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Free Download SpeedTree Modeler Enterprise 10.0.1 (Win/macOS/Linux) | 649.9 Mb
SpeedTree® launches with dozens of new features that deliver dramatically more realistic trees and plants, with major reductions to modeling time and effort. With a new, constantly expanding library of vegetation models (Including new field and forest models), SpeedTree Cinema is the most advanced version we've ever released and is already being adopted by top VFX studios around the world.

INTRODUCING SPEEDTREE:
Bring environments to life with powerful procedural modeling, cutting-edge photogrammetry workflows, and a new set of intuitive art tools. SpeedTree is our most accessible toolkit yet, with integrations for every engine and affordable licensing options. Start creating today!
NEW IN SPEEDTREE:
Photogrammetry Conversion
Convert photogrammetry scans into procedural models with the Mesh Converter, a new SpeedTree generator. Transform a scanned asset's unique, photoreal details into efficient SpeedTree geometry, then use procedural tools to make endless edits and variations.
Freehand Creation
Craft an epic hero tree or fine-tune a collection of assets with Freehand Mode, designed to put artists in control. Hand-draw models, bend branches, sculpt key details, and edit down to a single vertex with an intuitive, visual toolset. Use Freehand Mode in concert with procedural generators to make custom edits and discover your own ideal workflow.
Models for Every Biome
Get started with dynamic models built for every biome. Browse a library of plants with infinite potential, PBR textures, built-in seasonal variations, and customizable wind settings.
Powerful Performance
Today's AAA games and biggest blockbusters rely on SpeedTree. Manage complex wind, LODs, and rendering on a massive scale with the SpeedTree Games SDK and Cinema Engine. Included with Enterprise licenses, SpeedTree SDK and Engine tech is built for next-gen performance.
Accessible Pricing
SpeedTree 9 Games and Cinema licenses now have the same pricing, making it easy to find the right toolkit. The Indie license is only $19 per month and works with any pipeline. SpeedTree Pro is for perfect for freelancers and small teams, and Enterprise features unparalleled tech, service, and support.
System Requiremenets:
OS: Windows 7, 8/8.1, 10, 11 (64-bit only)
8GB Ram, 500MB HD, SM 3.0 capable graphics card
Home Page -

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Free Download Starry Night Pro Plus 8.1.1.2090 | 2.36 Gb
Starry Night 8 - Professional Astronomy Telescope Control Software for PC. Starry Night Pro Plus 8 is our fully featured flagship program, tailored for the astronomer who wants the very best in-class astronomy software and telescope control experience.

Key features include:
- Apollo 11 Mission Data
- Data Backup and Cloud Sync
- Improved DeepSky Database
- Improved Telescope Control
- New Dark Theme
- New Audio Descriptions
- Stars and Exoplanets in 3D
- Simple, fast, user-optimized interface
- All-Sky CCD Mosaic
- 5 multi-wavelength full sky surveys
- Fully featured with a complete object database
- Redesigned Live SkyGuide
- Maxim DL Plugin
Improved DeepSky Database
Explore a new, up-to-date, 36,000 object, cross-referenced database, built from various source catalogs.
Improved Telescope Control
Telescope control has been redesigned to offer a modern, sleek looking, user experience,
Open Astronomy Log
With the international standard for astronomical logging now export your data to Open Astronomy Log (OAL) format.
Sky Calendar
Explore a hand picked list of the most interesting celestial objects to observe each evening.
Audio Descriptions
Hours of descriptive audio for over 400 of the most interesting night sky objects. Click and listen!
Interactive Live SkyGuide
Web-delivered multimedia reveals the science of the solar system, stars, galaxies, and the known universe.
Binary Star Systems
3D models of eight beautiful and accurately rendered binary stars!
Features:
We put the rocket in space science software:
Universal Search
New dynamic user-optimized interface, with "Universal Search" for objects, Starry Night files, SkyGuide references, options, events, and more.
High Performance Graphics
The incredibly rich and detailed Starry Night software OpenGL graphics that have set the industry standard for excellence in astronomy software.
Extragalactic 3D Database
New & Exclusive - The Starry Night Extragalactic 3D Database includes over 200,000 galaxies encompassing over 1 billion lights years of space.
Space Missions
New and updating space missions with 30 detailed and accurate 3D models of spacecraft & trajectories for a real flight time experiences.
3D Suns
Every star is now accurately rendered as a 3D body with classification-appropriate color, texture and relative radii.
Updated Messier Catalog
An updated Messier catalog with new breathtaking high resolution images of your favourite star clusters, nebulae, and galaxies.
System Requirements:
- 32-bit or 64-bit operating system
- Windows 10
- 1 GHz or higher processor
- 1 GB RAM
- 12 GB of hard disk space
- 128 MB OpenGL 1.4 capable graphics card
- Minimum recommended monitor resolution of 1024 x 768 pixels.
Home Page-

https://starrynight.com/

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Free Download StartAllBack 3.8.10.5177 Multilingual Fast Links | 1.8 Mb
Introducing StartAllBack, Windows 11 from better timeline, Embrace, enhance, unsweep classic UI from under the rug.

Restore and improve taskbar
Show labels on task icons
Adjust icon size and margins
Move taskbar to top, left or right edges
Drag and drop stuff onto taskbar
Center task icons but keep Start button on the left
Split into segments, use dynamic translucency
Separate corner icons with Windows 7/10 UI
Restore and improve File Explorer UI
Ribbon and Command Bar revamped with translucent effects
Details pane on bottom
Old search box (the one which works)
Dark mode support for more dialogs
Restore and improve context menus
All new look with rounded acrylic menus
Fast and responsive taskbar menus
New fonts, better touch support
Restore and improve start menu
Launch apps and go to system places in one click
Navigate dropdown menus like a boss
Enjoy fast and reliable search
Finally, lightweight styling and UI consistency
Enjoy Windows 7, Windows 10 and third-party taskbar and start menu styles
Fix UI inconsistencies in Win32 apps
Don't be blue: recolor UI in all windows apps
Negative resource usage: fewer RAM used, fewer processes started
OS:Windows 11
Home Page -

https://www.startallback.com/

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Free Download StruSoft FEM-Design Suite 23.00.004 (x64) | 1 GB
FEM-Design is an advanced modeling software for finite element analysis and design of load-bearing concrete, steel and timber structures according to Eurocode. The unique user-friendly working environment is based on the familiar CAD tools what makes the model creation and structure editing simple and intuitive. The quick and easy nature of FEM-Design makes it ideal for all types of construction tasks from single element design to global stability analysis of large structures and makes it the best practical tool for structural engineers.

Features:
-The structural model is created easily in 3D with intuitive CAD-tools or imported from BIM-software.
-The finite element mesh is generated and optimized automatically.
-The Auto Design feature helps to choose the most efficient cross-section or reinforcement arrangement.
-Resultant and connection forces in shell elements can be easily assessed.
-Results are shown in a variety of 3D-graphs, contour lines, color palettes or sections.
-Auto-updated project reports can be created from within the built-in FEM-Design documentation editor.
System Requirements:
OS:Windows 10, 11
RAM:4 GB
CPU:Intel Core i3 - 2nd generation (or equivalent)
Space:40 GB
GPU:OpenGL 1.5 or DirectX 9.0 compatible video card
Home Page -

https://strusoft.com/

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Free Download Super File Manager Explorer v1.4.8.1 | Android | 76.44 MB
Pro version

Safe Simple Manage your files efficiently and easily with Esuper File Manager. Esuper File Manager - Esuper File Explorer is easy and powerful file explorer for Android devices. It's free fast and full featured.
Key features and benefits of the Esuper File Explorer (all-in-one file browser and manager)
► Shortcut Bar: Support all file operations
► Cleaner : One-click clean up all junk files
► Disk Analysis : analyze your space usage large files file categories recent files folder
►Local/Network Management: Manage files on mobile phones and LAN computers support SMB 2.0 NAS NFS CIFS FTP HTTP FTP FTPS SFTP WebDAV protocols etc.
►Local/Web Search: Search and view files locally and on the web
►Application Management: Easily install/uninstall/back up applications
►Compression/Decompression: File compression or decompression supports Zip Rar 7zip obb
►Easy operation/viewing: Support file multi-selection operation thumbnail display and multiple view modes
►Perfect streaming function: support direct playback of music and movies on network devices
►Support for network disk binding: You can link your network storage space for free (support includes: Google Drive Dropbox OneDrive Yandex etc.)
► USB OTG : USB storage management in all formats support FAT32 exFat NTFS
Languages supported by the Esuper file explorer include English( en ) Arabic ( ar ) German ( de ) Spanish ( es ) French ( fr ) Italian ( it ) Portuguese ( pt ) Russian ( ru ) etc.
System Requirements:
Requirements: Android 7.0+
Home Page-

https://play.google.com/store/apps/details?id=com.esuper.file.explorer

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Free Download TBProAudio Impress v3.22 | 10 MB
Impress is a wideband stereo compressor including side-chaining,

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Free Download Three-Body Tech DV Brit73 v1.0.3 | 54 MB
Inspired by the most legendary preamp on this planet. This class-A, transistor preamp with EQ epitomizes the beauty of sound, offering unparalleled clarity, sheen, and bite.

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Free Download Three-Body Tech DV Brit84 v1.0.3 | 46.4 Mb
Deep Vintage is a suite of legendary hardware simulation plugins that will immerse you in real analog magic. Not merely pursuing bona fide circuit replication or specific tonal qualities, Deep Vintage simulates the entirety of sound to reproduce the vintage "soul" in a digital world. Depth, sheen, low-end saturation...every nuance of the hardware's sonic spirit is ready for you to ignite, with minimal CPU usage and latency.

APNN 2.0
Trained with Three-Body Tech's proprietary APNN (Audio Processing Neural Network) 2.0, Deep Vintage learns on sound, and sound alone, creating an indistinguishable listening experience from the original hardwares.
APNN 2.0 is a neural network specializes in simulating analog hardwares. During the training process, APNN 2.0 and the hardware will be inputted with the same audio, and APNN 2.0 will learn how the hardware changes the audio in both waveform and spectrum dimensions. This means that a well-trained APNN 2.0 instance can capture both the dynamic and tonal characteristics of its source hardware. The following diagram demonstrates how, as training progresses, APNN 2.0's waveform and spectrum response deviation gradually decrease, eventually becoming indistinguishable from that of the original hardware. Check out the corresponding demos below to hear how APNN 2.0 progressively learns and replicates the sound of the hardware.
After an APNN 2.0 instance completes its training, we conduct rigorous human testing and make adjustments until our entire team fails the ABX test. This allows us to proudly announce:
in the realm of digital audio, nothing comes closer to real hardware than Deep Vintage.
Tube Shelf
Inspired by one of the most iconic and musical program EQs of all time, Tube Shelf faithfully emulates the EQ characteristics and unique tonal coloration of the original tube electronics.
The Tube Shelf module is primarily used to adjust low and high frequencies. With relatively few frequency band options, it is often paired with other EQs for more detailed tonal shaping, most commonly with Tube Bell and Tube Filter modules (see below).
Highlights
Multiplex Saturation, Multistage Coloration
With the power of APNN 2.0, Deep Vintage simulates not just specific frequency responses or coloration, but all the subtle 'hardware mojos': dynamics, airness, phase shifts, tube voltage sag, transformer's "iron sound," and more. Whether for subtle coloration, moderate saturation, or crushing the entire audio, its authentic performance will make you forget it's digital.
Independent Harmonics Control
With real hardware, the amount of harmonics is fixed at a given knob setting. However, Deep Vintage introduces surreal flexibility by allowing independent control over harmonics, separate from all other tonal characteristics. This lets you dial in the sonic power of high drive settings while maintaining the purity of a clean tone.
Low Frequency Saturation
The 'iron' sound of audio transformers-gently added low-end girth and saturation-epitomizes the sonic character of real hardware. Deep Vintage not only accurately captures this, but also provides you with the ability to toggle this 'iron' sound on or off, allowing you to switch between transformer or transformer-less versions. Whether you're aiming for a thick or clear tone, it always delivers with exceptional quality.
Re-sampling/Up-sampling
Almost all audio processing networks operates in fixed sample rates, but we've made resampling possible by optimizing our networks. The completely redesigned resampling algorithm in Deep Vintage ensures consistent accuracy and fidelity across all sample rates, making the simulation fully sample rate agnostic. Additionally, up to 8x oversampling is supported, effectively eliminating any aliasing issues.
EQ Co-training
Most neural networks can only capture discrete states of the hardware, thus providing only limited EQ combinations. However, Deep Vintage uniquely supports fully continous EQ adjustment through extra EQ simulations. For models with EQ, the "co-training algorithm" simultaneously learns the hardware prototype's saturation characteristics while fine-tuning a pre-modeled EQ module based on the circuit. This allows you to enjoy the authentic hardware sound while having complete freedom over EQ adjustment.
Tape Wow/Flutter Co-training
Wow/Flutter are pitch variations that occur in tape machines due to mechanical inconsistencies in the tape transport system. Wow refers to slower, more noticeable pitch fluctuations, while flutter on the other hand, is a faster form of speed variation.
Just like EQ co-training, APNN 2.0 uses a physically modeled wow/flutter simulation and co-trains it with the neural network. This not only makes the results of neural network training sound more authentic but also brings the modeled wow/flutter effect closer to the original hardware.
Adjustable Noise Floor
The Deep Vintage series simulates the hardware's inherent noise floor, which you can adjust in amount as needed.
"Retro DAW" Simulation
This button is inspired by the extremely subtle changes (less than -140 dB) introduced by a classic DAW from around the year 2000. While the changes are infinitesimal, we didn't overlook them. You can enable or disable this feature as needed.
Low CPU usage
No need for expensive cloud-based GPU clusters-Deep Vintage runs locally just like any other plugin, with extremely low CPU usage. You can easily insert it on every track!
More Features
* Apple silicon native support
* Undo/redo
* A/B switching
* Input/output level meter
* Mono mode
* LR/MS processing
* Phase invert
* GUI re-scaling
Latency
26 sample points, about 0.6ms at 44100 Hz
Home Page -

https://www.threebodytech.com/en/products/deepvintage

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Free Download Three-Body Tech DV GreenAD v1.0.3 | 37.6 Mb
Deep Vintage is a suite of legendary hardware simulation plugins that will immerse you in real analog magic. Not merely pursuing bona fide circuit replication or specific tonal qualities, Deep Vintage simulates the entirety of sound to reproduce the vintage "soul" in a digital world. Depth, sheen, low-end saturation...every nuance of the hardware's sonic spirit is ready for you to ignite, with minimal CPU usage and latency.

APNN 2.0
Trained with Three-Body Tech's proprietary APNN (Audio Processing Neural Network) 2.0, Deep Vintage learns on sound, and sound alone, creating an indistinguishable listening experience from the original hardwares.
APNN 2.0 is a neural network specializes in simulating analog hardwares. During the training process, APNN 2.0 and the hardware will be inputted with the same audio, and APNN 2.0 will learn how the hardware changes the audio in both waveform and spectrum dimensions. This means that a well-trained APNN 2.0 instance can capture both the dynamic and tonal characteristics of its source hardware. The following diagram demonstrates how, as training progresses, APNN 2.0's waveform and spectrum response deviation gradually decrease, eventually becoming indistinguishable from that of the original hardware. Check out the corresponding demos below to hear how APNN 2.0 progressively learns and replicates the sound of the hardware.
After an APNN 2.0 instance completes its training, we conduct rigorous human testing and make adjustments until our entire team fails the ABX test. This allows us to proudly announce:
in the realm of digital audio, nothing comes closer to real hardware than Deep Vintage.
Tube Shelf
Inspired by one of the most iconic and musical program EQs of all time, Tube Shelf faithfully emulates the EQ characteristics and unique tonal coloration of the original tube electronics.
The Tube Shelf module is primarily used to adjust low and high frequencies. With relatively few frequency band options, it is often paired with other EQs for more detailed tonal shaping, most commonly with Tube Bell and Tube Filter modules (see below).
Highlights
Multiplex Saturation, Multistage Coloration
With the power of APNN 2.0, Deep Vintage simulates not just specific frequency responses or coloration, but all the subtle 'hardware mojos': dynamics, airness, phase shifts, tube voltage sag, transformer's "iron sound," and more. Whether for subtle coloration, moderate saturation, or crushing the entire audio, its authentic performance will make you forget it's digital.
Independent Harmonics Control
With real hardware, the amount of harmonics is fixed at a given knob setting. However, Deep Vintage introduces surreal flexibility by allowing independent control over harmonics, separate from all other tonal characteristics. This lets you dial in the sonic power of high drive settings while maintaining the purity of a clean tone.
Low Frequency Saturation
The 'iron' sound of audio transformers-gently added low-end girth and saturation-epitomizes the sonic character of real hardware. Deep Vintage not only accurately captures this, but also provides you with the ability to toggle this 'iron' sound on or off, allowing you to switch between transformer or transformer-less versions. Whether you're aiming for a thick or clear tone, it always delivers with exceptional quality.
Re-sampling/Up-sampling
Almost all audio processing networks operates in fixed sample rates, but we've made resampling possible by optimizing our networks. The completely redesigned resampling algorithm in Deep Vintage ensures consistent accuracy and fidelity across all sample rates, making the simulation fully sample rate agnostic. Additionally, up to 8x oversampling is supported, effectively eliminating any aliasing issues.
EQ Co-training
Most neural networks can only capture discrete states of the hardware, thus providing only limited EQ combinations. However, Deep Vintage uniquely supports fully continous EQ adjustment through extra EQ simulations. For models with EQ, the "co-training algorithm" simultaneously learns the hardware prototype's saturation characteristics while fine-tuning a pre-modeled EQ module based on the circuit. This allows you to enjoy the authentic hardware sound while having complete freedom over EQ adjustment.
Tape Wow/Flutter Co-training
Wow/Flutter are pitch variations that occur in tape machines due to mechanical inconsistencies in the tape transport system. Wow refers to slower, more noticeable pitch fluctuations, while flutter on the other hand, is a faster form of speed variation.
Just like EQ co-training, APNN 2.0 uses a physically modeled wow/flutter simulation and co-trains it with the neural network. This not only makes the results of neural network training sound more authentic but also brings the modeled wow/flutter effect closer to the original hardware.
Adjustable Noise Floor
The Deep Vintage series simulates the hardware's inherent noise floor, which you can adjust in amount as needed.
"Retro DAW" Simulation
This button is inspired by the extremely subtle changes (less than -140 dB) introduced by a classic DAW from around the year 2000. While the changes are infinitesimal, we didn't overlook them. You can enable or disable this feature as needed.
Low CPU usage
No need for expensive cloud-based GPU clusters-Deep Vintage runs locally just like any other plugin, with extremely low CPU usage. You can easily insert it on every track!
More Features
* Apple silicon native support
* Undo/redo
* A/B switching
* Input/output level meter
* Mono mode
* LR/MS processing
* Phase invert
* GUI re-scaling
Latency
26 sample points, about 0.6ms at 44100 Hz
Home Page -

https://www.threebodytech.com/en/products/deepvintage

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Free Download Three-Body Tech DV Nylon v1.0.3 | 38.3 Mb Mb
Deep Vintage is a suite of legendary hardware simulation plugins that will immerse you in real analog magic. Not merely pursuing bona fide circuit replication or specific tonal qualities, Deep Vintage simulates the entirety of sound to reproduce the vintage "soul" in a digital world. Depth, sheen, low-end saturation...every nuance of the hardware's sonic spirit is ready for you to ignite, with minimal CPU usage and latency.

APNN 2.0
Trained with Three-Body Tech's proprietary APNN (Audio Processing Neural Network) 2.0, Deep Vintage learns on sound, and sound alone, creating an indistinguishable listening experience from the original hardwares.
APNN 2.0 is a neural network specializes in simulating analog hardwares. During the training process, APNN 2.0 and the hardware will be inputted with the same audio, and APNN 2.0 will learn how the hardware changes the audio in both waveform and spectrum dimensions. This means that a well-trained APNN 2.0 instance can capture both the dynamic and tonal characteristics of its source hardware. The following diagram demonstrates how, as training progresses, APNN 2.0's waveform and spectrum response deviation gradually decrease, eventually becoming indistinguishable from that of the original hardware. Check out the corresponding demos below to hear how APNN 2.0 progressively learns and replicates the sound of the hardware.
After an APNN 2.0 instance completes its training, we conduct rigorous human testing and make adjustments until our entire team fails the ABX test. This allows us to proudly announce:
in the realm of digital audio, nothing comes closer to real hardware than Deep Vintage.
Tube Shelf
Inspired by one of the most iconic and musical program EQs of all time, Tube Shelf faithfully emulates the EQ characteristics and unique tonal coloration of the original tube electronics.
The Tube Shelf module is primarily used to adjust low and high frequencies. With relatively few frequency band options, it is often paired with other EQs for more detailed tonal shaping, most commonly with Tube Bell and Tube Filter modules (see below).
Highlights
Multiplex Saturation, Multistage Coloration
With the power of APNN 2.0, Deep Vintage simulates not just specific frequency responses or coloration, but all the subtle 'hardware mojos': dynamics, airness, phase shifts, tube voltage sag, transformer's "iron sound," and more. Whether for subtle coloration, moderate saturation, or crushing the entire audio, its authentic performance will make you forget it's digital.
Independent Harmonics Control
With real hardware, the amount of harmonics is fixed at a given knob setting. However, Deep Vintage introduces surreal flexibility by allowing independent control over harmonics, separate from all other tonal characteristics. This lets you dial in the sonic power of high drive settings while maintaining the purity of a clean tone.
Low Frequency Saturation
The 'iron' sound of audio transformers-gently added low-end girth and saturation-epitomizes the sonic character of real hardware. Deep Vintage not only accurately captures this, but also provides you with the ability to toggle this 'iron' sound on or off, allowing you to switch between transformer or transformer-less versions. Whether you're aiming for a thick or clear tone, it always delivers with exceptional quality.
Re-sampling/Up-sampling
Almost all audio processing networks operates in fixed sample rates, but we've made resampling possible by optimizing our networks. The completely redesigned resampling algorithm in Deep Vintage ensures consistent accuracy and fidelity across all sample rates, making the simulation fully sample rate agnostic. Additionally, up to 8x oversampling is supported, effectively eliminating any aliasing issues.
EQ Co-training
Most neural networks can only capture discrete states of the hardware, thus providing only limited EQ combinations. However, Deep Vintage uniquely supports fully continous EQ adjustment through extra EQ simulations. For models with EQ, the "co-training algorithm" simultaneously learns the hardware prototype's saturation characteristics while fine-tuning a pre-modeled EQ module based on the circuit. This allows you to enjoy the authentic hardware sound while having complete freedom over EQ adjustment.
Tape Wow/Flutter Co-training
Wow/Flutter are pitch variations that occur in tape machines due to mechanical inconsistencies in the tape transport system. Wow refers to slower, more noticeable pitch fluctuations, while flutter on the other hand, is a faster form of speed variation.
Just like EQ co-training, APNN 2.0 uses a physically modeled wow/flutter simulation and co-trains it with the neural network. This not only makes the results of neural network training sound more authentic but also brings the modeled wow/flutter effect closer to the original hardware.
Adjustable Noise Floor
The Deep Vintage series simulates the hardware's inherent noise floor, which you can adjust in amount as needed.
"Retro DAW" Simulation
This button is inspired by the extremely subtle changes (less than -140 dB) introduced by a classic DAW from around the year 2000. While the changes are infinitesimal, we didn't overlook them. You can enable or disable this feature as needed.
Low CPU usage
No need for expensive cloud-based GPU clusters-Deep Vintage runs locally just like any other plugin, with extremely low CPU usage. You can easily insert it on every track!
More Features
* Apple silicon native support
* Undo/redo
* A/B switching
* Input/output level meter
* Mono mode
* LR/MS processing
* Phase invert
* GUI re-scaling
Latency
26 sample points, about 0.6ms at 44100 Hz
Home Page -

https://www.threebodytech.com/en/products/deepvintage

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Free Download Three-Body Tech DV TapeM v1.0.3 | 39.5 Mb
Deep Vintage is a suite of legendary hardware simulation plugins that will immerse you in real analog magic. Not merely pursuing bona fide circuit replication or specific tonal qualities, Deep Vintage simulates the entirety of sound to reproduce the vintage "soul" in a digital world. Depth, sheen, low-end saturation...every nuance of the hardware's sonic spirit is ready for you to ignite, with minimal CPU usage and latency.

APNN 2.0
Trained with Three-Body Tech's proprietary APNN (Audio Processing Neural Network) 2.0, Deep Vintage learns on sound, and sound alone, creating an indistinguishable listening experience from the original hardwares.
APNN 2.0 is a neural network specializes in simulating analog hardwares. During the training process, APNN 2.0 and the hardware will be inputted with the same audio, and APNN 2.0 will learn how the hardware changes the audio in both waveform and spectrum dimensions. This means that a well-trained APNN 2.0 instance can capture both the dynamic and tonal characteristics of its source hardware. The following diagram demonstrates how, as training progresses, APNN 2.0's waveform and spectrum response deviation gradually decrease, eventually becoming indistinguishable from that of the original hardware. Check out the corresponding demos below to hear how APNN 2.0 progressively learns and replicates the sound of the hardware.
After an APNN 2.0 instance completes its training, we conduct rigorous human testing and make adjustments until our entire team fails the ABX test. This allows us to proudly announce:
in the realm of digital audio, nothing comes closer to real hardware than Deep Vintage.
Tube Shelf
Inspired by one of the most iconic and musical program EQs of all time, Tube Shelf faithfully emulates the EQ characteristics and unique tonal coloration of the original tube electronics.
The Tube Shelf module is primarily used to adjust low and high frequencies. With relatively few frequency band options, it is often paired with other EQs for more detailed tonal shaping, most commonly with Tube Bell and Tube Filter modules (see below).
Highlights
Multiplex Saturation, Multistage Coloration
With the power of APNN 2.0, Deep Vintage simulates not just specific frequency responses or coloration, but all the subtle 'hardware mojos': dynamics, airness, phase shifts, tube voltage sag, transformer's "iron sound," and more. Whether for subtle coloration, moderate saturation, or crushing the entire audio, its authentic performance will make you forget it's digital.
Independent Harmonics Control
With real hardware, the amount of harmonics is fixed at a given knob setting. However, Deep Vintage introduces surreal flexibility by allowing independent control over harmonics, separate from all other tonal characteristics. This lets you dial in the sonic power of high drive settings while maintaining the purity of a clean tone.
Low Frequency Saturation
The 'iron' sound of audio transformers-gently added low-end girth and saturation-epitomizes the sonic character of real hardware. Deep Vintage not only accurately captures this, but also provides you with the ability to toggle this 'iron' sound on or off, allowing you to switch between transformer or transformer-less versions. Whether you're aiming for a thick or clear tone, it always delivers with exceptional quality.
Re-sampling/Up-sampling
Almost all audio processing networks operates in fixed sample rates, but we've made resampling possible by optimizing our networks. The completely redesigned resampling algorithm in Deep Vintage ensures consistent accuracy and fidelity across all sample rates, making the simulation fully sample rate agnostic. Additionally, up to 8x oversampling is supported, effectively eliminating any aliasing issues.
EQ Co-training
Most neural networks can only capture discrete states of the hardware, thus providing only limited EQ combinations. However, Deep Vintage uniquely supports fully continous EQ adjustment through extra EQ simulations. For models with EQ, the "co-training algorithm" simultaneously learns the hardware prototype's saturation characteristics while fine-tuning a pre-modeled EQ module based on the circuit. This allows you to enjoy the authentic hardware sound while having complete freedom over EQ adjustment.
Tape Wow/Flutter Co-training
Wow/Flutter are pitch variations that occur in tape machines due to mechanical inconsistencies in the tape transport system. Wow refers to slower, more noticeable pitch fluctuations, while flutter on the other hand, is a faster form of speed variation.
Just like EQ co-training, APNN 2.0 uses a physically modeled wow/flutter simulation and co-trains it with the neural network. This not only makes the results of neural network training sound more authentic but also brings the modeled wow/flutter effect closer to the original hardware.
Adjustable Noise Floor
The Deep Vintage series simulates the hardware's inherent noise floor, which you can adjust in amount as needed.
"Retro DAW" Simulation
This button is inspired by the extremely subtle changes (less than -140 dB) introduced by a classic DAW from around the year 2000. While the changes are infinitesimal, we didn't overlook them. You can enable or disable this feature as needed.
Low CPU usage
No need for expensive cloud-based GPU clusters-Deep Vintage runs locally just like any other plugin, with extremely low CPU usage. You can easily insert it on every track!
More Features
* Apple silicon native support
* Undo/redo
* A/B switching
* Input/output level meter
* Mono mode
* LR/MS processing
* Phase invert
* GUI re-scaling
Latency
26 sample points, about 0.6ms at 44100 Hz
Home Page -

https://www.threebodytech.com/en/products/deepvintage

Rapidgator
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Free Download Three-Body Tech DV TapeS v1.0.3 | 41.2 Mb
Deep Vintage is a suite of legendary hardware simulation plugins that will immerse you in real analog magic. Not merely pursuing bona fide circuit replication or specific tonal qualities, Deep Vintage simulates the entirety of sound to reproduce the vintage "soul" in a digital world. Depth, sheen, low-end saturation...every nuance of the hardware's sonic spirit is ready for you to ignite, with minimal CPU usage and latency.

APNN 2.0
Trained with Three-Body Tech's proprietary APNN (Audio Processing Neural Network) 2.0, Deep Vintage learns on sound, and sound alone, creating an indistinguishable listening experience from the original hardwares.
APNN 2.0 is a neural network specializes in simulating analog hardwares. During the training process, APNN 2.0 and the hardware will be inputted with the same audio, and APNN 2.0 will learn how the hardware changes the audio in both waveform and spectrum dimensions. This means that a well-trained APNN 2.0 instance can capture both the dynamic and tonal characteristics of its source hardware. The following diagram demonstrates how, as training progresses, APNN 2.0's waveform and spectrum response deviation gradually decrease, eventually becoming indistinguishable from that of the original hardware. Check out the corresponding demos below to hear how APNN 2.0 progressively learns and replicates the sound of the hardware.
After an APNN 2.0 instance completes its training, we conduct rigorous human testing and make adjustments until our entire team fails the ABX test. This allows us to proudly announce:
in the realm of digital audio, nothing comes closer to real hardware than Deep Vintage.
Tube Shelf
Inspired by one of the most iconic and musical program EQs of all time, Tube Shelf faithfully emulates the EQ characteristics and unique tonal coloration of the original tube electronics.
The Tube Shelf module is primarily used to adjust low and high frequencies. With relatively few frequency band options, it is often paired with other EQs for more detailed tonal shaping, most commonly with Tube Bell and Tube Filter modules (see below).
Highlights
Multiplex Saturation, Multistage Coloration
With the power of APNN 2.0, Deep Vintage simulates not just specific frequency responses or coloration, but all the subtle 'hardware mojos': dynamics, airness, phase shifts, tube voltage sag, transformer's "iron sound," and more. Whether for subtle coloration, moderate saturation, or crushing the entire audio, its authentic performance will make you forget it's digital.
Independent Harmonics Control
With real hardware, the amount of harmonics is fixed at a given knob setting. However, Deep Vintage introduces surreal flexibility by allowing independent control over harmonics, separate from all other tonal characteristics. This lets you dial in the sonic power of high drive settings while maintaining the purity of a clean tone.
Low Frequency Saturation
The 'iron' sound of audio transformers-gently added low-end girth and saturation-epitomizes the sonic character of real hardware. Deep Vintage not only accurately captures this, but also provides you with the ability to toggle this 'iron' sound on or off, allowing you to switch between transformer or transformer-less versions. Whether you're aiming for a thick or clear tone, it always delivers with exceptional quality.
Re-sampling/Up-sampling
Almost all audio processing networks operates in fixed sample rates, but we've made resampling possible by optimizing our networks. The completely redesigned resampling algorithm in Deep Vintage ensures consistent accuracy and fidelity across all sample rates, making the simulation fully sample rate agnostic. Additionally, up to 8x oversampling is supported, effectively eliminating any aliasing issues.
EQ Co-training
Most neural networks can only capture discrete states of the hardware, thus providing only limited EQ combinations. However, Deep Vintage uniquely supports fully continous EQ adjustment through extra EQ simulations. For models with EQ, the "co-training algorithm" simultaneously learns the hardware prototype's saturation characteristics while fine-tuning a pre-modeled EQ module based on the circuit. This allows you to enjoy the authentic hardware sound while having complete freedom over EQ adjustment.
Tape Wow/Flutter Co-training
Wow/Flutter are pitch variations that occur in tape machines due to mechanical inconsistencies in the tape transport system. Wow refers to slower, more noticeable pitch fluctuations, while flutter on the other hand, is a faster form of speed variation.
Just like EQ co-training, APNN 2.0 uses a physically modeled wow/flutter simulation and co-trains it with the neural network. This not only makes the results of neural network training sound more authentic but also brings the modeled wow/flutter effect closer to the original hardware.
Adjustable Noise Floor
The Deep Vintage series simulates the hardware's inherent noise floor, which you can adjust in amount as needed.
"Retro DAW" Simulation
This button is inspired by the extremely subtle changes (less than -140 dB) introduced by a classic DAW from around the year 2000. While the changes are infinitesimal, we didn't overlook them. You can enable or disable this feature as needed.
Low CPU usage
No need for expensive cloud-based GPU clusters-Deep Vintage runs locally just like any other plugin, with extremely low CPU usage. You can easily insert it on every track!
More Features
* Apple silicon native support
* Undo/redo
* A/B switching
* Input/output level meter
* Mono mode
* LR/MS processing
* Phase invert
* GUI re-scaling
Latency
26 sample points, about 0.6ms at 44100 Hz
Home Page -

https://www.threebodytech.com/en/products/deepvintage

Rapidgator
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Free Download Three-Body Tech DV ThickPre v1.0.3 | 39.2 Mb
Deep Vintage is a suite of legendary hardware simulation plugins that will immerse you in real analog magic. Not merely pursuing bona fide circuit replication or specific tonal qualities, Deep Vintage simulates the entirety of sound to reproduce the vintage "soul" in a digital world. Depth, sheen, low-end saturation...every nuance of the hardware's sonic spirit is ready for you to ignite, with minimal CPU usage and latency.

APNN 2.0
Trained with Three-Body Tech's proprietary APNN (Audio Processing Neural Network) 2.0, Deep Vintage learns on sound, and sound alone, creating an indistinguishable listening experience from the original hardwares.
APNN 2.0 is a neural network specializes in simulating analog hardwares. During the training process, APNN 2.0 and the hardware will be inputted with the same audio, and APNN 2.0 will learn how the hardware changes the audio in both waveform and spectrum dimensions. This means that a well-trained APNN 2.0 instance can capture both the dynamic and tonal characteristics of its source hardware. The following diagram demonstrates how, as training progresses, APNN 2.0's waveform and spectrum response deviation gradually decrease, eventually becoming indistinguishable from that of the original hardware. Check out the corresponding demos below to hear how APNN 2.0 progressively learns and replicates the sound of the hardware.
After an APNN 2.0 instance completes its training, we conduct rigorous human testing and make adjustments until our entire team fails the ABX test. This allows us to proudly announce:
in the realm of digital audio, nothing comes closer to real hardware than Deep Vintage.
Tube Shelf
Inspired by one of the most iconic and musical program EQs of all time, Tube Shelf faithfully emulates the EQ characteristics and unique tonal coloration of the original tube electronics.
The Tube Shelf module is primarily used to adjust low and high frequencies. With relatively few frequency band options, it is often paired with other EQs for more detailed tonal shaping, most commonly with Tube Bell and Tube Filter modules (see below).
Highlights
Multiplex Saturation, Multistage Coloration
With the power of APNN 2.0, Deep Vintage simulates not just specific frequency responses or coloration, but all the subtle 'hardware mojos': dynamics, airness, phase shifts, tube voltage sag, transformer's "iron sound," and more. Whether for subtle coloration, moderate saturation, or crushing the entire audio, its authentic performance will make you forget it's digital.
Independent Harmonics Control
With real hardware, the amount of harmonics is fixed at a given knob setting. However, Deep Vintage introduces surreal flexibility by allowing independent control over harmonics, separate from all other tonal characteristics. This lets you dial in the sonic power of high drive settings while maintaining the purity of a clean tone.
Low Frequency Saturation
The 'iron' sound of audio transformers-gently added low-end girth and saturation-epitomizes the sonic character of real hardware. Deep Vintage not only accurately captures this, but also provides you with the ability to toggle this 'iron' sound on or off, allowing you to switch between transformer or transformer-less versions. Whether you're aiming for a thick or clear tone, it always delivers with exceptional quality.
Re-sampling/Up-sampling
Almost all audio processing networks operates in fixed sample rates, but we've made resampling possible by optimizing our networks. The completely redesigned resampling algorithm in Deep Vintage ensures consistent accuracy and fidelity across all sample rates, making the simulation fully sample rate agnostic. Additionally, up to 8x oversampling is supported, effectively eliminating any aliasing issues.
EQ Co-training
Most neural networks can only capture discrete states of the hardware, thus providing only limited EQ combinations. However, Deep Vintage uniquely supports fully continous EQ adjustment through extra EQ simulations. For models with EQ, the "co-training algorithm" simultaneously learns the hardware prototype's saturation characteristics while fine-tuning a pre-modeled EQ module based on the circuit. This allows you to enjoy the authentic hardware sound while having complete freedom over EQ adjustment.
Tape Wow/Flutter Co-training
Wow/Flutter are pitch variations that occur in tape machines due to mechanical inconsistencies in the tape transport system. Wow refers to slower, more noticeable pitch fluctuations, while flutter on the other hand, is a faster form of speed variation.
Just like EQ co-training, APNN 2.0 uses a physically modeled wow/flutter simulation and co-trains it with the neural network. This not only makes the results of neural network training sound more authentic but also brings the modeled wow/flutter effect closer to the original hardware.
Adjustable Noise Floor
The Deep Vintage series simulates the hardware's inherent noise floor, which you can adjust in amount as needed.
"Retro DAW" Simulation
This button is inspired by the extremely subtle changes (less than -140 dB) introduced by a classic DAW from around the year 2000. While the changes are infinitesimal, we didn't overlook them. You can enable or disable this feature as needed.
Low CPU usage
No need for expensive cloud-based GPU clusters-Deep Vintage runs locally just like any other plugin, with extremely low CPU usage. You can easily insert it on every track!
More Features
* Apple silicon native support
* Undo/redo
* A/B switching
* Input/output level meter
* Mono mode
* LR/MS processing
* Phase invert
* GUI re-scaling
Latency
26 sample points, about 0.6ms at 44100 Hz
Home Page -

https://www.threebodytech.com/en/products/deepvintage

Rapidgator
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Free Download Three-Body Tech DV TransformerX v1.0.3 | 37.5 Mb
Deep Vintage is a suite of legendary hardware simulation plugins that will immerse you in real analog magic. Not merely pursuing bona fide circuit replication or specific tonal qualities, Deep Vintage simulates the entirety of sound to reproduce the vintage "soul" in a digital world. Depth, sheen, low-end saturation...every nuance of the hardware's sonic spirit is ready for you to ignite, with minimal CPU usage and latency.

APNN 2.0
Trained with Three-Body Tech's proprietary APNN (Audio Processing Neural Network) 2.0, Deep Vintage learns on sound, and sound alone, creating an indistinguishable listening experience from the original hardwares.
APNN 2.0 is a neural network specializes in simulating analog hardwares. During the training process, APNN 2.0 and the hardware will be inputted with the same audio, and APNN 2.0 will learn how the hardware changes the audio in both waveform and spectrum dimensions. This means that a well-trained APNN 2.0 instance can capture both the dynamic and tonal characteristics of its source hardware. The following diagram demonstrates how, as training progresses, APNN 2.0's waveform and spectrum response deviation gradually decrease, eventually becoming indistinguishable from that of the original hardware. Check out the corresponding demos below to hear how APNN 2.0 progressively learns and replicates the sound of the hardware.
After an APNN 2.0 instance completes its training, we conduct rigorous human testing and make adjustments until our entire team fails the ABX test. This allows us to proudly announce:
in the realm of digital audio, nothing comes closer to real hardware than Deep Vintage.
Tube Shelf
Inspired by one of the most iconic and musical program EQs of all time, Tube Shelf faithfully emulates the EQ characteristics and unique tonal coloration of the original tube electronics.
The Tube Shelf module is primarily used to adjust low and high frequencies. With relatively few frequency band options, it is often paired with other EQs for more detailed tonal shaping, most commonly with Tube Bell and Tube Filter modules (see below).
Highlights
Multiplex Saturation, Multistage Coloration
With the power of APNN 2.0, Deep Vintage simulates not just specific frequency responses or coloration, but all the subtle 'hardware mojos': dynamics, airness, phase shifts, tube voltage sag, transformer's "iron sound," and more. Whether for subtle coloration, moderate saturation, or crushing the entire audio, its authentic performance will make you forget it's digital.
Independent Harmonics Control
With real hardware, the amount of harmonics is fixed at a given knob setting. However, Deep Vintage introduces surreal flexibility by allowing independent control over harmonics, separate from all other tonal characteristics. This lets you dial in the sonic power of high drive settings while maintaining the purity of a clean tone.
Low Frequency Saturation
The 'iron' sound of audio transformers-gently added low-end girth and saturation-epitomizes the sonic character of real hardware. Deep Vintage not only accurately captures this, but also provides you with the ability to toggle this 'iron' sound on or off, allowing you to switch between transformer or transformer-less versions. Whether you're aiming for a thick or clear tone, it always delivers with exceptional quality.
Re-sampling/Up-sampling
Almost all audio processing networks operates in fixed sample rates, but we've made resampling possible by optimizing our networks. The completely redesigned resampling algorithm in Deep Vintage ensures consistent accuracy and fidelity across all sample rates, making the simulation fully sample rate agnostic. Additionally, up to 8x oversampling is supported, effectively eliminating any aliasing issues.
EQ Co-training
Most neural networks can only capture discrete states of the hardware, thus providing only limited EQ combinations. However, Deep Vintage uniquely supports fully continous EQ adjustment through extra EQ simulations. For models with EQ, the "co-training algorithm" simultaneously learns the hardware prototype's saturation characteristics while fine-tuning a pre-modeled EQ module based on the circuit. This allows you to enjoy the authentic hardware sound while having complete freedom over EQ adjustment.
Tape Wow/Flutter Co-training
Wow/Flutter are pitch variations that occur in tape machines due to mechanical inconsistencies in the tape transport system. Wow refers to slower, more noticeable pitch fluctuations, while flutter on the other hand, is a faster form of speed variation.
Just like EQ co-training, APNN 2.0 uses a physically modeled wow/flutter simulation and co-trains it with the neural network. This not only makes the results of neural network training sound more authentic but also brings the modeled wow/flutter effect closer to the original hardware.
Adjustable Noise Floor
The Deep Vintage series simulates the hardware's inherent noise floor, which you can adjust in amount as needed.
"Retro DAW" Simulation
This button is inspired by the extremely subtle changes (less than -140 dB) introduced by a classic DAW from around the year 2000. While the changes are infinitesimal, we didn't overlook them. You can enable or disable this feature as needed.
Low CPU usage
No need for expensive cloud-based GPU clusters-Deep Vintage runs locally just like any other plugin, with extremely low CPU usage. You can easily insert it on every track!
More Features
* Apple silicon native support
* Undo/redo
* A/B switching
* Input/output level meter
* Mono mode
* LR/MS processing
* Phase invert
* GUI re-scaling
Latency
26 sample points, about 0.6ms at 44100 Hz
Home Page -

https://www.threebodytech.com/en/products/deepvintage

Rapidgator
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Free Download Three-Body Tech DV TubeBell v1.0.3 | 40.8 Mb
Deep Vintage is a suite of legendary hardware simulation plugins that will immerse you in real analog magic. Not merely pursuing bona fide circuit replication or specific tonal qualities, Deep Vintage simulates the entirety of sound to reproduce the vintage "soul" in a digital world. Depth, sheen, low-end saturation...every nuance of the hardware's sonic spirit is ready for you to ignite, with minimal CPU usage and latency.

APNN 2.0
Trained with Three-Body Tech's proprietary APNN (Audio Processing Neural Network) 2.0, Deep Vintage learns on sound, and sound alone, creating an indistinguishable listening experience from the original hardwares.
APNN 2.0 is a neural network specializes in simulating analog hardwares. During the training process, APNN 2.0 and the hardware will be inputted with the same audio, and APNN 2.0 will learn how the hardware changes the audio in both waveform and spectrum dimensions. This means that a well-trained APNN 2.0 instance can capture both the dynamic and tonal characteristics of its source hardware. The following diagram demonstrates how, as training progresses, APNN 2.0's waveform and spectrum response deviation gradually decrease, eventually becoming indistinguishable from that of the original hardware. Check out the corresponding demos below to hear how APNN 2.0 progressively learns and replicates the sound of the hardware.
After an APNN 2.0 instance completes its training, we conduct rigorous human testing and make adjustments until our entire team fails the ABX test. This allows us to proudly announce:
in the realm of digital audio, nothing comes closer to real hardware than Deep Vintage.
Tube Shelf
Inspired by one of the most iconic and musical program EQs of all time, Tube Shelf faithfully emulates the EQ characteristics and unique tonal coloration of the original tube electronics.
The Tube Shelf module is primarily used to adjust low and high frequencies. With relatively few frequency band options, it is often paired with other EQs for more detailed tonal shaping, most commonly with Tube Bell and Tube Filter modules (see below).
Highlights
Multiplex Saturation, Multistage Coloration
With the power of APNN 2.0, Deep Vintage simulates not just specific frequency responses or coloration, but all the subtle 'hardware mojos': dynamics, airness, phase shifts, tube voltage sag, transformer's "iron sound," and more. Whether for subtle coloration, moderate saturation, or crushing the entire audio, its authentic performance will make you forget it's digital.
Independent Harmonics Control
With real hardware, the amount of harmonics is fixed at a given knob setting. However, Deep Vintage introduces surreal flexibility by allowing independent control over harmonics, separate from all other tonal characteristics. This lets you dial in the sonic power of high drive settings while maintaining the purity of a clean tone.
Low Frequency Saturation
The 'iron' sound of audio transformers-gently added low-end girth and saturation-epitomizes the sonic character of real hardware. Deep Vintage not only accurately captures this, but also provides you with the ability to toggle this 'iron' sound on or off, allowing you to switch between transformer or transformer-less versions. Whether you're aiming for a thick or clear tone, it always delivers with exceptional quality.
Re-sampling/Up-sampling
Almost all audio processing networks operates in fixed sample rates, but we've made resampling possible by optimizing our networks. The completely redesigned resampling algorithm in Deep Vintage ensures consistent accuracy and fidelity across all sample rates, making the simulation fully sample rate agnostic. Additionally, up to 8x oversampling is supported, effectively eliminating any aliasing issues.
EQ Co-training
Most neural networks can only capture discrete states of the hardware, thus providing only limited EQ combinations. However, Deep Vintage uniquely supports fully continous EQ adjustment through extra EQ simulations. For models with EQ, the "co-training algorithm" simultaneously learns the hardware prototype's saturation characteristics while fine-tuning a pre-modeled EQ module based on the circuit. This allows you to enjoy the authentic hardware sound while having complete freedom over EQ adjustment.
Tape Wow/Flutter Co-training
Wow/Flutter are pitch variations that occur in tape machines due to mechanical inconsistencies in the tape transport system. Wow refers to slower, more noticeable pitch fluctuations, while flutter on the other hand, is a faster form of speed variation.
Just like EQ co-training, APNN 2.0 uses a physically modeled wow/flutter simulation and co-trains it with the neural network. This not only makes the results of neural network training sound more authentic but also brings the modeled wow/flutter effect closer to the original hardware.
Adjustable Noise Floor
The Deep Vintage series simulates the hardware's inherent noise floor, which you can adjust in amount as needed.
"Retro DAW" Simulation
This button is inspired by the extremely subtle changes (less than -140 dB) introduced by a classic DAW from around the year 2000. While the changes are infinitesimal, we didn't overlook them. You can enable or disable this feature as needed.
Low CPU usage
No need for expensive cloud-based GPU clusters-Deep Vintage runs locally just like any other plugin, with extremely low CPU usage. You can easily insert it on every track!
More Features
* Apple silicon native support
* Undo/redo
* A/B switching
* Input/output level meter
* Mono mode
* LR/MS processing
* Phase invert
* GUI re-scaling
Latency
26 sample points, about 0.6ms at 44100 Hz
Home Page -

https://www.threebodytech.com/en/products/deepvintage

Rapidgator
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Free Download Three-Body Tech DV TubeFilter v1.0.3 | 37 Mb
Deep Vintage is a suite of legendary hardware simulation plugins that will immerse you in real analog magic. Not merely pursuing bona fide circuit replication or specific tonal qualities, Deep Vintage simulates the entirety of sound to reproduce the vintage "soul" in a digital world. Depth, sheen, low-end saturation...every nuance of the hardware's sonic spirit is ready for you to ignite, with minimal CPU usage and latency.

APNN 2.0
Trained with Three-Body Tech's proprietary APNN (Audio Processing Neural Network) 2.0, Deep Vintage learns on sound, and sound alone, creating an indistinguishable listening experience from the original hardwares.
APNN 2.0 is a neural network specializes in simulating analog hardwares. During the training process, APNN 2.0 and the hardware will be inputted with the same audio, and APNN 2.0 will learn how the hardware changes the audio in both waveform and spectrum dimensions. This means that a well-trained APNN 2.0 instance can capture both the dynamic and tonal characteristics of its source hardware. The following diagram demonstrates how, as training progresses, APNN 2.0's waveform and spectrum response deviation gradually decrease, eventually becoming indistinguishable from that of the original hardware. Check out the corresponding demos below to hear how APNN 2.0 progressively learns and replicates the sound of the hardware.
After an APNN 2.0 instance completes its training, we conduct rigorous human testing and make adjustments until our entire team fails the ABX test. This allows us to proudly announce:
in the realm of digital audio, nothing comes closer to real hardware than Deep Vintage.
Tube Shelf
Inspired by one of the most iconic and musical program EQs of all time, Tube Shelf faithfully emulates the EQ characteristics and unique tonal coloration of the original tube electronics.
The Tube Shelf module is primarily used to adjust low and high frequencies. With relatively few frequency band options, it is often paired with other EQs for more detailed tonal shaping, most commonly with Tube Bell and Tube Filter modules (see below).
Highlights
Multiplex Saturation, Multistage Coloration
With the power of APNN 2.0, Deep Vintage simulates not just specific frequency responses or coloration, but all the subtle 'hardware mojos': dynamics, airness, phase shifts, tube voltage sag, transformer's "iron sound," and more. Whether for subtle coloration, moderate saturation, or crushing the entire audio, its authentic performance will make you forget it's digital.
Independent Harmonics Control
With real hardware, the amount of harmonics is fixed at a given knob setting. However, Deep Vintage introduces surreal flexibility by allowing independent control over harmonics, separate from all other tonal characteristics. This lets you dial in the sonic power of high drive settings while maintaining the purity of a clean tone.
Low Frequency Saturation
The 'iron' sound of audio transformers-gently added low-end girth and saturation-epitomizes the sonic character of real hardware. Deep Vintage not only accurately captures this, but also provides you with the ability to toggle this 'iron' sound on or off, allowing you to switch between transformer or transformer-less versions. Whether you're aiming for a thick or clear tone, it always delivers with exceptional quality.
Re-sampling/Up-sampling
Almost all audio processing networks operates in fixed sample rates, but we've made resampling possible by optimizing our networks. The completely redesigned resampling algorithm in Deep Vintage ensures consistent accuracy and fidelity across all sample rates, making the simulation fully sample rate agnostic. Additionally, up to 8x oversampling is supported, effectively eliminating any aliasing issues.
EQ Co-training
Most neural networks can only capture discrete states of the hardware, thus providing only limited EQ combinations. However, Deep Vintage uniquely supports fully continous EQ adjustment through extra EQ simulations. For models with EQ, the "co-training algorithm" simultaneously learns the hardware prototype's saturation characteristics while fine-tuning a pre-modeled EQ module based on the circuit. This allows you to enjoy the authentic hardware sound while having complete freedom over EQ adjustment.
Tape Wow/Flutter Co-training
Wow/Flutter are pitch variations that occur in tape machines due to mechanical inconsistencies in the tape transport system. Wow refers to slower, more noticeable pitch fluctuations, while flutter on the other hand, is a faster form of speed variation.
Just like EQ co-training, APNN 2.0 uses a physically modeled wow/flutter simulation and co-trains it with the neural network. This not only makes the results of neural network training sound more authentic but also brings the modeled wow/flutter effect closer to the original hardware.
Adjustable Noise Floor
The Deep Vintage series simulates the hardware's inherent noise floor, which you can adjust in amount as needed.
"Retro DAW" Simulation
This button is inspired by the extremely subtle changes (less than -140 dB) introduced by a classic DAW from around the year 2000. While the changes are infinitesimal, we didn't overlook them. You can enable or disable this feature as needed.
Low CPU usage
No need for expensive cloud-based GPU clusters-Deep Vintage runs locally just like any other plugin, with extremely low CPU usage. You can easily insert it on every track!
More Features
* Apple silicon native support
* Undo/redo
* A/B switching
* Input/output level meter
* Mono mode
* LR/MS processing
* Phase invert
* GUI re-scaling
Latency
26 sample points, about 0.6ms at 44100 Hz
Home Page -

https://www.threebodytech.com/en/products/deepvintage

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Free Download Three-Body Tech DV TubeShelf v1.0.3 | 40.4 Mb
Deep Vintage is a suite of legendary hardware simulation plugins that will immerse you in real analog magic. Not merely pursuing bona fide circuit replication or specific tonal qualities, Deep Vintage simulates the entirety of sound to reproduce the vintage "soul" in a digital world. Depth, sheen, low-end saturation...every nuance of the hardware's sonic spirit is ready for you to ignite, with minimal CPU usage and latency.

APNN 2.0
Trained with Three-Body Tech's proprietary APNN (Audio Processing Neural Network) 2.0, Deep Vintage learns on sound, and sound alone, creating an indistinguishable listening experience from the original hardwares.
APNN 2.0 is a neural network specializes in simulating analog hardwares. During the training process, APNN 2.0 and the hardware will be inputted with the same audio, and APNN 2.0 will learn how the hardware changes the audio in both waveform and spectrum dimensions. This means that a well-trained APNN 2.0 instance can capture both the dynamic and tonal characteristics of its source hardware. The following diagram demonstrates how, as training progresses, APNN 2.0's waveform and spectrum response deviation gradually decrease, eventually becoming indistinguishable from that of the original hardware. Check out the corresponding demos below to hear how APNN 2.0 progressively learns and replicates the sound of the hardware.
After an APNN 2.0 instance completes its training, we conduct rigorous human testing and make adjustments until our entire team fails the ABX test. This allows us to proudly announce:
in the realm of digital audio, nothing comes closer to real hardware than Deep Vintage.
Tube Shelf
Inspired by one of the most iconic and musical program EQs of all time, Tube Shelf faithfully emulates the EQ characteristics and unique tonal coloration of the original tube electronics.
The Tube Shelf module is primarily used to adjust low and high frequencies. With relatively few frequency band options, it is often paired with other EQs for more detailed tonal shaping, most commonly with Tube Bell and Tube Filter modules (see below).
Highlights
Multiplex Saturation, Multistage Coloration
With the power of APNN 2.0, Deep Vintage simulates not just specific frequency responses or coloration, but all the subtle 'hardware mojos': dynamics, airness, phase shifts, tube voltage sag, transformer's "iron sound," and more. Whether for subtle coloration, moderate saturation, or crushing the entire audio, its authentic performance will make you forget it's digital.
Independent Harmonics Control
With real hardware, the amount of harmonics is fixed at a given knob setting. However, Deep Vintage introduces surreal flexibility by allowing independent control over harmonics, separate from all other tonal characteristics. This lets you dial in the sonic power of high drive settings while maintaining the purity of a clean tone.
Low Frequency Saturation
The 'iron' sound of audio transformers-gently added low-end girth and saturation-epitomizes the sonic character of real hardware. Deep Vintage not only accurately captures this, but also provides you with the ability to toggle this 'iron' sound on or off, allowing you to switch between transformer or transformer-less versions. Whether you're aiming for a thick or clear tone, it always delivers with exceptional quality.
Re-sampling/Up-sampling
Almost all audio processing networks operates in fixed sample rates, but we've made resampling possible by optimizing our networks. The completely redesigned resampling algorithm in Deep Vintage ensures consistent accuracy and fidelity across all sample rates, making the simulation fully sample rate agnostic. Additionally, up to 8x oversampling is supported, effectively eliminating any aliasing issues.
EQ Co-training
Most neural networks can only capture discrete states of the hardware, thus providing only limited EQ combinations. However, Deep Vintage uniquely supports fully continous EQ adjustment through extra EQ simulations. For models with EQ, the "co-training algorithm" simultaneously learns the hardware prototype's saturation characteristics while fine-tuning a pre-modeled EQ module based on the circuit. This allows you to enjoy the authentic hardware sound while having complete freedom over EQ adjustment.
Tape Wow/Flutter Co-training
Wow/Flutter are pitch variations that occur in tape machines due to mechanical inconsistencies in the tape transport system. Wow refers to slower, more noticeable pitch fluctuations, while flutter on the other hand, is a faster form of speed variation.
Just like EQ co-training, APNN 2.0 uses a physically modeled wow/flutter simulation and co-trains it with the neural network. This not only makes the results of neural network training sound more authentic but also brings the modeled wow/flutter effect closer to the original hardware.
Adjustable Noise Floor
The Deep Vintage series simulates the hardware's inherent noise floor, which you can adjust in amount as needed.
"Retro DAW" Simulation
This button is inspired by the extremely subtle changes (less than -140 dB) introduced by a classic DAW from around the year 2000. While the changes are infinitesimal, we didn't overlook them. You can enable or disable this feature as needed.
Low CPU usage
No need for expensive cloud-based GPU clusters-Deep Vintage runs locally just like any other plugin, with extremely low CPU usage. You can easily insert it on every track!
More Features
* Apple silicon native support
* Undo/redo
* A/B switching
* Input/output level meter
* Mono mode
* LR/MS processing
* Phase invert
* GUI re-scaling
Latency
26 sample points, about 0.6ms at 44100 Hz
Home Page -

https://www.threebodytech.com/en/products/deepvintage

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Free Download Three-Body Tech DV USRack v1.0.3 | 41.5 Mb
Deep Vintage is a suite of legendary hardware simulation plugins that will immerse you in real analog magic. Not merely pursuing bona fide circuit replication or specific tonal qualities, Deep Vintage simulates the entirety of sound to reproduce the vintage "soul" in a digital world. Depth, sheen, low-end saturation...every nuance of the hardware's sonic spirit is ready for you to ignite, with minimal CPU usage and latency.

APNN 2.0
Trained with Three-Body Tech's proprietary APNN (Audio Processing Neural Network) 2.0, Deep Vintage learns on sound, and sound alone, creating an indistinguishable listening experience from the original hardwares.
APNN 2.0 is a neural network specializes in simulating analog hardwares. During the training process, APNN 2.0 and the hardware will be inputted with the same audio, and APNN 2.0 will learn how the hardware changes the audio in both waveform and spectrum dimensions. This means that a well-trained APNN 2.0 instance can capture both the dynamic and tonal characteristics of its source hardware. The following diagram demonstrates how, as training progresses, APNN 2.0's waveform and spectrum response deviation gradually decrease, eventually becoming indistinguishable from that of the original hardware. Check out the corresponding demos below to hear how APNN 2.0 progressively learns and replicates the sound of the hardware.
After an APNN 2.0 instance completes its training, we conduct rigorous human testing and make adjustments until our entire team fails the ABX test. This allows us to proudly announce:
in the realm of digital audio, nothing comes closer to real hardware than Deep Vintage.
Tube Shelf
Inspired by one of the most iconic and musical program EQs of all time, Tube Shelf faithfully emulates the EQ characteristics and unique tonal coloration of the original tube electronics.
The Tube Shelf module is primarily used to adjust low and high frequencies. With relatively few frequency band options, it is often paired with other EQs for more detailed tonal shaping, most commonly with Tube Bell and Tube Filter modules (see below).
Highlights
Multiplex Saturation, Multistage Coloration
With the power of APNN 2.0, Deep Vintage simulates not just specific frequency responses or coloration, but all the subtle 'hardware mojos': dynamics, airness, phase shifts, tube voltage sag, transformer's "iron sound," and more. Whether for subtle coloration, moderate saturation, or crushing the entire audio, its authentic performance will make you forget it's digital.
Independent Harmonics Control
With real hardware, the amount of harmonics is fixed at a given knob setting. However, Deep Vintage introduces surreal flexibility by allowing independent control over harmonics, separate from all other tonal characteristics. This lets you dial in the sonic power of high drive settings while maintaining the purity of a clean tone.
Low Frequency Saturation
The 'iron' sound of audio transformers-gently added low-end girth and saturation-epitomizes the sonic character of real hardware. Deep Vintage not only accurately captures this, but also provides you with the ability to toggle this 'iron' sound on or off, allowing you to switch between transformer or transformer-less versions. Whether you're aiming for a thick or clear tone, it always delivers with exceptional quality.
Re-sampling/Up-sampling
Almost all audio processing networks operates in fixed sample rates, but we've made resampling possible by optimizing our networks. The completely redesigned resampling algorithm in Deep Vintage ensures consistent accuracy and fidelity across all sample rates, making the simulation fully sample rate agnostic. Additionally, up to 8x oversampling is supported, effectively eliminating any aliasing issues.
EQ Co-training
Most neural networks can only capture discrete states of the hardware, thus providing only limited EQ combinations. However, Deep Vintage uniquely supports fully continous EQ adjustment through extra EQ simulations. For models with EQ, the "co-training algorithm" simultaneously learns the hardware prototype's saturation characteristics while fine-tuning a pre-modeled EQ module based on the circuit. This allows you to enjoy the authentic hardware sound while having complete freedom over EQ adjustment.
Tape Wow/Flutter Co-training
Wow/Flutter are pitch variations that occur in tape machines due to mechanical inconsistencies in the tape transport system. Wow refers to slower, more noticeable pitch fluctuations, while flutter on the other hand, is a faster form of speed variation.
Just like EQ co-training, APNN 2.0 uses a physically modeled wow/flutter simulation and co-trains it with the neural network. This not only makes the results of neural network training sound more authentic but also brings the modeled wow/flutter effect closer to the original hardware.
Adjustable Noise Floor
The Deep Vintage series simulates the hardware's inherent noise floor, which you can adjust in amount as needed.
"Retro DAW" Simulation
This button is inspired by the extremely subtle changes (less than -140 dB) introduced by a classic DAW from around the year 2000. While the changes are infinitesimal, we didn't overlook them. You can enable or disable this feature as needed.
Low CPU usage
No need for expensive cloud-based GPU clusters-Deep Vintage runs locally just like any other plugin, with extremely low CPU usage. You can easily insert it on every track!
More Features
* Apple silicon native support
* Undo/redo
* A/B switching
* Input/output level meter
* Mono mode
* LR/MS processing
* Phase invert
* GUI re-scaling
Latency
26 sample points, about 0.6ms at 44100 Hz
Home Page -

https://www.threebodytech.com/en/products/deepvintage

Rapidgator
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Free Download Three-Body Tech SpecCraft v1.0.0 | 35 MB
SpecCraft is a next-generation dynamic resonance suppressor, spectrum compressor, and smart EQ. It specializes in eliminating the greatest enemy in your mix: unwanted resonances. Whether it's harsh shrills or muddy booms, SpecCraft identifies them all and dynamically applies matching suppression at each and every audio frame.

Homepage

https://www.threebodytech.com/en/products/speccraft

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Free Download Timer RH Pro 3.0 | macOS | 28 mb
Take Control of Your Time

Capabilities:
- Set the timer to the specific time or to the exact time interval
- Multiple timers
- Repeating timers
- Text and color labels
- Combining timers into the scenaries
- Create shortcuts and set hotkeys for its
- One-touch timers addeding
- Display on top over all windows when timer expiring
- Ability to pin the window on top over all windows when working
- Fullscreen mode
- Flexible settings for sound and alerts
- Count Down or Forward
- Multiple timers in one window
- History of timers
- Timer in the staus bar and on the dock icon
And much more in this universal tool
Top In-App Purchases:Pro Version - included
Compatibility:macOS 10.14 or later

Rapidgator
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