Top 10 Best Volume Mixer Software of 2026

Volume² centers on application-level volume control with metering so changes are visible while audio is playing. It also includes output-focused controls that help when multiple playback endpoints are used during streaming or recording workflows. The tool fits scenarios where users want to adjust loudness by app without introducing extra virtual audio routing layers.

A key tradeoff is limited integration depth into pro audio pipelines compared with routing tools that expose a full audio device topology. Volume² is a strong fit for OBS workflows where the OBS process output needs consistent gain while switching between speakers and capture devices.

Volume Mixer is designed to manage multiple audio sources at once using a mixer view that exposes per-application controls like mute and gain. Routing rules connect those sources to specific playback endpoints so the same app can land on different outputs. Metering and quick channel controls make it practical for live monitoring where volume mistakes are costly.

A key tradeoff is that Volume Mixer depends on Windows audio endpoint behavior, so some device graphs that work with low-level virtual drivers may require extra configuration. It fits scenarios like OBS Studio or live broadcast workflows where the operator needs stable per-app levels and consistent output routing during a session.

SteelSeries Sonar provides a channel strip style workflow where each app can be assigned to a specific Sonar mix target with independent volume and mute controls. It routes selected streams through virtual endpoints so output device switching stays consistent while apps change. For steadier listening, it can apply a system-wide equalizer and a peak limiting stage on the Sonar output path.

A key tradeoff is narrower automation and integration depth than general-purpose mixers, since Sonar has limited API and scripting for provisioning mixes across machines. Sonar fits best when one Windows gaming rig needs quick chat and game balancing, while OBS Studio can capture the Sonar virtual output without reconfiguring every app.

EarTrumpet is a Windows per-app volume mixer that shows audio sessions and lets users adjust output gain per running application. It distinguishes itself through a compact session list, instant per-process volume and mute, and an interface that maps common audio controls without extra routing layers.

The core workflow centers on audio endpoint selection for the sessions shown and quick hotkeys for volume and mute behavior. For most users, it acts as a session control layer over the existing Windows audio subsystem rather than a virtual device mixer.

Voicemeeter provides a configurable virtual audio mixer with hardware-style channel strips, allowing multiple input sources to route into one or more outputs. It supports device-level mixing via virtual endpoints and common capture methods such as WASAPI loopback, with optional ASIO support for lower latency workflows.

The app also includes per-channel gain, mute, monitoring meters, and configurable routing that can be used to drive recording and live monitoring separately. Its distinctiveness comes from treating audio routing and gain staging as a single patching task rather than a per-app fader layer.

Audio Hijack from Rogue Amoeba targets macOS audio routing and per-app capture using a session-first workflow built around “hijack” blocks. It can route an audio source through processing blocks, then control level and mixing at the output with meter feedback and real-time monitoring.

It also supports multiple simultaneous chains, which helps when routing different apps to different destinations without creating a single global mixer. Audio Hijack’s graph-style configuration focuses on repeatable signal chains rather than just endpoint volume sliders.

Volume2 from github.com uses a routing-rule approach instead of a fixed channel-strip layout, which makes it suited for repeatable audio routing tasks.

The mixer targets per-process gain and channel mapping so each application can be assigned to an output endpoint with predictable behavior.

Automation comes from configuration-first operation, which supports remapping workflows after system changes.

Elgato Wave Link is a volume mixer built around audio input channels and output mixes for stream and voice workflows. It provides per-channel gain control, mute, routing to capture targets, and configurable processing that matches common broadcasting needs.

Its standout differentiator is tight integration with Elgato Wave devices and the Wave Link control surface for channel management. The app’s routing model is centered on creating mix outputs for different destinations, rather than exposing a general-purpose system audio graph.

FxSound applies audio enhancements and tone shaping for Windows playback endpoints, with controls that are geared toward listening sessions rather than engineering workflows.

Core controls center on output gain and an EQ and loudness-style processing stack, which helps reduce perceived variation across tracks and devices.

The product does not target the full volume-mixer use case of routing multiple app streams into a configurable multi-channel matrix with virtual device mixing.

For single-output playback tuning, the interface supports rapid iteration and keeps the adjustment workflow simple.

Nahimic is a Windows audio enhancement suite that includes a volume mixer aimed at per-application gain control alongside system audio processing. It supports audio endpoint handling and per-channel mixing behavior through its Nahimic service layer, which routes output through its processing chain.

The mixer UI is tightly coupled to the Nahimic engine rather than exposing a standalone virtual device like generic routing tools. That coupling makes it practical for quick level balancing on one machine, but it limits integration with external apps that expect standard audio subsystem APIs.