RME Audio ADI-6432(r) Guide de l'utilisateur

User's Guide ADI-6432(R) Multichannel Audio Digital Interface SyncAlignTM SyncCheckTM Intelligent Clock ControlTM SteadyClockT

10 User's Guide ADI-6432 © RME 5. Accessories RME offers several optional components for the ADI-6432: Digital Breakout Cables, one side 2

User's Guide ADI-6432 © RME11 6. Warranty Each individual ADI-6432 undergoes comprehensive quality control and a complete test at IMM before

12 User's Guide ADI-6432 © RME CE / FCC Compliance CE This device has been tested and found to comply with the limits of the European Counc

User's Guide ADI-6432 © RME13 User's Guide ADI-6432 Usage and Operation

14 User's Guide ADI-6432 © RME 8. Front panel Controls 8.1 MADI INPUT The button INPUT sets the input to optical or coaxial. The section I

User's Guide ADI-6432 © RME15 8.4 CLOCK The source and frequency of the unit's clock is configured in the CLOCK SECTION. The but-tons C

16 User's Guide ADI-6432 © RME 9. Inputs 9.1 MADI Both MADI inputs are located on the rear of the ADI-6432. The BNC input's ground-f

User's Guide ADI-6432 © RME17 Thanks to a highly sensitive input stage, SPDIF signals can also be processed by using a sim-ple cable adapter

18 User's Guide ADI-6432 © RME Connecting devices with coaxial SPDIF ports to the ADI-6432 is accomplished by the above cable adapter XLR/ph

User's Guide ADI-6432 © RME19 Thanks to a low impedance, but short circuit proof output, the ADI-6432 delivers 4 Vpp to 75 Ohms. For wrong te

2 User's Guide ADI-6432 © RME Important Safety Instructions ...4 General 1 Introduction ...

20 User's Guide ADI-6432 © RME 11.3 Cabling and Termination Word clock signals are usually distributed in the form of a network, split with

User's Guide ADI-6432 © RME21 12. MIDI and RS232 12.1 MIDI Transmission MADI allows for a transmission of 64 audio channels over long dista

22 User's Guide ADI-6432 © RME 12.3 Remote Control Software A free remote software for Windows and Mac OS X can be downloaded from the RME

User's Guide ADI-6432 © RME23 12.4 RS232 Many devices in the professional range of PA and live sound solutions can be remote controlled usin

24 User's Guide ADI-6432 © RME 13. Application Examples 13.1 Digital AES/EBU Multicore The ADI-6432 is perfectly suited to build up a digi

User's Guide ADI-6432 © RME25

26 User's Guide ADI-6432 © RME 13.3 MADI to MADI Converter MADI has been used for quite some time now and therefore not all interfaces from

User's Guide ADI-6432 © RME27 The number of ADI-6432s necessary is identical to the number of MADI signal sources, so it's two for this

28 User's Guide ADI-6432 © RME

User's Guide ADI-6432 © RME29 User's Guide ADI-6432 Technical Reference

User's Guide ADI-6432 © RME3 Technical Reference 14 Technical Specifications 14.1 Inputs ...

30 User's Guide ADI-6432 © RME 14. Technical Specifications 14.1 Inputs MADI • Coaxial via BNC, 75 Ohm, according to AES10-1991 • High-s

User's Guide ADI-6432 © RME31 AES/EBU • 32 x, transformer balanced, ground-free, according to AES3-1992 • Output voltage Professional 4.5 V

32 User's Guide ADI-6432 © RME 14.6 Firmware The ADI-6432's main part has been realized using programmable logic. By re-programming of

User's Guide ADI-6432 © RME33 The same is true for a direct adapter cable Tascam D-sub to Euphonix D-sub. Euphonix: Signal In 1/2+ In 1/2-

34 User's Guide ADI-6432 © RME 15. Technical Background 15.1 Terminology Single Speed Sample rate range originally used in Digital Audio.

User's Guide ADI-6432 © RME35 15.2 Lock, SyncCheck and SyncAlign Digital signals consist of a carrier and the data. If a digital signal is a

36 User's Guide ADI-6432 © RME 15.3 AES/EBU - SPDIF The most important electrical properties of 'AES' and 'SPDIF' can b

User's Guide ADI-6432 © RME37 15.4 MADI Basics MADI, the serial Multichannel Audio Digital Interface, has been defined already in 1989 as an

38 User's Guide ADI-6432 © RME 15.5 SteadyClock The SteadyClock technology of the ADI-6432 guarantees an excellent performance in all clock

User's Guide ADI-6432 © RME39 16. Block Diagram

4 User's Guide ADI-6432 © RME Important Safety Instructions ATTENTION! Do not open chassis – risk of electric shock The unit has non-iso

40 User's Guide ADI-6432 © RME 17. MIDI Implementation Chart ADI-6432 17.1 Basic SysEx Format Value Name F0h SysEx header 00h 20h 0Dh MI

User's Guide ADI-6432 © RME41 17.4 Table No. No. Name Set ValueValue Resp. Data bytes 00h 0 settings byte 1 x x hex c

42 User's Guide ADI-6432 © RME 00h 0 settings byte 1 MSB / 7 0 6 madi input: 0 = BNC, 1 = opt 5 madi fram

User's Guide ADI-6432 © RME5 User's Guide ADI-6432 General

6 User's Guide ADI-6432 © RME 1. Introduction With the ADI-6432 you have an incredibly versatile digital interface to your supply. From sma

User's Guide ADI-6432 © RME7 4. First Usage – Quick Start 4.1 Controls and Connectors The front of the ADI-6432 features nine buttons with

8 User's Guide ADI-6432 © RME The rear of the ADI-6432 provides the following connections: eight D-sub connectors (AES/EBU I/O), two MADI op

User's Guide ADI-6432 © RME9 4.2 Quick Start Configuration starts with choosing the MADI input, BNC or optical. The state of the input sign