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Music And AudioTop 10 Best Audio Router Software of 2026
Ranking and picks of 10 Audio Router Software tools for audio routing, including Audacity, Voicemeeter, and RME TotalMix FX for setups.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Audacity
Non-destructive multi-track editing with a robust effects chain applied before export
Built for teams needing audio routing aided by editing, effects, and track-based mixing.
RME TotalMix FX
Editor pickTotalMix FX mixer matrix with per-channel monitoring, routing, and DSP control
Built for studios and live rigs using RME interfaces for detailed monitoring mixes.
Related reading
Comparison Table
The comparison table maps Audio Router software by integration depth, data model choices, and the automation and API surface used to route audio between apps and devices. It also compares admin and governance controls such as RBAC, provisioning, and audit log coverage, which affect how teams manage configurations at scale. The tool set includes Audacity, VoiceMeeter, RME TotalMix FX, Soundflower, Loopback, and other common routing options.
Audacity
desktop DAWAudio routing and monitoring can be configured via device selection and multi-track workflows while recording, editing, and exporting audio with flexible channel management.
Non-destructive multi-track editing with a robust effects chain applied before export
Audacity can route audio by recording from multiple sources using loopback device inputs and virtual audio cable endpoints, then sending the result back through selected output devices. It supports multi-track workflows, so different sources can be monitored and mixed with consistent sample handling before export or live monitoring. Audacity’s editing and processing tools like mixing and resampling are practical when the routed inputs do not share the same sample rate.
A key tradeoff is that Audacity is not a purpose-built real-time router with persistent device routing rules, so repeatable routing setups often require manual device selection and template-like workflows. This makes it a better fit for routing tasks that can tolerate operator setup at the start of a session rather than fully automatic always-on routing.
- +Multi-track editing and non-destructive workflow for complex routing captures
- +Strong effects chain for conditioning routed audio before output
- +Clear device selection for inputs and outputs in the recording interface
- –Routing logic depends on external virtual devices instead of built-in patching
- –Session automation and graph-based routing are limited compared with dedicated routers
- –Real-time multi-output routing can require careful settings and monitoring control
Podcasters and home broadcasters using a live audio interface plus a software player
Route microphone and playback audio into separate Audacity tracks, monitor while recording, then mix down for immediate distribution
Reduced need for separate DAW work and fewer post-recording corrections because timing and mixing checks happen inside the same routing session.
Streaming moderators and remote interview teams needing consistent audio normalization across participants
Ingest multiple remote streams or caller feeds through virtual audio cables, resample as needed, then mix to a single clean output
More consistent audio output across different participant devices because sample-rate mismatches and level differences can be handled before the final routed mix.
Show 2 more scenarios
Media producers testing audio pipelines for broadcast or compliance workflows
Create controlled routing test sessions with loopback inputs, then validate timing and processing by editing and exporting routed results
Clearer root-cause identification for routing or processing issues because the routed output can be inspected and compared after sample-accurate edits.
Audacity can capture from defined sources, apply sample-accurate edits, and export the processed output for downstream verification. This supports repeatable test cases where the audio must be inspected frame-accurately after routing through virtual devices.
Educators and lab staff demonstrating audio capture and processing workflows
Route classroom audio sources through virtual devices into Audacity for live monitoring and guided edits
Faster demonstration of audio routing concepts because students see both the captured tracks and the routed, mixed output in a single session.
Audacity can show how loopback and virtual cable routing feeds appear as input signals and how track mixing changes the final output. Editing tools let instructors correct alignment or apply processing while students observe the effect.
Best for: Teams needing audio routing aided by editing, effects, and track-based mixing
More related reading
VB-Audio Hi-Fi Cable
virtual cableVirtual cable software routes audio streams between applications by exposing a pair of virtual devices for input and output.
Virtual Hi-Fi Cable device that transports audio between apps with integrated processing
VB-Audio Hi-Fi Cable focuses on routing and signal processing by creating a virtual audio link that carries audio between applications and devices. It combines a virtual cabling approach with built-in DSP-style processing, which suits patching workflows where audio needs conditioning while passing through.
Core capabilities center on low-latency virtual audio transport using virtual device endpoints. It is best used as a lightweight routing module rather than a full multi-zone mixing console.
- +Virtual audio cabling enables direct app-to-app audio routing
- +Integrated signal processing supports practical audio conditioning in the route
- +Low-friction setup supports quick patching without complex scene management
- –Routing is centered on the virtual cable concept, limiting complex graph workflows
- –Fine-grained mixer control and automation features are minimal versus full router suites
- –Configuration and monitoring can feel technical for multi-path routing
Best for: Small routing tasks needing a virtual audio link with inline processing
RME TotalMix FX
interface routingTotalMix FX provides precise internal routing and mixing for RME audio interfaces with per-channel monitoring and configurable signal paths.
TotalMix FX mixer matrix with per-channel monitoring, routing, and DSP control
RME TotalMix FX stands out by pairing mixer-grade routing with per-channel signal processing inside RME hardware control. It provides flexible audio routing across device inputs and outputs plus matrix-based monitoring with latency-aware signal paths.
TotalMix FX also supports saving and recalling complex routing snapshots for consistent studio and live setups. The tool’s scope is tightly aligned to RME interfaces, which limits use as a generic router across unrelated sound cards.
- +Matrix routing across all inputs and outputs with immediate monitor control
- +Integrated per-channel DSP processing for mix-minus and cue mixes
- +Session recall via TotalMix snapshots for repeatable studio workflows
- –Full capability depends on using compatible RME audio interfaces
- –Dense mixer and routing grid can feel complex for first-time users
- –Not a standalone router for non-RME hardware setups
RME audio interface owners running TotalMix FX with live performance and monitoring needs
Create a performer headphone mix from multiple hardware inputs while applying per-channel gain, EQ, and dynamics without leaving the RME control environment
Each performer hears a stable, adjusted cue mix that matches the show workflow and reduces setup time during soundchecks.
Studio engineers managing multi-track recording sessions on RME hardware
Route stems to analog and digital outputs while using TotalMix FX snapshots to recall monitoring and talkback configurations across sessions
Faster session start and fewer routing mistakes because the monitoring layout returns to a known configuration each time.
Show 1 more scenario
Broadcast and podcast production teams using RME interfaces for announcer and program audio control
Set up program output routing from mic and playback sources while feeding separate mix outputs for host headphones and recording taps
Clear announcer monitoring and reliable program feed separation that helps prevent missing sources or incorrect levels.
TotalMix FX can route multiple inputs to different monitoring and output targets in a single control workflow. Per-channel processing supports adjusting vocal levels and tone so the announcer mix stays consistent.
Best for: Studios and live rigs using RME interfaces for detailed monitoring mixes
More related reading
Loopback
macOS loopbackLoopback creates virtual audio devices on macOS and routes audio from apps into other apps or hardware with mixing, monitoring, and scheduled changes.
Profiles for instantly switching multi-route routing layouts
Loopback from Rogue Amoeba stands out with a macOS-first visual routing tool that creates virtual audio devices for apps and system sound. It supports routing between physical inputs, system audio, and virtual destinations, plus mixing with per-route controls and monitoring. Complex setups become manageable through profiles, quick toggles, and persistent device creation for repeatable workflows.
- +Visual routing graph simplifies complex virtual device setups
- +Per-route controls enable tight monitoring and repeatable mixes
- +Profiles and quick toggles speed switching between routing states
- –macOS-only use limits adoption for cross-platform teams
- –Advanced routing still requires careful management of devices and levels
Best for: Mac-based creators needing reliable virtual audio routing and mix profiles
Loopback
macOS loopbackLoopback creates virtual audio devices on macOS and routes audio from apps into other apps or hardware with mixing, monitoring, and scheduled changes.
Profiles for instantly switching multi-route routing layouts
Loopback from Rogue Amoeba stands out with a macOS-first visual routing tool that creates virtual audio devices for apps and system sound. It supports routing between physical inputs, system audio, and virtual destinations, plus mixing with per-route controls and monitoring. Complex setups become manageable through profiles, quick toggles, and persistent device creation for repeatable workflows.
- +Visual routing graph simplifies complex virtual device setups
- +Per-route controls enable tight monitoring and repeatable mixes
- +Profiles and quick toggles speed switching between routing states
- –macOS-only use limits adoption for cross-platform teams
- –Advanced routing still requires careful management of devices and levels
Best for: Mac-based creators needing reliable virtual audio routing and mix profiles
MIDI Tuner
MIDI-controlled routingAudio routing via MIDI-based control is handled through patchable automation for compatible systems, enabling routing logic driven by MIDI events.
MIDI tuning and transformation focused routing for pitch- and message-accurate playback
MIDI Tuner stands out by focusing on MIDI signal tuning and routing workflows rather than broad audio playback or mastering features. It helps connect MIDI sources to destinations with configurable mapping and automation-oriented control points.
For audio router needs, it can act as a MIDI control hub that keeps pitch and timing related messages consistent across devices. It is most effective when MIDI routing logic is the primary requirement.
- +Targets MIDI tuning and routing logic instead of general audio mixing
- +Configurable MIDI mapping supports stable control across multiple devices
- +Automation-friendly message handling fits sequencer-driven workflows
- –Primarily MIDI-focused, so audio routing needs are only indirectly covered
- –Routing setup can feel technical for users expecting drag-and-drop patching
- –Limited evidence of advanced monitoring tools compared with dedicated router apps
Best for: Producers needing MIDI tuning and routing control hubs for multi-device setups
More related reading
BlackHole
virtual cableBlackHole creates virtual multi-channel audio devices on macOS so software can route audio internally without extra hardware.
Virtual audio endpoints that act as selectable devices for real-time app routing
BlackHole distinguishes itself as an audio routing tool focused on routing audio between apps and devices using a virtual capture and playback model. It provides virtual audio endpoints that software can select as inputs and outputs for monitoring, processing, and re-amping workflows.
Core capabilities include real-time audio routing, flexible device selection, and stable operation for continuous streams across macOS applications. It also supports system-wide use cases like live mixing and signal sharing without requiring external hardware.
- +Stable virtual input and output endpoints for app-to-app routing
- +Low-latency passthrough suitable for monitoring and live workflows
- +Works with standard audio device selection in common recording software
- –Routing logic remains simple and lacks advanced programmable patching
- –No built-in visual mixer or node-based workflow for complex setups
- –Limited channel management features for multiband and multi-bus routing
Best for: Mac users routing audio between apps for monitoring and live signal sharing
Jack Audio Connection Kit
open-source routingJACK routes audio between applications and devices through a graph-based patchbay with low-latency professional audio focus.
Patchbay-style port routing between JACK clients with saved session graphs
Jack Audio Connection Kit stands out with a low-level, patch-cable style router that connects audio and MIDI between local processes and devices. It provides a graph of clients and ports with routing changes that can be saved and recalled for repeatable setups. It also supports JACK transport synchronization so multiple audio apps can stay aligned during playback.
- +Precise port-level routing across apps using patchbay-style connections
- +Graph persistence enables repeatable sessions with stable client and port mapping
- +Transport synchronization supports coordinated playback and timing across clients
- +MIDI routing alongside audio channels supports full studio-style signal flow
- –Learning routing workflows and buffer settings takes time
- –GUI patchbay options vary by installation and can feel inconsistent
- –Latency and stability depend heavily on correct audio server configuration
- –Complex setups can become hard to debug without monitoring tools
Best for: Pro audio workstations needing deterministic routing and tight timing control
More related reading
Windows Audio Device Graph Isolation routing tools
API-driven routingAudio endpoints can be managed and routed using Windows audio APIs and policy via programmatic control of audio sessions for selective playback paths.
Audio Device Graph Isolation routing support for isolating and directing audio streams per process
Windows Audio Device Graph Isolation routing tools focus on controlling Windows audio endpoints through the Audio Graph Isolation engine. They provide routing-friendly building blocks for per-process audio device control using Windows audio graph primitives.
Core capability centers on steering audio flows between device endpoints and managing graph isolation behavior instead of offering a full mixer-style GUI router. This approach targets developers and system integrators who need deterministic audio routing inside the Windows audio stack.
- +Enables per-process audio routing using Windows graph isolation primitives
- +Integrates directly with the Windows audio graph stack for consistent behavior
- +Supports low-level control paths suited for deterministic routing scenarios
- –Less accessible than dedicated desktop audio routers with drag-and-drop controls
- –Requires audio graph and endpoint knowledge to implement correctly
- –GUI-centric workflows are limited because control is primarily API-driven
Best for: Developers integrating deterministic Windows audio routing into apps and services
VB-Audio Hi-Fi Cable
virtual cableVirtual cable software routes audio streams between applications by exposing a pair of virtual devices for input and output.
Virtual Hi-Fi Cable device that transports audio between apps with integrated processing
VB-Audio Hi-Fi Cable focuses on routing and signal processing by creating a virtual audio link that carries audio between applications and devices. It combines a virtual cabling approach with built-in DSP-style processing, which suits patching workflows where audio needs conditioning while passing through.
Core capabilities center on low-latency virtual audio transport using virtual device endpoints. It is best used as a lightweight routing module rather than a full multi-zone mixing console.
- +Virtual audio cabling enables direct app-to-app audio routing
- +Integrated signal processing supports practical audio conditioning in the route
- +Low-friction setup supports quick patching without complex scene management
- –Routing is centered on the virtual cable concept, limiting complex graph workflows
- –Fine-grained mixer control and automation features are minimal versus full router suites
- –Configuration and monitoring can feel technical for multi-path routing
Best for: Small routing tasks needing a virtual audio link with inline processing
Conclusion
After evaluating 10 music and audio, Audacity stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Audio Router Software
This buyer's guide covers audio router software tools including Audacity, Voicemeeter, RME TotalMix FX, Soundflower, Loopback, MIDI Tuner, BlackHole, JACK, Windows Audio Device Graph Isolation routing tools, and VB-Audio Hi-Fi Cable.
The guide compares integration depth, data model fit, automation and API surface, and admin and governance controls across routing approaches like virtual devices, mixer matrices, and graph patchbays.
Audio routing software that steers live streams between device endpoints and apps
Audio router software routes audio by controlling selectable input and output endpoints so apps can send audio into virtual devices and receive it elsewhere. Tools like BlackHole and Soundflower create virtual audio endpoints that software can select as inputs and outputs for real-time app routing.
Other tools provide deeper mixing graphs and routing snapshots. RME TotalMix FX uses a mixer matrix with per-channel monitoring and DSP control inside RME hardware control, while JACK uses a patchbay-style graph of clients and ports with saved session routing.
Evaluation criteria for routing rules, orchestration, and control depth
Routing software has very different data models depending on whether it is a virtual-device switch, a mixer-matrix router, or a patchbay graph. Audacity and BlackHole focus on routing through selectable devices and virtual endpoints, while JACK and Voicemeeter focus on graph-like routing behaviors.
Admin and governance controls show up as repeatability mechanisms, saved routing states, and auditability signals like session recall rather than user dashboards. RME TotalMix FX stands out with TotalMix snapshots for recalling complex routing setups, and Soundflower and Loopback stand out with profiles for switching multi-route layouts.
Persistent routing states via snapshots or profiles
RME TotalMix FX can save and recall complex routing snapshots so repeatable studio and live setups stay consistent across sessions. Soundflower and Loopback provide profiles and quick toggles to switch multi-route routing layouts without rebuilding devices and levels each time.
Matrix routing with per-channel monitoring and in-path DSP
RME TotalMix FX provides a matrix routing grid with per-channel signal paths and monitoring control, plus integrated per-channel DSP for cue mixes and mix-minus workflows. Audacity supports routing-assisted conditioning through a strong effects chain, but TotalMix FX keeps monitoring and routing inside the RME control surface.
Virtual device endpoints for app-to-app capture and playback
BlackHole and Loopback create virtual audio endpoints that apps can select as standard recording and playback devices for continuous monitoring and live signal sharing. Soundflower also builds a macOS-first visual routing setup around virtual devices, which simplifies endpoint selection in recording workflows.
Graph-based patchbay routing with saved client-port mappings
JACK routes audio between applications with a patchbay-style graph of clients and ports and supports saving and recalling routing graphs. This model supports deterministic port-level routing and includes MIDI alongside audio channels for aligned studio-style signal flow.
Integration-ready automation and API surface for programmatic routing
Windows Audio Device Graph Isolation routing tools target developers and system integrators by steering audio streams with Windows graph isolation primitives through API-driven control paths. MIDI Tuner provides automation-oriented message handling for routing logic driven by MIDI events, which fits automation surfaces where MIDI controls map to routing state changes.
Virtual cable transport as a lightweight routing module
Voicemeeter and VB-Audio Hi-Fi Cable focus on virtual audio links using virtual cable endpoints, which supports low-latency app-to-app routing with inline signal processing. This approach works well for smaller patching workflows, but it limits complex graph workflows and fine-grained automation compared with dedicated router suites.
Pick the routing data model first, then validate automation and governance needs
The first decision is the routing data model, because it determines how routing rules are represented and how repeatability is achieved. Choose virtual-device routing for app capture and playback with tools like BlackHole and Loopback, choose a mixer matrix for per-channel monitoring and DSP with RME TotalMix FX, and choose a patchbay graph when port-level determinism matters with JACK.
The second decision is how routing configuration is managed across sessions and users. Prefer tools with profiles or snapshots like Soundflower, Loopback, and TotalMix FX, and evaluate API-driven routing needs with Windows Audio Device Graph Isolation routing tools when programmatic control is the goal.
Match the routing model to the workflow
If routing is primarily app-to-app monitoring, BlackHole and Soundflower deliver virtual endpoints that appear in standard device selectors. If routing needs matrix-style cue mixing and mix-minus monitoring inside an interface control surface, RME TotalMix FX provides a per-channel routing and DSP control grid.
Define what must persist across sessions
For repeatable studio and live setups, prioritize RME TotalMix FX snapshots and its routing recall behavior. For fast layout switching, use Soundflower or Loopback profiles and quick toggles so route changes happen without rebuilding devices.
Plan for automation control and integration depth
When routing decisions must be driven by events and automation logic, evaluate MIDI Tuner because it focuses on MIDI-based control points and mapping. When deterministic routing must be integrated into apps and services, Windows Audio Device Graph Isolation routing tools align to Windows audio graph primitives and API-driven control paths.
Check extensibility through graph complexity and debugging
For complex multi-app workflows that require explicit patching and port-level control, JACK provides a graph of clients and ports plus saved session graphs. If the workflow is mostly simple patching with conditioning, Voicemeeter and VB-Audio Hi-Fi Cable use virtual cable transport, but they keep graph workflows limited and automation features minimal.
Validate real-time routing expectations versus editing workflows
For routing that can tolerate operator setup at session start and benefits from multi-track editing, Audacity routes through loopback and virtual endpoints and then conditions audio with a robust effects chain before output or export. For always-on real-time routing behavior and persistent device routing rules, tools like RME TotalMix FX and JACK better align to continuous monitoring and saved routing graphs.
Which teams and systems benefit from specific routing tools
Routing needs split along two axes: where routing state lives and how configuration changes get managed over time. Tools with profiles and snapshots fit operational repeatability, while graph patchbays fit deterministic studio workstations.
Audience fit also depends on platform and device scope because RME TotalMix FX ties full capability to compatible RME audio interfaces, while BlackHole and Soundflower are macOS-first virtual endpoint tools.
Studios and live rigs with RME interfaces
RME TotalMix FX fits detailed monitoring mixes because it provides matrix routing across all inputs and outputs with per-channel monitoring and integrated per-channel DSP. TotalMix FX also supports saving and recalling complex routing snapshots for consistent studio and live setups.
Mac-based creators who need app monitoring with quick routing layouts
BlackHole and Loopback provide virtual audio endpoints that apps select for real-time app routing and live signal sharing. Soundflower and Loopback add profiles and quick toggles so multi-route layouts can switch instantly without reconstructing devices.
Pro audio workstations needing deterministic port-level patching
JACK serves pro audio workstations with a low-latency patchbay-style graph of clients and ports. JACK also supports saving and recalling routing graphs and includes JACK transport synchronization so multiple apps stay aligned during playback.
Developers building API-driven deterministic Windows routing behavior
Windows Audio Device Graph Isolation routing tools target developers and system integrators because they steer audio using Windows audio graph primitives rather than offering a drag-and-drop desktop router. This fits per-process routing inside the Windows audio stack where deterministic control matters.
Teams that route audio with editing and effects conditioning
Audacity supports routing-assisted workflows where recording from multiple sources, monitoring, mixing, resampling, and conditioning happen in a track-based editing environment. This fits teams that need non-destructive multi-track editing plus a strong effects chain before export or output.
Routing pitfalls that show up in setup, automation, and governance
Many routing failures come from choosing a tool whose data model does not match how routing rules must be maintained. Virtual-cable tools like Voicemeeter and VB-Audio Hi-Fi Cable work well for lightweight patching, but they limit complex graph workflows and fine-grained automation when requirements grow.
Another recurring issue is assuming a general-purpose router will behave like an always-on rules engine. Audacity routes through external virtual devices and benefits from upfront session setup, while JACK and TotalMix FX better align with saved routing graphs and persistent routing expectations.
Treating virtual-cable routing as a full routing graph
Voicemeeter and VB-Audio Hi-Fi Cable center routing on the virtual Hi-Fi cable concept, which limits complex graph workflows and reduces fine-grained automation options. For port-level determinism and graph persistence, JACK provides a patchbay graph with saved client-port mappings.
Expecting generic always-on rule management from editor-style routing
Audacity depends on external virtual devices and manual device selection, so repeatable routing setups often require operator setup and template-like workflows. For persistent routing snapshots and matrix monitoring, RME TotalMix FX supports saving and recalling routing snapshots inside its control surface.
Ignoring persistence mechanisms for repeatable operations
Soundflower and Loopback provide profiles for instantly switching multi-route layouts, so skipping profiles forces manual rerouting and increases operator error. When repeatability needs deep per-channel recall, RME TotalMix FX snapshots provide session-level routing state recall.
Choosing the wrong platform scope for virtual endpoints
Soundflower, Loopback, and BlackHole are macOS-focused virtual endpoint tools, which limits adoption for cross-platform teams. For cross-platform integration paths, focus on API-driven routing primitives such as Windows Audio Device Graph Isolation routing tools when building into Windows applications.
How We Selected and Ranked These Tools
We evaluated Audacity, Voicemeeter, RME TotalMix FX, Soundflower, Loopback, MIDI Tuner, BlackHole, JACK, Windows Audio Device Graph Isolation routing tools, and VB-Audio Hi-Fi Cable on features coverage, ease of use, and value, then used the overall score to reflect how well each tool balances routing depth with day-to-day configuration effort. Features carried the largest weight in the ranking because routing capability and monitoring control show the most direct impact on whether audio streams can be steered correctly in real workflows.
Ease of use and value each received the next highest weight to account for how quickly routing graphs, device endpoints, and saved states can be created and reused without excessive configuration friction. Audacity separated itself through non-destructive multi-track editing paired with a robust effects chain for conditioning routed audio before output, and that capability lifted its features and eased routing-related workflows within an editing environment.
Frequently Asked Questions About Audio Router Software
How do Audacity, Voicemeeter, and TotalMix FX differ in real-time routing rule persistence?
Which tools fit app-to-app monitoring on macOS: BlackHole, Soundflower, or Loopback?
What throughput and latency constraints change routing design in Voicemeeter and RME TotalMix FX?
Which options offer a graph-based model for deterministic routing: JACK, Windows Audio Device Graph Isolation, or Audacity?
How do profiles and presets reduce manual device selection across Soundflower and Loopback?
Can MIDI Tuner be used alongside an audio router workflow, and what limitation should be expected?
What security and access controls are typically available when routing must be shared across multiple users?
How should data migration be approached when moving from one router setup to another?
Which tools support extensibility through integration or automation pathways rather than only a GUI?
When diagnosing routing failures, what are the most common causes in Audacity, Jack, and macOS virtual endpoint tools?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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