Channel 2/3 Control (0x34)
The IP provides a mechanism to route the audio from any I2S input. For example, audio received
on I2S Channel 0 can be routed to any of the 8 audio channels. Similarly audio received on one
I2S channel can be routed to all of the 8 audio channels.
Table 22: Receiver Channel 2/3 Control (0x34)
Bit
Default
Value
Access
Type
Description
31:3
Reserved
2:0
0x2
R/W
Channel Mux Value: Specify a value to Multiplex the audio channel output.
0x0 : disabled
0x1 : Audio received on I2S channel 1 is routed as audio channel 0 /1
0x2 : Audio received on I2S channel 1 is routed as audio channel 2 /3
0x3 : Audio received on I2S channel 1 is routed as audio channel 4 /5
0x4: Audio received on I2S channel 1 is routed as audio channel 6 /7
Any other value are reserved
Channel 4/5 Control (0x38)
The IP provides a mechanism to route the audio from any I2S input. For example, audio received
on I2S Channel 0 can be routed to any of the 8 audio channels. Similarly audio received on one
I2S channel can be routed to all of the 8 audio channels.
Table 23: Receiver Channel 4/5 Control (0x38)
Bit
Default
Value
Access
Type
Description
31:3
Reserved
2:0
0x3
R/W
Channel Mux Value: Specify a value to Multiplex the audio channel output.
0x0 : disabled
0x1 : Audio received on I2S channel 2 is routed as audio channel 0 /1
0x2 : Audio received on I2S channel 2 is routed as audio channel 2 /3
0x3 : Audio received on I2S channel 2 is routed as audio channel 4 /5
0x4: Audio received on I2S channel 2 is routed as audio channel 6 /7
Any other value are reserved
Channel 6/7 Control (0x3C)
The IP provides a mechanism to route the audio from any I2S input. For example, audio received
on I2S Channel 0 can be routed to any of the 8 audio channels. Similarly audio received on one
I2S channel can be routed to all of the eight audio channels.
Chapter 3: Product Specification
PG308 (v1.0) April 4, 2018
www.xilinx.com
[placeholder text]
I2S Transmitter and I2S Receiver
20
Send Feedback