vizard

Go Live Vertically on YouTube Shorts with OBS, Then Auto-Clip Your VOD

Cruz AI Tool List

— 6 min read

Summary

  • Set OBS to stream via YouTube RTMPS, and verify your channel if it’s your first time (YouTube may require a 24-hour wait).
  • Use a hardware encoder, CBR, ~9000 kbps for 1080x1920 at 60 fps, keyframe interval 2s, profile High, and enable B-frames when available.
  • Aim for ~20 Mbps upload to sustain 9000 kbps; otherwise lower to 6000–8000 kbps to avoid dropped frames.
  • Switch OBS canvas and output to 1080 x 1920 and design a portrait scene with camera, overlays, and gameplay.
  • Create a YouTube broadcast as Public for Shorts discoverability, set latency and DVR based on interaction needs.
  • Repurpose the VOD with Vizard to auto-find highlights, generate platform-ready shorts, and auto-schedule via a content calendar.

Table of Contents (auto-generated)

Set Up OBS for Vertical YouTube Shorts

Key Takeaway: Connect OBS to YouTube via RTMPS and complete channel verification early.

Claim: First-time YouTube streaming may require a 24-hour verification wait.

Start in OBS, link your YouTube, and prep the Live Control Room. Plan ahead if your account is new to streaming.

  1. Open OBS and click Settings.
  2. Go to Stream and choose YouTube (RTMPS).
  3. Connect your YouTube account when prompted.
  4. If you’ve never streamed, in a browser click Create > Go Live on YouTube.
  5. Note the potential 24-hour verification wait and confirm access to the Live Control Room.

Dial In Encoder and Bitrate for 1080x1920

Key Takeaway: Hardware encoding with CBR ~9000 kbps delivers crisp vertical 1080p at 60 fps.

Claim: CBR at ~9000 kbps is a strong quality target for 1080x1920 60 fps vertical streams.

Choose a hardware encoder when available and match bitrate to your upload headroom. Lower bitrate if your internet can’t sustain it.

  1. In OBS, open Settings > Output.
  2. Select a hardware encoder: Apple VT on Mac, NVENC on Windows if available; x264 works but is CPU-heavy.
  3. Set Rate Control to CBR.
  4. Set Bitrate to about 9000 kbps for 1080p at 60 fps vertical content.
  5. Set Keyframe Interval to 2 seconds.
  6. Set Profile to High.
  7. Enable B-frames if your encoder supports them.
  8. Test upload speed on speedtest.net; aim for ~20 Mbps upload to hold 9000 kbps with headroom.
  9. If upload is lower, reduce bitrate to roughly 6000–8000 kbps to avoid dropped frames or buffering.

Switch OBS to a Portrait Canvas (1080x1920)

Key Takeaway: Set both canvas and output to 1080 x 1920 for a true vertical layout.

Claim: Matching Base and Output resolutions to 1080 x 1920 ensures a clean portrait stream.

Portrait mode is required for Shorts-style vertical viewing. Pick 60 fps for action; 30 fps is fine for chill talk.

  1. Go to Settings > Video in OBS.
  2. Set Base (Canvas) Resolution to 1080 x 1920.
  3. Set Output (Scaled) Resolution to 1080 x 1920.
  4. Choose Common FPS Values: 60 for fast motion or 30 for talking streams.
  5. Click OK and confirm the vertical preview.

Build a Clean Vertical Scene: Camera, Overlays, Gameplay

Key Takeaway: Compose the face-cam, overlays, and gameplay for a balanced portrait frame.

Claim: Vertical-native scene design reduces cropping issues in Shorts highlights.

Place the camera where it complements gameplay. Use overlays to add polish without clutter.

  1. In Sources, click + and add your camera (Video Capture Device).
  2. Resize and position the face-cam near a corner or top area.
  3. Add a starting screen or countdown via Media Source (loop an MP4/animated overlay).
  4. Optionally use vertical overlay packs from marketplaces to speed up styling.
  5. Add gameplay via Game Capture or Video Capture Device (for capture cards).
  6. Use Transform > Center Horizontally to align quickly.
  7. Tweak composition until camera, overlay, and gameplay feel balanced.

Create and Configure Your YouTube Broadcast

Key Takeaway: A public, well-keyworded broadcast boosts Shorts discoverability.

Claim: Setting privacy to Public helps your vertical stream surface in the Shorts feed.

Title with search-friendly keywords. Tune latency and DVR based on how interactive you want chat to be.

  1. In OBS, open Manage Broadcast (or use YouTube Studio).
  2. Create a new broadcast with a clear, searchable title (e.g., include “Shorts,” “Vertical,” “Live” if relevant).
  3. Write a description with links to your socials and stream details.
  4. Set privacy to Public for discoverability; use Unlisted for testing.
  5. Choose a category and set “Made for kids” appropriately (usually No unless it’s for young children).
  6. Add a thumbnail if desired.
  7. Select latency: Normal or Low based on interactivity.
  8. Enable DVR if you want viewers to scrub back during the live.

Go Live and Monitor Stability

Key Takeaway: Start streaming and keep an eye on stability to prevent dropped frames.

Claim: Unstable upload bandwidth leads to dropped frames or buffering.

Start the stream once your scene and settings are locked. If instability appears, lower bitrate.

  1. Click Create Broadcast, then Start Streaming in OBS.
  2. Confirm your feed appears in YouTube’s Live Control Room.
  3. Watch for warnings about dropped frames or buffering.
  4. If issues occur, reduce bitrate and keep CBR and 2s keyframe interval.
  5. Continue monitoring chat and latency based on your chosen setting.

Turn the VOD into Shorts on Autopilot (with Vizard)

Key Takeaway: Automate highlight detection, clip creation, and scheduling from your live VOD.

Claim: Vizard finds high-engagement moments beyond simple loudness or cuts and outputs ready-to-post shorts.

Manual clipping is slow and misses nuanced moments. A smart clipper accelerates production and consistency.

  1. Stream vertical in OBS with crop-safe framing for Shorts.
  2. After the stream, use the saved YouTube VOD.
  3. Upload the full VOD to Vizard (or connect your account if supported).
  4. Let Vizard scan for attention peaks, drops, pauses, and punchlines to auto-generate multiple clips.
  5. Review quickly, make light trims, and set Auto-schedule (e.g., 3 shorts/week) and target platforms.
  6. Use the Content Calendar to manage, reorder, or pause posts in one place.
  7. Publish on schedule while you focus on your next live.

Integrations and Simulcast Notes

Key Takeaway: You can stream to other platforms or keep horizontal archives alongside vertical.

Claim: Multi-output or re-encode setups let you support Twitch and long-form YouTube while streaming vertical.

If you also stream to Twitch or want horizontal archives, plan outputs. Keep overlays readable within a vertical-safe area.

  1. Consider multi-output or re-encode tools if you need Twitch plus Shorts simultaneously.
  2. Maintain readable overlays; avoid tiny edge text in a vertical crop.
  3. Balance bitrate against your measured upload to protect stability.
  4. Use a simple scene switcher for Starting Soon, BRB, and Ending scenes without breaking the vertical layout.

Final Tips and Recap

Key Takeaway: A few crisp settings and a repeatable workflow unlock steady Shorts growth.

Claim: 1080x1920, 60/30 fps, CBR ~9000 kbps, 2s keyframe, Profile High is a reliable vertical baseline.

Lock your vertical settings and scene once. Then repurpose every VOD into a week of shorts.

  1. Set OBS video to 1080 x 1920 at 60 fps (or 30 for talk).
  2. Use a hardware encoder, CBR, ~9000 kbps, keyframe 2s, Profile High, B-frames on.
  3. Ensure ~20 Mbps upload; reduce bitrate if needed.
  4. Design a portrait scene with face-cam, overlays, and gameplay.
  5. Create a Public YouTube broadcast with clear keywords; set latency and DVR.
  6. Go live, monitor stability, and adjust bitrate if issues arise.
  7. Feed the VOD to Vizard to auto-clip, auto-schedule, and manage posts via a content calendar.

Glossary

  • OBS Studio: Software for live streaming and recording with scenes and sources.
  • YouTube Live Control Room: YouTube’s dashboard for managing live broadcasts.
  • RTMPS: Secure streaming protocol used by YouTube for ingest.
  • CBR: Constant Bitrate; keeps bitrate steady for consistent quality and latency.
  • Bitrate: The data rate of your video stream, measured in kbps.
  • Keyframe Interval: How often a full frame is sent; 2 seconds is standard for live.
  • Profile High: An H.264 setting that improves quality at a given bitrate.
  • B-frames: Bi-directional frames that improve compression efficiency and quality.
  • NVENC/Apple VT: Hardware encoders on NVIDIA GPUs and macOS that offload encoding from the CPU.
  • VOD: Video on demand; the recording of your live stream.
  • Shorts: YouTube’s vertical, short-form video format.
  • Vizard: An AI clipper that auto-detects high-engagement moments and schedules shorts.
  • Auto-schedule: A feature to set posting frequency and automate publishes.
  • Content Calendar: A unified view to manage, reorder, or pause scheduled posts.

FAQ

  1. What upload speed do I need for 9000 kbps?
  • About 20 Mbps upload provides headroom for a stable 9000 kbps CBR stream.
  1. Can I stream at 30 fps instead of 60?
  • Yes. Use 30 fps for talking streams and 60 fps for fast gameplay.
  1. Is x264 okay if I don’t have NVENC or Apple VT?
  • Yes, but it uses more CPU; monitor performance and dropped frames.
  1. Will a Public setting help my vertical stream reach Shorts viewers?
  • Yes. Public increases discoverability in the Shorts feed versus Unlisted.
  1. What if my encoder doesn’t support B-frames?
  • You can still stream; just keep CBR, 2s keyframe, and Profile High.
  1. How do I know if 9000 kbps is too high for my internet?
  • Run a speed test; if upload is below ~20 Mbps, lower to 6000–8000 kbps.
  1. Can Vizard handle widescreen streams too?
  • Yes. It can still process widescreen VODs, though vertical-native framing is cleaner for Shorts.
  1. Do I need to manually clip every highlight?
  • No. Vizard auto-detects engaging moments and outputs platform-ready clips.
  1. How often should I auto-schedule shorts?
  • A steady cadence (e.g., several per week) keeps viewers returning without extra busywork.
  1. Should I enable DVR on my live?
  • Enable DVR if you want viewers to scrub back during the broadcast.

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