AND - what Multicast IP port numbers do they use
Bandwidth and stream requirements
FSII IPT (1.9G or 5G)
1 stream in each direction for each IPT connected to the frame.
These streams are using unicast IP addresses. Each stream is using 2x AES67 channels.
Bandwidth requirements is a constant 7 mbps per direction. It doesn’t matter how many beltpacks you have on the transceiver.
You can refer to the table provided by Clear-Com if running in 1ms packet sizes.
See IP Transceiver Bandwidth Requirements
See Iris Panel AES67 Bandwidth Requirements
See Basic principles of Clear-Com products use of PTP / AES
IRIS panel
1 stream in each direction for each IRIS panel connected to the frame.
Using unicast IP address for destination.
Bandwidth requirements vary depending on the amount of hosted direct you have on the panel.
The main panel audio will take 1 AES67 channel. Each additional hosted directs will add 1 AES67 channel to the stream.
No hosted directs: Constant 5 mbps in both directions
1 hosted direct: Constant 6.5 mbps in both directions
2 hosted directs: Constant 8 mbps in both directions
You can refer to the table provided by Clear-Com if running in 1ms packet sizes.
See Iris Panel AES67 Bandwidth Requirements
Note |
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Since our audio is being mixed at the frame, the bandwidth going to each transceiver and IRIS panels is always constant. |
Only multicast group we are using for IRIS and IPT:
PTP : 224.0. 1.129 port 319, 320
mDNS : 224.0.0.251 port 5353
Way to calculate bandwidth requirements: See our calculator
IRIS panels
This is a bit trickier because the bandwidth vary depending on hosted directs usage. But, if you know, from the configuration, how many panels have 0, 1 and 2 hosted directs, you can use the following formula:
<nb IRIS 0 hosted> * 5 mbsp + <nb IRIS 1 hosted> * 6.5 mbps + <nb IRIS 2 hosts> * 8 mbps = total IRIS bandwidth