The Analog IN connector is found on these IO Modules:
2x6 Analog I/O + 8 Optical I/O + AES
8 Analog I/O + 8 AES/Optical I/O
8 Analog I/O + 8 Optical I/O
8 Analog I/O + 8 AES I/O
16 Analog In + 16 Optical Out
16 Analog In + 16 Analog Out
• Connect analog line level inputs to the Analog IN DB-25 connector, using an Apogee AD8-IFC breakout cable or equivalent.
• To match the reference level of Symphony I/O with that of the connected device, set Analog Ref Level in the Maestro Input and Output tab windows. For example, when connecting analog inputs and outputs to a professional console, set Analog Ref Level to +4 dBu.
• Connect “Instrument” level instruments (such as keyboards) to the Analog IN DB-25 connector using a DB-25 to 1/4” TRS breakout cable, and set Analog Ref level (in the Maestro Input tab window) to Variable.
• The 2x6 I/O Module employs 2 XLR F connectors for analog input.
The Analog OUT connector is found on these IO Modules:
2x6 Analog I/O + 8 Optical I/O + AES
8 Analog I/O + 8 AES/Optical I/O
8 Analog I/O + 8 Optical I/O
8 Analog I/O + 8 AES I/O
16 Optical In + 16 Analog Out
16 Analog In + 16 Analog Out
• Connect analog line level outputs to the Analog OUT DB-25 connector, using an Apogee DA8-IFC breakout cable or equivalent.
• Connect powered speakers to the Analog OUT DB-25 connector, channels 1-2 (or 1-6 for 5.1 and 1-8 for 7.1 speaker configurations), using an Apogee DA8-IFC breakout cable or equivalent. Select the desired Speaker configuration in the Maestro Output tab window.
The Optical IN connector is found on these IO Modules:
2x6 Analog I/O + 8 Optical I/O + AES
8 Analog I/O + 8 AES/Optical I/O
8 Analog I/O + 8 Optical I/O
16 Optical In + 16 Analog Out
• When using an 8 Analog + 8 AES/Optical I/O Module, press the DIG I/O button until it is in the up (or out) position. After changing the digital format, Symphony I/O must be reset by powering down the unit, pressing the lefthand encoder while powering back up, choosing Reset All > Yes and pressing the righthand encoder.
• Connect ADAT inputs to the S/PDIF-ADAT-SMUX In Toslink connectors.
• When using SMUX format devices (ADAT format at 88.2-96kHz sample rate), connect channels 1-4 to S/PDIF-ADAT-SMUX In and channels 5-8 to SMUX In. With the 2x6 I/O Module, only channels 1-4 are available at 88.2-96kHz sample rate.
• Connect S/PDIF optical inputs to the S/PDIF-ADAT-SMUX In Toslink connectors, and set Optical format (in Maestroʼs Device Settings tab window) to S/PDIF.
• Optical inputs aren't available when Symphony I/O is set to a sample rate of 176.4-192kHz.
The Optical Out connector is found on these IO Modules:
8 Analog I/O + 8 AES/Optical I/O
8 Analog I/O + 8 Optical I/O
16 Analog In + 16 Optical Out
• When using an 8 Analog + 8 AES/Optical I/O Module, press the DIG I/O button until it is in the up (or out) position. After changing the digital format, Symphony I/O must be reset by powering down the unit, pressing the lefthand encoder while powering back up, choosing Reset All > Yes and pressing the righthand encoder.
• Connect ADAT outputs to the S/PDIF-ADAT-SMUX Out Toslink connectors.
• When using SMUX format devices (ADAT format at 88.2-96kHz sample rate), connect channels 1-4 to S/PDIF-ADAT-SMUX Out and channels 5-8 to SMUX Out. With the 2x6 I/O Module, only channels 1-4 are available at 88.2-96kHz sample rate).
• Connect S/PDIF optical Outputs to the S/PDIF-ADAT-SMUX Out Toslink connectors, and set Optical format (in Maestroʼs Device Settings tab window) to S/PDIF.
• Optical outputs aren't available when Symphony I/O is set to a sample rate of 176.4-192kHz.
The AES In/Out connectors are found on these IO Modules:
8 Analog I/O + 8 AES/Optical I/O
8 Analog I/O + 8 AES I/O
2x6 Analog I/O + 8 Optical I/O + AES
• When using an 8 Analog + 8 AES/Optical I/O Module, press the DIG I/O button until it is in the down (or in) position. After changing the digital format, Symphony I/O must be reset by powering down the unit, pressing the lefthand encoder while powering back up, choosing Reset All > Yes and pressing the righthand encoder.
• Connect AES inputs and outputs to the AES In/Out DB-25 connector, using an Apogee AES-IFC breakout cable or equivalent.
• The 2x6 I/O Module employs an XLR F connector for AES input and an XLR M connector for AES output.
• The AES I/O employs the single-wire format at all sample rates, 44.1-192kHz.
The S/PDIF In/Out connectors are found on these IO Modules:
2x6 Analog I/O + 8 Optical I/O + AES
8 Analog I/O + 8 AES/Optical I/O
8 Analog I/O + 8 Optical I/O
8 Analog I/O + 8 AES I/O
16 Analog In + 16 Optical Out
16 Optical In + 16 Analog Out
16 Analog In + 16 Analog Out
• Connect S/PDIF coax inputs and outputs to the S/PDIF RCA connectors.
• Set S/PDIF Replaces (in Maestro's Input tab window) to choose the pair of inputs to be replaced by the S/PDIF input.
• Set S/PDIF Mirrors (in Maestroʼs Output tab window) to choose the pair of outputs mirrored by the S/PDIF output.
Mic Pre I/O Modules must be installed in the Card 2 (upper) slot in conjunction with one of the following I/O Modules:
8 Analog I/O + 8 AES/Optical I/O
8 Analog I/O + 8 Optical I/O
8 Analog I/O + 8 AES I/O
16 Analog In + 16 Optical Out
Connect mics to the Analog IN connector of the lower I/O Module. When an input's Analog Level is set to Mic (or Instrument) in Maestro, the signal is routed from the lower I/O Module's Analog IN connector, through gain circuitry in the Mic Pre I/O Module, and back to the lower I/O Module's A/D conversion stage.
Connect instruments to the rear panel INSTRUMENTS 1/4" connectors.
Connect analog processing gear such as compressers and EQs (equalizers) to the INSERTS Send and Return.
To connect a one-channel compressor to the insert points, connect INSERTS Send 1 to the compresser input, then connect the compresser output to INSERTS Return 1. In Maestro, set Analog Level to Mic or Instrument, then choose Insert 1 on the desired Input channel. The insert points are not fixed to a specific input channel, thus any insert send/return pair may be assigned to any input channel. This allows you to connect your analog processing gear once, then use Maestro to "patch" the gear across any Symphony I/O input.
When two IO Modules are installed, Card 1 (lower slot) inputs and outputs are numbered lower in Maestro software than Card 2 (upper slot) inputs and outputs. As an example, the resultant numbering of inputs and outputs for 2 8 Analog I/O + 8 Optical I/O Modules are shown below.
When Audio Interface Mode is set to Standalone, I/O Module inputs may be routed directly to outputs in order to use Symphony I/O's A/D and D/A conversion stages with other interfaces or standalone digital devices. A USB connection between Symphony I/O and an Intel Mac provides the link between Apogee Maestro software and Symphony I/O, in order to make calibration, meter configuration, digital format and other settings. Once settings are made, the USB connection may be removed.
In Standalone audio interface mode its possible to connect Symphony I/O to a non-Mac computer equipped with AES, Optical or S/PDIF Coax I/O (often provided by an optional PCI card). For example, to connect Symphony I/O to an ADAT-equipped WIndows computer, make the following connections.
