This component allows you to integrate control of audio devices based on Linkplay A31 chipset into your Home Assistant smart home system. Originally developed by nicjo814, maintained by limych. This version rewritten by nagyrobi. Read more about Linkplay at the bottom of this file.
Fully compatible with Mini Media Player card for Lovelace UI by kalkih, including speaker group management.
- Install using HACS, or manually: copy all files in
custom_components/linkplayto your<config directory>/custom_components/linkplay/directory. - Restart Home-Assistant.
- Add the configuration to your configuration.yaml.
- Restart Home-Assistant again.
It is recommended to create static DHCP leases in your network router to ensure the devices always get the same IP address. Recent models versions allow setting static IP address, if you see that option, use it.
To add Linkplay units to your installation, add the following to your configuration.yaml file:
# Example configuration.yaml entry
media_player:
- platform: linkplay
host: 192.168.1.11
protocol: https
name: Sound Room1
volume_step: 10
icecast_metadata: 'StationNameSongTitle'
multiroom_wifidirect: False
sources:
{
'optical': 'TV sound',
'line-in': 'Radio tuner',
'bluetooth': 'Bluetooth',
'udisk': 'USB stick',
'http://94.199.183.186:8000/jazzy-soul.mp3': 'Jazzy Soul',
}
- platform: linkplay
host: 192.168.1.12
name: Sound Room2
uuid: 'FF31F09E82A6BBC1A2CB6D80'
icecast_metadata: 'Off' # valid values: 'Off', 'StationName', 'StationNameSongTitle'
sources: {}
common_sources: !include linkplay-radio-sources.yamlhost:
(string) (Required) The IP address of the Linkplay unit. Note that using a hostname will not work with a few commands, e.g., joining multiroom groups.
protocol:
(string) (Optional) The protocol used by the device. Can be one of http or https. If omitted, the player will first try on https and if fails will switch to http, but that may cause issues when the player becomes unreachable and comes back.
name:
(string) (Required) Name that Home Assistant will generate the entity_id based on. It is also the base of the friendly name seen in the dashboard, but will be overriden by the device name set in the Android app.
uuid:
(string) (Optional) Hardware UUID of the player. Can be read out from the attibutes of the entity. Set it manually to that value to handle double-added entity cases when Home Assistant starts up without the Linkplay device being on the network at that moment.
volume_step:
(integer) (Optional) Step size in percent to change volume when calling volume_up or volume_down service against the media player. Defaults to 5, can be a number between 1 and 25.
sources:
(list) (Optional) A list with available source inputs on the device. If not specified, the integration will assume that all the supported source input types are present on it:
'bluetooth': 'Bluetooth',
'line-in': 'Line-in',
'line-in2': 'Line-in 2',
'optical': 'Optical',
'co-axial': 'Coaxial',
'HDMI': 'HDMI',
'udisk': 'USB disk',
'TFcard': 'SD card',
'RCA': 'RCA',
'XLR': 'XLR',
'FM': 'FM',
'cd': 'CD'The sources can be renamed to your preference (change only the part after : ). You can also specify http-based (Icecast / Shoutcast) internet radio streams as input sources:
'http://1.2.3.4:8000/your_radio': 'Your Radio',
'http://icecast.streamserver.tld/mountpoint.aac': 'Another radio'If you don't want a source selector to be available at all, set option to empty: sources: {}.
Note: Don't use HTTPS streams. Linkplay chipsets seem to have limited supporrt for HTTPS. Besides, using HTTPS is useless in practice for a public webradio stream, it's a waste of computig resources for this kind of usage both on server and player side.
common_sources:
(list) (Optional) Another list with sources which should appear on the device. Useful if you have multiple devices on the network and you'd like to maintain a common list of http-based internet radio stream sources for all of them in a single file with !include linkplay-radio-sources.yaml. The included file should be in the same place as the main config file containing linkplay platform.
For example:
{
'http://1.2.3.4:8000/your_radio': 'Your Radio',
'http://icecast.streamserver.tld/mountpoint.aac': 'Another radio'
}icecast_metadata:
(string) (Optional) When playing icecast webradio streams, how to handle metadata. Valid values here are 'Off', 'StationName', 'StationNameSongTitle', defaulting to 'StationName' when not set. With 'Off', Home Assistant will not try do request any metadata from the IceCast server. With 'StationName', Home Assistant will request only once when starting the playback the stream name from the headers, and display it in the media_title property of the player. With 'StationNameSongTitle' Home Assistant will request the stream server periodically for icy-metadata, and read out StreamTitle, trying to figure out correct values for media_title and media_artist, in order to gather cover art information from LastFM service (see below). Note that metadata retrieval success depends on how the icecast radio station servers and encoders are configured, if they don't provide proper infos or they don't display correctly, it's better to turn it off or just use StationName to save server load. There's no standard way enforced on the servers, it's up to the server maintainers how it works.
lastfm_api_key:
(string) (Optional) API key to LastFM service to get album covers. Register for one.
multiroom_wifidirect:
(boolean) (Optional) Set to True to override the default router mode used by the component with wifi-direct connection mode (more details below).
led_off:
(boolean) (Optional) Set to True to turn off the LED on the front panel of the Arylic devices (works only for this brand).
Linkplay devices support multiroom in two modes:
- WiFi direct mode, where the master turns into a hidden AP and the slaves connect directly to it. The advantage is that this is a dedicated direct connection between the speakers, with network parameters optimized by the factory for streaming. Disadvantage is that switching of the stream is slower, plus the coverage can be limited due to the building's specifics. This is the default method used by the Android app to create multirooms.
- Router mode, where the master and slaves connect to each other through the local network (from firmware
v4.2.8020up). The advantage is that all speakers remain connected to the existing network, swicthing the stream happens faster, and the coverage can be bigger being ensured by the network infrastructure of the building (works through multiple interconnected APs and switches). Disadvantage is that the network is not dedicated and it's the user responsibility to provide proper network infrastructure for reliable streaming. This only works through this component and it's the preferred mode.
This integration will autodetect the firmware version running on the player and choose multiroom mode accordingly. Units with firmware version lower than v4.2.8020 can connect to multirooms only in wifi-direct mode. Firmware version number can be seen in device attributes. If the user has a mix of players running old and new firmware, autodetection can be overriden with option multiroom_wifidirect: True, and is needed only for units with newer versions, to force them down to wifi-direct multiroom.
To create a multiroom group, connect media_player.sound_room2 (slave) to media_player.sound_room1 (master):
- service: linkplay.join
data:
entity_id: media_player.sound_room2
master: media_player.sound_room1To exit from the multiroom group, use the entity ids of the players that need to be unjoined. If this is the entity of a master, all slaves will be disconnected:
- service: linkplay.unjoin
data:
entity_id: media_player.sound_room1These services are compatible out of the box with the speaker group object in @kalkih's Mini Media Player card for Lovelace UI.
It's also possible to use Home Assistant's standard multiroom join and unjoin functions for multiroom control.
Tip: if you experience temporary Unavailable status on the slaves afer unjoining from a multiroom group in router mode, run once the Linkplay-specific command RouterMultiroomEnable - see details further down.
Linkplay devices allow to save, using the control app on the phone/tablet, music presets (for example Spotify playlists) to be recalled for later listening. Recalling a preset from Home Assistant:
- service: linkplay.preset
data:
entity_id: media_player.sound_room1
preset: 1Preset count vary from device type to type, usually the phone app shows how many presets can be stored maximum. The integration detects the max number and the command only accepts numbers from the allowed range. You can specify multiple entity ids separated by comma or use all to run the service against.
Linkplay devices support some commands through the API, this is a wrapper to be able to use these in Home Assistant:
- service: linkplay.command
data:
entity_id: media_player.sound_room1
command: TimeSync
notify: FalseImplemented commands:
PromptEnableandPromptDisable- enable or disable the audio prompts played through the speakers when connecting to the network or joining multiroom etc."WriteDeviceNameToUnit: My Device Name"- change the friendly name of the device both in firmware and in Home Assistant. Needs to be in qoutes."SetApSSIDName: NewWifiName"- change the SSID name of the AP created by the unit for wifidirect multiroom connections. Needs to be in qoutes.SetRandomWifiKey- perhaps as an extra security feature, one could make an automation to change the keys on the APs to some random values periodically.TimeSync- is for units on networks not connected to internet to compensate for an unreachable NTP server. Correct time is needed for the alarm clock functionality (not implemented yet here).RouterMultiroomEnable- router mode is available by default in firmwares above v4.2.8020, but there’s also a logic included to build it up, this command ensures to set the good priority. Only use if you have issues with multiroom in router mode.MCU+XXX+XXX- passthrough for direct TCP UART commands supported by the module. Input not validated, use at your own risk.Rescan- do not wait for the current 60 second throttle cycle to reconnect to the unavailable devices, trigger testing for availability immediately.
If parameter notify: False is omitted, results will appear in Lovelace UI's left pane as persistent notifications which can be dismissed. You can specify multiple entity ids separated by comma or use all to run the service against.
These functions are useless since Home Assistant 2022.6 because this component has support for announcements so it does the snapshot and the restore automatically for any TTS message coming in. See below on how to call a TTS announcement service.
To prepare the player to play TTS and save the current state of it for restoring afterwards, current playback will stop:
- service: linkplay.snapshot
data:
entity_id: media_player.sound_room1
switchinput: trueNote the switchinput parameter: if the currently playing source is Spotify and this parameter is True, it will only save the current volume of the player. You can use Home Assistant's Spotify integration to pause playback within an automation (read further below). If it's False, it will save the current Spotify playlist to the player's preset memory. With other playback sources (like Line-In), it will only switch to network playback.
To restore the player state:
- service: linkplay.restore
data:
entity_id: media_player.sound_room1You can specify multiple entity ids separated by comma or use all to run the service against. Currently the following state is being snapshotted/restored:
- Volume
- Input source
- Webradio stream (as long as it's configured as an input source)
- USB audio files playback (track will restart from the beginning)
- Spotify: If the snapshot was taken with
switchinputasFalse, it will recall the playlist, but playback may restart the same track or not, depends on Spotify settings. WithswitchinputasTrueit will do nothing, but you can resume playback from the Spotify integration in an automation (see example below).
Play a sound file located on an http server or a webradio stream:
- service: media_player.play_media
data:
entity_id: media_player.sound_room1
media_content_id: 'http://icecast.streamserver.tld/mountpoint.mp3'
media_content_type: urlPlay the first sound file located on the local storage directly attached to the device (folder\files order seen by the chip seems to be alphabetic):
- service: media_player.play_media
data:
entity_id: media_player.sound_room1
media_content_id: '1'
media_content_type: musicPlay a TTS (text-to-speech) announcement:
- service: tts.google_translate_say
data:
entity_id: media_player.sound_room1
message: "Hanna has arrived home."
language: enIf you experience that the announcement audio is cut off at the beginning, this happens because the player hardware needs some time to switch to playing out the stream. The only good solution for this is to add a configurable amount of silence at the beginning of the audio stream, I've modified Mary TTS, Google Translate and VoiceRSS to do this, they can be installed manually as custom components (even through HACS, manually). Linkplay modules seem to need about 800ms of silence at the beginning of the stream in order for the first soundbits not to be cut down from the speech.
Select an input and set volume and unmute via an automation:
- alias: 'Switch to the line input of the TV when TV turns on'
trigger:
- platform: state
entity_id: media_player.tv_room1
to: 'on'
action:
- service: media_player.select_source
data:
entity_id: media_player.sound_room1
source: 'TV sound'
- service: media_player.volume_set
data:
entity_id: media_player.sound_room1
volume_level: 1
- service: media_player.volume_mute
data:
entity_id: media_player.sound_room1
is_volume_muted: falseNote that you have to specify source names as you've set them in the configuration of the component.
Linkplay is a smart audio chipset and module manufacturer. Their various module types share the same functionality across the whole platform and alow for native audio content playback from lots of sources, including local inputs, local files, Bluetooth, DNLA, Airplay and also web-based services like Icecast, Spotify, Tune-In, Deezer, Tidal etc. They allow setting up multiroom listening environments using either self-created wireless connections or relying on existing network infrastructure, for longer distances coverage. For more information visit https://linkplay.com/. There are quite a few manufacturers and devices that operate on the basis of Linkplay platform. Here are just some examples of the brands and models with A31 chipset:
- Arylic (S50Pro, A50, Up2Stream),
- August (WS300G),
- Audio Pro (A10, A26, A36, A40, Addon C3/C5/C5A/C10/C-SUB, D-1, Drumfire, Link 1),
- Auna (Intelligence Tube),
- Bauhn (SoundMax 5),
- Bem (Speaker Big Mo),
- Centaurus (Flyears),
- Champion (AWF320),
- COWIN (DiDa, Thunder),
- Crystal Acoustics (Crystal Audio),
- CVTE (FD2140),
- Dayton Audio (AERO),
- DOSS (Deshi, Soundbox Mini, DOSS Assistant, Cloud Fox A1),
- DYON (DYON Area Player),
- Edifier (MA1),
- Energy Sistem (Multiroom Tower Wi-Fi, Multiroom Portable Wi-Fi),
- FABRIQ (Chorus, Riff),
- First Alert (Onelink Safe & Sound),
- GE Sol (C),
- GGMM (E2 Wireless, E3 Wireless, E5 Wireless),
- GIEC (Hi-Fi Smart Sound S1),
- Harman Kardon (Allure),
- Hyundai (Modern Oxygen Bar),
- iDeaUSA (iDEaHome, Home Speaker, Mini Home Soundbar),
- iEAST Sonoé (AudioCast M5, SoundStream, Stream Pro, StreamAmp AM160, StreamAmp i50B),
- iHome (iAVS16),
- iLive (Concierge, Platinum),
- iLuv (Aud Air, Aud Click Shower, Aud Click),
- JAM Audio (Voice, Symphony, Rhythm),
- JD (CrazyBoa 2Face),
- KEiiD,
- Lowes (Showbox),
- Magnavox (MSH315V),
- Medion (MD43631, MedionX MD43259),
- Meidong (Meidong 3119),
- MK (MK Alexa Speaker),
- MÜZO (Cobblestone),
- Naxa (NAS-5003, NHS-5002, NAS-5001, NAS-5000),
- Nexum (Memo),
- Omaker (WoW),
- Omars (Dogo),
- Polaroid (PWF1001),
- Roxcore (Roxcore),
- Sharper Image (SWF1002),
- Shenzhen Renqing Technology Ltd (ROCKLAVA),
- SoundBot (SB600),
- SoundLogic (Buddy),
- Stereoboommm (MR200, MR300),
- Tibo (Choros Tap),
- Tinman (Smart JOJO),
- Venz (A501),
- Uyesee (AM160),
- Youzhuan (Intelligent Music Ceiling),
- Zolo Audio (Holo),
- etc.
"@nicjo814",
"@limych",
"@nagyrobi"
MIT License
- Copyright (c) 2019 Niclas Berglind nicjo814
- Copyright (c) 2019—2020 Andrey "Limych" Khrolenok
- Copyright (c) 2020 nagyrobi Robert Horvath-Arkosi
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
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