Installation Guide. Document Revision: 1.4 Part Number: Release Date: August, 2003

Transcription

1 Installation Guide ocument Revision: 1.4 Part Number: Release ate: ugust, 2003 uphonix, Inc. 220 Portage ve. Palo lto, alifornia Phone: ax: Web:

2 In the interest of continued product development, uphonix reserves the right to make improvements to this manual and the product it describes at any time, without notice or obligation. System 5, S5, PatchNet, emix, uon, R1, Studio Hub, udio eck, Max ir, Reel eel, lear isplays, Track Panner, SnapShot Recall, S (igital Studio ontroller), Hyper- Surround, Total utomation and Mix View are trademarks of uphonix, Inc uphonix, Inc. ll rights reserved worldwide. No part of this publication may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any language in any form by any means without written permission from uphonix, Inc.

3 uphonix Max ir Installation Guide Table of ontents List of igures...v List of Tables... vii hapter 1: hapter 2: Max ir Overview...9 Introduction to Max ir...9 The Max ir onsole...9 igital Signal Processing...10 nalog and igital I/O...10 Microphone Inputs...11 Monitoring...11 Power...11 igital Sync...11 System ontrol onnections...12 stimating System Requirements...13 Number of M channel Sections...13 I/O Specification...13 Interconnecting System omponents...17 omponent Specifications...18 Typical Max ir Room and quipment Layout...20 onsole imensions...21 udio Hookup...23 Synchronization Hookup...24 MI Hookup...25 ontrol Hookup...26 iii

4 uphonix Max ir Installation Guide hapter 3: Max ir omponents igital rame rame ontroller...29 MM641 MI Interface ard...29 SP661 Signal Processor...29 Max ir onsole...30 S261 System omputer...31 P253d igital Pilot omputer...32 P253i Interface omputer...33 M524 Monitor Interface...34 Input/Output onnections...35 ML530 Mic/Line Interface...40 SH612 Studio Hub (optional)...42 M713 nalog to MI onverter...43 ront Panel...43 Rear Panel...44 M703 MI to nalog onverter...46 ront Panel...46 Rear Panel...47 M714 S/U to MI onverter...49 ront Panel...49 Rear Panel...50 M704 MI to S/U onverter...52 ront Panel...52 Rear Panel /726 ormat onverter...55 GP Input and Output onnections...62 onnector Pinouts (-25 RT1 RT4)...63 iv

5 uphonix Max ir Installation Guide List of igures 1-1 Typical onsole Layout Typical Max ir Room and quipment Layout Max ir Top imensions Max ir Side imensions M416 ottom imensions M404 ottom imensions udio Hookup Synchronization Hookup (Word lock shown, S/U sync may be used) MI hookup for One MI Hookup for one 64 and an Optional SH612 Studio Hub ontrol Hookup igital rame ront and Rear Panels , MM641, and SP661 ards M404 Rear Panel M416 Rear Panel S261 ront and Rear Panels P253d ront and Rear Panels P253i ront and Rear Panels M524 ront and Rear Panels lco 38 onnector lco 90 onnector lco 90 onnector lco 90 onnector onnector ML530 ront and Rear Panels ML530 In 1/In 2 Pinout: lco 38 Socket ML530 Out 1/Out 2 Pinout: lco 38 Socket...41 v

6 uphonix Max ir Installation Guide 3-17 SH612 Studio Hub M713 ront Panel M713 Rear Panel M703 ront Panel M703 Rear Panel M714 ront Panel M714 Rear Panel M714 Parallel S/U igital Inputs: emale M704 ront Panel M704 Rear Panel M704 Parallel S/U igital Outputs: emale /726 ront and Rear Panels GP132 ront and Rear Panels GP132 Input and Output onnections...62 vi

7 uphonix Max ir Installation Guide List of Tables 1-1 Summary of Max ir omponents Max ir omponents: imensions, Power onsumption, Heat issipation use Ratings for Max ir omponents In 1 lco 38 Pinout In 2 lco 90 Pinout Out 1 lco 90 Pinout Out 2 lco 90 Pinout Out 3-25 Pinout S/U -25 Pinout ommon -50 onnector Pinout and Usage With Third-party evices TI able Wiring Specification Pro Tools able Wiring Specification SI able Wiring Specification GP132 Outputs GP132 Inputs vii

8 uphonix Max ir Installation Guide viii

9 uphonix Max ir Installation Guide hapter 1: Max ir Overview This chapter explains the basic elements of any digital audio mixing system and introduces the components of Max ir. It concludes with a section explaining how to estimate your system s requirements. hapter 2: Interconnecting System omponents illustrates how to connect the components, where to locate them, and lists technical information about the components. hapter 3: Max ir omponents presents relevant details about each component s connectors and cables. Introduction to Max ir The Max ir onsole The Max ir console must contain a M404 center section module and can have up to three fully loaded M channel Modules, each providing 16 physical faders. The system can have up to 48 faders, not including the eight faders in the M404 master section. The 416HL and 416HR, which are half-loaded (left or right) 8-fader modules, can be used to expand your system. The following sections discuss important concepts necessary to specify a console layout. M416 Sixteen-channel Module M404 enter Section M416 Sixteen-channel Module igure 1-1 Typical onsole Layout 9

10 uphonix Max ir Installation Guide Max ir Overview hannels Max ir has 96 channels. Mono channels may be grouped as stereo or any format up to 7.1, which means that one fader may use one to eight logical channels. Strips ach fully loaded M channel Module contains 16 physical faders or strips. ach fader can control two inputs using a Swap button that switches between the Swap and Main channels. Layouts hannels are assigned to strips by using Layouts. Numerous Layouts can be easily stored and recalled to remap the console surface. To understand Layouts, consider the following examples: console fitted with one M416 has 16 physical faders that can control up to 32 channels (Swap and Main per strip). One Layout can assign 32 stereo inputs to the faders for a total of 64 logical channels. The first 32-channels can be assigned and left connected to the mix buses while a second Layout is recalled. If none of the channels between the Layouts are the same, there are now 64 logical channels feeding the mix buses at the same time, although they cannot be controlled simultaneously from the console surface. Layouts may also be used to place the inputs most often used on the top fader layer, or inputs that should be grouped together (i.e., microphones or VTRs). igital Signal Processing The 64 igital rame is a rack-mounted unit that performs all Max ir audio processing: dynamics and Q, mix buses, record buses, aux sends, and monitor buses. Max ir uses a single Mixer Model (96 hannels, 24 Groups/lean eeds, 12 ux Sends, 24 Mix uses and 28 xternal Inputs) that utilizes one 64. nalog and igital I/O ll audio signals are converted to and from the MI format through analog and digital converters. Up to four input and three output MI devices are connected to the MI card in the 64. system can include one SH612 that connects up to eight input and six output devices. The standard Max ir includes four MI input ports and three MI output ports for I/O connection. n optional SH612 Studio Hub can be included to supply a total of eight MI input and six MI output ports. nalog I/O ll analog I/O is converted between analog and MI formats via the M713 nalog to MI onverter, and the M703 MI to nalog onverter. ach unit s main I/O handles 24 signals and also contains an auxiliary stereo analog input or output, and an auxiliary stereo digital input or output (S/U and S/PI). 10

11 uphonix Max ir Installation Guide Max ir Overview igital I/O ll digital I/O is converted to and from MI format via the M714 S/U to MI onverter, and the M704 MI to S/U onverter. ach unit s main I/O handles 24 signals (12 S/U pairs) and also contains an auxiliary stereo analog input or output, and an auxiliary stereo digital input or output (S/U and S/PI). ll digital inputs have built in Sample Rate onverters. ormat onversion The 727 is a bidirectional device with 56 channels of sample-rate-converted I/O. ll inputs and outputs are converted to and from MI which are connected to the MI I/O on the 64 MI card or through the optional SH612 Studio Hub. In addition to S/U I/O, the 727 allows direct connection to several third-party digital formats. ormats supported by the unit are TI, Proigi, SI-2, T Optical, and Pro Tools. S/U outputs are always active even when using third-party formats. The 726 is the same as 727 but has no support for Pro Tools. Microphone Inputs Microphone inputs are handled by the ML530 Mic/Line Interfaces. ach unit contains 24 remote-controlled microphone preamps. ach ML530 is connected to a dedicated M713 nalog to MI onverter. Up to seven ML530s may be connected in a system. Monitoring Power The M524 Monitor ontroller provides analog monitor outputs. This unit provides Main (7.1), lt 1 (5.1), and lt 2 (stereo) control room monitoring, SLS (7.1), and ues 1 3 (each stereo) studio monitoring, two talkback preamps, and four listen microphone preamps. The M524 is connected to a dedicated M703 MI to nalog onverter. Some of the Max ir console components have dual power entry connectors for redundant power supplies. We recommend deriving the two power supplies from different sources to maximize the failsafe capabilities of the system. The best case is to connect one power supply to a UPS (Uninturuptable Power Supply) and the other to a clean technical power source. If a UPS is not used, the power supplies should be connected to seperately protected clean technical power circuits. igital Sync high quality digital sync source is required for the Max ir console. Some facilities may already have a digital master clock or house reference in place but others may require one. uphonix has tested several digital sync generators and distribution amplifiers and can supply these devices with the console. ontact a uphonix sales representative for further information. 11

12 uphonix Max ir Installation Guide Max ir Overview We recommend following these guidelines: It is important to minimize the timing differences between signal paths to avoid cumulative timing errors. It is good system engineering practice to send sync signals to all system components from one source. Sync signals should not be looped and each distribution amplifier should be fed directly from the master clock source. rawings in this installation guide show the use of Word lock. The user may use either S/U sync or Word lock. NOT: The SH612 s sync connections are designed to be used for in-house factory testing and should not be used in the final installation. System ontrol onnections thernet Several intelligent system components are connected via RJ45 thernet through a uon thernet switch. These devices include: S261 System omputer P253d igital Pilot omputers P253i Interface omputer M404 enter Section Module M channel Modules Monitor, trackball, and keyboard The Max ir System omputer is displayed on the M404 touchscreen. keyboard and mouse are connected to the M404. irewire The 64 igital rame is controlled by a P that requires no user interaction and configures the 64 on startup. The P253d is connected to its 64 via firewire. T ontrol The P253i Interface computer also requires no user interaction. It connects to the M524 Monitor Interface and up to seven ML530 Mic/Line Interfaces via a T connection. It also connects to the MII Interface via a parallel connector. GPIO ontrol The GP132 provides GPIO control for the system. The GP132 connects via MII in and out to a MII Interface (supplied). This interface is connected to the P253i Interface omputer via the parallel port. 12

13 uphonix Max ir Installation Guide Max ir Overview stimating System Requirements This section helps estimate the system requirements for a particular installation. ontact a uphonix representative for an exact specification. Use the following categories to determine the Max ir components necessary for your studio. Most of the studio details considered here are relevant to any digital mixing system. Number of M channel Sections One application may require a small, powerful console to control many inputs from a small number of faders. Other applications may trade console size for the power of accessing each input quickly without having to swap the fader or recall a Layout. Specify enough physical faders to conveniently control the required number of inputs. There can be up to three fully loaded M416s yielding 48 faders and 96 channels (there could be four M416s if two are half-loaded M416L or R). I/O Specification When considering I/O requirements, count the number of analog and S/U inputs and outputs required to hook up all equipment and auxiliary panels for extra equipment. o not specify I/O from the console perspective. or example, it is not efficient to specify one analog input and one analog output to be used as an insert point for each channel input. or microphone preamps, count the maximum number of preamps required including extras rather than one preamp for every channel. Number of ML530 Mic/Line Interfaces ach ML530 contains 24 remote-controlled microphone preamps. Note that each ML530 includes one dedicated M713 nalog to MI onverter. Total = (Microphone Preamps required / 24) Number of M713 nalog to MI onverters ach M713 contains 24 analog to MI converters (equipment outputs). Total = (nalog inputs required / 24) + (1 per ML530) Number of M703 MI to nalog onverters ach M703 contains 24 MI to analog converters (equipment inputs). Total = (nalog outputs required / 24) + (1 for M524) 13

14 uphonix Max ir Installation Guide Max ir Overview Number of M714 S/U to MI onverters ach M714 routes 24 digital inputs (12 S/U pairs) to MI converters (equipment outputs). Total = (S/U inputs required / 24) Number of M704 MI to S/U onverters ach M704 routes 24 MI channels to 24 digital outputs (12 S/U pairs) (equipment inputs). Total = (S/U outputs required / 24) Number of 726 ormat onverters ach 726 is a bidirectional device that contains 56 sample-rate selectable S/U inputs and outputs (112 signals). It also enables format conversion of 56 third-party format digital channels. Total = (ormat-converted Inputs or Outputs / 56) Number of 727 ormat onverters ach 727 is a bidirectional device that contains 56 sample-rate selectable S/U inputs and outputs (112 signals). It also enables format conversion of 56 third-party format digital channels (adds Pro Tools). Total = (ormat-converted Inputs or Outputs / 56) The following chart summarizes this section: 14

15 uphonix Max ir Installation Guide Max ir Overview Table 1-1 Summary of Max ir omponents omponent unction Number Notes M404 ontains 8 faders for masters, 17-inch Touchscreen, and the Superchannel controls. 1 required (max) thernet device M416 S261 System omputer ontains 16 physical faders that control two layers of 16 inputs. 1 required 3 full max thernet device Master system computer 1 required thernet device P253i Interface omputer omputer for M524, ML530 and MII I/ 1 required thernet device. onnects to M524 and up to 7 ML530s via T. onnects to MII I/ via parallel port. onnects to SH612 (optional) via serial port. P253d igital Pilot onfigures 64 1 required (max 1) thernet device. onnects to 64 via firewire. GP132 Input/Output and Relay System Provides up to 32 input/output relay closures Optional 4 supported MII device. onnects to MII I/. M524 Monitor Interface nalog monitor output controller 1 required T connection to Interface Pilot. 1 M703 is required (standard). ML530 Mic/Line Interface 24 remote-control microphone preamps 7 max T connection to Interface Pilot. 1 M713 required per ML igital rame Performs all system SP 1 required (max) The 64 comes with its own P253d igital Pilot omputer. 4 MI In, 3 MI Out SH612 Studio Hub MI hub optional (1 max) llows 8 input and 6 output devices. onnects to P253i via control port. M713 nalog to MI onverter Provides 24 nalog to MI onverters, Stereo ux igital Input (S/U or S/PI available), and ux Stereo nalog Input. 1 required for each ML530 specified. Requires digital sync reference. M703 MI to nalog onverter Provides 24 MI to nalog onverters, Stereo ux igital Output (S/U or S/PI available), and ux Stereo nalog Output. 1 required for use with the M524. Requires digital sync reference. M714 S/U to MI onverter Provides 24 S/U to MI onverters, Stereo ux igital Input (S/U or S/PI available), and ux Stereo nalog Input. Optional Requires digital sync reference. M704 MI to S/U onverter Provides 24 MI to S/U onverters, Stereo ux igital Output (S/U or S/PI available), and ux Stereo nalog Output. Optional Requires digital sync reference. 727 igital ormat onverter Provides 56 channels of format converted inputs and outputs (112 channels total). Supports MI, S/U, T-I, T Optical, Protools, S-I2, Proigi. Optional Requires digital sync reference. 726 igital ormat onverter Provides 56 channels of format converted inputs and outputs (112 channels total). Supports MI, S/U, T-I, T Optical, S- I2, Proigi. Optional Requires digital sync reference. 15

16 uphonix Max ir Installation Guide Max ir Overview 16

17 uphonix Max ir Installation Guide hapter 2: Interconnecting System omponents This chapter summarizes technical information for Max ir s components, including size, weight, power consumption, cooling, and fuse requirements and shows their interconnections. To plan an installation, examine igure 2-1 to learn about suggested equipment locations. The Sync, MI, and ontrol hookup diagrams (igure 2-7 through igure 2-10) all show maximum cable distances. 17

18 uphonix Max ir Installation Guide Interconnecting System omponents omponent Specifications Table 2-1 Max ir omponents: imensions, Power onsumption, Heat issipation M404 M416 M416HL M416HR GP132 Input/Output and Relay System omponent Height Width epth Weight MII xpress XT MII ommunication M524 Monitor Interface ML530 Mic/Line Interface S261 System omputer P253d/i igital Pilot 64 igital rame SH612 Studio Hub M713 nalog to MI onverter M703 MI to nalog onverter M714 S/U to MI onverter M704 MI to S/U onverter 727 igital ormat onverter 726 igital ormat onverter 8.4 in 21 cm 8.4 in 21 cm 8.4 in 21 cm 8.4 in 21 cm 1.75 in 44.5 mm 1RU 1.75 in 44.5 mm 1RU 3.5 in 89 mm 2RU 3.5 in 89 mm 2RU 3.5 in 89 mm 2RU 3.5 in 89 mm 2RU in 400 mm 3.5 in 89 mm 2RU 3.5 in 89 mm 2RU 2RU 3.5 in 89 mm 2RU 3.5 in 89 mm 2RU 3.5 in 89 mm 2RU 3.5 in 89 mm 2RU 3.5 in 89 mm 22.3 in 57 cm 24.3 in 62 cm 24.3 in 62 cm 24.3 in 62 cm 19 in 483 mm 19 in 483 mm 17 in/432 mm (19 in/483 mm faceplate) 17 in/432 mm (19 in/483 mm faceplate) 17 in/432 mm (19 in/483 mm faceplate) 17 in/432 mm (19 in/483 mm faceplate) 19 in 483 mm 17 in432 mm (19 in/483 mm faceplate) 17 in/432 mm (19 in/483 mm faceplate) 17 in/432 mm (19 in/483 mm faceplate) 17 in/432 mm (19 in/483 mm faceplate) 17 in/432 mm (19 in/483 mm faceplate) 17 in/432 mm (19 in/483 mm faceplate) 17 in/432 mm (19 in/483 mm faceplate) 35.4 in 90 cm 33.5 in 84 cm 33.5 in 84 cm 33.5 in 84 cm 6.4 in 163 mm 5.5 in 140 mm 18.5 in 470 mm 18.5 in 470 mm 25 in 560 mm 18.5 in 470 mm 17.3 in 440 mm 18.5 in 470 mm 18.5 in 470 mm 18.5 in 470 mm 18.5 in 470 mm 18.5 in 470 mm 18.5 in 470 mm 18.5 in 470 mm 69 lb 32 kg 82 lb 37 kg 71 lb 33 kg 71 lb 33 kg 3.5 lb 1.6 kg 3 lb 1.4 kg 17 lb 7.7 kg 17 lb 7.7 kg 23 lb 10.5 kg 23 lb 10.5 kg 80 lb 36.4 kg 12 lb 7.7 kg 17 lb 7.7 kg 17 lb 7.7 kg 17 lb 7.7 kg 17 lb 7.7 kg 13.5 lb 6 kg 13.5 lb 6 kg Typical Power onsumption PSU 1: 50 W PSU 2: 50 W PSU 1: 50 W PSU 2: 50 W PSU 1: 50 W PSU 2: 50 W PSU 1: 50 W PSU 2: 50 W PSU 1: 52 W PSU 2: 52 W PSU 1: 52 W PSU 2: 52 W PSU 1: 50 W PSU 2: 50 W PSU 1: 54 W PSU 2: 54 W Heat issipation 520 TU/hr 600 TU/hr 520 TU/hr 520 TU/hr 15 W 55 TU/hr 10 W 35 TU/hr 97 W 240 TU/hr 86 W 345 TU/hr 685 TU/hr 685 TU/hr 1025 TU/hr 345TU/hr 54 W 175 TU/hr 50 W 175 TU/hr 25 W 90 TU/hr 18 W 90 TU/hr 50 W 175 TU/hr 50 W 175 TU/hr 18

19 uphonix Max ir Installation Guide Interconnecting System omponents Table 2-2 use Ratings for Max ir omponents omponent 100/115/120 V 220/230/240 V How to hange Voltage Setting M404 T5 T5 autoranging M416 T5 T5 autoranging GP132 General Purpose Input/ Output and Relay System 2 m 2 m autoranging MII xpress XT MII ommunication Interface 125 m 125 m side panel selector switch M524 Monitor Interface ML530 Mic/line Interface S261 System omputer P253d/i igital Pilot 6 3 autoranging 6 3 autoranging 6 3 autoranging 6 3 autoranging 64 igital rame 5 breaker 5 breaker autoranging SH612 Studio Hub autoranging M713 nalog to MI onverter M703 MI to nalog onverter M714 S/U to MI onverter M704 MI to S/U onverter 630 m 315 m 630 m 315 m 630 m 315 m 630 m 315 m rear panel selector switch rear panel selector switch rear panel selector switch rear panel selector switch 727 igital ormat onverter 726 igital ormat onverter T2.5 T2.5 autoranging T2.5 T2.5 autoranging 19

20 uphonix Max ir Installation Guide Interconnecting System omponents Typical Max ir Room and quipment Layout Studio Optional Studio I/O Machine Room ontrol Room ML 530 Mic-Line I M713 / onverter nalog I & Patch igital I & Patch ue eeds (from Mon I) Listen Mics (to Mon I) ontrol Surface Talk Mic (to Mon I) onsole Umbilical (ucon) igital rame I ontrol MI Sync uon Switch S261 System omputer MII xpress XT I & GP132 P253i Interface Pilot SH612 Studio Hub (Optional) P253d igital Pilot 64 igital rame Machine Room I/O M713 / onverter M714 S/U-to-MI I M524 Monitor I & Patch M703 Monitor / onverter Leave Open H 224 (uon Switch) S261 (System P) GP132 MII Interface P253i (Interface Pilot) P253d (rame #1 Pilot) SH612 (Studio Hub - Optional) Leave Open rame #1 igure 2-1 Typical Max ir Room and quipment Layout 20

21 uphonix Max ir Installation Guide Interconnecting System omponents onsole imensions M416 LN POINT M404 LN POINT igure 2-2 Max ir Top imensions imensions in inches igure 2-3 Max ir Side imensions

22 uphonix Max ir Installation Guide Interconnecting System omponents KP LR OR VNTILTION KP LR OR VNTILTION 1/4-20 THR INSRT 8 PLS igure 2-4 M416 ottom imensions KP LR OR PROPR VNTILTION 1/4-20 THR INSRT 8 PLS igure 2-5 M404 ottom imensions 22

23 uphonix Max ir Installation Guide Interconnecting System omponents udio Hookup Microphone Studi o Mic Lines nalog ML530 ML530 OUTPUTS INPUTS OUTPUTS INPUTS nalog 48 nalog M713 M713 Mic Line Interface nalog to MI igital I/O S/U evice Inputs channels (24 S/U pairs) M704 M704 S/U evice Outputs channels (24 S/U pairs) MI to S/U M714 M714 evices requiring format conversion 1-56 In 1-56 Out abling dependant on device type S/U to MI 727 ORMT ONVRTR nalog I/O 48 nalog M703 nalog evice Inputs nalog Upper Lower Upper 1-24 Lower 1-24 Patchbay (Optional) 48 nalog M703 MI to nalog M713 nalog evice Outputs nalog Monitoring Upper Lower Upper 1-24 Lower 1-24 Patchbay (Optional) M524 IN 1 IN 2 M713 nalog to MI 2 nalog (Talkback feed to M713 ux nalog In) 24 nalog M703 (M524 In 2) ontrol Room Main Monitors (7.1) lt 1 Monitors (5.1) lt 2 Monitors (stereo) Monitor Interface 38 nalog 8 nalog (M524 Out 3) (Mc524 Outs 1 & 2) 6 nalog (M524 In 1) Upper Lower Upper 1-24 Lower 1-24 Patchbay OUT 1 OUT 2 OUT 3 MI to nalog Studio Mon - SLS (7.1) Mon - ue 1 (stereo) Mon - ue 2 (stereo) Mon-ue3(stereo) 30 nalog onsole Talkback 6nalog Producers Talkback Studio Listen Mics (4) 8nalog Talkback Mic Preamp Outs (2) Listen Mic Preamp Outs (4) Solo us Out (stereo) Talkback Mic Preamp Outs (2) Listen Mic Preamp Outs (4) Solo us Out (stereo) igure 2-6 udio Hookup 23

24 uphonix -631 RM ONTROLLR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix MM-641 MI INTR uphonix MM-641 MI INTR uphonix Max ir Installation Guide Interconnecting System omponents Synchronization Hookup Maximum able istances: Word: 165 ft (50 m) ML530 ML530 OUTPUTS INPUTS OUTPUTS INPUTS W/ In W/ In M713 M713 Studio Mic Line Interface nalog to MI House Video Studio Master lock Word lock istribution mplifier W/ In 727 ormat onverter W/ In M704 W/ In SH612 MI to S/U Studio Hub (Optional) W/ In M703 W/ In MI to nalog W/ In M714 S/U to MI W/ In M713 nalog to MI 64 igital rame M524 IN 1 IN 2 OUT 1 OUT 2 OUT 3 W/ In Monitor Interface M703 Machine Room MI to nalog igure 2-7 Synchronization Hookup (Word lock shown, S/U sync may be used) 24

25 uphonix Max ir Installation Guide Interconnecting System omponents MI Hookup One 64 Maximum MI able istance: 165 ft (50 m) 64 MI Inputs MI Outputs MM-641 MI Interface ard Sources M703 MI to nalog onverter for Mc524 Monitor Interface estinations igure 2-8 MI hookup for One 64 One 64 with optional SH MI Inputs MI Outputs MM-641 MI Interface ard M703 MI to nalog onverter for M524 Monitor Interface Sources MI Inputs MI Outputs SH612 estinations MI Outputs MI Inputs igure 2-9 MI Hookup for one 64 and an Optional SH612 Studio Hub 25

26 uphonix -631 RM ONTROLLR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix SIGNL PROSSOR uphonix MM-641 MI INTR uphonix MM-641 MI INTR uphonix Max ir Installation Guide Interconnecting System omponents ontrol Hookup GP132 Machine Room MII I/ MII Parallel Port onnection Up to six additional Mic/Line Interfaces ML530 OUTPUTS INPUTS Mic/Line Interface Maximum istances thernet: 100 m (330 ft) ire Wire: 4.5 m (15 ft) T ontrol: 50 m (165 ft) P253i Interface omputer T Port #2 T Main Port P253d igital Pilot irewire S261 System omputer thernet KVM xtender igital rame SH612 thernet Switch Studio Hub (Optional) M524 IN 1 IN 2 OUT 1 OUT 2 OUT 3 Monitor Interface Max ir thernet able Harness ontrol Room igure 2-10 ontrol Hookup 26

27 In Out S SYN WOR SYN 75 In Out IRWIR HSSIS I SYN SOUR S Word Int PU P stm Select Locked ctive 5v Reset 3v rror HotSwap Ready RM ONTROLLR In Out S SYN WOR SYN 75 In Out IRWIR HSSIS I SYN SOUR S Word Int PU P stm Select Locked ctive 5v Reset 3v rror HotSwap Ready RM ONTROLLR RST SP TIVITY 5v Reset Mute 3v rror HotSwap Ready SIGNL PROSSOR SP TIVITY 5v Reset Mute 3v rror HotSwap Ready SIGNL PROSSOR SP TIVITY 5v Reset Mute 3v rror HotSwap Ready SIGNL PROSSOR SP TIVITY 5v Reset Mute 3v rror HotSwap Ready SIGNL PROSSOR SP TIVITY 5v Reset Mute 3v rror HotSwap Ready SIGNL PROSSOR SP TIVITY 5v Reset Mute 3v rror HotSwap Ready SIGNL PROSSOR SP TIVITY 5v Reset Mute 3v rror HotSwap Ready SIGNL PROSSOR SP TIVITY 5v Reset Mute 3v rror HotSwap Ready SIGNL PROSSOR SP TIVITY 5v Reset Mute 3v rror HotSwap Ready SIGNL PROSSOR SP TIVITY 5v Reset Mute 3v rror HotSwap Ready SIGNL PROSSOR SP TIVITY 5v Reset Mute 3v rror HotSwap Ready SIGNL PROSSOR MI INPUTS MI OUTPUTS MI INPUT OK Mute 5v 3v Reset rror HotSwap Ready MM-641 MI INTR uphonix Max ir Installation Guide hapter 3: Max ir omponents This chapter discusses the Max ir components and all connectors necessary for operation. Pinouts for user-wired connections are shown for each component, along with the cables and connectors provided by uphonix. 64 igital rame The 64 contains three types of cards: 631 rame ontroller, MM641 MI Interface, and SP661 Signal Processor (all three shown in igure 3-2). Power onnectors (I): ccepts standard I power cords (provided). Two autoranging switching supplies accept voltages between V, Hz. ONTROL MIN K-UP IGITL UIO RM -64PM POWR MOUL -64PM POWR MOUL 5 5 igure igital rame ront and Rear Panels 27

28 uphonix Max ir Installation Guide Max ir omponents uphonix uphonix uphonix S Sync MI Inputs In Out Word Sync In 75 Out irewire MI Outputs hassis I Sync Source SP ctivity S Word Int PU P ustom MI Input OK Select Locked ctive Mute Mute 5 V 3 V 5V 3V 5V 3V Reset rror Reset rror Reset rror HotSwap Ready HotSwap Ready HotSwap Ready -631 RM ONTROLLR MM-641 MI INTR SIGNL PROSSOR igure , MM641, and SP661 ards 28

29 uphonix Max ir Installation Guide Max ir omponents 631 rame ontroller S Sync In (3-pin Lemo emale): The 64 igital rame clocks to the signal at this port when the sync source is set to S Sync. onnect this port to a digital sync reference. S Sync Out (3-pin Lemo Male): This signal is active regardless of the selected sync source. Word In (N): The 64 clocks to the signal at this port when the sync source is set to Word lock. onnect this port to a digital sync reference. Word Out (N): This signal is active regardless of selected sync source. I 1394 ports (2): High speed communication interface to the P253d igital Pilot omputer. This interface carries real-time control and metering data between the P253d and the 64. onnect either port to any of the I 1394 ports on the dedicated P253d for this frame via firewire (provided). MM641 MI Interface ard MI In (4) and MI Out (4) (8 N): igital audio in and outs. See the MI Hookup diagrams (igure 2-9 and igure 2-8) for details on these connections. SP661 Signal Processor This card has no connections. 29

30 same type and rating. I I of fire, replace rating. same type and rating. I I uphonix Max ir Installation Guide Max ir omponents Max ir onsole INTRNL XTRNL TLKK MI TLKK MI SRVI IN 1 IN 2 SRIL 1 T 5.0 H 250 V aution: To prevent risk fuse with the same type and TO KVM XTNR SRIL 2 O ~ V Hz 250 Watts O MOUS KYOR M404 LN igure 3-3 M404 Rear Panel IN 1 IN 2 T 5.0 H 250 V T 5.0 H 250 V aution: To prevent risk aution: To prevent risk of fire, replace fuse with the of fire, replace fuse with the LN ~ V Hz 250 Watts O ~ V Hz 250 Watts O SRVI SRIL 1 SRIL 2 M416 igure 3-4 M416 Rear Panel The Max ir onsole consists of several modular components: the M416 with 16 physical faders and controls, and the M404 center section. ach component has the following connections: Power onnectors (I): ccepts two standard I power cords (provided). Two autoranging switching supplies accept voltages between V, Hz. LN Port (RJ45): onnect to uon Network Switch via RJ45 through the console thernet harness (provided). To KVM xtender (RJ45): onnect to KVM extender (M404 only). Talkback (XLR): onnect to the internal and external talkback microphones. Keyboard and Mouse (PS2): onnect to the keyboard and mouse or trackball. Serial 1, 2 (9): RS232 serial ports (for service only). Service (15H, PS2): VG video and keyboard connection (for service only). 30

31 uphonix Max ir Installation Guide Max ir omponents S261 System omputer I O I O POWRRST igure 3-5 S261 ront and Rear Panels VG onnector (-15): Main video monitor connection. Keyboard (PS2): Main keyboard connection. Mouse (PS2): Main trackball connection. Serial Port 1 (-9): Touchscreen control connection. onnect the machine room KVM extender to the VG, keyboard, and mouse connectors on the rear panel of the S261. second KVM extender is built into the M404. Keyboard and mouse connections are located on the back of the M404. The KVM extenders are connected by a single cable built into the console ethernet harness (provided). LN Port 1 (Onboard RJ45): onnect to uon Network Switch via RJ45 (provided). LN Port 2 (uxilary RJ45): Optional connection for external network. Power onnectors (I): ccepts two standard I power cords (provided). Two autoranging switching supplies accept voltages between V, Hz. 31

32 uphonix Max ir Installation Guide Max ir omponents P253d igital Pilot omputer IGITL PILOT OMPUTR P 253d PRLLL PILOT I POWR STTUS MOUS LN SRIL 2 SRIL 1 US KYOR PS/2 VG igure 3-6 P253d ront and Rear Panels I 1394 Ports (3 I connectors): onnect any port to I 1394 connector on the 631 card in the respective 64 via firewire (provided). Network Port (RJ45): onnect to uon Network Switch via RJ45 (provided). Power onnectors (I): ccepts two standard I power cords (provided). Two autoranging switching supplies accept voltages between V, Hz. 32

33 uphonix Max ir Installation Guide Max ir omponents P253i Interface omputer INTR PILOT OMPUTR P 253i PRLLL PILOT I POWR STTUS MOUS LN SRIL 2 SRIL 1 US KYOR PS/2 VG igure 3-7 P253i ront and Rear Panels Parallel Port (-25): onnect to MOTU MII I/ via -25 (provided). T Main Port (Lower -62): onnect T breakout cable (provided) to this port. This cable breaks out to four -15 connectors that provide control hookup for the M524 Monitor Interface and three ML530 Mic/Line Interfaces. T xtension Port (Upper -62): onnect a second T breakout cable (provided) to this port to connect up to four additional ML530 Mic/Line Interfaces. Network Port (RJ45): onnect to the uon Network Switch via the RJ45 cable (provided). Parallel Port (-25): onnect to MII Interface. Serial Port 1 (-9):onnect to control port on SH612 (optional). Power onnectors (I): ccepts two standard I power cords (provided). Two autoranging switching supplies accept voltages between V, Hz. 33

34 uphonix Max ir Installation Guide Max ir omponents M524 Monitor Interface MONITOR-OMMS INTR M 524 Power Switch: Powers the unit off/on. igure 3-8 M524 ront and Rear Panels In 1 (38-pin LO): Talk ack, Listen ack and Mic inputs. This connector receives four stereo listen channels and two stereo talk mic inputs. Signals can be boosted or attenuated. In a standard patch configuration, input cable fans out to 12 female XLRs. In 2 (90-pin LO): ontrol Room uses, Monitor,,,, and Solo buses inputs. This connector receives eight Monitor channels, and two channels each for Monitor,,. These signals can be attenuated only and are typically fed from the M713. Out 1 (90-pin LO): Monitor,,, Speaker outputs. This connector outputs eight ontrol Room channels, eight Monitor channels, and two channels each for Monitor,,, and Solo. The output cable fans out to two 38-pin LO/dak connectors for the uphonix Patchbay. Out 2 (90 pin LO): ontrol Room Speakers, Talk ack and Listen ack Preamp, and Solo uses outputs. This connector outputs eight ontrol Room Main channels, six ontrol Room lt 1 channels, two ontrol Room lt 2 channels, four Listen pre, two talk pre and two Solo channels. The output cable fans out to two 38-pin LO/dak connectors for the uphonix Patchbay. Out 3 (female 25): Talk ack, Listen ack, and Solo Preamp outputs. This connector outputs four Listen pre, two Talk ack pre and two Solo channels. Output cable fans out to eight male XLRs. ontrol (15): Input for digital control signal from igital Pilot (uphonix T bi-directional serial protocol). ll patching, switching, and gain controls are communicated via this connection as well as M524 IP address. Line In (I) and use Tray: ccepts standard I power cord (provided). n autoranging switching supply accepts voltages between V, Hz. 34

35 uphonix Max ir Installation Guide Max ir omponents Input/Output onnections Table 3-1 In 1 lco 38 Pinout rk # esignator 24 X 32 High Low Gnd 1 M1 Talk 1 L 2 M2 Talk 2 M 3 M3 Listen 1 H N 4 M4 Listen 2 J P 5 M5 Listen 3 JJ PP 6 M6 Listen 4 KK RR 7 LL SS 8 HH MM TT 9 R S V 10 T U W 11 X Z 12 Y H J K L M N P R S T U V W Z J J X P P K K R R L L S S M M Y H H T T N N igure 3-9 lco 38 onnector 35

36 uphonix Max ir Installation Guide Max ir omponents 36 Table 3-2 In 2 lco 90 Pinout igure 3-10 lco 90 onnector rk # esignator 24 X 32 High Low Gnd 1 L3 ntrl Rm (L) H R 2 L4 ntrl Rm () J S 3 L5 ntrl Rm (R) K T 4 L6 ntrl Rm (Sl) L U 5 L7 ntrl Rm (Sr) M V 6 L8 ntrl Rm () N W 7 L9 ntrl Rm (Li) X M 8 L10 ntrl Rm (Ri) Y N 9 L11 Mon (L) Z H P 10 L12 Mon () J R 11 L13 Mon (R) K S 12 L14 Mon (Sl) L T 13 L15 Mon (Sr) J S Y 14 L16 Mon () K T Z 15 L17 Mon (Li) L U 16 L18 Mon (Ri) M V 17 L19 Mon (L) N W 18 L20 Mon (R) P X 19 L21 Mon (L) N W 20 L22 Mon (R) H P X 21 L23 Mon (L) J R Y 22 L24 Mon (R) K S Z 23 L1 Solo (L) L T 24 L2 Solo (R) M U H J K L U M N P R S T V W X Y Z Y Z H S S T U V W X R J K L M N P H J K L M W X Y Z U N P R S T U P H J K L M N R S T U V W X Y Z

37 uphonix Max ir Installation Guide Max ir omponents 37 Table 3-3 Out 1 lco 90 Pinout igure 3-11 lco 90 onnector rk # esignator 24 X 32 High Low Gnd 1 O11 Mon (L) H R 2 O12 Mon () J S 3 O17 Mon (R) K T 4 O18 Mon (Sl) L U 5 O19 Mon (Sr) M V 6 O20 Mon () N W 7 O21 Mon (Li) X M 8 O22 Mon (Ri) Y N 9 O23 Mon (L) Z H P 10 O24 Mon (R) J R 11 O25 Mon (L) K S 12 O26 Mon (R) L T 13 O27 Mon (L) J S Y 14 O28 Mon (R) K T Z 15 L U 16 M V 17 N W 18 P X 19 N W 20 H P X 21 J R Y 22 K S Z 23 L T 24 M U H J K L U M N P R S T V W X Y Z Y Z H S S T U V W X R J K L M N P H J K L M W X Y Z U N P R S T U P H J K L M N R S T U V W X Y Z

38 uphonix Max ir Installation Guide Max ir omponents 38 Table 3-4 Out 2 lco 90 Pinout igure 3-12 lco 90 onnector rk # esignator 24 X 32 High Low Gnd 1 O31 Solo L H R 2 O32 Solo R J S 3 TL1 Talk 1 K T 4 TL2 Talk 2 L U 5 TL3 Listen 1 M V 6 TL4 Listen 2 N W 7 TL5 Listen 3 X M 8 TL6 Listen 4 Y N 9 O3 R main (L) Z H P 10 O4 R main () J R 11 O5 R main (R) K S 12 O6 ntrl Rm (Sl) L T 13 O7 ntrl Rm (Sr) J S Y 14 O8 R main () K T Z 15 O9 R main (Li) L U 16 O10 R main (Ri) M V 17 O13 R lt 1 (L) N W 18 O14 R lt 1 () P X 19 O15 R lt 1 (R) N W 20 O16 R lt 1 (Sl) H P X 21 O29 R lt 1 (Sr) J R Y 22 O30 R lt 1 () K S Z 23 O1 R lt 2 (L) L T 24 O2 R lt 2(R) M U H J K L U M N P R S T V W X Y Z Y Z H S S T U V W X R J K L M N P H J K L M W X Y Z U N P R S T U P H J K L M N R S T U V W X Y Z

39 uphonix Max ir Installation Guide Max ir omponents Table 3-5 Out 3-25 Pinout rk # esignator 24 X 32 High Low Gnd 1 T T L L L L Solo L Solo R igure onnector 39

40 uphonix Max ir Installation Guide Max ir omponents ML530 Mic/Line Interface MI LIN INTR ML ML530 OUTPUTS 1-12 INPUTS ONTROL VG igure 3-14 ML530 ront and Rear Panels Inputs (two 38-pin LO sockets): total of 24 microphone inputs are received on two 38-pin LO connectors (connectors and pins provided). Outputs (two 38-pin LO sockets): total of 24 outputs are provided on two 38-pin LO connectors. These outputs feed an M713 nalog to MI onverter (a 24 male XLR to 38-pin LO cable is provided). ontrol (-15): onnect to P253d igital Pilot omputer via T breakout cable (provided). ll patching, switching and gain controls are communicated via this connection. Line In (I) and use Tray: ccepts standard I power cord (provided). n autoranging switching supply accepts voltages between V, Hz. 40

41 uphonix Max ir Installation Guide Max ir omponents Num Signal Wiring Instruction & escription + - G 1 Mic In 1 / Mic In 13 rom studio Mic 1 / 13 L 2 Mic In 2 / Mic In 14 rom studio Mic 2 / 14 M H J K G H J 3 Mic In 3 / Mic In 15 rom studio Mic 3 / 15 H N L M N P L M N P R S T U R S T U V W V W Mic In 4 / Mic In 16 Mic In 5 / Mic In 17 Mic In 6 / Mic In 18 rom studio Mic 4 / 16 rom studio Mic 5 / 17 rom studio Mic 6 / 18 J JJ KK P PP RR Z Z J J J J X Y X Y P P H H K K R R L L K K L L M M N N S S M M P R S T P R S T H H T T N N Mic In 7 / Mic In 19 Mic In 8 / Mic In 20 Mic In 9 / Mic In 21 Mic In 10 / Mic In 22 rom studio Mic 7 / 19 rom studio Mic 8 / 20 rom studio Mic 9 / 21 rom studio Mic 10 / 22 HH R T LL MM S U SS TT V W 11 Mic In 11 / Mic In 23 rom studio Mic 11 / 23 X Z 12 Mic In 12 / Mic In 24 rom studio Mic 12 / 24 Y igure 3-15 ML530 In 1/In 2 Pinout: lco 38 Socket Num Signal Wiring Instruction & escription + - G 1 Mic Pre Out 1 / Out 13 To M713 nalog In 1 / In 13 L 2 Mic Pre Out 2 / Out 14 To M713 nalog In 2 / In 14 M H J K G H J 3 Mic Pre Out 3 / Out 15 To M713 nalog In 3 / In 15 H N L M N P L M N P R S T U R S T U V W V W Mic Pre Out 4 / Out 16 Mic Pre Out 5 / Out 17 Mic Pre Out 6 / Out 18 To M713 nalog In 4 / In 16 To M713 nalog In 5 / In 17 To M713 nalog In 6 / In 18 J JJ KK P PP RR Z Z J J J J X Y X Y P P H H K K R R L L K K L L M M N N P R S T P R S T S S M M H H T T N N Mic Pre Out 7 / Out 19 Mic Pre Out 8 / Out 20 Mic Pre Out 9 / Out 21 Mic Pre Out 10 / Out 22 To M713 nalog In 7 / In 19 To M713 nalog In 8 / In 20 To M713 nalog In 9 / In 21 To M713 nalog In 10 / In 22 HH R T LL MM S U SS TT V W 11 Mic Pre Out 11 / Out 23 To M713 nalog In 11 / In 23 X Z 12 Mic Pre Out 12 / Out 24 To M713 nalog In 12 / In 24 Y igure 3-16 ML530 Out 1/Out 2 Pinout: lco 38 Socket 41

42 uphonix Max ir Installation Guide Max ir omponents SH612 Studio Hub (optional) 1 I Int -> Gen ->00:00:00:00 Stop Locked S WOR INTRNL VIO SYN VIO OTHR T LOK SH 612 Info scape Select WOR VI-SYN VIO I1394 igure 3-17 SH612 Studio Hub Video In (N): onnect this to house blackburst or composite sync. S Sync In (female XLR): onnect this port to a digital sync reference. S Sync Out Ports (four male XLR): This signal is active regardless of selected sync source. Word In (N): onnect this port to a digital sync reference. Word Out (N): This signal is active regardless of selected sync source. MI In / Out Ports (24 N): igital audio in and outs. See the MI Hookup diagrams (igure 2-9 and igure 2-8) for details on these connections. ontrol Port (-9): onnect to Serial Port 1 on P253i Interface omputer. Power onnectors (I): ccepts two standard I power cords (provided). Two autoranging switching supplies accept voltages between V, Hz. NOT: The connections described above pertain only to a Max ir console configuration. The other connections on the SH612 are used when installed with the R-1 igital udio Multitrack Recorder. 42

43 uphonix Max ir Installation Guide Max ir omponents M713 nalog to MI onverter ront Panel igure 3-18 M713 ront Panel Signal Strength Ls: ach of the 28 channels has a four-segment L that represents the following signal levels: -42 d, -18 d, -6 d (green), d (red). Trim Pots ccess: Three trim pots adjust the maximum analog input level of channels 1 8, 9 16, and in 2-d steps between +12 and +26 du. SR onv: This indicates sample-rate conversion activity on the auxiliary digital inputs. Sample Rate Ls: These Ls indicate the sample rate to which the converter is currently locked. Sample rates are auto-sensed but can be manually selected on the M713. Supported sample rates are 96 khz, 88.2 khz, 48 khz, 44.1 khz, and ustom rates from external sources. Sample Rate Source Ls: These Ls indicate the format of the Sample Rate Source to which the converter is currently locked. Sample Rate Source can be auto-sensed or manually selected. If an external source is not detected, the M713 reverts to Internal sync. If a manually selected source is not present, the Sample Rate Source indicator blinks. S: Sample Rate locked to S Input. Word: Sample Rate locked to Word lock Input. Internal: Sample Rate locked to its own internal crystal. uto: Sample Rate Source has been auto-sensed. These Ls appear in the same order in which signals are tested for their presence. This detection procedure occurs when the converters are powered on. The Sample Rate and Sample Rate Source can also be selected manually. Manual Selection uttons: The button below each Sample Rate L row manually selects the sample rate. lso allows manual selection of the Sample Rate Source. Power Switch: On/Off switch. 43

44 uphonix Max ir Installation Guide Max ir omponents Rear Panel M713 MI OUT IGITL INPUTS NLOG INPUTS igure 3-19 M713 Rear Panel Input Voltage Selector: This red switch allows the unit to operate in either 100/110/115 V or 220/230/240 V environments. fuse must also be changed for 220/230/240 V operation. Units are shipped set and fused for 100/110/115 V. Power onnector (I) and use Tray: The I power connector accepts standard I power cords. The fuse tray contains both the active fuse and a spare fuse for 220/230/240 V operation. nalog Inputs (female XLR): 24 balanced, analog inputs on XLR connectors. Input sensitivity is set from the front panel. uxiliary nalog Inputs (female XLR): Two balanced analog inputs on XLR connectors. Input sensitivity is set from the front panel. S/U igital Input (female XLR): Stereo S/U digital input on one XLR connector. unctions in parallel with the auxiliary S/PI input and the two inputs should not be used simultaneously. S/PI igital Input (R): Stereo S/PI digital input on one R connector. unctions in parallel with the auxiliary S/U input and the two inputs should not be used simultaneously. S Sync In (female XLR): Master clock input for the converter when using S as Sample Rate Source. S Sync Thru (male XLR): Outputs the same signal connected to S Sync In. Word In (N): Master clock input for the converter when using Word lock as Sample Rate Source. Word Out (N): Outputs a Word clock signal synchronized to the Sample Rate Source. In the presence of an external Word clock input, this connector provides a regenerated version of that input signal. Without an external sample rate source, this connector outputs the internally generated clock signal. 44

45 uphonix Max ir Installation Guide Max ir omponents MI Out (N): Outputs the digital audio signal. 1 24: nalog inputs 25 26: ux analog inputs 27 28: ux digital inputs NOT: 28 channels are always transmitted; dual channels are not used. Trim Pots: our detented trim pots, accessed from the front panel, adjust the analog input level of channels 1 8, 9 16, 17 24, and auxiliary analog in 3 d steps between +6 and +27 du. 45

46 uphonix Max ir Installation Guide Max ir omponents M703 MI to nalog onverter ront Panel igure 3-20 M703 ront Panel Signal Strength Ls: ach of the 28 channels has a four-segment L that represents the following signal levels: -42 d, -18 d, -6 d (green), d (red). Trim Pots ccess: Three trim pots adjust the maximum analog output level of channels 1 8, 9 16, and in 2-d steps between +12 and +26 du. SR onv: This indicates sample-rate conversion activity on the auxiliary digital inputs. Sample Rate Ls: These Ls indicate the sample rate to which the converter is currently locked. Sample rates are auto-sensed. Supported sample rates are 96 khz, 88.2 khz, 48 khz, 44.1 khz, and ustom rates from external sources. Sample Rate Source Ls: These Ls indicate the format of the Sample Rate Source to which the converter is currently locked. Sample Rate Source can be auto-sensed or manually selected. If an external source is not detected, the M703 mutes its outputs. If a manually selected source is not present, the Sample Rate Source indicator blinks. S: Sample Rate locked to S Input. Word: Sample Rate locked to Word lock Input. MI: Sample Rate locked to MI. uto: Sample Rate Source has been auto-sensed. These Ls appear in the same order in which signals are tested for their presence. This detection procedure occurs when the converters are powered on. The Sample Rate Source can also be selected manually. Manual Selection uttons: The button below each Sample Rate L row manually selects the sample rate. Power Switch: On/Off switch. 46

47 uphonix Max ir Installation Guide Max ir omponents Rear Panel M703 MI IN IGITL OUTPUTS NLOG OUTPUTS igure 3-21 M703 Rear Panel Input Voltage Selector: This red switch allows the unit to operate in either 100/110/ 115 V or 220/230/240 V environments. fuse must also be changed for 220/ 230/240 V operation. Units are shipped set and fused for 100/110/115 V. Power onnector (I) and use Tray: The I power connector accepts standard I power cords. The fuse tray contains both the active and spare fuses. nalog Outputs (male XLR): 24 balanced analog outputs on XLR connectors. Output level is set from the front panel. uxiliary nalog Outputs (male XLR): Two balanced analog outputs on XLR connectors. Output level can is set from the front panel. S/U igital Outputs (male XLR): Stereo S/U digital outputs on one XLR connector. unctions in parallel with the auxiliary S/PI output and the two inputs should not be used simultaneously. S/PI igital Outputs (R): Stereo S/PI digital output on one R connector. unctions in parallel with the auxiliary S/U output and the two inputs should not be used simultaneously. S Sync In (female XLR): Master clock input for the converter when using S as the Sample Rate Source. S Sync Thru (male XLR): Outputs the same signal connected to S Sync In. Word In (N): Master clock input for the converter when using Word lock as Sample Rate Source. Word Out (N): Outputs a Word lock signal synchronized to the Sample Rate Source. In the presence of an external Word clock input, this connector provides a regenerated version of the input signal. Without an external sample rate source, this connector outputs an internally generated clock signal. 47

48 uphonix Max ir Installation Guide Max ir omponents MI In (N): igital audio signal input. 1 24: analog outputs 25 26: aux analog outputs 27 28: aux digital outputs. 48

49 uphonix Max ir Installation Guide Max ir omponents M714 S/U to MI onverter ront Panel igure 3-22 M714 ront Panel Signal Strength Ls: ach of the 28 channels has a four-segment L that represents the following signal levels: -42 d, -18 d, -6 d (green), -.05 d (red). Trim Pot: trim pot adjusts the analog output level of channels 1 and 2 between +12 and +26 du in 2-d steps. SR onv: The sample rate of all digital inputs is automatically detected and, if asynchronous, converted to the system Sample Rate. This process is independently applied to each stereo pair such that a combination of synchronous and asynchronous signals can be connected to the M714. Sample-rate conversion is switched off when synchronous signals are detected. The range of sample-rate conversion is khz or 96 khz signals cannot be sample-rate converted and are passed through if synchronous. If non-synchronous 88.2 or 96 khz signals are detected, the upper signal strength L flashes red to warn the user that the sample rate for those channels is not in sync with the system settings. Sample-rate conversion reduces the bit depth in a 24-bit signal to 20 bits. Sample Rate Ls: These Ls indicate the Sample Rate to which the converter is currently locked. Sample Rates are auto-sensed but can be manually selected. Supported Sample Rates are 96 khz, 88.2 khz, 48 khz, 44.1 khz and ustom Rates from external sources. Sample Rate Source Ls: These Ls indicate the format of the Sample Rate Source to which the converter is currently locked. Sample Rate Source can be auto-sensed or manually selected. If an external source is not detected, the M714 reverts to Internal sync. If a manually selected source is not present, the Sample Rate Source indicator blinks. S: Sample Rate locked to S Input. Word: Sample Rate locked to Word lock Input. Internal: Sample Rate locked to its own internal crystal. uto: Sample Rate Source has been auto-sensed. These Ls appear in the same order in which signals are tested for presence. This detection procedure occurs when the converters are powered on. The Sample Rate and Sample Rate Source can also be selected manually. 49

50 uphonix Max ir Installation Guide Max ir omponents Manual Selection uttons: The button below each Sample Rate L row manually selects the Sample Rate Source. The M714 also allows manual selection of the Sample Rate. Power Switch: On/Off switch. Rear Panel 7/ 8 5/ 6 3/ 4 M714 IGITL S/U 1-8 INPUTS INPUTS MI OUT S/PI 1/2 S 1/ / 16 1 /2 13/ 14 11/ 12 9/ 10 PRLLL S/U INPUTS /24 21 /22 19 /20 17 /18 IN OUT WOR SYN S igure 3-23 M714 Rear Panel Input Voltage Selector: This red switch allows the unit to operate in either 100/110/115 V or 220/230/240 V environments. fuse must also be changed for 220/230/240 V operation. Units are shipped set and fused for 100/110/115 V. Power onnector (I) and use Tray: The I power connector accepts standard I power cords. The fuse tray contains both the active fuse and a spare fuse for 220/230/240 V operation. S/U igital Inputs (female XLR): 12 S/U stereo inputs. Parallel S/U igital Inputs (female 25): Three 8-channel digital connectors function in parallel with XLR digital inputs, and should not be used simultaneously with the XLR inputs. See igure 3-24 on page 51 for pinout diagram. uxiliary nalog Inputs (female XLR): Two balanced analog inputs on XLR connectors. Input sensitivity is set from the front panel. uxiliary S/U igital Input (female XLR): Stereo S/U digital input on one XLR connector. unctions in parallel with the auxiliary S/PI input and the two inputs should not be used simultaneously. uxiliary S/PI igital Input (R): Stereo S/PI digital input on one R connector. unctions in parallel with the auxiliary S/U input and the two inputs should not be used simultaneously. S Sync In (female XLR): Master clock input for the converter when using S as Sample Rate Source. S Sync Thru (male XLR): Outputs the same signal connected to S Sync In. Word In (N): Master clock input for the converter when using Word lock as Sample Rate Source. 50

51 uphonix Max ir Installation Guide Max ir omponents Word Out (N): Outputs a Word clock signal synchronized to the Sample Rate Source. In the presence of an external Word clock input, this connector provides a regenerated version of that input signal. Without an external sample rate source, this connector outputs the internally generated clock signal. MI Out (N): Outputs the digital audio signal. 1 24: Main digital inputs 25 26: ux analog inputs 27 28: ux digital inputs NOT: 28 channels are always transmitted; dual channels are not used Pin # onnector 1 N/ N/ N/ N/ N/ N/ igital In 7/8+ GN igital In 5/6- igital In 3/4+ GN igital In 1/2- N/ N/ N/ N/ N/ N/ N/ igital In 7/8- igital In 5/6+ GN igital In 3/4- igital In 1/2+ GN onnector 2 N/ N/ N/ N/ N/ N/ igital In 15/16+ GN igital In 13/14- igital In 11/12+ GN igital In 9/10- N/ N/ N/ N/ N/ N/ N/ igital In 15/16- igital In 13/14+ GN igital In 11/12- igital In 9/10+ GN onnector 3 N/ N/ N/ N/ N/ N/ igital In 23/24+ GN igital In 21/22- igital In 19/20+ GN igital In 17/18- N/ N/ N/ N/ N/ N/ N/ igital In 23/24- igital In 21/22+ GN igital In 19/20- igital In 17/18+ GN igure 3-24 M714 Parallel S/U igital Inputs: emale

52 uphonix Max ir Installation Guide Max ir omponents M704 MI to S/U onverter ront Panel igure 3-25 M704 ront Panel Signal Strength Ls: ach of the 28 channels has a four-segment L that represents the following signal levels: -42 d, -18 d, -6 d (green), -.05 d (red). Trim Pot: trim pot adjusts the analog output level of channels 1 and 2 between +12 and +26 du in 2-d steps. Sample Rate Ls: These Ls indicate the Sample Rate to which the converter is currently locked. Sample Rates are auto-sensed but can be manually selected on the M714. Supported Sample Rates are 96 khz, 88.2 khz, 48 khz, 44.1 khz and ustom Rates from external sources. Sample Rate Source Ls: These Ls indicate the format of the Sample Rate Source to which the converter is currently locked. Sample Rate Source can be auto-sensed or manually selected. If an external source is not detected, the M704 mutes its outputs. If a manually selected source is not present, the Sample Rate Source indicator blinks. S: Sample Rate locked to S Input. Word: Sample Rate locked to Word lock Input. MI: Sample Rate locked to MI. uto: Sample Rate Source has been auto-sensed. These Ls appear in the same order in which signals are tested for presence. This detection procedure occurs when the converters are powered on. The Sample Rate (M714 only) and Sample Rate Source can also be selected manually. Manual Selection uttons: The button below each Sample Rate L row manually selects the Sample Rate Source. Power Switch: On/Off switch. 52