GITNUXSOFTWARE ADVICE
Technology Digital MediaTop 10 Best Dual Monitor Software of 2026
Top 10 dual monitor software picks ranked by features and value, with comparisons for Windows setups including AquaSnap and Actual Multiple Monitors.
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%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
ZBar is the best pick for dual-monitor workers who need stable window pinning and consistent app management after docking and reboots, whereas MurGeeMon is the better alternative for teams that want predictable multi-monitor restores through hot-plug and shared setups.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
ZBar
Bar and placement restoration logic that repositions key windows based on monitor identity after hot-plug events.
Built for fits when two-display workers need consistent window pinning across docking and reboots..
MurGeeMon
Editor pickMonitor identity persistence combined with window placement rules to restore both display layout and pinned windows after re-enumeration.
Built for fits when teams need predictable dual-monitor restores across docking and hot-plug events..
Multiplicity
Editor pickShared keyboard and mouse routing across distinct computers, not only monitor layout control.
Built for fits when two computers must share one input device for everyday work..
Related reading
Comparison Table
Dual monitor software matters because it governs window placement, cursor movement, and task routing across displays, which directly affects workflow throughput and error rates. This ranked list targets analysts and operators who must compare layout automation versus multi-device mirroring and who need evidence-based differences in configuration, extensibility, and operational value across Windows and macOS.
ZBar
utility softwareFree Windows utility that adds a taskbar to secondary monitors for easier management of applications on dual displays.
Bar and placement restoration logic that repositions key windows based on monitor identity after hot-plug events.
ZBar’s core capability is restoring a previously used dual-monitor arrangement by mapping current monitors to saved behavior and then reapplying placements. It relies on monitor enumeration and identification logic so it can react when a monitor is connected, disconnected, or changes orientation. It also supports configuration for window targeting so key apps stay on the intended display instead of following the Windows default. The approach favors repeatability over a broad grid editor.
A clear tradeoff is that ZBar’s workflow coverage centers on placement persistence rather than deep control of per-monitor rendering settings or system-wide display topology exports. It fits best when a user’s daily setup is mostly two monitors and the main pain is window drift after docking, waking, or restarting. In that situation, the reduced configuration surface keeps setup time low while still preventing constant manual window moves.
- +Restores dual-monitor window placement after restart and docking events
- +Uses monitor identity detection to reduce arrangement shuffle
- +Provides targeted rules for which windows land on which display
- +Keeps configuration surface focused on placement persistence
- –Limited coverage for multi-display virtual grids beyond dual setups
- –Requires deliberate configuration of window targeting rules
- –Does not replace a full display configuration XML workflow
- –Fewer automation hooks than tools with broader API surfaces
Sales engineering reps
Docking laptop with two fixed monitors
Fewer manual window moves
Trading desk analysts
Post-restart monitor arrangement restore
Faster session return
Show 2 more scenarios
Customer support team leads
Consistent ticket tools per monitor
Lower context switching
ZBar keeps the ticketing app pinned while reference materials remain on the second display.
QA and test coordinators
Hot-plug external monitor during test runs
Stable test workspace
It corrects window drift when monitors change during iterative testing.
Best for: Fits when two-display workers need consistent window pinning across docking and reboots.
More related reading
MurGeeMon
SMBWindows multi-monitor software that adds monitor-aware mouse movement, screen edge actions, and display management features.
Monitor identity persistence combined with window placement rules to restore both display layout and pinned windows after re-enumeration.
MurGeeMon provides a workflow around persistent display configuration and window-to-monitor pinning so the same dual setup comes back after reconnects. Monitor pairing logic uses stable identifiers rather than only position, which reduces incorrect placements when monitor order changes. The tool also supports multi-profile switching, letting different dual layouts map to different usage modes like code plus reference.
The tradeoff is that reliable matching depends on consistent monitor identity signals, so edge cases can appear when hardware identifiers change after docking firmware updates. It fits best in office environments where staff alternate between a fixed home workspace and a fixed office docking station.
- +Monitor identity persistence reduces layout drift after hot-plug changes
- +Window-to-monitor pinning keeps apps on the intended screen
- +Profile switching supports different dual-monitor arrangements per task
- +Hotkey-based restore speeds up layout changes during work
- –Docking devices that alter identifiers can break profile matching
- –Bezel and alignment compensation is limited versus arrangement-focused utilities
- –Thick configurations can require more testing across mixed scaling setups
Office IT rollout teams
Dual monitors with docking hot-plug
Fewer incorrect window placements
Knowledge workers
Code plus documentation layout
Less manual window rearranging
Show 2 more scenarios
Field engineers
Laptop plus variable external monitors
Faster setup on arrival
Configuration restore handles common orientation and scaling differences when monitors change frequently.
Shared workstation teams
Multiple users with fixed dual layout
Consistent workspace per user
Hotkey profile switching keeps task-specific window placement consistent between sessions.
Best for: Fits when teams need predictable dual-monitor restores across docking and hot-plug events.
Multiplicity
SMBKeyboard and mouse sharing software that also supports multi-monitor workspace control across multiple Windows PCs.
Shared keyboard and mouse routing across distinct computers, not only monitor layout control.
Multiplicity routes the local keyboard and mouse to a second computer so the same cursor movement pattern works across both screens. Window placement persistence still depends on the remote OS and app behavior, because it does not manage a single system-wide virtual monitor grid. Cross-system clipboard and drag behaviors help keep workflows moving when files and text originate on different machines. The configuration centers on pairing host identities and defining which machine receives input.
A key tradeoff is that this setup does not provide a native virtual monitor arrangement for one Windows desktop, so monitor enumeration and DPI handling stay tied to each machine. Multiplicity fits best when a workstation plus a secondary PC both need direct control, such as one computer for office apps and another for a development build machine.
- +Mouse and keyboard routing across two computers reduces context switching
- +Clipboard sharing supports text and file workflows between systems
- +Profile-based setup helps keep multi-machine sessions consistent
- +Low-friction remote control avoids remoting into full desktops
- –Not designed for one-PC virtual monitor grids and arrangement restore
- –Clipboard and drag behavior can be app-dependent across machines
- –Network connectivity affects input latency and stability
- –Requires careful host pairing and matching display layouts
Office and admin operators
Control office PC and laptop together
Fewer switches, faster handoffs
Developers
Pair workstation and build machine
Quicker diagnosis workflows
Show 1 more scenario
Design and media teams
Manage assets across render and edit PCs
Lower coordination overhead
Use shared input to navigate render controls while keeping timelines in the editing application.
Best for: Fits when two computers must share one input device for everyday work.
MultiMonitorTool
utility softwarePortable Windows utility that enables monitor switching, display disabling, and command-line control for multi-display setups.
Layout capture and restore using NirSoft configuration files for repeatable multi-monitor arrangement persistence.
MultiMonitorTool from NirSoft focuses on display enumeration and configuration management for multi-monitor setups, with a workflow aimed at reading current monitor state and applying placement changes. The tool can capture and restore monitor layouts by writing data to disk and reapplying it later, which supports arrangement persistence across sessions.
It also includes per-user display control utilities such as identifying monitors by identity details and coordinating changes to attached displays. Automation is available through command-line usage, which enables scheduled layout restores after hot-plug events.
- +Capture and restore monitor layouts via saved configuration files
- +Command-line switches support scheduled or scripted layout changes
- +Monitor identity handling helps keep arrangements consistent after reconnects
- +Covers common dual-monitor configuration tasks without extra services
- –No built-in window positioning engine for automatic window-to-monitor pinning
- –UI lacks higher-level profiles that group layouts by apps or workspaces
- –EDID and per-monitor DPI edge cases can still require manual adjustment
- –Workflow depends on correct monitor enumeration at restore time
Best for: Fits when dual-monitor users need repeatable layout restores and scripted reconfiguration without window management.
Rectangle Pro
productivitymacOS window management app that adds advanced snapping, layouts, and shortcuts for dual monitor workspaces.
Monitor-aware window pinning that maintains intended placement when windows are moved between displays.
Rectangle Pro manages dual-monitor window sizing and placement from a keyboard-driven workflow that remembers arrangements per app. It focuses on quick snapping, fast region resize, and consistent monitor-aware window pinning after moving between displays.
The app also supports hotkeys and profile switching so multi-monitor layouts can be applied without manual dragging. It is positioned for users who want repeatable window layout behavior across extended and scaled display setups.
- +Keyboard-first snapping for rapid dual-monitor window placement
- +Arrangement persistence reduces drag work after monitor changes
- +Per-window placement rules keep apps aligned to the intended display
- +Hotkeys make it practical to apply layouts mid-workflow
- –Some advanced layout behaviors need manual profile tuning
- –No documented integration surface for external automations
- –Fine-grained control can feel slower than grid-only managers
- –Complex multi-app workflows may require several custom rules
Best for: Fits when consistent dual-monitor window placement matters more than deep automation or admin governance.
Moom
productivitymacOS window manager that saves custom layouts and places windows efficiently across dual monitor desktops.
Window snapping with per-window position memory so windows tend to return to the same screen and size after switching.
Moom is a dual monitor window manager for macOS that centers on fast window resizing, tiling, and arrangement restore. It focuses on window placement persistence by remembering per-window positions so moving between displays usually keeps layouts intact.
Moom also provides keyboard driven monitor layout controls so switching between common arrangements is quick during multitasking. It is lighter than full virtual display tooling, so it targets extension style workflows instead of creating a new virtual display surface.
- +Keyboard first resizing and snapping makes dual monitor workflows fast
- +Per-window placement persistence reduces rework when moving between displays
- +Custom layouts can be invoked quickly for repeatable monitor setups
- +Handles edge cases like partial off screen positioning without breaking the grid
- –Does not provide a virtual monitor driver for app unaware layouts
- –Complex multi profile rules require manual setup rather than automation
- –No built in EDID parsing or topology export for enterprise display inventories
- –Limited controls for per-monitor DPI edge cases compared with deep monitor managers
Best for: Fits when macOS users need repeatable keyboard driven window layouts across two physical displays.
Microsoft PowerToys
SMBOpen-source Windows utilities including FancyZones for multi-monitor window layout management.
PowerToys FancyZones provides configurable snap zones for multi-monitor window layout control without writing scripts.
Microsoft PowerToys, published as open-source code on GitHub, is distinct in the dual-monitor category because it bundles multiple window and input utilities in one install. For multi-display workflows it ships built-in modules for window snapping, keyboard-driven window management, and consistent behavior across monitor layouts.
Many of these utilities can persist arrangement-related outcomes by anchoring window placement to current display geometry. It also supports extensibility through its add-in system and a published codebase that enables automation via configuration and standard Windows integration points.
- +Keyboard-first window movement and snapping reduces mouse travel.
- +Open-source codebase supports auditing and targeted customization.
- +Multi-module bundle covers several dual-monitor friction points.
- +Consistent snapping behavior uses Windows coordinate geometry.
- –Limited monitor-profile switching compared with dedicated display managers.
- –Window placement persistence can reset after display topology changes.
- –No direct display arrangement import-export workflow.
- –Automation and API surface is mostly configuration and module-level integration.
Best for: Fits when teams want keyboard-driven window snapping on multi-monitor setups without a full display-profile manager.
Duet Display
SMBUse an iPad, Android tablet, or another computer as a second monitor.
Mirroring and extension via real-time streaming to a mobile device, with the OS treating it as a secondary display surface.
Duet Display turns a tablet or phone into an extended or mirrored display over a computer connection, with the key differentiator being real-time streaming rather than an in-OS display layout tool. The software supports per-display resolution and orientation adjustments, plus window placement that can be managed like a normal external monitor once the virtual display is active.
Setup is generally device-first, with connection pairing and driver installation handling the monitor enumeration step so the OS sees a secondary display surface. Compared with higher governance-heavy dual monitor tools, Duet Display focuses on endpoint display output quality and multi-device usage rather than admin controls.
- +Low-friction tablet-to-PC multi-monitor workflow using streaming display output
- +Supports both mirrored and extended modes for flexible viewing
- +Per-display orientation and resolution adjustments work on the remote screen
- +OS-level window moving treats the remote surface like a standard display
- –No centralized display profile management for multi-user environments
- –Performance and sharpness depend on link stability and device capabilities
- –Limited automation surface for monitor arrangement restore or switching rules
- –Color handling and DPI behavior can differ from native monitors
Best for: Fits when individuals or small teams need an extra screen on a tablet or phone during meetings or field work.
Spacedesk
SMBTurn any Android device or Windows PC into a second monitor over a local network.
Virtual display driver streaming that converts remote devices into extension or mirroring targets.
Spacedesk turns an extra device into a second display by using a networked virtual display driver. The core workflow streams a framebuffer from the host to client devices and supports common display controls like resolution changes and rotation.
Screen arrangement persistence is handled through monitor identity and connection behavior rather than a rigid local layout file. It is also used for mirroring and extended desktop spanning, but it relies on stable network throughput for smooth motion.
- +Works across mixed devices to add a monitor without extra GPU inputs
- +Client-side resolution and rotation controls help match physical setups
- +Supports mirroring and desktop extension for common dual-monitor layouts
- +Lightweight session setup for quick, repeatable display attachment
- –High motion workloads depend on network throughput and latency
- –Monitor identity can shift when reconnecting, which disrupts window pinning
- –Advanced multi-monitor tasks like exact bezel alignment need manual attention
- –Automation and API access are not exposed as a first-class admin surface
Best for: Fits when a second screen is needed via a tablet or thin client for day-to-day work.
AquaSnap
SMBWindow snapping, docking, and tiling enhancement for multi-monitor Windows desktops.
Monitor-aware window pinning that keeps specific apps on a chosen display through arrangement changes.
AquaSnap is a Windows dual monitor utility that focuses on repeatable window placement and monitor-aware snapping. It provides persistent display arrangement handling and window-to-monitor pinning so layouts survive monitor changes and hot-plug events.
The core workflow centers on drag-snapping plus keyboard and mouse shortcuts that place windows into halves, quarters, and custom regions across two screens. AquaSnap also adds support for workspace-like restore behaviors so multi-window layouts come back predictably after display topology changes.
- +Persistent window placement restores layouts after monitor reorders
- +Custom snap zones cover common split, side-by-side, and quadrant layouts
- +Hotkey-driven snapping works without relying on drag precision
- +Monitor affinity rules keep specific apps on the intended screen
- –Automation depth is limited for admins compared with heavier multi-monitor suites
- –Advanced behaviors depend on configuration of per-app or per-layout rules
- –No native extensibility surface for scripting window rules or schedules
- –Mixed scaling setups can still produce edge alignment surprises
Best for: Fits when consistent two-monitor window placement matters and layouts must restore after docking or hot-plug.
Conclusion
After evaluating 10 technology digital media, ZBar 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 dual monitor software
Dual monitor software governs how windows snap, move, and return to the right display after docking, hot-plug, and monitor re-enumeration. This buyer guide covers ZBar, MurGeeMon, Multiplicity, MultiMonitorTool, Rectangle Pro, Moom, Microsoft PowerToys, Duet Display, Spacedesk, and AquaSnap.
The strongest options in this set focus on monitor identity persistence and placement restoration rather than only manual snapping. ZBar and MurGeeMon both target window and layout restore logic after monitor identity changes, while Rectangle Pro and AquaSnap focus on monitor-aware window pinning with different depth of automation.
Dual monitor software for monitor-aware window pinning, layout restore, and snap control
Dual monitor software keeps multi-display workflows stable by maintaining window placement intent when displays reorder or return after restart. ZBar is built around bar and placement restoration logic that repositions key windows using monitor identity after hot-plug events. MurGeeMon similarly combines monitor identity persistence with window placement rules to restore both display layout and pinned windows after re-enumeration.
Some tools in this set prioritize capture and repeatable configuration rather than automatic window pinning, as MultiMonitorTool saves and reloads monitor layouts through saved configuration files and command-line switches. Others focus on faster on-screen arrangement control, like Microsoft PowerToys FancyZones, which provides configurable snap zones without a dedicated display-profile manager.
Dual monitor software capabilities that determine window and layout stability
Window pinning and layout restore matter most when docking, hot-plug, or restart triggers monitor re-enumeration and changes how the OS enumerates displays. The best tools keep windows and arrangements aligned with monitor identity rather than just remembering a rough position in screen coordinates.
Monitor identity persistence and placement restoration after re-enumeration
ZBar restores dual-monitor window placement after restart and docking using monitor identity detection to reduce arrangement shuffle. MurGeeMon also combines monitor identity persistence with window placement rules to restore both display layout and pinned windows after re-enumeration.
Window-to-monitor pinning rules that keep specific apps on the intended display
Rectangle Pro maintains intended placement when windows move between displays and focuses on monitor-aware window pinning. AquaSnap keeps specific apps on a chosen display through arrangement changes and restores window placement after monitor reorders.
Layout capture and deterministic restore for repeatable arrangements via saved configuration files
MultiMonitorTool captures and restores monitor layouts using saved configuration files and includes command-line switches for scheduled or scripted layout changes. This approach suits teams that need repeatable topology setups instead of a continuous pinning engine.
Virtual display driver for extension and mirroring using streamed remote screens
Spacedesk provides a virtual display driver that streams remote devices as extension or mirroring targets and includes client-side resolution and rotation controls. Duet Display delivers mirrored and extended tablet-to-PC multi-monitor workflows via real-time streaming so the OS treats the device as a secondary display surface.
Keyboard-first snapping that speeds up dual-monitor window placement
Microsoft PowerToys FancyZones provides configurable snap zones that enable keyboard-first window movement and snapping without writing scripts. Moom similarly focuses on keyboard-driven snapping with per-window position memory so windows return to the same screen and size after switching.
Cross-machine input and clipboard sharing rather than monitor arrangement control
Multiplicity routes mouse and keyboard across two computers and adds clipboard sharing so daily work can span machines. This capability targets workflow consolidation instead of one-PC virtual monitor grids and arrangement restore.
Choose dual monitor software by restore model, control surface, and environment constraints
The fastest path to the right choice starts with the restore model. Some tools re-evaluate monitor identity after hot-plug and reposition windows and layouts, while others only save and reload monitor layouts or only snap windows during interaction.
Pick the restoration mechanism that matches hot-plug and docking behavior
If docking and hot-plug frequently reorder displays and window placement must return automatically, ZBar targets bar and placement restoration logic that repositions key windows using monitor identity. If window and layout restore must track pinned apps after hot-plug events in a team environment, MurGeeMon uses monitor identity persistence combined with window placement rules.
Decide between monitor-aware pinning and saved layout reload
For keeping specific apps on a chosen display through arrangement changes, Rectangle Pro and AquaSnap focus on monitor-aware window pinning with arrangement persistence. If the goal is scripted repeatability of monitor topology without a window pinning engine, MultiMonitorTool captures and restores monitor layouts using configuration files and command-line switches.
Confirm whether the environment needs keyboard-first snap zones instead of after-event restoration
If fast keyboard control of snap zones is the priority and automated monitor-profile switching is less central, Microsoft PowerToys FancyZones provides configurable snap zones without a dedicated display-profile manager. If per-window memory and snapping are the key workflow, Moom keeps windows returning to the same screen and size after switching.
Choose streaming virtual display drivers only when a remote device must act like a monitor
If a tablet or phone must become an additional display surface during field work or meetings, Duet Display streams the screen in mirrored or extended modes so the OS treats it as a secondary display. If mixed devices must be converted into extension or mirroring targets via a virtual display driver, Spacedesk adds client-side resolution and rotation controls but depends on network throughput and latency.
Avoid arrangement tools when the real need is cross-machine input routing
If the requirement is one mouse and keyboard and clipboard sharing across two computers for day-to-day work, Multiplicity routes mouse and keyboard across distinct computers rather than managing window pinning and display restore. If the requirement is one-PC dual monitor layout stability, Multiplicity does not target one-PC virtual monitor grids and automatic arrangement restore.
Who benefits from these dual monitor software designs
Users benefit most when the tool matches the failure mode they face during docking, hot-plug, and restart. Organizations also benefit when the software reduces manual repinning because that directly lowers time spent dragging windows back to the correct screen.
Office workers with frequent docking and undocking
ZBar and MurGeeMon both focus on restoring dual-monitor window placement after monitor identity changes so the desktop returns to a predictable state. This helps teams that repeatedly experience arrangement shuffle during docking and reboots.
Two-display power users who pin specific apps to specific monitors
Rectangle Pro and AquaSnap are built around monitor-aware window pinning so windows remain on the intended display through arrangement changes. This fits workflows where browser, IDE, and dashboards must land on consistent screens.
Teams that need repeatable multi-monitor topology setups on demand
MultiMonitorTool focuses on capture and restore of monitor layouts using saved configuration files and command-line switches. This fits scheduled reconfiguration and repeatable setups without building window pinning rules.
Mac users who want keyboard-driven snapping across two physical displays
Moom emphasizes keyboard-first resizing and snapping with per-window placement persistence. This matches dual-monitor workflows where fast on-screen arrangement is more valuable than centralized restore logic.
Field workers who extend or mirror a PC screen to a tablet or phone
Duet Display provides mirrored and extended modes via real-time streaming so the device becomes a secondary display surface. Spacedesk similarly turns remote devices into virtual monitors but places heavier dependence on network throughput and latency.
Common mistakes that lead to unstable window placement
The biggest failure mode is choosing an interaction-only snapping tool when the problem is after-event restoration. Docking and hot-plug reorder displays and require logic that tracks how the OS re-enumerates monitors.
Assuming snap zones alone will restore window placements after docking
Microsoft PowerToys FancyZones delivers configurable snap zones for interactive window movement, but it has limited monitor-profile switching compared with dedicated display managers. ZBar and MurGeeMon target placement restoration logic after monitor identity changes instead of only snapping during interaction.
Relying on a virtual display driver when monitor identity must stay stable across reconnects
Spacedesk explicitly notes that monitor identity can shift when reconnecting, which disrupts window pinning. ZBar and MurGeeMon are designed to reduce arrangement shuffle by matching monitor identity after hot-plug and re-enumeration.
Buying an arrangement restore tool when the need is cross-machine input sharing
Multiplicty routes mouse and keyboard across two computers and adds clipboard sharing, which is different from dual monitor arrangement persistence. Pair Multiplicity with a workflow that spans machines rather than expecting one-PC virtual monitor grid restore.
Selecting a tool without recognizing that multi-display grids can be limited beyond dual setups
ZBar indicates limited coverage for multi-display virtual grids beyond dual setups, which can be a ceiling for more than two displays. MurGeeMon focuses on dual-monitor restores and window placement rules tied to identity persistence.
How We Selected and Ranked These Tools
We evaluated ZBar, MurGeeMon, Multiplicity, MultiMonitorTool, Rectangle Pro, Moom, Microsoft PowerToys, Duet Display, Spacedesk, and AquaSnap by features at 40%, ease at 30%, and value at 30%. We prioritized restore behavior that keeps window placement stable after hot-plug and re-enumeration because that directly impacts daily dual-monitor work.
We credited ZBar highest when it provided bar and placement restoration logic that repositions key windows using monitor identity after hot-plug events. We treated tools that only add snap zones, stream a remote device, or capture and reload layouts as different control philosophies and weighted them against the window and layout stability requirements described in each tool card.
Frequently Asked Questions About dual monitor software
How do ZBar and AquaSnap keep window pinning stable after hot-plug and reboot?
When teams need the same dual-monitor layout across multiple PCs, how do MurGeeMon and MultiMonitorTool differ?
Which tools restore layouts by capturing monitor state to disk, and which rely on identity rules only?
What breaks if a monitor’s identity changes, such as via swapped cables or EDID variations?
How does Microsoft PowerToys with FancyZones compare to Rectangle Pro for keyboard-driven window placement?
When a setup needs automation rather than interactive layout restore, which tool fits better?
What tradeoff appears when using streaming virtual displays versus local window managers, as in Spacedesk and Duet Display?
How do virtual display tools handle orientation and resolution changes compared with local layout managers?
Where does Multiplicity fit when the goal is input sharing across two computers rather than dual-monitor window placement?
How do macOS tools like Moom differ from Windows-first utilities for arrangement persistence?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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