MusicTech.blog
Few pieces of software have shaped an entire industry the way Steinberg Cubase has. What started as a MIDI sequencer for the Atari ST in 1989 has grown, over the course of 35+ years, into one of the most comprehensive and widely used digital audio workstations in the world. More than that, it gave the industry two of its most fundamental standards — the VST plugin format and the ASIO low-latency audio driver protocol — that virtually every DAW and audio hardware manufacturer still relies on today.
The Atari Years: 1984–1992
Steinberg was founded in Hamburg, Germany in 1984 by Karl Steinberg (an audio engineer) and Manfred Rürup (a keyboard player). Their first product was a basic 16-track MIDI sequencer for the Commodore 64 called Pro-16. By 1989, the Atari ST had become the computer of choice for musicians in Europe — partly because it had built-in MIDI ports and a timing accuracy that PCs of the era couldn’t match. Steinberg released Cubase for the Atari ST that year, and it was a significant step forward in MIDI sequencer sophistication, featuring a graphical piano roll editor, score notation, and a timeline-based arrangement view.
The Atari version of Cubase defined many conventions that DAWs still use today: the arrangement window showing tracks as horizontal lanes with clips running left to right across a timeline, the piano roll showing MIDI notes as horizontal bars on a pitch grid, and the mixer console as the central mixing environment. These workflow paradigms were so well-conceived that they’ve persisted through three and a half decades of technological change.
Moving to Windows and Mac: 1992–1999
As the PC and Macintosh platforms grew powerful enough to handle professional music production, Steinberg ported Cubase to Windows (initially Windows 3.1) and later Mac. The transition wasn’t always smooth — early Windows versions suffered from the timing inaccuracies inherent in the Windows audio stack — but the larger installed base of PCs and Macs compared to the Atari made the move commercially essential.
The most significant development of this era: Cubase VST, released in 1996. VST — Virtual Studio Technology — introduced the ability to load software plugin effects directly into Cubase’s mixer, processing audio in real time as if they were hardware effects units inserted into the signal chain. The VST standard was revolutionary. Steinberg published it openly, allowing third-party developers to build VST plugins that worked in Cubase and any other DAW that adopted the standard. Within a decade, the VST ecosystem had grown to encompass thousands of plugins from hundreds of developers worldwide — and it remains the dominant plugin format today.
In 1997, Steinberg released ASIO (Audio Stream Input/Output), a low-latency audio driver specification that allowed direct, efficient communication between audio software and audio hardware on Windows, bypassing the inherent latency of the Windows audio stack. ASIO made it possible to achieve recording latencies below 10ms on consumer hardware — previously only achievable with specialised professional hardware. Like VST, ASIO was adopted industry-wide and remains the standard for professional Windows audio today.
The Audio Revolution: Cubase VST 32 and Nuendo: 1999–2002
Cubase VST 32 expanded audio capability significantly, increasing track counts and introducing 32-bit floating point audio processing — which gave the DAW’s internal mixing engine essentially unlimited dynamic range and eliminated the risk of internal clipping. Steinberg also introduced VSTi (VST Instruments) in 1999, extending the VST standard from effects to include software synthesizers and sample players that responded to MIDI input. The first VSTi were Steinberg’s own instruments; within years, the format had become the standard for software synthesizers worldwide.
In 2000, Steinberg released Nuendo — a professional audio post-production platform built on Cubase technology but targeted at film, TV, and broadcast work. Nuendo introduced features specifically for post-production: timecode synchronisation, ADR (Automated Dialogue Replacement) workflows, and advanced audio-for-video capabilities. The Cubase and Nuendo codebases have shared technology ever since, with Nuendo typically receiving post-production-specific features before Cubase.
Cubase SX and the Modern Architecture: 2002–2006
Cubase SX (2002) represented a ground-up rewrite of the Cubase codebase — moving to a new underlying audio engine that provided improved stability, higher track counts, and better performance on contemporary hardware. The SX series (SX, SX2, SX3) established the architectural foundation that Cubase still uses today. The mixer, the project window, and the core workflow were all refined to a level of maturity that made Cubase genuinely competitive with Pro Tools for professional studio work.
This era also saw the introduction of the MediaBay content browser, improved MIDI editing with the Key Editor refinements, and the first implementations of what would become Cubase’s advanced automation system — allowing automation of virtually any parameter in any plugin or mixer channel.
Cubase 4 Through 6: Feature Maturity: 2006–2011
Cubase 4 introduced VST Expression — a system for controlling MIDI articulations in orchestral and sample library work that allowed composers to notate performance instructions (legato, staccato, tremolo) directly in the score and have them trigger the correct samples automatically. This made Cubase significantly more capable for professional orchestral composition and film scoring work, and it remains one of Cubase’s distinctive strengths compared to competing DAWs.
Cubase 5 added VariAudio — an integrated pitch correction and editing tool that allowed engineers to correct vocal pitch directly in the sample editor without leaving Cubase. At a time when Melodyne for this kind of work, VariAudio brought pitch editing into the core DAW at no additional cost. Cubase 5 also introduced the Groove Agent One drum sampler and improved time-stretching algorithms.
Cubase 7 Through 9: The MixConsole Era: 2012–2018
Cubase 7 introduced the MixConsole — a completely redesigned mixer that provided a more modern, channel-strip-style interface with integrated channel processing (EQ, dynamics, sends) visible directly in the mix view without opening separate windows. The MixConsole architecture has been refined continuously since and remains one of the most capable mixing environments in any DAW.
Cubase 8 added VCA (Voltage Controlled Amplifier) faders — a feature borrowed from large-format analogue mixing consoles that allows grouping multiple channels under a single master fader while preserving their individual fader relationships. Cubase 8.5 introduced significant performance improvements for multi-core processors, and Cubase 9 brought High DPI display support and improved workflow refinements throughout.
Cubase 10 Through 12: Refinement and Expansion: 2018–2022
Cubase 10 introduced the Video Export capability (rendering projects with video), improved chord track functionality, and the ARA2 (Audio Random Access 2) standard that allows deep integration between Cubase and ARA-compatible plugins like Melodyne and Spectral Layers. ARA integration means Melodyne can read and edit audio directly within Cubase’s timeline without the traditional export/import workflow.
Cubase 11 added SpectraLayers integration (Steinberg’s own spectral editing tool), improved vocal editing, and further MIDI refinements. Cubase 12 made a significant licensing change — moving from the eLicenser hardware dongle (a USB key that had been required since the early 2000s) to Steinberg Licensing, a software-based activation system. This removed the long-standing requirement to have a physical dongle connected to use Cubase, making it more practical for laptop users and eliminating the anxiety of a lost or broken dongle voiding an expensive software license.
Cubase 13, 14 and Beyond: AI and Modern Workflow
Cubase 13 introduced further MixConsole refinements, improved MIDI Remote controller integration, and workflow improvements throughout the editing environment. The subscription model option was introduced alongside the traditional perpetual license, giving users flexibility in how they access updates. Cubase 14 continued iterative improvements to the core workflow with enhanced audio editing tools and performance optimisations for Apple Silicon and modern Windows hardware.
Steinberg has continued to invest in the included plugin suite — the included instruments (HALion Sonic SE, Groove Agent SE, Retrologue, Padshop Pro) and effects (Frequency EQ, Compressor, Limiter, Vintage effects series) are genuinely professional quality and represent enormous included value in a DAW purchase.
Cubase’s Enduring Strengths
Across 35+ years of development, Cubase has established specific areas of genuine differentiation from competing DAWs:
- MIDI editing depth: the Key Editor, Drum Editor, Score Editor, and Expression Map system provide the most comprehensive MIDI editing environment in any mainstream DAW
- Orchestral and film scoring capability: VST Expression and Expression Maps allow articulation control that rivals dedicated scoring software
- Audio editing precision: VariAudio, AudioWarp, and the integrated spectral editing tools make Cubase one of the most capable DAWs for detailed audio repair and editing
- Mixer sophistication: the MixConsole with VCA faders, direct routing, and comprehensive channel strip integration is a professional mixing environment
- Plugin compatibility: as the creator of the VST standard, Cubase has the broadest VST compatibility and typically receives new plugin format support first
Cubase’s legacy is inseparable from the history of modern music production. The VST and ASIO standards it created are used billions of times daily across every DAW, audio interface, and plugin in the industry. For producers who want a DAW with unmatched MIDI depth, professional audio editing tools, and a 35-year track record in professional studios worldwide, Cubase remains one of the most compelling choices available.