TECHNOLOGY & REQUIREMENTS

See the engine before you start.

How the pipeline picks moments, how it differs from manual editing, and what kind of PC you need. All on one page.

THE ENGINE BEHIND EVERY CLIP

Not an AI magic button. A pipeline you can see.

AutoClipper breaks long video into source, signals, moment candidates, layout, subtitles, and final render. Important decisions remain reviewable.

01IN

Source in

A URL, playlist, livestream, or local file.

02SCAN

Adaptive analysis

Audio and visual rhythm set the inspection density.

03SCORE

Moments scored

Strong candidates are arranged for your review.

04FRAME

Smart frame

Faces, gameplay, and action stay in frame.

05TEXT

Subtitles

Original, translated, or bilingual text.

06GPU

Local render

Your CPU or GPU completes the pipeline.

07OUT

Clip ready

Export vertical, square, or wide.

MANUAL VS AUTOMATED

The journey you usually go through.

Cutting, subtitles, and framing can all be done by hand. The only real question is how many times you want to watch the same video again.

WITHOUT AUTO CLIPPER

Every clip handled one by one

Re-watch the long source to find the parts worth using.
Cut every moment and clean up the transitions in an editor.
Type and adjust subtitles for each clip.
Set framing, aspect ratio, and subject position one at a time.
Export, rename, then upload to each platform manually.

WITH AUTO CLIPPER

One queue, one pass

Add a URL, playlist, livestream, or local file to the queue.
The pipeline reads the rhythm, scores moments, picks framing, and writes subtitles.
Review candidates, fix what needs fixing, then render many clips at once.
Schedule uploads to several platforms from one panel.

TECHNOLOGY YOU CAN INSPECT

Automatic, but never a black box.

Important decisions stay visible, correctable, and renderable again on your own device.

Local-first

Source, cache, analysis, and rendered output stay on your Windows PC.

NO CLOUD MEDIA

Face + Voice ID

Faces and speakers help choose the right framing.

SMART FRAMING

GPU by stage

Supported stages use the GPU; stages that are not ready can move to the CPU.

AUTO PIPELINE

Edit Workspace

Correct framing, layout, trim, subtitles, and ratios before rendering again.

HUMAN REVIEW

Bilingual subtitles

Choose the source language, Indonesian, English, or a combination.

CAPTION CONTROL

Safe recovery

Cache and job state help resume work without repeating everything.

RESUME READY

System requirements

Leave room for source, cache, and rendered output.

Auto Clipper processes video directly on your PC. Stronger hardware speeds up analysis and rendering, especially for long videos, 4K, and large queues.

Minimum, recommended, and heavy-production hardware comparison
Component	MinimumA few 1080p videos	RecommendedBest choiceRegular 1080p production	Heavy production4K and large queues
Operating system	Windows 10/11 64-bit	Windows 10/11 64-bit	Windows 10/11 64-bit
CPU	Modern 4-core CPU	Intel Core i5-12400 / Ryzen 5 5600	Intel Core i7 / Ryzen 7 or better
RAM	8 GB	16 GB	32 GB+
GPU	Optional; CPU mode is available	NVIDIA NVENC, 4 GB+ VRAM; RTX 3060/4060 ideal	RTX 4070 or better
Free space	20 GBabsolute minimum	50 GBnormal use	100 GB+4K and many videos
Storage type	SSD	SSD NVMe	SSD NVMe 1 TB+
Internet	Stable connection for login and downloads	Fast connection for 1080p sources	Fast connection without a strict data cap

Estimated processing time

How long does one video take?

Conservative ranges for a full analysis pass and rendering 10 clips. Not a guarantee -- visual density, number of faces, subtitles, device temperature, and the encoder can all change processing time.

Reference scenarioH.264 1080p source, 30 fps; Smart Framing and subtitles enabled; 10 vertical clips at 1080 × 1920, 30 fps.

Estimated analysis and render time by video duration and hardware tier
Source duration	Minimum, CPU	RTX 3060/4060	RTX 4070+
30 minutes	35–80 minutes	15–35 minutes	10–25 minutes
60 minutes	70–160 minutes	30–70 minutes	20–50 minutes
120 minutes	140–320 minutes	60–140 minutes	40–100 minutes

Not included: source download time and upload time to social platforms, since both depend on your internet speed.

For 4K sources: budget roughly 1.5–2.5× longer, plus at least 100 GB of free space.

Why so much free space?

Source video, analysis cache, and rendered output may coexist during processing. Long and 4K videos use substantially more space.

Using a laptop?

Connect the charger, enable high-performance mode, and keep vents clear during long analysis or rendering jobs.

No dedicated GPU?

CPU mode remains available. A compatible GPU accelerates supported stages, but it is not required to open the app.

GPU COMPATIBILITY

Use the GPU already inside your PC.

AutoClipper checks the device, driver, and encoder directly. When an acceleration path is unavailable, processing continues through a compatible path or the CPU.

GeForce RTX & GTX

RTX 50, 40, 30, and 20 Series. GTX 16/10 Series may work when the driver and NVENC are available.

CUDA vision · NVDEC · NVENC

Radeon RX

Radeon RX 9000, 7000, 6000, and 5000 Series with an AMD driver that provides AMF or OpenCL.

OpenCL when available · AMF encode

Arc, Iris Xe & UHD

Intel Arc B-Series and A-Series, Iris Xe, and Intel UHD with compatible Quick Sync.

OpenCL when available · Quick Sync encode

FALLBACK

No dedicated GPU

CPU x264 remains available as a fallback. Processing is slower, but core features are not locked just because no GPU is detected.

CPU x264

These series are guidance, not a whitelist. Actual readiness is determined by encoder and backend tests on your PC.

Your next production

Make long footage work harder for you.

Does your PC qualify? Download Auto Clipper; the app checks your GPU, driver, and encoders automatically on first launch.

Download Auto ClipperWindows 10/11 • x64 • Local Processing