Boris FX Sound Forge Plus 2026.0.0.69: Professional Audio Recording, Editing, Restoration, and Mastering Software

Overview of Boris FX Sound Forge Plus 2026

Boris FX Sound Forge Plus 2026.0.0.69 is a professional audio recording, waveform editing, restoration, processing, and mastering solution designed for audio engineers, sound designers, musicians, broadcasters, podcasters, video editors, content creators, and post-production professionals.

The software provides precise control over individual audio files and allows users to record high-quality sound, edit waveforms, remove unwanted noise, repair damaged recordings, apply professional effects, process multiple files, and prepare finished audio for music, video, broadcasting, podcasts, and online distribution.

Sound Forge is primarily a specialized audio editor rather than a traditional digital audio workstation. Its main purpose is to provide detailed and accurate editing of individual audio files, although it can also record multiple input channels simultaneously.

The Plus edition expands the core Sound Forge package with additional creative, restoration, and professional audio tools, depending on the active licensing plan and included Boris FX components.

Transition to Boris FX

Sound Forge became part of the Boris FX product family after Boris FX acquired Sound Forge, Vegas Pro, and Acid Pro from MAGIX in March 2026.

The acquisition brought the long-established Sound Forge audio platform into the same ecosystem as Boris FX’s professional video, visual-effects, motion-graphics, and audio-restoration products.

Existing Sound Forge users can continue working with the familiar precision-editing workflow, while new versions are distributed and licensed through Boris FX services.

Sound Forge 2026 uses account-based licensing. After purchasing the software, users sign in with their Boris FX account and activate it on the selected computer without relying on a traditional serial-number activation process.

Professional Waveform Editing

Waveform editing is the central feature of Sound Forge.

The software displays the audio signal visually, allowing users to inspect and modify recordings with a high level of precision.

Users can perform common editing operations such as:

Cutting unwanted audio
Copying selected sections
Pasting audio into another position
Deleting mistakes
Trimming silence
Moving sections
Replacing damaged portions
Creating fades
Adjusting amplitude
Reversing audio
Inserting silence
Combining recordings
Splitting long files

The editing workflow behaves similarly to editing text in a document. Users can select a portion of the waveform and cut, copy, paste, or delete it while retaining precise control over timing.

This makes Sound Forge useful for detailed tasks that may be slower or less convenient inside a conventional multitrack DAW.

Sample-Accurate Editing

Sound Forge allows users to zoom deeply into an audio waveform and edit at extremely precise positions.

Sample-level editing can be useful for:

Removing individual clicks
Correcting short recording defects
Adjusting edit points
Repairing waveform discontinuities
Creating accurate loops
Aligning audio events
Removing unwanted breaths
Cleaning dialogue
Correcting timing problems

Precise edits help reduce audible cuts, pops, and transitions.

Crossfades can also be used to blend neighboring audio sections more smoothly.

WaveColor Visualization

WaveColor provides a color-coded waveform display that helps users understand more than the basic volume shape of an audio file.

The feature can visually represent characteristics such as:

Pitch information
Audio intensity
Frequency-related content
Tonal variation
Saturation levels
Changes in audio character

This visual feedback can make it easier to locate specific sounds, identify differences between sections, and complete edits more efficiently.

WaveColor is particularly useful when working with long recordings containing several speakers, musical passages, sound effects, or changing frequency content.

High-Quality Audio Recording

Sound Forge can record audio directly from microphones, audio interfaces, mixers, and other supported input devices.

It can be used to record:

Voiceovers
Podcasts
Interviews
Musical instruments
Live performances
Sound effects
Audiobooks
Lectures
Radio programs
Field recordings
Dialogue replacement
Archival material

Users can select the recording device, channel configuration, sample rate, bit depth, monitoring options, and destination file.

For professional results, the quality of the microphone, preamplifier, audio interface, recording environment, and input level remains as important as the software configuration.

Recording Up to 32 Channels

Sound Forge supports recording up to 32 audio channels simultaneously with compatible audio hardware.

This capability can be useful for:

Live concerts
Conferences
Multi-microphone events
Podcast panels
Location sound
Studio sessions
Broadcast recordings
Large interviews
Theatre productions

Input routing allows each available hardware input to be assigned to the appropriate recording channel.

Although Sound Forge can capture multiple channels, it is not intended to replace a complete multitrack music-production DAW for arranging and mixing large projects.

Automatic Recording

Automatic recording allows Sound Forge to begin capturing sound without requiring the user to press the record button manually at the exact moment.

Recording can be triggered according to:

A selected input-volume threshold
A scheduled time
A defined recording condition
A configured prerecord buffer

Threshold recording begins when the incoming signal reaches the specified level. This is useful for capturing speech, radio transmissions, equipment noises, wildlife, or other events that do not occur continuously.

The prerecord buffer helps preserve audio that occurs immediately before the trigger threshold is reached.

Precise Recording Meters

Sound Forge provides detailed level meters that help users monitor the incoming signal and prevent recording problems.

The meters can help identify:

Levels that are too low
Levels approaching clipping
Channel imbalance
Sudden signal peaks
Excessive background noise
Silent or disconnected inputs

Correct recording levels provide enough signal strength without exceeding the available digital range.

Recordings captured too quietly may contain excessive noise after amplification, while recordings captured too loudly may suffer from irreversible clipping.

Noise Reduction

Sound Forge contains restoration tools designed to reduce unwanted noise and improve the clarity of recordings.

It can help address problems such as:

Constant hiss
Electrical hum
Mechanical noise
Background noise
Low-level crackling
Clicks and pops
Clipped peaks
Recording distortion
Old-media defects

Noise reduction is useful for dialogue, music, podcasts, archival recordings, interviews, field recordings, and audio extracted from video.

Restoration settings should be adjusted carefully. Excessive processing can remove useful frequencies and produce metallic, watery, or unnatural results.

DeHisser

DeHisser is designed to reduce continuous high-frequency noise commonly described as hiss.

Hiss may be introduced by:

Old analogue recordings
Cassette tapes
Microphone preamps
Electronic equipment
Low-quality recording devices
Excessive gain
Noisy environments

The tool analyzes the signal and reduces the unwanted noise while attempting to preserve speech, music, and other important content.

A moderate reduction usually produces more natural results than attempting to remove every trace of noise.

Hum Removal

Electrical hum may appear as a low-frequency tone with additional harmonics.

Common sources include:

Ground loops
Power supplies
Lighting systems
Poorly shielded cables
Electrical interference
Analogue equipment

Sound Forge can help reduce hum and related frequency components while preserving the surrounding recording.

The user should identify the correct fundamental frequency and avoid applying unnecessarily aggressive filtering.

DeClicker and DeCrackler

DeClicker and DeCrackler are designed to remove short unwanted noises such as clicks, pops, and low-level crackling.

These defects frequently appear in:

Vinyl recordings
Damaged audio files
Old tapes
Digital edits
Microphone connections
Clipped recordings
Archival transfers

DeClicker targets more obvious isolated clicks, while DeCrackler addresses continuous smaller defects.

These tools can significantly improve old recordings without requiring every defect to be removed manually.

DeClipper

Clipping occurs when an audio signal exceeds the maximum level that a recording system can store.

The clipped waveform loses its original peak shape and may sound harsh, distorted, or aggressive.

DeClipper attempts to reconstruct damaged waveform peaks and reduce audible distortion.

It may help improve:

Overloaded microphone recordings
Distorted interviews
Excessively loud music
Analogue transfers
Poorly recorded voiceovers
Broadcast material

Severely clipped recordings cannot always be restored perfectly because some of the original information has already been lost.

Audio Restoration Workflow

A practical restoration process may include:

Backing up the original recording.
Removing unnecessary silence or unusable sections.
Correcting major clicks and clipping.
Reducing hum.
Reducing background hiss.
Applying equalization.
Controlling dynamics.
Adjusting the final loudness.
Comparing the result with the original.
Exporting a new file without replacing the source.

Applying restoration in several gentle stages often produces better results than using one extremely aggressive effect.

Professional Audio Effects

Sound Forge provides audio effects and processing tools for corrective and creative work.

Common processing categories include:

Equalization
Compression
Limiting
Noise gating
Reverb
Delay
Chorus
Flanging
Distortion
Pitch shifting
Time stretching
Normalization
Stereo processing
Dynamic-range control

Effects can be previewed before being applied, helping users compare settings and avoid permanently processing audio with unsuitable parameters.

Equalization

Equalization adjusts the balance of frequency ranges within an audio file.

It can be used to:

Reduce low-frequency rumble
Improve speech clarity
Soften harsh frequencies
Increase vocal presence
Add brightness
Reduce muddiness
Correct tonal imbalance
Shape sound effects
Prepare audio for mastering

Equalization can improve a recording, but it cannot completely replace information that was not captured by the microphone.

Small, focused changes often produce cleaner and more natural results.

Compression

Compression reduces the difference between loud and quiet parts of a recording.

It can be used to:

Stabilize voice levels
Control musical peaks
Improve podcast consistency
Increase perceived loudness
Reduce dynamic variation
Prepare audio for broadcast
Make dialogue easier to understand

Important compression parameters may include threshold, ratio, attack, release, knee, and output gain.

Poorly configured compression can make audio sound flat, noisy, aggressive, or unnatural.

Limiting and Peak Control

A limiter prevents audio peaks from exceeding a selected output level.

It is commonly used near the final stage of processing to:

Prevent digital clipping
Control unexpected peaks
Increase perceived loudness
Meet delivery specifications
Protect broadcast output
Prepare files for online platforms

Heavy limiting can reduce dynamics and introduce distortion, so it should be used carefully.

Wave Hammer 2.0

Wave Hammer 2.0 is a mastering and dynamic-processing tool designed to increase the impact and perceived loudness of audio.

It combines dynamic-range control and output limiting to help produce a louder and more controlled final result.

Wave Hammer can be useful for:

Music mastering
Video soundtracks
Promotional content
Podcasts
Radio material
Sound effects
Online videos

Users should compare the processed and unprocessed audio at similar listening levels to avoid mistaking additional loudness for improved quality.

Audio Mastering

Mastering is the final processing stage before an audio file is distributed or delivered.

Sound Forge can be used to:

Correct tonal balance
Control dynamics
Set peak levels
Adjust loudness
Improve stereo presentation
Add final fades
Insert metadata
Convert file formats
Prepare delivery versions
Verify technical requirements

A mastering workflow may produce separate versions for streaming, video, radio, CD, archives, or client delivery.

Loudness Metering

Modern distribution platforms frequently evaluate audio using perceived loudness rather than peak level alone.

Sound Forge includes metering tools that help users evaluate:

Integrated loudness
Short-term loudness
Momentary loudness
Peak levels
True peaks
Dynamic range
Channel balance

Accurate metering is important for television, radio, advertising, podcasts, music, and online video.

Different platforms and broadcasters may use different loudness targets, so users should confirm the specifications required for each project.

Broadcast Compliance

Sound Forge can assist users in preparing audio that complies with professional broadcast loudness standards.

Its loudness meters and statistical tools can help evaluate whether a soundtrack falls within required limits.

This is useful for:

Television advertising
Broadcast programs
Corporate media
Documentaries
Online campaigns
Radio production

In the United States, loudness workflows may be used to support compliance with requirements related to the Commercial Advertisement Loudness Mitigation Act.

The user remains responsible for confirming the exact delivery specifications required by the broadcaster or platform.

Batch Converter

The Batch Converter allows multiple audio files to be processed automatically.

Users can create a repeatable processing chain and apply it to an entire group of files.

Batch operations may include:

File-format conversion
Normalization
Resampling
Bit-depth conversion
Effect application
Loudness adjustment
Channel conversion
Metadata processing
File renaming

Batch conversion is valuable when preparing large collections of audio for websites, games, mobile applications, broadcast systems, archives, or media libraries.

Background Processing

Sound Forge can perform selected processing and rendering tasks in the background.

This allows users to continue editing or preparing other files while a longer task is being completed.

Background processing can improve productivity during:

Large exports
Batch conversion
Effect rendering
File-format conversion
Long recording processing
Mastering preparation

Actual performance depends on the processor, storage device, available memory, and complexity of the processing chain.

Instant Actions

Instant Actions provide rapid access to frequently used commands and processing functions.

Users can configure the interface so that important tools are available with fewer clicks.

Possible Instant Actions may include:

Normalizing audio
Trimming silence
Creating fades
Converting channels
Applying effects
Adjusting volume
Reversing audio
Inserting markers
Exporting files

Customizable actions can help build a faster and more consistent workflow for repetitive production tasks.

Markers and Regions

Markers identify specific positions inside an audio file, while regions define complete time ranges.

They can be used to identify:

Song sections
Dialogue lines
Errors
Sound effects
Chapters
Edit points
Commercial breaks
Export segments
Loop areas
Important events

Regions can be exported as separate files, making them useful for preparing sample libraries, game sounds, podcast chapters, audiobook sections, and broadcast clips.

Time Stretching

Time stretching changes the duration of audio without intentionally changing its pitch.

It can be used to:

Match narration to video timing
Adjust music duration
Fit advertisements into fixed slots
Correct performance timing
Extend sound effects
Synchronize dialogue

Extreme time-stretching values can create audible artifacts, particularly with complex music or low-quality source material.

Pitch Shifting

Pitch shifting changes the perceived pitch of audio without necessarily changing its duration.

It can be used for:

Correcting musical notes
Creating character voices
Sound design
Harmonization
Matching samples
Special effects
Transposition

Natural-sounding results depend on the source material and the amount of pitch adjustment.

Large changes may create artificial or robotic effects, which can be desirable for creative sound design.

Resampling and Sample-Rate Conversion

Sample-rate conversion prepares audio for different delivery formats and production environments.

Common sample rates include:

44.1 kHz for music distribution
48 kHz for video production
88.2 kHz for high-resolution music workflows
96 kHz for professional recording and mastering
192 kHz for specialized high-resolution work

Higher sample rates increase storage and processing requirements.

Users should select a sample rate appropriate to the final output rather than converting files repeatedly without a technical reason.

Bit-Depth Conversion

Bit depth affects the available dynamic range and numerical precision of digital audio.

Common bit depths include:

16-bit
24-bit
32-bit floating point

A 24-bit or floating-point workflow provides more processing headroom during editing.

A final 16-bit export may require dithering when reducing from a higher bit depth.

Dithering adds carefully controlled low-level noise to reduce quantization artifacts during bit-depth conversion.

File Format Support

Sound Forge can work with a broad range of professional and consumer audio formats.

Common formats may include:

WAV
Broadcast Wave
MP3
FLAC
AAC
OGG
WMA
AIFF
Raw PCM
High-resolution audio formats

Available encoders and supported properties may vary according to the installed version, system components, and licensing configuration.

For archival and professional editing, uncompressed WAV or lossless FLAC files are generally preferable to repeatedly editing compressed audio.

Audio for Video Production

Sound Forge can be used alongside video-editing applications to repair and prepare audio tracks.

Typical video-related tasks include:

Cleaning dialogue
Removing hum
Reducing background noise
Repairing clipped sound
Preparing voiceovers
Editing sound effects
Mastering final mixes
Matching loudness requirements
Creating alternate-language files
Preparing broadcast deliverables

Editors can export audio from a video project, process it inside Sound Forge, and return the improved file to the video-editing timeline.

Sound Design

Sound designers can use Sound Forge to transform recordings into new effects.

Creative sound-design techniques may include:

Reversing audio
Changing pitch
Stretching time
Layering sounds
Applying distortion
Creating echoes
Filtering frequencies
Editing transients
Building seamless loops
Combining several recordings

The precise waveform editor makes it particularly useful for preparing short effects for games, films, applications, animations, and user interfaces.

Podcast Production

Sound Forge can be used to prepare professional podcast audio.

A typical podcast workflow may include:

Recording or importing dialogue.
Removing mistakes and long pauses.
Reducing background noise.
Correcting clicks and mouth sounds.
Applying equalization.
Compressing the voices.
Matching speaker levels.
Adding fades.
Setting the final loudness.
Exporting a compressed distribution file.

For productions requiring several independently mixed speakers, music tracks, and effects, users may prefer to assemble the project in a multitrack DAW and use Sound Forge for detailed file editing and restoration.

Voiceover and Audiobook Editing

Sound Forge is suitable for editing voiceovers and long-form spoken recordings.

It can help users:

Remove mistakes
Reduce breaths
Shorten pauses
Eliminate clicks
Improve vocal clarity
Match volume between sections
Insert markers
Divide chapters
Create final delivery files

Automatic recording and threshold-based capture can also simplify voiceover sessions when the speaker works without a separate recording engineer.

Music Editing and Mastering

Musicians and mastering engineers can use Sound Forge for processing stereo mixes and individual audio files.

Music-related tasks include:

Cleaning recordings
Editing song starts and endings
Creating fades
Adjusting track spacing
Correcting peaks
Applying equalization
Controlling dynamics
Matching album loudness
Creating alternate versions
Preparing distribution formats

Sound Forge is particularly effective as a final-editing companion to a dedicated DAW such as Samplitude, Sequoia, Acid Pro, Cubase, Pro Tools, or another recording platform.

Sound Forge Is Not a Traditional DAW

Sound Forge should not be confused with a full digital audio workstation designed around a multitrack song timeline.

The software specializes in editing individual audio files with a level of detail that may exceed the standard file-editing tools included in many DAWs.

It is ideal for:

Waveform editing
Restoration
Recording
Mastering
Batch processing
File conversion
Sample preparation

A traditional DAW is generally more suitable for:

Arranging full songs
Mixing many independent tracks
MIDI composition
Virtual instruments
Automation across a large session
Complex music production

Many professionals use Sound Forge together with a DAW rather than selecting only one of the two.

Sound Forge Plus Edition

Sound Forge Plus is positioned above the standard Sound Forge package.

The Plus plan combines the main audio-editing application with additional professional and creative tools included in the selected subscription or perpetual-license package.

The exact included products and plugins can change, so users should review the current Boris FX package comparison before purchasing.

The Plus edition is most suitable for users who need broader audio-restoration, creative-processing, and production capabilities than those provided by the base package alone.

User Interface

Sound Forge uses a detailed desktop interface built around the waveform display.

The workspace may include:

Audio waveform windows
Recording meters
Transport controls
Effect panels
Plugin chains
File properties
Marker and region lists
Spectrum displays
Loudness meters
History controls
Instant Actions

The layout can be adjusted to provide faster access to frequently used tools.

New users can complete basic edits quickly, while experienced users can configure more advanced workflows.

Undo and Editing History

Sound Forge includes undo functionality that allows users to reverse editing operations.

This is important when experimenting with:

Noise reduction
Equalization
Compression
Waveform edits
Fades
Volume changes
Restoration tools

Users should still preserve an untouched copy of the original recording before beginning important restoration or mastering work.

Saving several project versions also protects against accidental overwriting or unsuitable processing decisions.

Advantages of Boris FX Sound Forge Plus 2026

Precise professional waveform editing
Sample-level control
High-quality audio recording
Support for up to 32 recording channels
Automatic threshold-based recording
Scheduled recording options
Prerecord buffering
WaveColor visualization
Professional restoration tools
Hiss and hum reduction
Click and crackle removal
Clipping repair
Equalization and dynamics processing
Wave Hammer mastering
Accurate loudness metering
Broadcast-compliance workflows
Batch conversion
Background rendering
Customizable Instant Actions
Markers and regions
Time stretching and pitch shifting
High-resolution audio support
Professional mastering tools
Useful integration with DAWs and video editors
Account-based Boris FX licensing
Suitable for music, podcasts, broadcast, and post-production

Possible Disadvantages

Available only for Windows
Not designed as a complete multitrack DAW
Advanced restoration requires experience
Aggressive processing can create audible artifacts
Professional audio hardware may be required for the best recording quality
Plus pricing is higher than the standard edition
Some included tools may depend on the selected licensing plan
Large high-resolution recordings require substantial storage
Complex batch jobs can consume significant processing resources
Account login is required for current Boris FX licensing
Beginners may need time to understand mastering and loudness standards
Exact plugin compatibility should be checked before upgrading

Supported Operating System

Boris FX currently distributes Sound Forge as a Windows-only application.

A modern supported 64-bit Windows environment is recommended for the 2026 edition.

Users should install current Windows updates and compatible audio-interface drivers before using the application for important recording or production work.

Sound Forge is not officially presented as a native macOS or Linux application.

General System Requirements

Exact system requirements should be checked against the current Boris FX product page before installation.

A practical minimum configuration generally includes:

A supported 64-bit version of Windows
Modern dual-core or multi-core processor
At least 4 GB of RAM
Several gigabytes of free storage
Windows-compatible sound hardware
Display resolution of at least 1280 × 768
Internet connection for installation and account activation
Boris FX account
Compatible audio drivers

The installer and trial are distributed through the Boris FX Hub.

Recommended Professional Configuration

For professional recording, restoration, batch processing, and mastering, a stronger system is recommended:

Windows 10 or Windows 11 64-bit
Modern multi-core Intel or AMD processor
8 GB of RAM or more
16 GB for large production workflows
Fast SSD storage
Dedicated audio project drive
Professional USB, Thunderbolt, or PCIe audio interface
ASIO-compatible audio drivers
Studio headphones or monitor speakers
Full HD or higher-resolution display
Reliable internet connection for installation and licensing
Regular external or cloud backup

High sample rates, long multichannel recordings, and large batch-processing jobs require additional storage and processing resources.

Installation and Activation

Sound Forge 2026 can be installed through the Boris FX Hub.

A typical installation process includes:

Downloading the Boris FX Hub.
Signing in or creating a Boris FX account.
Locating Sound Forge in the available products.
Installing the application.
Selecting the purchased license or trial.
Choosing “Use on This Computer.”
Launching Sound Forge.

Current Boris FX licensing is linked to the user’s account, so a traditional activation key is not normally required for the 2026 edition.

Free Trial

Boris FX offers a fully functional 15-day Sound Forge trial for Windows.

The trial can be installed through the Boris FX Hub and does not require a credit card.

After the trial period ends, users must purchase a license or subscription to continue using the software.

The trial is useful for checking:

Audio-interface compatibility
Plugin compatibility
Workflow suitability
Processing performance
File-format support
General stability

Licensing Options

Sound Forge and Sound Forge Plus are available through different licensing options, including subscriptions and perpetual licenses.

At the time of the 2026 Boris FX launch, official options included:

Monthly subscriptions
Annual subscriptions
Upgrade and support plans
Perpetual licenses

Available pricing, bundled tools, and renewal conditions may change, so users should review the latest Boris FX store information before purchasing.

Who Should Use Sound Forge Plus?

Sound Forge Plus is suitable for:

Audio engineers
Mastering engineers
Sound designers
Podcast producers
Broadcasters
Radio professionals
Voiceover artists
Audiobook editors
Musicians
Video editors
YouTube creators
Game developers
Film sound departments
Archival-restoration specialists
Educational institutions
Content-production studios

It is especially useful for professionals who need accurate editing and restoration of individual audio files rather than a complete MIDI and multitrack music-production environment.

Recommended Audio Editing Workflow

A reliable workflow can include the following stages:

Preserve an untouched copy of the original audio.
Create a separate working file.
Remove unusable sections.
Repair clipping, clicks, and severe defects.
Reduce hum and background noise.
Correct tonal balance with equalization.
Apply compression where required.
Adjust timing, fades, and edit points.
Check the file using accurate meters.
Set the required loudness and peak levels.
Listen on headphones and speakers.
Export an uncompressed master.
Create compressed delivery copies.
Verify the exported files.
Back up the final master and source files.

Tips for Better Audio Quality

For better results:

Record at an appropriate input level
Use a quiet recording environment
Keep microphones away from noisy equipment
Use balanced cables where possible
Avoid excessive noise reduction
Apply processing in small stages
Monitor at a reasonable volume
Compare the result with the original frequently
Use high-quality uncompressed source files
Avoid repeatedly converting compressed formats
Preserve enough headroom during editing
Check the final loudness specification
Use dithering when reducing bit depth
Save a clean unprocessed master
Keep plugins and audio drivers updated

Final Verdict

Boris FX Sound Forge Plus 2026.0.0.69 is a powerful professional solution for recording, precision waveform editing, audio restoration, batch processing, mastering, and preparing sound for modern media distribution.

Its detailed waveform tools, WaveColor visualization, automatic recording, multichannel capture, DeHisser, DeClicker, DeCrackler, DeClipper, Batch Converter, Wave Hammer, background processing, and loudness-metering capabilities make it suitable for demanding audio-production environments.

The software is especially valuable as a specialized companion to a traditional digital audio workstation or video-editing application. It provides the detailed file-level control required for repairing dialogue, restoring recordings, mastering music, preparing podcasts, creating sound effects, and meeting professional delivery standards.

Although Sound Forge is not a complete multitrack DAW and remains limited to Windows, its accuracy, mature workflow, restoration capabilities, and professional processing tools make Sound Forge Plus 2026 a strong choice for audio editors and post-production professionals.