XSplit Broadcaster can send a live broadcast to more than one platform at the same time, provided you have a Broadcaster Premium or Premium Bundle licence. You set up a separate output for each destination, then start and monitor those outputs from the Broadcast menu.
That is different from Multi Output Mode, which creates more than one canvas format, such as landscape and portrait. XSplit documents Multi Output Mode as beta; it is not the same workflow as sending one broadcast to several destinations.
Check your XSplit licence before setting up outputs
Before configuring destinations, check that the XSplit account you plan to use has the required licence. XSplit Support’s instructions say direct simultaneous output is available with a Broadcaster Premium or Premium Bundle licence. As that is a vendor requirement that may change, verify the current details on XSplit Support’s multistreaming guide, rather than relying on an old forum post or a tutorial made for a different version.
This is worth checking first because it determines which path is available to you. If the licence does not cover direct multistreaming, configuring several outputs may not solve the problem. Review XSplit’s current licensing information before paying or changing plans; this article does not state a price, and the name of a bundle alone is not proof that it includes the feature.
It also helps to separate the software licence from each platform’s own eligibility rules. A licence that unlocks multiple XSplit outputs does not grant access to every live feature at a destination. For example, platform-side requirements may apply to a particular streaming format or account. Check the platform’s current official guidance when a feature depends on your account.
If YouTube is one of your destinations, make sure the channel can go live and that you have access to its Live Control Room. If it is managed through a Brand Account or delegated permissions, use the right Google account and role; this guide to enabling live streaming for a channel managed with permissions can help you check that before you begin.
Decide whether you need multiple destinations or multiple formats
“Multistreaming” can refer to two different production needs. In the direct-output workflow, you send the broadcast to distinct destinations—for instance, YouTube and Twitch. In Multi Output Mode, the production has separate canvases or formats, such as a horizontal layout for one viewing context and a portrait layout for another. The second case concerns the shape and arrangement of the picture, not simply the number of platforms receiving the same output.
For direct multistreaming, the basic model is one configured XSplit output per destination. You select each platform’s output, authenticate or enter its connection details, and start each output you want to use. That is the workflow covered by XSplit’s instructions for streaming to multiple platforms. The platforms may show the same scene, but they remain separate broadcast connections to configure and watch.
Multi Output Mode is useful when the framing itself needs to differ. XSplit describes it as a way to prepare multiple streams from a single source with their own resolutions, aspect ratios and platform destinations. Its support guidance labels the feature beta, so expect the interface or behaviour to change and check the current guide before building a production around it. Do not select it just because you want the same landscape broadcast to reach two services.
There can also be platform-specific constraints. XSplit’s March 2026 release notes described Multi Output support for YouTube Dual Stream for eligible users, with encoder access then limited to selected users and stream-key credentials copied manually from YouTube Live Studio. That is a dated release-note condition, not a promise about current availability. Check the latest XSplit release notes and YouTube’s own account and feature requirements before planning a dual-format broadcast.
A quick decision test is to ask whether you want the same picture delivered to several services or a separately composed picture for each format. If it is the same picture on multiple services, begin with the Premium direct-output workflow below. If portrait and landscape layouts need different framing, investigate Multi Output Mode separately and account for its beta status.
Add one output for each destination
Once you have confirmed the licence and chosen the direct-output workflow, open XSplit Broadcaster and use Broadcast > Set up a new output. Choose the destination in the available output list and follow the relevant plugin’s setup prompts. Repeat this for each service you want to receive the broadcast. The names and exact arrangement of controls can vary across software versions and output plugins, so follow the current interface rather than assuming every destination uses identical fields.
For example, if you want to stream to YouTube and Twitch, set up the YouTube output and then add a Twitch output. A successful setup for the first platform does not automatically create or authenticate the second. Check that each destination appears as its own configured output before going live. If a service is absent, look under Find more outputs before assuming there is no supported route.
Keep a short written record of which output corresponds to each channel or account, particularly if you operate more than one channel. That record can prevent starting a personal account when you meant to broadcast to a business or devotional channel. Do not put stream keys in a shared document or paste them into a public chat; treat them as passwords that allow someone to broadcast to your channel.
For a long-running channel, test the complete scene and output path before relying on it overnight. A destination can be configured while the scene still has the wrong source, audio level or overlay. The pre-live checklist is a useful companion for checking the production itself rather than only the output connection.
Configure each destination’s credentials and settings
Select the output you have added and use its setup wizard or settings panel to authenticate and choose the required stream configuration. For a native platform output, XSplit may provide a sign-in flow or ask you to choose an account. Confirm that the account shown is the intended one, and read the destination’s current instructions if it asks for a stream key or other credential.
Each output should be checked on its own. Confirm the channel, stream title or event where applicable, and any destination-specific visibility or category settings. A detail selected for YouTube may not carry across to a separately configured Twitch output. Avoid assuming that changing a setting in one plugin changes the corresponding setting elsewhere.
Video and audio settings need to suit both your production and the destinations receiving it. If you choose a resolution or bitrate beyond what your upload connection can sustain, adding more destinations can make the broadcast harder to manage. A stable, tested setting is more useful than the highest setting available. Use the destinations’ current recommendations and your own connection tests; there is no universal setting that fits every network, scene and platform combination. This technical guide to bitrate, resolution and setup gives more context for choosing settings.
If YouTube is involved, use the Live Control Room to confirm the stream is reaching the expected channel and that the event is configured as intended. The official YouTube Help guidance for live streaming is the right place to check current platform requirements. Keep credentials private, and if you change a stream key, update the matching XSplit output; a forgotten old key can leave the output trying to connect with invalid details.
Use Custom RTMP only for a compatible destination
If the destination is not in XSplit’s output list, first check Find more outputs and the current supported-output information. A missing native plugin does not by itself mean you can connect with Custom RTMP. That route is only for services that accept RTMP ingest; a platform without RTMP support cannot be made compatible merely by entering a URL and key.
For an RTMP-compatible service, retrieve the ingest URL and stream key from that platform’s own live setup page, then create a Custom RTMP output in XSplit and enter the values in the corresponding fields. The exact credential steps belong to the destination’s documentation, so follow its current instructions rather than relying on a generic walkthrough. The XSplit product page describes native outputs and Custom RTMP; check the current output list and the destination’s requirements before configuring an unlisted service.
Treat the URL and key as sensitive. Do not include the key in a screenshot, public support post or unprotected notes. If you suspect it has been exposed, use the destination’s controls to replace or reset it and update the relevant XSplit output. For YouTube-specific key changes, this troubleshooting guide for a stream that stops after an encoder password change covers what to check.
Custom RTMP is a connection method, not a guarantee that a platform will accept your stream. Confirm that the service supports RTMP, that the ingest address is current, and that its stream settings are satisfied. If the service offers no RTMP ingest and is not in XSplit’s native output list, do not assume this fallback will work.
Start and monitor each broadcast output
When setup is complete, use the Broadcast menu to start the outputs you want active. Each output is a separate connection, so starting one does not necessarily start the others. Check the menu for the live or active status shown for each output and confirm reception on each destination where possible. XSplit’s getting-started guide describes selecting a platform output and following its setup process.
Check the destination view as well as the software status. A local indicator can show that XSplit has connected, but you still want to confirm that the correct channel is receiving the expected picture and sound. Look at the beginning of the broadcast for an unintended scene, muted microphone, missing audio source or incorrect title. If the two services have different preview delays, do not use a delayed viewer page as the only sign that the connection failed.
For a regular schedule, write down the order you use: open the project, verify the scene, check each output’s account and settings, start the outputs, and confirm reception. It is especially useful when another person covers a shift. A small handover note with channel names and the recovery steps is safer than relying on memory at an awkward hour.
Multiple destinations also mean more things to monitor. One platform may receive a healthy stream while another output disconnects or displays an error. Keep the Broadcast menu visible during setup and know how to stop or restart only the affected output, rather than reflexively stopping the entire production. Do not assume that a single green status means every destination is live.
Troubleshoot output and connection problems
If an output will not start, check the basics in order: confirm the Premium licence requirement, verify the destination account, check that the output is configured for the correct channel, and review the stream key or authentication if applicable. Then examine the output’s error message and destination-side status. A connection failure may be a credential problem, a platform-side issue, or a network limitation; changing unrelated video settings first makes it harder to isolate the cause.
If one destination works and another does not, troubleshoot the failing output independently. Confirm that it is enabled and that its credentials have not expired or changed. Check whether the destination has a current event or ingest address, and whether its own live dashboard reports receipt. For Custom RTMP, verify the URL and key against the platform’s current page and confirm RTMP is supported.
If every output struggles, look at the shared parts of your setup: the scene, encoder load, audio source and internet connection. Sending to several destinations can place more demands on the computer or network than a single output, depending on the configuration. Close unnecessary applications, reduce settings cautiously, and test again. Do not treat a brief successful start as proof that a long session will remain stable; run a practical test that resembles the real schedule and scene.
For a channel intended to run around the clock, think about what happens when the production computer or connection is unavailable. XSplit’s desktop workflow depends on the machine running the broadcast. If your specific problem is an unattended file loop, compare the cost and practical demands of keeping that PC on with alternatives in this guide to running an OBS loop stream on a PC in India. StreamNeo addresses the separate problem of keeping an uploaded video broadcasting to YouTube without leaving your own computer running; it is YouTube-only, so it is not a replacement for XSplit when your goal is simultaneous delivery to multiple platforms.
Choose the workflow that matches your job
| Your requirement | Workflow to investigate | What to check first |
|---|---|---|
| Send the same live production to several platforms | XSplit direct outputs | Broadcaster Premium or Premium Bundle licence; one output configured per destination |
| Send to a service without a listed XSplit output | Custom RTMP, if the service supports RTMP ingest | Current ingest URL, key and service requirements |
| Produce landscape and portrait versions | Multi Output Mode | Beta status, format needs and current platform eligibility |
| Distribute one configured output through a relay integration | A separately configured relay such as Restream | Current integration details, plan terms and channel limits on the vendor’s own site |
| Keep a recorded YouTube video looping without a local PC running | A separate YouTube-focused hosted workflow | Whether its YouTube-only scope fits your needs |
A relay integration is a distinct route, not a synonym for XSplit direct outputs. XSplit documents a Restream output integration, but plan terms, channel limits and service behaviour can change. If you consider it, verify the current information directly with the vendor and compare the workflow with configuring each destination in XSplit. The choice depends on whether you prefer separate destination setups in Broadcaster or management through a relay, and on the features and limits currently available to your account.
Similarly, a capture card is relevant only when your video source needs one—for example, bringing a camera or console feed into the production computer. It is not a general requirement for sending software scenes to multiple platforms. Start with the source you already have and add hardware only if that source requires it.
Before committing, compare the operating options on the pricing page. When the file and channel are ready, start free — 24-hour trial, no card.
FAQ
Can XSplit stream to Twitch and YouTube at the same time?
Yes, XSplit Broadcaster’s direct multiple-output workflow is intended for sending to multiple destinations, but XSplit’s support instructions require a Broadcaster Premium or Premium Bundle licence. Add and configure a separate output for each platform, then start both and confirm each destination is receiving the broadcast.
How do I add another output in XSplit?
Use Broadcast > Set up a new output, select the destination and complete its setup, then repeat the process for another platform. If it is not listed, check Find more outputs; Custom RTMP is only a possible route when that service supports RTMP ingest.
Is Multi Output Mode the same as multistreaming?
No. Direct multistreaming configures outputs for different destinations, while Multi Output Mode creates multiple canvases or formats, such as landscape and portrait. XSplit documents Multi Output Mode as beta, so check its current guidance and any platform eligibility before relying on it.
What if a platform XSplit does not list does not support RTMP?
Custom RTMP will not solve that limitation. Check whether XSplit has a current native output or whether the platform offers another documented integration; do not enter credentials into a guessed endpoint or assume the platform can receive an RTMP stream.