABLE FOR R80 DSP OPTIONS

Console 1 Console 2 Console 3 Totals 40 CH 20 CH 20 CH DSP Paths (mono equivalent) Channel Paths 40 20 20 80 Aux Paths 16 8 8 32 Main & Group Paths 22 14 14 50 Total DSP Paths 78 42 42 162 Mix Paths (mono equivalent) Main 1/PGM1 Paths 22 14 14 50 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 16 8 8 32 PFL Mix Paths 2 2 2 6 AFL Mix Paths 2 2 2 6 Mix Minus Mix Paths 4 4 4 12 Conference Mix Paths 2 2 2 6 Total Mix Paths 48 32 32 112 64 Mix Paths Mix Paths (mono equivalent) Width Paths Note Main 1/PGM1 Paths Mono,Stereo or 5.1 30 Pool of 30 Paths, may be assigned as Mono, Stereo or 5.1 Main 2/PGM2 Paths Mono,Stereo or 5.1 Main 3/REC Paths Mono,Stereo or 5.1 Group Paths Mono,Stereo or 5.1 Aux Paths Mono or Stereo 16 16 Mono or 8 stereo or any combination PFL Mix Paths Stereo or 5.1 6 AFL Mix Paths Stereo or 5.1 6 Mix Minus Mix Paths Mono or Stereo 4 2 Mono or 2 Stereo or 1 Mono & 1 Stereo Conference Mix Paths Mono or Stereo 2 1 Mono or 1 Stereo Total Mix Paths 64 DSP PATH AND MIX PATH SUMMARY TABLE FOR R80 DSP OPTIONS-CONTINUED

CORE DSP PACK options DSP PATH AND MIX PATH SUMMARY TABLE FOR R120 DSP OPTIONS R120- Option 1 Console 1 Totals 120 CH DSP Paths (mono equivalent) Channel Paths 120 120 Aux Paths 16 16 Main & Group Paths 30 30 Total DSP Paths 166 166 Mix Paths (mono equivalent) Main 1/PGM1 Paths 30 30 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 16 16 PFL Mix Paths 6 6 AFL Mix Paths 6 6 Mix Minus Mix Paths 4 4 Conference Mix Paths 2 2 Total Mix Paths 64 64 R120 - Option 2 Console 1 Console 2 Totals 60 CH 60 CH DSP Paths (mono equivalent) Channel Paths 60 60 120 Aux Paths 16 16 32 Main & Group Paths 30 30 60 Total DSP Paths 106 106 212 Mix Paths (mono equivalent) Main 1/PGM1 Paths 30 30 60 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 16 16 32 PFL Mix Paths 6 6 12 AFL Mix Paths 6 6 12 Mix Minus Mix Paths 4 4 8 Conference Mix Paths 2 2 4 Total Mix Paths 64 64 128

R120 - Option 3 Console 1 Console 2 Console 3 Totals 40 CH 40 CH 40 CH DSP Paths (mono equivalent) Channel Paths 40 40 40 120 Aux Paths 16 16 16 48 Main & Group Paths 22 22 22 66 Total DSP Paths 78 78 78 234 Mix Paths (mono equivalent) Main 1/PGM1 Paths 22 22 22 66 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 16 16 16 48 PFL Mix Paths 2 2 2 6 AFL Mix Paths 2 2 2 6 Mix Minus Mix Paths 4 4 4 12 Conference Mix Paths 2 2 2 6 Total Mix Paths 48 48 48 144 R120 - Option 4 Console 1 Console 2 Totals 80 CH 40 CH DSP Paths (mono equivalent) Channel Paths 80 40 120 Aux Paths 16 16 32 Main & Group Paths 30 22 52 Total DSP Paths 126 78 204 Mix Paths (mono equivalent) Main 1/PGM1 Paths 30 22 52 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 16 16 32 PFL Mix Paths 6 2 8 AFL Mix Paths 6 2 8 Mix Minus Mix Paths 4 4 8 Conference Mix Paths 2 2 4 Total Mix Paths 64 48 112 R120 - Option 5 Console 1 Console 2 Console 3 Totals 60 CH 30 CH 30 CH DSP Paths (mono equivalent) Channel Paths 60 30 30 120 Aux Paths 16 8 8 32 Main & Group Paths 30 14 14 58 Total DSP Paths 106 52 52 210 Mix Paths (mono equivalent) Main 1/PGM1 Paths 30 14 14 58 Main 2/PGM2 Paths Main 3/REC Paths Group Paths Aux Paths 16 8 8 32 PFL Mix Paths 6 2 2 10 AFL Mix Paths 6 2 2 10 Mix Minus Mix Paths 4 4 4 12 Conference Mix Paths 2 2 2 6 Total Mix Paths 64 32 32 128

CORE DSP PACK options R20 Base 20 DSP channel paths R40 40 DSP channel paths R80 80 DSP channel paths R120 120 DSP channel paths Available @ 44.1/48kHz Available @ 88.2/96kHz Console Direct Outputs Input Delay Path Delay Output Delay Inserts External Inputs Key Inputs R20 Base 20 DSP channel paths Base 20 DSP channel paths 1 x Console: 20 DSP channel paths, 8 Aux buses, 8 Group buses, 3 Main buses 1 24 16 16 16 24 24 4 R40 Option 40 DSP channel paths 40 DSP channel paths 1 32 20 20 20 32 24 8 Per Pack 32 20 20 20 32 24 8 1 24 16 16 16 24 24 4 2 24 16 16 16 24 24 4 Per Pack 48 32 32 32 48 48 8 R80 Option 80 DSP channel paths 80 DSP channel paths 1 64 44 44 44 64 72 16 Per Pack 64 44 44 44 64 72 16 1 32 20 20 20 32 24 8 2 32 20 20 20 32 24 8 Per Pack 64 40 40 40 64 48 16 1 32 20 20 20 32 24 8 2 24 16 16 16 24 24 4 3 24 16 16 16 24 24 4 Per Pack 80 52 52 52 80 72 16 R120 Option 120 DSP channel paths 120 DSP channel paths 1 96 64 64 64 96 72 24 Per Pack 96 64 64 64 96 72 24 1 48 32 32 32 48 36 12 2 48 32 32 32 48 36 12 Per Pack 96 64 64 64 96 72 24 1 32 20 20 20 32 24 8 2 32 20 20 20 32 24 8 3 32 20 20 20 32 24 8 Per Pack 96 60 60 60 96 72 24 1 64 44 44 44 64 48 16 2 32 20 20 20 32 24 8 Per Pack 96 64 64 64 96 72 24 1 48 32 32 32 48 24 12 2 24 16 16 16 24 24 6 3 24 16 16 16 24 24 6 Per Pack 96 64 64 64 96 72 24 5 1 x Console: 60 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 2 x Consoles: 30 DSP channel paths, 8 Aux buses, 8 Group buses, 3 Main buses 3 3 x Consoles: 40 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 4 1 x Console: 80 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 1 x Console: 40 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 1 1 x Console: 120 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 2 2 x Consoles: 60 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 2 2 x Consoles: 40 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 3 1 x Console: 40 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses 2 x Console: 20 DSP channel paths, 8 Aux buses, 8 Group buses, 3 Main buses 2 2 x Console: 20 DSP channel paths, 8 Aux buses, 8 Group buses, 3 Main buses 1 1 x Console: 80 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses DSP Packs User Options for DSP Packs 1 1 x Console: 40 DSP channel paths, 16 Aux buses, 8 Group buses, 3 Main buses DSP PACK OVERVIEW FOR NUMBERS OF DIRECT OUTPUTS, DELAYS, INSERTS AND EXTERNAL INPUTS

Surface Panel Layout Examples SURFACE PANEL LAYOUTS Creating & Connecting Up Surface Layouts The cabling scheme used for connecting Type R Fader Panels, Large Soft Panels (LSPs) and Small Soft Panels (SSPs) to the Type R Core will depend on the required number of panels and the level of connection resilience desired. The following examples are provided to show the recommended connectivity for Type R surface panels from a small single Core 12 Fader system to a larger architecture with multiple console surfaces connected to a Core redundancy. These network examples show the surface panel to Core connectivity, for connecting IO Boxes to the Core, please refer to the AoIP Network Examples. All Type R panels need to be connected to an appropriate PoE+ switch or injector to provide the power required for each panel. Recommended third party equipment. The following examples are based upon the use of the following third-party switches and Windows PC’s; 1. Cisco SG350-10-MP-K9 PoE+ – 10 port (8+2) switch (Calrec 491-265) - 8 x Powered 1Gbps RJ45. - 2 x Non-powered combo RJ45/SFP 1Gbps slots that can accept 1Gbps interfaces. Note that the use of the 2 x SFP slots will require additional SFP interfaces which are not supplied with the switch. 2. Cisco SG350-10-K9 – 10 port (8+2) switch (Calrec 491-267) - 8 x 1Gbps RJ45. - 2 x combo RJ45/SFP 1Gbps slots that can accept 1Gbps interfaces. Note that the use of the 2 x SFP slots will require additional SFP interfaces which are not supplied with the switch. 3. All cabling shown is via RJ45 Cat5e shielded twisted pair (STP) cables. 4. Windows PC: Minimum specification - i5 Intel Processor or AMD equivalent - 4 Gig RAM memory - Windows 7 or 10 - 64bit - Google Chrome Browser - Version 77 or higher The Cisco SG350-10-MP-K9 PoE+ – 10 port (8+2) switch (Calrec 491-265) provides to total power budget of 124W. Each of the 8 PoE+ powered ports each can power one Type R panel. This means one Cisco SG350-10-MP-K9 PoE+ can provide power for up to 8 Type R panels. Note ports 9 & 10 are not POE+ powered • A maximum 60 Faders (10 Fader panels) can be connected to a single (or redundant) Core. • A maximum 26 LSP or SSP Panels can be connected to a single (or redundant) Core (in addition to the above 10 Fader panels). • A maximum 48 Faders (8 Fader Panels) can be used per console. Cisco Switch Management Settings The Cisco SG350 switches used for Control Panels need to have their Energy Detect Mode, Short Reach and 802.3 Energy Efficient Ethernet Properties disabled, this is carried out in the Port Management>Green Ethernet>Properties page of the switch which can be found here:- “5. Configure Network Switches & Devices” on page 17 of this manual.

Surface Panel Layout Examples EXAMPLE 4: TWO STUDIO INSTALLATION

Surface Panel Layout Examples EXAMPLE 5: THREE STUDIO INSTALLATION

Surface Panel Layout Examples EXAMPLE 5: THREE STUDIO INSTALLATION WITH REDUNDANT CORE

Surface Panel Layout Examples EXAMPLE 6: SINGLE STUDIO INSTALLATION WITH REDUNDANT CORE