What to do if there is no signal at the output port of DirectOut Technologies ANDIAMO.MC?
If there's no signal at the output port of your DirectOut Technologies Amplifier, first, verify that the input and output connections are correctly configured, ensuring they aren't mixed up. If needed, try different cables. Also, check the routing matrix to confirm the signal path is properly set.
How to troubleshoot a DirectOut Technologies ANDIAMO.MC Amplifier that doesn't work?
If your DirectOut Technologies Amplifier isn't working, make sure the power supply switch is turned on, the device is properly connected to a working power socket. If a fuse is defective, it should only be replaced by qualified service personnel.
Why is the MADI signal at the input of my DirectOut Technologies ANDIAMO.MC Amplifier not stable?
If you're experiencing a MADI signal that is not stable at the input of your DirectOut Technologies Amplifier, the issue might stem from a defective signal source or poor signal conditions, such as excessive jitter (greater than 1 ns). This can arise from exceeding cable length limits or inadequate cable screening. Try changing the signal source or using higher-quality cables designed for MADI signals.
What to do if there are clicks in the audiosignal of DirectOut Technologies Amplifier?
If you're encountering clicks in the audio signal of your DirectOut Technologies Amplifier, it's likely that the input source isn't synchronized with the clock master of the device. Check the input LED status and verify the clock settings of the connected device to ensure they are properly aligned.
General| Category | Amplifier |
|---|---|
| Analog Inputs | 8 |
| Analog Outputs | 8 |
| MADI Ports | 2 |
| Sample Rate | Up to 192 kHz |
| Bit Depth | 24-bit |
| Form Factor | 1U |
| Connector Type | XLR |
| Power Supply | 100-240V AC |
Covers copyright, trademarks, liability disclaimers, and specification change rights.
Introduces the ANDIAMO.MC as a 32-channel mic preamp and AD/DA MADI converter.
Summarizes the device's features, specifications, and typical use cases.
Details the ANDIAMO.MC's design, including its 2 RU height and redundant power supplies.
Lists comprehensive technical specifications including MADI ports, formats, analog I/O, and clocking options.
Covers safety warnings before installation, handling defective parts, and first aid for electric shock.
Details product updates, intended operation, and conditions of warranty for the device.
Lists CE/RoHS compliance, WEEE disposal, and DirectOut GmbH contact information.
Lists package contents, downloadable resources, and available MADI I/O configurations.
Introduces the BREAKOUT series of adaptor boxes that extend ANDIAMO series coverage.
Guides device installation, including unpacking, fixing, MADI port preparation, and environmental precautions.
Covers turning on the device, checking firmware, and procedures for firmware updates via USB.
Introduces the chapter on basic device operation and defines the FS abbreviation for sample rate.
Describes how to access and modify settings using the menu system via push buttons and LED indicators.
Explains selectable clock sources (Word Clock, MADI, Internal) and how LEDs indicate selection and sync status.
Describes how sample rates and scaling factors are indicated by LEDs and their relation to clock sources.
Details switching analog reference level of DA converters between high and low settings, indicated by LEDs.
Describes switchable phantom power (+48 V) and PAD (30 dB) for analog input channels and their LED indicators.
Discusses remote control protocols and lists four methods for remote control.
Outlines two signal routing methods: 'Standard Bank Routing' and 'Matrix Mode'.
Details MADI ports for 64 audio channels and the two available MADI I/O configurations.
Describes Word Clock input/output and GPO connections, including specifications.
Details the USB port for firmware updates, remote control, and serial data embedding.
Explains the use of DSUB-25 ports for analog audio signals, detailing input and output connections.
Details entering menu mode, navigating, modifying settings, and parameter adjustment indicators.
Explains input sensitivity adjustment and the effect of the PAD, illustrated by LED displays.
Provides solutions for common issues like device not working or signal problems.
Lists dimensions, weight, power, environmental conditions, MADI ports, and analog I/O specs.
Provides A/D, D/A performance, sample rates, MADI formats, latency, and other technical data.
Details the pinout for DSUB-25 connectors for analog and AES3 audio signals, following the AES59 specification.
Describes the pinout of the DSUB-9 connector for General Purpose Output (GPO) connections.
Explains the difference between 'gain' and 'sensitivity' terminology in microphone amplifiers and AD converters.
Provides a formula and examples for calculating gain based on input sensitivity and a virtual reference level.
Introduces various remote control protocols supported by ANDIAMO.MC for console or DAW application use.
Details setup for PRE™ emulation, noting differences in PAD, gain ranges, and Pro Tools® limitations.
Provides an example setup using an EXBOX.UMA as MADI interface with MIDI embedder, detailing MIDI I/O and Mic Preamp configurations.
Introduces Yamaha AD8HR protocol and details DM2000 setup, including 'HA' control and I/O assignments.
Details SSL 'Remote Gain over MADI' support and configuration notes for SSL consoles.
Introduces Lawo Dallis remote control, its setup, and licensing procedure.
Lists index entries from A to F with corresponding page numbers for quick reference.
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