Linux command
pipewire-aes67 命令
网络
复制后可按需替换文件名、目录或参数。
常用示例
Start the AES67 PipeWire daemon
pipewire-aes67
Use a custom configuration file
pipewire-aes67 -c [path/to/pipewire-aes67.conf]
Increase log verbosity
pipewire-aes67 -v
Show version information
pipewire-aes67 --version
说明
pipewire-aes67 is a PipeWire daemon launched with an AES67-tailored configuration. AES67 is an open audio-over-IP interoperability standard (used by systems such as Dante and RAVENNA) that defines low-latency, uncompressed PCM audio transport over standard Ethernet using RTP, PTP for clock sync, and SAP/SDP for stream announcements. In its default configuration the daemon configures a Precision Time Protocol (PTP) hardware clock node, multicast RTP transmitters and receivers, and SAP announcement modules, exposing AES67 streams as native PipeWire devices. Existing audio applications using ALSA, PulseAudio, or JACK clients can then send to or receive from AES67 endpoints transparently. The binary is typically a symlink to pipewire(1); the program selects its default configuration based on argv0.
参数
- -h, --help
- Show help text and exit.
- -v, --verbose
- Increase logging verbosity (may be repeated, e.g. -vvv).
- --version
- Show version information and exit.
- -c _FILE_, --config=_FILE_
- Load the given configuration file (default pipewire-aes67.conf).
- -P _PROPS_, --properties=_PROPS_
- Add JSON properties to the daemon context.
FAQ
What is the pipewire-aes67 command used for?
pipewire-aes67 is a PipeWire daemon launched with an AES67-tailored configuration. AES67 is an open audio-over-IP interoperability standard (used by systems such as Dante and RAVENNA) that defines low-latency, uncompressed PCM audio transport over standard Ethernet using RTP, PTP for clock sync, and SAP/SDP for stream announcements. In its default configuration the daemon configures a Precision Time Protocol (PTP) hardware clock node, multicast RTP transmitters and receivers, and SAP announcement modules, exposing AES67 streams as native PipeWire devices. Existing audio applications using ALSA, PulseAudio, or JACK clients can then send to or receive from AES67 endpoints transparently. The binary is typically a symlink to pipewire(1); the program selects its default configuration based on argv0.
How do I run a basic pipewire-aes67 example?
Run `pipewire-aes67` in a terminal, then adjust file names, paths, flags, or remote targets for your system.
What does -h, --help do in pipewire-aes67?
Show help text and exit.