Voltage Modular vs miRack

Struggling to choose between Voltage Modular and miRack? Both products offer unique advantages, making it a tough decision.

Voltage Modular is a Audio & Music solution with tags like modular, synthesizer, music-production, sound-design.

It boasts features such as Over 200 modules for synthesis, sampling, sequencing, effects, Fully modular design allows complex sound design and routing, Intuitive drag and drop workflow, Built-in effects like delay, reverb, distortion, MIDI and CV connectivity, Module browser for easy patch creation, Cloud support to access patches anywhere, AUv3 and VST plugin versions available and pros including Powerful modular environment without cost of hardware, Great for learning modular synthesis, Very flexible routing capabilities, Wide range of modules for diverse sounds, Smooth workflow for designing patches.

On the other hand, miRack is a Audio & Music product tagged with synthesizer, modular, vst, au, plugin.

Its standout features include Virtual Eurorack modular synthesizer, Runs as VST/AU plugin or standalone application, Modular environment for creating and manipulating synthetic sounds, Uses virtual modules like oscillators, filters, envelopes, sequencers, effects, Flexible routing options between modules, Mimics real hardware Eurorack systems, Huge library of free and paid modules, Ability to save and load patches, and it shines with pros like Very versatile and customizable, Intuitive workflow, Great sound quality, More affordable than real hardware, Easy to get started, Active community support.

Feature	Voltage Modular	miRack
Overall Score	N/A	N/A
Primary Category	Audio & Music	Audio & Music

Product Overview

Voltage Modular

Description: Voltage Modular is a virtual modular synthesizer app for Windows and Mac. It features over 200 modules for creating complex synthesizer patches and generating digital audio using visual patch cables and modulation. The intuitive interface makes modular synthesis accessible for beginners and pros alike.

miRack

Description: miRack is a virtual Eurorack modular synthesizer that runs as a VST/AU plugin or standalone application. It provides a flexible modular environment for creating and manipulating synthetic sounds using virtual modules like oscillators, filters, envelopes, sequencers, and effects.

Key Features Comparison

Voltage Modular Features

• Over 200 modules for synthesis, sampling, sequencing, effects
• Fully modular design allows complex sound design and routing
• Intuitive drag and drop workflow
• Built-in effects like delay, reverb, distortion
• MIDI and CV connectivity
• Module browser for easy patch creation
• Cloud support to access patches anywhere
• AUv3 and VST plugin versions available

miRack Features

• Virtual Eurorack modular synthesizer
• Runs as VST/AU plugin or standalone application
• Modular environment for creating and manipulating synthetic sounds
• Uses virtual modules like oscillators, filters, envelopes, sequencers, effects
• Flexible routing options between modules
• Mimics real hardware Eurorack systems
• Huge library of free and paid modules
• Ability to save and load patches

Pros & Cons Analysis

Voltage Modular

Pros

• Powerful modular environment without cost of hardware
• Great for learning modular synthesis
• Very flexible routing capabilities
• Wide range of modules for diverse sounds
• Smooth workflow for designing patches

Cons

• Can be overwhelming for new users
• No touch screen support on iOS
• Occasional bugs and stability issues
• Steep learning curve
• Requires decent CPU power

miRack

Pros

• Very versatile and customizable
• Intuitive workflow
• Great sound quality
• More affordable than real hardware
• Easy to get started
• Active community support

Cons

• Can be CPU intensive
• Steep learning curve
• Missing some features of real hardware
• Software bugs/crashes
• Limited MIDI implementation
• Paid modules can get expensive

Pricing Comparison

Voltage Modular

• Free Version
• Standard $199
• Pro $399

miRack

• Free
• Freemium
• One-time Purchase
• Subscription-Based