Garmin International Inc 0212800 Manuel D’Utilisation
190-01561-00
GIA 6300 Installation Manual
Draft1
Page 5
Each discrete output is capable of sourcing 20 mA in the active state when configured as active high. Six
discrete outputs (3 per main board) can be used as super flag outputs capable of providing up to 0.5
Amps of current. Active low states are capable of sinking up to 0.5 Amps.
discrete outputs (3 per main board) can be used as super flag outputs capable of providing up to 0.5
Amps of current. Active low states are capable of sinking up to 0.5 Amps.
All of the discrete outputs have a default state of inactive implemented during and after a reset. This is
specifically targeted at those outputs supporting auto pilot functionality, ensuring that those outputs
reset when the microprocessor resets.
specifically targeted at those outputs supporting auto pilot functionality, ensuring that those outputs
reset when the microprocessor resets.
Each discrete input provides 1mA of wetting current when connected to ground.
Both the Audio and Main board are capable of reading the state of 10 of the discrete inputs, and these
pins should be reserved as practical. This provides a low latency input path to the audio panel to allow
for current and future functionality where delay is undesirable. These functions include 3D Audio,
oxygen mask selection, key’ed ICS, and additional ASR Push-to-Command inputs.
pins should be reserved as practical. This provides a low latency input path to the audio panel to allow
for current and future functionality where delay is undesirable. These functions include 3D Audio,
oxygen mask selection, key’ed ICS, and additional ASR Push-to-Command inputs.
5.1.2 Configurable ARINC-717/708 Interface
The GIA 6300 can support any combination of 2 ARINC-717 transceivers and 2 ARINC-708 receivers. The
GIA 6300 has an ARINC-708 receiver to support interfacing to a 3rd party radar. The GIA 6300 also
supports an ARINC-717 transceiver to add support for connecting to a 3rd party Flight Data Recorder.
These interfaces are combined such that they can be configured between ARINC-717 and ARINC-708.
GIA 6300 has an ARINC-708 receiver to support interfacing to a 3rd party radar. The GIA 6300 also
supports an ARINC-717 transceiver to add support for connecting to a 3rd party Flight Data Recorder.
These interfaces are combined such that they can be configured between ARINC-717 and ARINC-708.
5.1.3 Ethernet
The GIA 6300 has a total of 4 Ethernet interfaces. The 4 Ethernet interfaces are divided equally between
the two processors on the main boards, each interface can be used to support redundant connections to
the rest of the system from each processor. Each processor can have two high speed communication
paths independent of the 2nd processor.
the two processors on the main boards, each interface can be used to support redundant connections to
the rest of the system from each processor. Each processor can have two high speed communication
paths independent of the 2nd processor.
These Ethernet interfaces are all capable of up to 100 Mbps of bandwidth, but it is not available in flight.
5.1.4 RS-485/422
The GIA 6300 has a total of 14 RS-485 transceivers. Any two of these transceivers can be paired
together to make one RS-422 interface allowing up to 7 RS-422 interfaces. The RS-485/422 interfaces
are capable of a maximum baud rate of 921.6 kbps.
together to make one RS-422 interface allowing up to 7 RS-422 interfaces. The RS-485/422 interfaces
are capable of a maximum baud rate of 921.6 kbps.
5.2 VHF COM Interfaces
Interface Description
Quantity
Comment
Analog Audio Output
1
Analog Audio Input
1
Active Low Discrete Inputs
2
Active Low Discrete Outputs
1
Active Low Discrete
Input/Output
Input/Output
1