🎬 OBS Studio Setup¶

Status: ✅ Configured & Ready | Last updated: 2026-04-05

OBS Studio configured for high-quality screen recording with professional audio from a Shure SM7B, display capture from an external LG monitor, and optional picture-in-picture webcam overlays with neon borders.

Quick Reference¶

Item	Value
OBS Version	32.1.0 (x64, Prism emulation on ARM)
Device	Surface Laptop 7th Edition (ARM64)
CPU	Snapdragon X Elite 12-core @ 3.40 GHz
RAM	32 GB
GPU	Qualcomm Adreno X1-85 (no HW encoder)
Microphone	Shure SM7B (dynamic, XLR)
Preamp	Cloudlifter CL-1 (inline, needs 48V)
Audio interface	Focusrite Scarlett Solo 4th Gen (USB)
Docking station	Razer Thunderbolt 4 Dock
Capture monitor	LG HDR QHD — DISPLAY3 (2048×1152)
Camera	Surface built-in front camera
Recordings folder	`C:\OBS-Recordings`
Plugin installed	Stroke Glow Shadow v1.5.3
Circle mask	`C:\Users\ssutheesh\Documents\obs-circle-mask.png`
Tall rect mask	`C:\Users\ssutheesh\Documents\obs-tall-rect-mask.png`

Hardware Signal Chain¶

┌─────────┐    ┌─────────────┐    ┌──────────────────────┐    ┌──────────────┐
│ SM7B    │───▶│ Cloudlifter │───▶│ Scarlett Solo 4th Gen│───▶│ USB to Dock  │
│ (XLR)   │    │ (XLR)       │    │                      │    │              │
└─────────┘    └─────────────┘    │  48V: ON             │    │ Razer TB4    │
                                  │  INST: OFF           │    │ Dock         │
                                  │  Gain: ~2 o'clock    │    │              │
                                  └──────────────────────┘    └──────┬───────┘
                                                                     │
                                                              ┌──────▼───────┐
                                                              │ Surface      │
                                                              │ Laptop 7     │
                                                              │ (Thunderbolt)│
                                                              └──────────────┘

Scarlett Solo 4th Gen — Physical Controls¶

   ┌─────────────────────────────────┐
   │  [Small Knob 1]  [Small Knob 2]│
   │   INPUT GAIN      INSTRUMENT   │
   │   (XLR/Mic) ←     (Guitar)     │
   │   ~2 o'clock      Don't touch  │
   │                                 │
   │  [48V] = ON    [INST] = OFF     │
   │                                 │
   │        [BIG KNOB]               │
   │        HEADPHONE VOLUME         │
   │        (not for recording)      │
   └─────────────────────────────────┘

48V Phantom Power

The 48V button MUST be ON — it powers the Cloudlifter, not the SM7B. Without it, the mic will appear silent!

Monitor Layout (Updated 2026-04-09)¶

                         DISPLAY4 — MSI MP161 E2 (15.3")
                         1920×1080 (Landscape, 16:9)
                         ✅ YouTube ready
                         ┌──────────────────────────┐
                         │    MSI OVERHEAD SCREEN    │
                         │      (above laptop)       │
                         └──────────────────────────┘

 DISPLAY2                    DISPLAY1                      DISPLAY3
 LG HDR QHD (31.5")          Surface Laptop (15.1")         LG HDR QHD (31.5")
 1440×2560 (Portrait, 9:16)  1664×1109 (3:2)                1920×1080 (Landscape, 16:9)
 ⚠️ Vertical                 ⚠️ 3:2 aspect                  ✅ YouTube ready
┌──────────┐              ┌────────────────────┐          ┌──────────────────────┐
│          │              │                    │          │                      │
│   LG     │              │   LAPTOP SCREEN    │          │  LG EXTENDED         │
│ PORTRAIT │              │     (Primary)      │          │  LANDSCAPE SCREEN    │
│          │              │                    │          │                      │
│          │              └────────────────────┘          └──────────────────────┘
│          │
└──────────┘

YouTube Recording Compatibility¶

Display	Resolution	Aspect	YouTube	Notes
DISPLAY3 — LG Landscape	1920×1080	16:9	✅ Perfect	Native 1080p, no conversion
DISPLAY4 — MSI Overhead	1920×1080	16:9	✅ Perfect	Native 1080p, no conversion
DISPLAY1 — Surface Laptop	1664×1109	3:2	⚠️ OK	Small black bars on sides (pillarbox)
DISPLAY2 — LG Portrait	1440×2560	9:16	⚠️ Vertical	Large black bars — better for YouTube Shorts

Switch displays in one scene

Current approach: single Display Capture source — double-click to change the display dropdown. If switching mid-recording becomes awkward, create separate scenes per display for instant hotkey switching.

OBS Settings Configured¶

Video Tab¶

Setting	Value	Reason
Base (Canvas) Resolution	1920×1080	YouTube standard 16:9
Output (Scaled) Resolution	1920×1080	No extra scaling needed
Downscale Filter	N/A (greyed out — same res)	No downscaling happening
Common FPS Values	30	Ideal for screen recording tutorials, saves CPU on ARM

Why 30fps?

For tutorials and screen recordings, 30fps is the standard. 60fps doubles CPU load and file size with minimal visual benefit for static/slow content. YouTube handles 30fps perfectly. Switch to 60 only for fast-motion content.

Output Tab — Recording (Advanced Mode)¶

Setting	Value	Reason
Type	Standard
Recording Path	`C:\OBS-Recordings`	Dedicated folder on SSD
Recording Format	MKV	Crash-safe — never lose footage
Audio Track	Track 1 ✅
Encoder	x264	Only option on ARM (no HW encoder)
Rate Control	CRF	Best quality-per-bit for recording
CRF Value	18	Excellent quality (lower = better, 15–23 range)
CPU Usage Preset	veryfast	Optimised for ARM emulation overhead
Profile	high	Best compression efficiency
Keyframe Interval	2	YouTube standard
Rescale Output	Unchecked	Handled in Video tab

Output Tab — Audio¶

Setting	Value
Track 1 Audio Bitrate	320 kbps
Audio Encoder	FFmpeg AAC (default)

Audio Tab (Global)¶

Setting	Value	Reason
Sample Rate	48 kHz	Broadcast standard, matches Scarlett Solo
Channels	Stereo
Desktop Audio	Disabled	Added per-scene for control
Desktop Audio 2	Disabled
Mic/Auxiliary Audio	Disabled	SM7B added as dedicated source
Mic/Auxiliary Audio 2	Disabled

Why disable global audio?

Adding audio as scene sources (not global) gives per-scene control. You can have mic-only scenes, screen+mic scenes, etc.

Advanced Tab¶

Setting	Value
Color Format	NV12
Color Space	Rec. 709
Color Range	Limited
Automatically Remux to MP4	✅ Checked

Auto-Remux

Records as crash-safe MKV, then instantly converts to YouTube-ready MP4 when you stop recording. Best of both worlds!

Audio Source & Filters¶

Source Setup¶

Setting	Value
Source type	Audio Input Capture
Source name	`SM7B - Scarlett Solo`
Device	Microphone (Scarlett Solo USB)
Mono	✅ Checked (in Advanced Audio Properties)

Mono is critical

The Scarlett Solo sends audio to the left channel only. Without Mono checked, viewers hear you in one ear!

Audio Filter Chain¶

Filters applied in this exact order (order matters!):

flowchart LR
    A["🎙️ Raw SM7B\nSignal"] --> B["1. Noise\nSuppression\n(RNNoise)"]
    B --> C["2. Noise\nGate"]
    C --> D["3. Compressor"]
    D --> E["4. EQ\n(ReaEQ VST)"]
    E --> F["5. Limiter"]
    F --> G["🎧 Clean\nPro Audio"]

Filter 1: Noise Suppression¶

Setting	Value
Method	RNNoise

AI-powered removal of background hum, fan noise, and keyboard sounds.

Filter 2: Noise Gate¶

Setting	Value
Close Threshold	-40 dB
Open Threshold	-35 dB
Attack Time	6 ms
Hold Time	150 ms
Release Time	100 ms

Silences the mic when you're not speaking. Adjust thresholds to your room.

Filter 3: Compressor¶

Setting	Value
Ratio	4:1
Threshold	-18 dB
Attack	3 ms
Release	100 ms
Output Gain	4 dB
Sidechain Source	(None)

Evens out volume — quiet parts get louder, loud parts get controlled.

Filter 4: EQ — Voice Shaping (ReaEQ VST)¶

Band	Type	Frequency	Gain	Bandwidth	Purpose
1	High Pass	80 Hz	—	—	Remove rumble, desk vibration, HVAC hum
2	Band (Bell)	200 Hz	-2.0 dB	1.2	Cut muddiness — cleaner voice
3	Band (Bell)	3500 Hz	+2.5 dB	1.0	Presence boost — voice cuts through
4	High Shelf	10000 Hz	+1.0 dB	—	Add "air" — subtle sparkle and openness

Professional voice shaping using ReaEQ (free Cockos VST). Added between Compressor and Limiter.

        Voice EQ Curve for SM7B

  +3dB ─────────────────────────╱──── Air ───
  +2dB ─────────────────╱──────╱
  +1dB ────────────────╱ Presence
   0dB ═══════╤═══════╧═══════════════════════
  -1dB ──────╱
  -2dB ─────╱ Mud cut
  -3dB ────╱
       ╳
  cut  │
       80Hz  200Hz  1kHz  3kHz  5kHz  10kHz

Filter 5: Limiter¶

Setting	Value
Threshold	-1.5 dB
Release Time	60 ms

Hard ceiling — prevents any audio from clipping. Your safety net.

Target Audio Levels¶

Scenario	Level
Normal speech peaks	-20 dB to -6 dB (green/yellow)
Loud moments	Never hit 0 dB (red)
Silence	Nothing (noise gate working)

Scenes¶

Four scenes configured for different recording needs:

graph TB
    subgraph "Scene 1: Screen Recording"
        S1D[🖥️ LG Monitor<br>Display Capture]
        S1A[🎙️ SM7B Audio]
    end

    subgraph "Scene 2: Talking Head Full"
        S2C[📹 Surface Camera<br>Full Screen + Cropped]
        S2A[🎙️ SM7B Audio]
    end

    subgraph "Scene 3: Screen + Circle PiP"
        S3D[🖥️ LG Monitor]
        S3C[📹 Camera ⭕<br>Circle Mask + Stroke]
        S3A[🎙️ SM7B Audio]
    end

    subgraph "Scene 4: Screen + Tall PiP"
        S4D[🖥️ LG Monitor]
        S4C[📹 Camera 🔲<br>Tall Rect Mask + Stroke]
        S4A[🎙️ SM7B Audio]
    end

Scene 1: Screen Recording¶

Source	Type	Details
LG Monitor	Display Capture	DISPLAY3 (2048×1152 → fit to 1920×1080 canvas)
SM7B - Scarlett Solo	Audio Input Capture	Mono, all 4 filters applied

Your main use case — clean screen capture with pro audio.

Scene 2: Talking Head Full¶

Source	Type	Details
Surface Camera	Video Capture Device	1920×1080, 30fps, cropped/zoomed for tighter framing
SM7B - Scarlett Solo	Audio Input Capture	Added as existing source

Full-screen webcam for intro/outro segments or standalone recordings.

Scene 3: Screen + Circle PiP¶

Source	Type	Details
LG Monitor	Display Capture (existing)	Full screen capture
Surface Camera	Video Capture Device (existing)	Resized small, bottom-right
SM7B - Scarlett Solo	Audio Input Capture (existing)

Camera filters (in order):

Image Mask/Blend — Alpha Mask → obs-circle-mask.png
Stroke (from Stroke Glow Shadow plugin) — neon colour border

Screen recording with a circular webcam overlay and neon border.

Scene 4: Screen + Tall PiP¶

Source	Type	Details
LG Monitor	Display Capture (existing)	Full screen capture
Surface Camera	Video Capture Device (existing)	Resized as tall portrait rectangle
SM7B - Scarlett Solo	Audio Input Capture (existing)

Camera filters (in order):

Image Mask/Blend — Alpha Mask → obs-tall-rect-mask.png
Stroke (from Stroke Glow Shadow plugin) — neon colour border

Screen recording with a tall rectangular webcam overlay and neon border.

PiP Border & Mask Assets¶

All mask/border files stored in C:\Users\ssutheesh\Documents\:

File	Purpose
`obs-circle-mask.png`	Circle shape mask for camera
`obs-circle-border-cyan.png`	🟢 Neon cyan circle ring (standalone)
`obs-circle-border-magenta.png`	🟣 Neon magenta circle ring (standalone)
`obs-circle-border-white.png`	⚪ White circle ring (standalone)
`obs-tall-rect-mask.png`	Tall rounded rectangle mask for camera
`obs-tall-rect-border-cyan.png`	🟢 Neon cyan rectangle border (standalone)
`obs-tall-rect-border-magenta.png`	🟣 Neon magenta rectangle border (standalone)
`obs-tall-rect-border-white.png`	⚪ White rectangle border (standalone)

Stroke plugin vs standalone border images

The Stroke Glow Shadow plugin is the preferred method — it applies the border directly as a filter, so it follows the camera when you move/resize. The standalone border PNGs are a fallback if the plugin stops working.

Plugin: Stroke Glow Shadow¶

Item	Value
Name	obs-stroke-glow-shadow
Version	1.5.3
Source	GitHub
Install location	`C:\Program Files\obs-studio\obs-plugins\64bit\obs-stroke-glow-shadow.dll`

How to Use¶

Right-click any source → Filters
Apply Image Mask/Blend first (circle or rectangle)
Then add Stroke filter:
Stroke Size: 8–10 px
Stroke Colour: Pick any (neon cyan, magenta, white, etc.)
Position: Outer
The stroke detects mask edges and outlines the shape automatically

Filter order matters

Mask must come before Stroke in the filter list. The Stroke filter detects the alpha channel edges created by the mask.

Software Installed¶

Software	Version	Purpose
OBS Studio	32.1.0 (x64)	Screen recording & scenes
Focusrite Control 2	Latest	Scarlett Solo configuration, firmware, sample rate
Razer Synapse 4	2.4.0.868	Thunderbolt 4 Dock management & firmware
obs-stroke-glow-shadow	1.5.3	Neon borders on PiP camera
ReaPlugs (ReaEQ)	2.36	Professional parametric EQ for voice shaping

ARM-Specific Performance Notes¶

Surface Laptop 7 (ARM) Limitations

No hardware encoder — NVENC/AMF/QuickSync unavailable. Uses x264 (CPU encoding).
OBS runs as x64 under Prism emulation — adds some CPU overhead.
Some OBS plugins may not work (must be x64-compatible).
Always plug in power when recording — battery mode throttles CPU.

Performance Tips¶

Tip	Why
Always plug in power	Battery mode throttles CPU dramatically
Close unnecessary apps	Every app competes for ARM CPU cycles
Use 30fps for screen recording	60fps doubles encoding load with little benefit for tutorials
Monitor OBS Stats (View → Stats)	Watch for dropped frames and encoding lag
Don't add browser sources	They use significant CPU on ARM
Start with "veryfast" x264 preset	If smooth, try "faster" for better quality

OBS Stats to Watch¶

Go to View → Stats during recording:

Metric	Healthy Value
Frames missed (rendering lag)	0
Frames skipped (encoding lag)	0
CPU Usage	Below 70%
Memory	Below 4 GB

If Dropped Frames Occur¶

Change CPU preset from "veryfast" to "superfast"
Reduce FPS from 30 to 24 (still cinematic)
Reduce canvas/output resolution to 1280×720
Close background apps

Scene Transitions¶

Setting	Value
Default Transition	Fade
Duration	300 ms

Smooth, professional fade between all scenes. Avoid swipe/slide — they look amateur for educational content.

Per-Scene Override

Right-click any scene → "Transition Override" to set a different transition for specific scene switches. E.g., 500ms fade when switching to Talking Head for a slightly more dramatic entrance.

Recording Workflow¶

Quick Start¶

✅ Plug in power
✅ Check Scarlett Solo: 48V ON, Gain ~2 o'clock
Open OBS → select your scene
Check audio meter — speak to verify levels
Start Recording (F9)
Record your content
Stop Recording (F10)
File auto-saves as MKV → auto-remuxed to MP4 in C:\OBS-Recordings

Recommended Hotkeys¶

Action	Hotkey
Start Recording	F9
Stop Recording	F10
Pause Recording	F11
Scene: Screen Recording	Ctrl+1
Scene: Talking Head Full	Ctrl+2
Scene: Screen + Circle PiP	Ctrl+3
Scene: Screen + Tall PiP	Ctrl+4

Post-Recording Checklist¶

[ ] File appeared in C:\OBS-Recordings as MP4
[ ] Audio is in both ears (mono working)
[ ] No background hum (noise suppression working)
[ ] Consistent volume (compressor working)
[ ] No clipping (limiter working)
[ ] Video is sharp and correct resolution

Troubleshooting¶

Problem	Solution
Audio only in left ear	Check Mono in Advanced Audio Properties
Mic too quiet	Increase Scarlett gain → verify Cloudlifter connected → add Gain filter
Mic clipping/distorted	Lower Scarlett gain → check Limiter filter is active
Background noise	Adjust Noise Gate thresholds → ensure Noise Suppression is first filter
Dropped frames	Change x264 preset to "superfast" → reduce FPS → close other apps
Display Capture shows black	Try different Capture Method (Automatic vs Windows 10)
Camera not detected	Windows Settings → Privacy → Camera → allow OBS
Recording file corrupted	Should not happen with MKV. If using MP4, switch to MKV
Stroke plugin not showing	Restart OBS after plugin install
Border not visible on PiP	Ensure Mask filter is BEFORE Stroke filter → increase stroke size

Future Improvements¶

[ ] ARM64 Native OBS — When stable ARM64 build releases, switch for ~20% better CPU efficiency. Check: OBS ARM FAQ
[ ] Separate audio tracks — Record mic on Track 1 and desktop audio on Track 2 for flexible editing
[ ] Mac setup — Configure OBS on MacBook Pro (will have Apple VideoToolbox HW encoding)
[ ] Hotkeys or Stream Deck — Configure F9/F10/F11 and Ctrl+1-4, or get Elgato Stream Deck Plus for physical controls
[ ] Webcam colour correction — Brightness/contrast/saturation filter on Surface Camera
[ ] Desktop audio capture — Add Application Audio Capture source for system sounds
[ ] Acoustic treatment — Foam panels behind monitors to reduce room echo
[ ] Performance power plan — Create dedicated "OBS Recording" power plan with max CPU
[ ] VDO.Ninja interview scene — Switch from Teams capture to VDO.Ninja once GPU driver is updated (see Interview section below)
[ ] Interview scene (Teams capture) — Set up Window Capture + Application Audio Capture for Teams/Zoom interviews

Remote Interviews¶

Option A: VDO.Ninja + OBS (Preferred — Waiting on GPU Driver Fix)¶

VDO.Ninja is a free, browser-based tool that lets guests join via a link with their camera, mic, and screen share. Their feeds come into OBS as Browser Sources. No software install needed for guests.

Status: ✅ Working! Requires specific launch order (see workflow below).

How It Works¶

   YOU (Host/Director)                 GUEST (Remote)
   ┌──────────┐                        ┌──────────┐
   │ OBS      │◄──── WebRTC P2P ──────►│ Browser  │
   │          │      (HD video)        │ (Chrome) │
   │ Records  │                        │ No app   │
   │ everything│◄──── Screen Share ────│ install! │
   │ locally  │                        │          │
   └──────────┘                        └──────────┘

Critical: Launch Order Matters!

Open VDO.Ninja FIRST, grab the camera, THEN open OBS. OBS locks the Surface Camera exclusively — if OBS opens first, VDO.Ninja can't access the camera.

Interview Startup Workflow¶

Step 1: CLOSE OBS (if open)
Step 2: Open VDO.Ninja director → select Surface Camera Front → join room
Step 3: Send guest link → wait for guest to join
Step 4: Open OBS → switch to Interview scene
Step 5: Start Recording (F9)

Audio Routing (Critical!)¶

YOUR recording voice: SM7B → Scarlett Solo → OBS (Audio Input Capture) ← PRO quality
GUEST voice to you:   Guest mic → VDO.Ninja → OBS (Browser Source)    ← via WebRTC
YOUR voice to guest:  Surface mic → VDO.Ninja → Guest's speakers      ← just for conversation

Audio Device Assignment

OBS uses: Microphone (Scarlett Solo USB) — your SM7B for high-quality recording
VDO.Ninja uses: Microphone Array Qualcomm Aqstic ACX Static Endpoints — Surface built-in mic for guest to hear you
Do NOT select the "Communications" mic variant — it applies phone-call processing that sounds tinny
Do NOT let VDO.Ninja use the Scarlett Solo — it will block OBS from accessing the SM7B

Room Created¶

Item	Value
Room name	aguidetocloud
Guest invite link	`https://vdo.ninja/?room=aguidetocloud&broadcast`
Group scene link	`https://vdo.ninja/?scene&room=aguidetocloud&codec=h264`
Director performs	✅ Yes
Guests see director	✅ Yes
Video codec	H264
SSO	Off

VDO.Ninja Setup in OBS¶

Create scene "Interview"
Add Browser Source:
URL: https://vdo.ninja/?scene&room=aguidetocloud&codec=h264
Width: 1920, Height: 1080
✅ Control audio via OBS
✅ Use custom frame rate → 30 FPS
✅ Shutdown source when not visible
✅ Refresh browser when scene becomes active
Add Audio Input Capture → existing SM7B - Scarlett Solo
Guest joins via invite link → their camera + screen share appear in OBS

If SM7B meter isn't moving

VDO.Ninja may have grabbed the Scarlett Solo on startup. Fix: in VDO.Ninja, switch mic to Surface built-in. Then in OBS, go to SM7B source → Properties → reselect "Microphone (Scarlett Solo USB)".

Guest Flow¶

Guest receives link → Opens in Chrome → Allows camera/mic
  → Clicks "Share Screen" (optional) → Both feeds appear in OBS

Known Issue (ARM) — Solved!¶

Camera conflict: OBS locks the Surface Camera exclusively. Solution: open VDO.Ninja BEFORE OBS and grab the camera first.

~~Deactivate camera in ALL OBS scenes before using VDO.Ninja director~~
~~OBS Virtual Camera also conflicts on ARM~~
✅ Working workflow: VDO.Ninja first → camera selected → then open OBS

Option B: Teams/Zoom + OBS Capture (Working Now)¶

Simpler approach — use Teams/Zoom for the call, and OBS captures the window:

Step 1: INTERVIEW via Teams/Zoom (normal call)
Step 2: OBS captures the Teams/Zoom window + SM7B audio

Setup in OBS¶

Create scene "Interview"
Add Window Capture → select Microsoft Teams (or Zoom)
Add Audio Input Capture → existing SM7B - Scarlett Solo
Add Application Audio Capture (Beta) → select Teams (captures guest's voice)
Right-click Window Capture → Transform → Fit to Screen

Comparison¶

Feature	VDO.Ninja	Teams/Zoom Capture
Guest experience	Browser link — no install	Normal Teams/Zoom call
Video quality	HD direct feed per guest	Compressed by Teams/Zoom
Layout control	Full — separate sources per guest	Limited to app's layout
Separate audio tracks	✅ Each guest separate	❌ Mixed (unless Application Audio Capture)
Screen share	Separate OBS source	Inside the call window
Reliability on ARM	⚠️ Camera issues (GPU driver)	✅ Works now
Complexity	Medium	Easy

Setup History¶

Interview Setup Research (2026-04-06)¶

Created VDO.Ninja room "aguidetocloud" with director-as-performer, H264 codec
✅ VDO.Ninja working! Discovered launch order: VDO.Ninja first → grab camera → then open OBS
Audio routing solved: SM7B via OBS for recording, Surface built-in mic via VDO.Ninja for guest conversation
Documented both interview approaches: VDO.Ninja (preferred, working) and Teams capture (backup)

Enhancements Round 1 (2026-04-05)¶

Installed ReaPlugs VST (ReaEQ) for professional 4-band parametric EQ voice shaping
Added EQ filter to audio chain: HPF 80Hz, -2dB at 200Hz, +2.5dB at 3.5kHz, +1dB shelf at 10kHz
Configured Fade scene transition at 300ms
Researched Elgato Stream Deck options → added Stream Deck Plus idea

Initial Setup (2026-04-05)¶

Installed OBS Studio 32.1.0 (was already installed)
Configured all settings: Video, Output, Audio, Advanced
Created 4 scenes: Screen Recording, Talking Head, Circle PiP, Tall PiP
Set up SM7B audio with 4-filter chain (Noise Suppression → Gate → Compressor → Limiter)
Installed Stroke Glow Shadow plugin for neon PiP borders
Created circle and tall rectangle mask/border PNG assets
Installed Focusrite Control 2 for Scarlett Solo management
Installed Razer Synapse 4 for Thunderbolt Dock management
Created C:\OBS-Recordings folder