Aiseesoft 3D Converter Review: Features, Tips, and Best SettingsAiseesoft 3D Converter is a desktop application designed to convert between 2D and 3D video formats, convert among different 3D formats, and export video files suitable for various playback methods (3D TVs, VR headsets, anaglyph glasses, and side-by-side or top-bottom players). This review covers its core features, performance, common use-cases, helpful tips, and recommended settings to get the best results for typical workflows.
What Aiseesoft 3D Converter Does (Overview)
Aiseesoft 3D Converter focuses on converting video files to and from 3D formats. Its primary capabilities include:
- Converting 2D to 3D (anaglyph, side-by-side, top-bottom, or depth-based formats).
- Converting between 3D formats (e.g., side-by-side ↔ top-bottom ↔ anaglyph).
- Exporting to common video formats (MP4, MKV, AVI, MOV, etc.) with 3D encoding preserved.
- Basic video editing features such as trimming, cropping, rotating, and adjusting effects (brightness, contrast, saturation).
- Batch conversion support.
- Preview window to compare original and converted video.
Supported input/output: Most mainstream video formats and codecs are supported, and the app exposes options to select resolution, encoder, bitrate, frame rate, and aspect ratio.
User Interface & Ease of Use
The interface is straightforward and aimed at consumers rather than professional colorists or stereographers. Key points:
- A standard file-listing workspace with toolbar buttons for Add File, Edit, 3D settings, and Convert.
- Edit and 3D options are accessible via modal dialogs with sliders and drop-downs.
- Preset profiles simplify the process for target devices (e.g., 3D TV, VR headset).
- Preview pane lets you toggle 3D mode and compare results quickly.
For users familiar with general video converters, the learning curve is low. Nontechnical users can rely on presets, while power users can tweak codec and bitrate settings.
Conversion Quality & Performance
Quality depends on source material and chosen output settings.
- 2D→3D conversion: The software uses depth simulation to produce stereoscopic pairs. Results are typically acceptable for casual viewing, online sharing, or home viewing, but not on par with native 3D productions or professional stereoscopic conversion tools.
- 3D→3D format conversion: Maintains original stereoscopic quality when source and target formats preserve full resolution per eye (e.g., side-by-side full → top-bottom full).
- Upscaling/downscaling: Built-in resizing yields good results if you choose high bitrates and quality encoders (H.264/H.265).
Performance:
- Conversion speed scales with CPU/GPU power and chosen encoder (hardware acceleration via Intel/NVIDIA/AMD can speed up H.264/H.265 tasks if enabled).
- Batch conversion is practical but may take hours for many high-resolution files.
Key Features (Detailed)
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2D to 3D conversion modes:
- Anaglyph (Red/Cyan): Works with simple glasses; color accuracy suffers but compatible with most displays.
- Side-by-side (half/full width): Good for many 3D TVs and VR players; offers better color than anaglyph.
- Top-bottom: Alternative for certain TVs/players.
- Depth-based adjustable effect: Slider to control perceived depth/intensity.
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Format and codec support:
- Outputs to MP4, MKV, AVI, WMV, MOV, etc.
- Encoder options include H.264, H.265 (HEVC), MPEG-4; hardware acceleration available on supported systems.
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Basic editor:
- Trim, crop, rotate, watermark.
- Adjust brightness, contrast, saturation.
- Deinterlacing and aspect ratio settings.
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Presets and device profiles:
- Presets for mobile devices, 3D TVs, VR headsets, and common players.
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Batch processing and queuing:
- Add multiple files; apply the same profile or individual settings before conversion.
Pros and Cons
| Pros | Cons |
|---|---|
| Simple, consumer-friendly interface | 2D→3D depth simulation is decent but not professional-grade |
| Supports multiple 3D output modes | Color loss with anaglyph; some formats require specific players |
| Batch conversion and presets | Limited advanced stereoscopic editing tools (alignment, disparity maps) |
| Hardware acceleration support | Output file sizes can be large if preserving high quality |
| Built-in preview and basic editor | Windows/macOS features parity may vary across versions |
Best Use Cases
- Converting personal 2D videos to watch on a 3D TV or VR headset.
- Changing 3D formats so files are compatible with a target player (e.g., converting side-by-side to top-bottom).
- Quick conversions for online sharing where perceived depth is more important than professional stereoscopic accuracy.
- Batch converting a library for playback on a single target device.
Tips for Best Results
- Start with the highest-quality source possible. Native 3D footage or high-bitrate 2D sources yield the cleanest conversions.
- Choose the right 3D mode for your playback device:
- Anaglyph for simple viewing with red/cyan glasses (low color fidelity).
- Side-by-side (full or half) for most 3D TVs and VR apps.
- Top-bottom for devices that require that layout.
- Use hardware acceleration if available to speed up encoding (check Preferences → Encoder/Acceleration).
- Keep eye separation/depth moderate. Excessive depth can cause viewer discomfort or visual artifacts.
- For preserving color, prefer side-by-side or top-bottom over anaglyph.
- If converting for VR, choose a resolution and bitrate that match your headset’s recommended per-eye resolution (e.g., 1440×1600 per eye for many mid-range headsets).
- When exporting, select H.264 or H.265 for good compression; H.265 is smaller at comparable quality but needs modern players.
- If scaling, use a high bitrate and target preset close to your source resolution to avoid blockiness.
- Preview short clips before batch processing large libraries to validate settings.
Recommended Settings by Scenario
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Watching on 3D TV (side-by-side):
- Format: MP4 (H.264)
- 3D Mode: Side-by-side (Full or Half, choose Full if TV supports it)
- Resolution: Match source or TV native (e.g., 1920×1080)
- Bitrate: 8–12 Mbps for 1080p; higher for better quality
- Frame rate: Match source (e.g., 24/30/60 FPS)
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Viewing with Anaglyph Glasses (simple setup):
- Format: MP4 (H.264)
- 3D Mode: Anaglyph (Red/Cyan)
- Resolution: Match source
- Bitrate: 6–10 Mbps for 1080p
- Depth: Moderate (25–40% depending on source)
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VR Headset (side-by-side, per-eye clarity):
- Format: MP4 (H.265 if supported)
- 3D Mode: Side-by-side (Full)
- Resolution: Per-eye resolution ×2 width (e.g., 2880×1600 combined for 1440×1600 per-eye)
- Bitrate: 20–50 Mbps depending on resolution
- Encoder: H.265 if headset/player supports it; enable hardware acceleration
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Fast conversion with moderate quality (quick previews):
- Format: MP4 (H.264)
- Bitrate: 3–6 Mbps for 720p
- Encoder: Hardware-accelerated H.264
Common Issues & Troubleshooting
- Misaligned 3D or uncomfortable depth: Reduce depth/intensity slider; check for source shot composition issues; try small horizontal shifts in editor if supported.
- Colors washed out with anaglyph: Switch to side-by-side/top-bottom if your playback device supports them.
- Playback incompatibility: Ensure player supports chosen 3D layout (some desktop players require specific toggles or plugins).
- Large file sizes: Lower bitrate, use H.265, or reduce resolution.
- Slow conversions: Enable GPU acceleration, close other CPU-heavy apps, or use lower-quality preview settings for testing.
Alternatives to Consider
- Professional stereoscopic tools (for film-grade conversions) — offer advanced disparity mapping and manual alignment.
- Free/open-source converters (handbrake with filters, FFmpeg scripts) — more technical but flexible.
- Other consumer 3D converters — vary in interface and depth controls; compare trial versions.
Final Verdict
Aiseesoft 3D Converter is a practical tool for consumers who want a straightforward way to convert between 2D and 3D formats or to prepare videos for 3D TVs and VR headsets. It excels at ease of use, broad format support, and convenient presets. Its simulated 2D→3D conversion is useful for casual viewing but won’t substitute for professional stereoscopic work. Use higher bitrates, appropriate 3D modes for your device, and hardware acceleration for the best balance of quality and speed.
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