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Wi‑Fi and Ableton Link

Ableton Link lets multiple devices and apps share tempo and musical phase over a network. When Link is enabled, the T1 can join a shared session so tempo and beat alignment are synchronized with your DAW and Link‑enabled apps on the same network. Link is peer‑to‑peer: any participant can adjust the tempo, and the change propagates to the rest.

  • Wireless sync over standard Wi‑Fi (no cables required)
  • Peer‑to‑peer tempo and beat phase sharing
  • Combine with MIDI and analog clock when bridging multiple timing domains

Ableton Link primarily synchronizes tempo and beat phase. Start/Stop (transport) sync is app‑dependent and may be available as a separate “Link Start/Stop” option in some environments. If your workflow requires strict transport control, consider also routing MIDI Start/Stop alongside Link, or start devices manually.

Requirements​

  • A stable Wi‑Fi network that allows local device discovery (same SSID/subnet for all participants)
  • A Link‑enabled DAW or app (e.g., Ableton Live, various iOS/Android music apps)
  • T1 firmware that supports Wi‑Fi and Ableton Link

Enterprise/captive portals, guest networks, or networks with client isolation often block the peer discovery and multicast traffic Link relies on. Use a private LAN/WLAN where devices can see each other locally.

Setup​

1) Connect the T1 to Wi‑Fi​

  • Open the T1’s network/Wi‑Fi settings and join your router’s SSID.
  • If supported by your firmware, you can also configure Wi‑Fi using the T1 Config software.
  • Confirm the T1 shows a connected status before proceeding.

For related companion app sync settings, see T1 Config: Sync.

  • In the T1’s connectivity/clock settings, enable Link.
  • Leave MIDI/analog clock settings as‑is for now; you can combine them later if needed.
  • In your DAW (e.g., Ableton Live), enable “Link” in Preferences.
  • On mobile apps, look for a Link toggle or network sync setting and enable it.

When all devices are on the same network with Link enabled, they automatically form a shared session. Changing tempo on any participant updates all others.

If you don’t see the session join, ensure all devices are on the same 2.4 GHz or 5 GHz band and that your router does not block multicast/Bonjour/mDNS traffic.

Working with tempo and transport​

  • Tempo: Link tempo can be set by any participant. Pick a “tempo master” in practice to avoid tug‑of‑war changes during performance.
  • Start/Stop: If your environment supports Link Start/Stop and it’s enabled, transport will follow. Otherwise, start playback manually on each device or use MIDI Start/Stop in parallel.

Even with shared tempo/phase, audio paths may have different latencies. If monitoring multiple devices, compensate with per‑track/device delays in your DAW or interface mixer as needed.

The T1 can sit at the center of mixed timing setups:

  • Link ↔ MIDI: Enable Link to share tempo with the network; also enable MIDI Clock Out from the T1 to drive hardware that needs MIDI clock.
  • Link ↔ Analog: Use Link for wireless tempo sharing while sending/receiving 3.5 mm clock pulses (analog sync) to modular and drum machines.
  • Three‑way bridge: Combine Link, MIDI clock, and analog clock; the T1 can distribute timing across all three.

See “Clock Conversion” for tips on matching divisions/PPQN across domains.

Example setups​

  • Live + T1 + iPad

    • Ableton Live on laptop (Link On)
    • T1 (Wi‑Fi connected, Link On)
    • Link‑enabled synth/sampler app on iPad (same Wi‑Fi, Link On)
    • Adjust tempo from Live or T1; both the iPad and T1 follow

  • Wireless tempo + hardware chain

    • T1 (Link On) shares tempo with a DAW
    • T1 MIDI Clock Out → DIN/TRS chain of synths/drum machines
    • Optionally T1 Clock Out → modular for analog sync

  • Mobile‑only session

    • T1 + phone/tablet apps on a dedicated travel router
    • All join the same SSID; tempo controlled from T1 or any app

Related Pages

Wi-FiSyncMIDI Connectivity