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Cybersecurity Information SecurityTop 10 Best Desktop Encryption Software of 2026
Compare top desktop encryption software for PCs with ranking criteria and tradeoffs, testing BitLocker, FileVault, VeraCrypt, DiskCryptor, Symantec.
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
DiskCryptor is the strongest pick if you need full-disk control on Windows and want removable-media support without relying on OS-native governance, whereas Symantec Endpoint Encryption fits enterprise teams that require centrally governed endpoint and standardized recovery for both devices and removable media.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
DiskCryptor
DiskCryptor’s pre-boot capable full-disk and removable-drive encryption workflow runs directly on Windows volumes.
Built for fits when desktop encryption needs full-disk control and removable media support without heavy OS-native governance..
Symantec Endpoint Encryption
Editor pickAD-driven policy enforcement with centralized recovery workflows for managed endpoint fleets.
Built for fits when enterprise IT needs centrally governed endpoint and removable media encryption with standardized recovery..
Sophos SafeGuard
Editor pickPolicy-based encryption enforcement across AD-structured computer groups with centralized recovery workflows.
Built for fits when enterprise IT must enforce encryption posture across directory-managed Windows endpoints with auditable governance..
Related reading
- Cybersecurity Information SecurityTop 10 Best Software Encryption Software of 2026
- Cybersecurity Information SecurityTop 10 Best Desktop Access Software of 2026
- Cybersecurity Information SecurityTop 10 Best Hard Disk Encryption Software of 2026
- Cybersecurity Information SecurityTop 10 Best Computer Encryption Software of 2026
Comparison Table
Desktop encryption tools protect data at rest using full-disk, volume, and file-level mechanisms with key storage, recovery workflows, and device policy enforcement. This ranked list targets analysts and operators comparing Windows and macOS options by deployment automation, centralized governance, and auditability across endpoints and removable media.
DiskCryptor
SMBOpen-source full-disk encryption for Windows.
DiskCryptor’s pre-boot capable full-disk and removable-drive encryption workflow runs directly on Windows volumes.
DiskCryptor targets Windows desktops and workstations with a volume-centric workflow that encrypts whole disks or selected partitions rather than only individual files. The software supports pre-boot authentication flows for encrypted volumes and includes operational options for status checks and key-related recovery behaviors. DiskCryptor can be used for full-disk encryption, and it can also encrypt removable drives through the same volume framework. This makes it useful for environments that need consistent encryption behavior across internal and external storage.
A tradeoff is that DiskCryptor lacks the deep enterprise integration surface that administrators expect from OS-native encryption management, such as centralized policy enforcement hooks through common directory and device management stacks. Another tradeoff is that operational safety depends heavily on correct recovery planning before encryption begins. DiskCryptor fits best for stand-alone workstations, lab images, and migration tests where consistent disk encryption mechanics matter more than automated fleet governance. It is also suited for removable-drive encryption when a device model requires encryption behavior that differs from built-in Windows or macOS defaults.
- +Encrypts whole disks and partitions with a consistent volume workflow
- +Supports removable media encryption using the same volume encryption model
- +Provides pre-boot authentication for encrypted volumes
- +Implements sector-level encryption behavior for full-volume coverage
- –Requires careful recovery planning because key access errors can be final
- –Limited enterprise policy integration compared with OS-native encryption controls
- –Desktop-focused tooling reduces suitability for fleet-wide admin automation
- –Workflow safety checks add friction during repeated lab image operations
IT security engineers
Lab tests for disk encryption behavior
Repeatable encryption test results
Desktop administrators
Standalone workstation full-disk encryption
Reduced data exposure risk
Show 2 more scenarios
Field security teams
Removable-drive encryption for contractors
Protected offline data
Encrypts removable media volumes so offline storage remains protected across environments.
Compliance validation staff
Compatibility checks across encryption stacks
Clear compatibility findings
Encrypts partitions using a volume-first workflow to compare behavior with other encryption tools.
Best for: Fits when desktop encryption needs full-disk control and removable media support without heavy OS-native governance.
More related reading
Symantec Endpoint Encryption
enterpriseEnterprise full-disk and removable media encryption.
AD-driven policy enforcement with centralized recovery workflows for managed endpoint fleets.
Teams that already run Symantec Endpoint Security or related Symantec management infrastructure typically see the deepest integration during rollout and ongoing governance. Central policy enforcement can tie encryption requirements to AD constructs, which helps keep mixed OS fleets within the same control model. Recovery workflows and key escrow support are designed for administrator-led recovery without local key material handling by end users.
The tradeoff is operational overhead during migration and exception handling, because encryption adoption requires careful endpoint readiness checks and user communications. It fits best when an organization needs consistent encryption enforcement across managed Windows desktops and laptops and wants standardized recovery procedures for lost credentials or hardware changes.
- +Centralized key and recovery workflows support admin-led endpoint restores
- +AD-centric policy enforcement helps standardize encryption requirements at scale
- +Removable media encryption supports controlled off-device data handling
- +Encryption state and recovery event visibility supports audit and investigations
- –Endpoint onboarding and migration needs disciplined prechecks and sequencing
- –Admin operations can require multiple console surfaces for full governance
Global IT security teams
Standardize encryption across AD-joined endpoints
Fewer inconsistent endpoint configurations
Compliance and audit teams
Prove encryption and recovery activity
Clearer audit trails
Show 2 more scenarios
Help desk and endpoint admins
Recover data after credential loss
Faster credential-related recovery
Centralized recovery workflows reduce reliance on end-user local key access during restores.
Field ops IT
Protect data on removable drives
Reduced exposure on lost media
Removable media encryption extends controls to off-device storage under the same governance model.
Best for: Fits when enterprise IT needs centrally governed endpoint and removable media encryption with standardized recovery.
Sophos SafeGuard
enterpriseDevice encryption integrated with Sophos endpoint security.
Policy-based encryption enforcement across AD-structured computer groups with centralized recovery workflows.
SafeGuard is built for managed endpoints where encryption posture needs to be consistent across user populations. Policy enforcement is oriented around directory integration and repeated, automated reapplication of configuration to devices and groups. It also includes recovery options for encrypted volume access when credentials cannot be used.
A tradeoff exists for environments that need rapid, DIY-style deployment without directory integration. SafeGuard administration depends on planning around recovery roles and policy rollout sequencing. The best fit shows up when the organization already runs Windows group-based provisioning and wants encryption state changes tracked through the same governance approach.
- +Centralized policy enforcement aligned to directory-managed device groups
- +Removable media encryption and recovery handling supported for endpoint workflows
- +Encryption state visibility supports operational governance audits
- +Key and recovery processes integrate into enterprise administration patterns
- –Directory and rollout planning are required for predictable enforcement
- –Desktop rollout can add operational overhead compared with local-only tools
- –Complex policy changes take administrator validation before broad deployment
- –Advanced governance workflows may require dedicated admin time
Security and compliance teams
Audit-ready encryption posture across endpoints
Faster compliance reporting
Windows IT administrators
Directory-driven encryption rollout
Lower rollout variability
Show 2 more scenarios
Help desk and recovery coordinators
Managed access recovery
Reduced recovery friction
Applies centralized recovery processes for cases where users cannot authenticate to encrypted volumes.
Field operations IT
Removable media protection
Lower data exposure risk
Encrypts external storage use cases so data stays protected outside the managed endpoint boundary.
Best for: Fits when enterprise IT must enforce encryption posture across directory-managed Windows endpoints with auditable governance.
BitLocker
enterpriseBuilt-in full-disk encryption for Windows Pro and Enterprise.
Active Directory recovery-key escrow via BitLocker management tooling and policy-based enforcement.
BitLocker from Microsoft is a Windows-native desktop encryption solution that uses pre-boot authentication with TPM integration for volume protection. It encrypts full drives and external data surfaces by turning on hardware-backed keys, then writing recovery information to defined escrow targets.
Enterprise control is delivered through Active Directory integration and Group Policy, which drive automated key and recovery handling at scale. Management ties into Microsoft endpoint tooling through configuration policies and reporting, which reduces manual intervention for common deployment workflows.
- +TPM-backed key protection supports unattended startup workflows
- +Active Directory integration automates recovery-key storage and retrieval
- +Group Policy enforces encryption settings across managed Windows endpoints
- +Full-volume coverage reduces gaps versus file-only encryption approaches
- –Windows-only scope limits cross-platform encryption standardization
- –Clear recovery-key processes depend on AD schema and policy readiness
- –Management of removable media encryption needs extra policy design
- –Does not provide hidden-volume style deniability for sensitive containers
Best for: Fits when Windows fleets need centralized encryption enforcement with AD-driven recovery handling.
FileVault
enterpriseBuilt-in full-disk encryption for macOS.
Ties FileVault enablement and recovery handling into macOS management policy so deployment stays consistent across managed devices.
FileVault enables full-disk encryption on macOS by encrypting the startup volume and tying unlock to macOS pre-boot authentication and device key material. It integrates with Apple recovery workflows so recovery keys and institutional recovery can be handled through existing macOS administrative mechanisms.
FileVault also supports encrypted volume mount during OS boot so users can access encrypted data after authentication without manual container handling. Central control is delivered through macOS management policies that govern when encryption starts and how recovery is authorized.
- +Built into macOS with integrated startup-volume encryption workflow
- +Uses pre-boot authentication tied to device security hardware
- +Supports managed recovery key authorization via macOS administration
- +Encrypted volume mounts automatically after successful boot authentication
- –Management controls depend on macOS-specific enrollment and policy tooling
- –Limited automation and API surface compared with enterprise encryption agents
- –Less flexible than container-based tooling for selective file scope needs
- –Operational impact of rekeying and recovery procedures is harder to script
Best for: Fits when macOS fleets need standardized full-disk encryption with policy-based recovery governance.
McAfee Complete Data Protection
enterpriseEndpoint encryption for devices and removable media.
Central policy enforcement for encryption state and recovery workflows across managed endpoints.
McAfee Complete Data Protection targets desktop encryption with centralized administration for organizations that need controlled key handling and enforceable deployment. The product focuses on policy-driven encryption enablement across endpoints and includes key recovery workflows intended for managed environments.
Core capabilities cover full-disk and file encryption, pre-boot protection with credential handling, and enterprise management to track posture across devices. Reporting and governance controls support audit trails and operational oversight for encrypted storage rollouts.
- +Centralized console supports policy-based encryption rollout across endpoints
- +Key recovery workflow supports managed environments and administrative recovery paths
- +Pre-boot protection integrates with endpoint security operations
- +Encryption posture reporting supports governance and change tracking
- –Admin setup needs careful planning for keys, recovery, and enforcement scope
- –MDM-style enforcement paths depend on integration shape and endpoint enrollment
- –File-level and folder-level controls can feel heavier than simple UI encryption
- –Troubleshooting encrypted boot issues often requires console-level diagnostics
Best for: Fits when enterprises need centrally governed desktop encryption with consistent key recovery and auditable rollout.
AxCrypt
SMBFile-level encryption with cloud collaboration features.
Right-click file encryption workflow with account-linked key access for targeted document sharing.
AxCrypt targets file-level encryption and lets users protect specific documents instead of relying on full-disk encryption for every workload.
The interface supports rapid encrypt and decrypt actions so protected content can move through regular storage and sharing patterns.
The account-linked design supports consistent key access across endpoints, which reduces friction when users switch devices.
Enterprise controls such as centralized provisioning, RBAC, and audit log integration are weaker than what OS-native and container-centered stacks provide.
- +File-by-file encryption fits shared folders and document workflows
- +Quick right-click encryption and decryption reduces operational friction
- +Password-based access supports ad hoc sharing without complex key installs
- +Integrated account flow supports consistent protection across common endpoints
- –Limited enterprise governance compared with OS-level policy enforcement
- –Central key escrow and recovery-agent workflows are not designed for large AD estates
- –No built-in RBAC model for per-user access on shared encrypted folders
- –Operations are optimized for files rather than full disk coverage
Best for: Fits when teams need document-level protection with fast, user-driven encryption workflows.
Cryptomator
SMBOpen-source client-side encryption for cloud files.
Encrypted-folder container format designed for portability across platforms while keeping the remote backend storage ciphertext.
Cryptomator is a desktop file-encryption tool that protects data by encrypting files client-side before they are stored in external locations. It uses an encrypted folder model where the local directory stays visible while the remote storage receives ciphertext.
It supports common developer workflows with an open, documented cryptographic container format and cross-platform desktop apps for Windows, macOS, and Linux. Key management stays local to the user, with optional recovery mechanisms and no built-in central admin console for managing multiple users.
- +Client-side encryption prevents plaintext from reaching file sync services
- +Encrypted folder mount keeps normal file workflows without custom apps
- +Open container format enables interoperability and long-term portability
- +Cross-platform desktop support covers Windows, macOS, and Linux
- –No centralized admin features for provisioning, RBAC, or audit logging
- –Multi-device access depends on consistent key handling and recovery planning
- –Performance varies with large file counts due to client-side crypto overhead
- –Background sync conflict handling still relies on the external storage behavior
Best for: Fits when individuals or small teams need encrypted-file mounts across cloud storage without device-level encryption policy.
SecureDoc
enterpriseEnterprise full-disk encryption with centralized policy, recovery, and key management.
Recovery agent workflow for controlled encrypted data access on managed endpoints, integrated into the platform’s governance flow.
SecureDoc from winmagic.com provides desktop and endpoint encryption with centralized administration for key access and recovery workflows. It supports file and folder encryption as well as full-disk style protection options through deployable security policies. The platform focuses on operational controls like recovery agent handling, policy enforcement, and audit-oriented reporting across managed endpoints.
- +Centralized administration for encryption policy and recovery workflows
- +File and folder encryption for targeted protection without full-disk changes
- +Recovery agent handling supports controlled key escrow operations
- +Audit-oriented reporting for managed endpoint encryption events
- –Policy design requires encryption workflow discipline across endpoint groups
- –Mixed protection modes can increase troubleshooting complexity for admins
- –Advanced automation depends on integration setup with the organization stack
- –Detailed crypto setting changes are not suited for ad hoc endpoint actions
Best for: Fits when enterprises need centrally governed endpoint encryption with recoverability and auditable policy enforcement.
BestCrypt Volume Encryption
vertical specialistVolume and container encryption software with support for full-disk and removable-media protection.
Centralized management for desktop volume encryption keeps configuration and key-recovery workflows consistent across endpoints.
BestCrypt Volume Encryption from jetico.com targets file and volume protection on Windows desktops and adds an enterprise-ready deployment story through centralized management components. The product supports mounting encrypted volumes, creating and managing encryption containers, and protecting data with strong encryption modes used for block-level encryption.
It also includes password and key-based recovery options plus administrative features meant for controlled rollout. The overall focus is desktop encryption workflows that still fit governance expectations when many endpoints need consistent policy.
- +Volume mounting workflow is designed for routine day-to-day access
- +Encrypted volume and container management covers common desktop data protection needs
- +Centralized management components support consistent endpoint configuration
- +Recovery mechanisms help reduce operational downtime after key loss
- –Administrative setup and rollout coordination require more discipline than consumer tools
- –Advanced integrations depend on deployment components beyond the desktop agent
- –Cross-platform parity is limited since the focus is Windows volume encryption
- –Policy-driven enforcement depth is not as transparent as OS-native controls
Best for: Fits when Windows endpoint encryption needs managed rollout and operational recovery without shifting to full-disk only.
Conclusion
After evaluating 10 cybersecurity information security, DiskCryptor 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 desktop encryption software
Desktop encryption software covers full-disk encryption, removable-drive encryption, and file or folder encryption workflows used on Windows and macOS endpoints. This buyer's guide compares DiskCryptor, Symantec Endpoint Encryption, Sophos SafeGuard, BitLocker, FileVault, McAfee Complete Data Protection, AxCrypt, Cryptomator, SecureDoc, and BestCrypt Volume Encryption.
The most decisive differences show up in pre-boot authentication behavior, centralized recovery workflows, and how strongly AD or device enrollment can drive provisioning and enforcement. DiskCryptor is evaluated for volume-level encryption control on Windows, while BitLocker is evaluated for AD-driven recovery-key escrow.
Desktop encryption software for full-disk and file-level protection with policy and recovery control
Desktop encryption software encrypts local storage through full-disk, partition, or removable-drive workflows, and it also supports file-level or folder-level encryption for targeted protection. Tools such as BitLocker focus on TPM-backed volume encryption with Active Directory integration for recovery-key escrow.
Other products narrow or shift the workflow shape, such as DiskCryptor, which runs a pre-boot capable encryption workflow directly on Windows volumes and uses a consistent volume model across whole disks and removable media. Platform-led governance differs sharply too, because Symantec Endpoint Encryption and Sophos SafeGuard build enforcement around directory-managed computer groups and centralized recovery handling.
Policy enforcement, recovery workflows, and integration depth
Desktop encryption software becomes operationally different based on where encryption is initiated and how recovery access is governed. Tools that centralize key handling reduce time-to-recovery, while tools that rely on local workflows put more responsibility on endpoint operators.
Centralized recovery-key workflows
Symantec Endpoint Encryption and Sophos SafeGuard both centralize recovery workflows for managed endpoint fleets using directory-driven controls.
AD-driven escrow and unattended startup paths
BitLocker stores recovery keys in Active Directory through BitLocker management tooling and supports TPM-backed key protection for unattended startup workflows.
Pre-boot capable volume and removable media encryption model
DiskCryptor provides a pre-boot capable workflow for encrypting Windows volumes and extends the same volume encryption model to removable media.
File and folder encryption workflows with controlled access
AxCrypt focuses on right-click file encryption with account-linked key access for targeted sharing, while SecureDoc provides centrally governed recovery-agent workflows for encrypted file and folder access.
Portability through encrypted-folder containers
Cryptomator uses an encrypted-folder container format that keeps remote storage ciphertext while enabling normal file workflows via an encrypted folder mount.
Platform-native encryption enablement and recovery integration
FileVault ties encryption enablement and recovery handling into macOS management policy so deployment stays consistent across managed devices.
Choose by enforcement model, recovery control plane, and workload shape
Start with the enforcement model because centralized directory-driven policy changes rollout planning, operational ownership, and recovery speed. Then choose the recovery control plane because escrowed keys, recovery agents, and console workflows determine who can restore access when pre-boot authentication fails.
If AD drives provisioning, prioritize BitLocker-compatible governance for recovery
Select BitLocker when Windows fleets need TPM-backed protection and Active Directory integration for recovery-key escrow. Select Symantec Endpoint Encryption when AD-driven policy enforcement must pair with centralized recovery workflows across managed endpoints.
If endpoint groups are the control boundary, pick policy enforcement aligned to directory structure
Choose Sophos SafeGuard when encryption posture must be enforced across AD-structured computer groups with centralized recovery workflows. Choose McAfee Complete Data Protection when encryption state rollout and key recovery workflows must be handled from a centralized console for managed environments.
If removable media must follow the same encryption model as disks, evaluate DiskCryptor
Pick DiskCryptor when a consistent volume encryption workflow must cover whole disks, partitions, and removable-drive encryption directly on Windows volumes. Plan recovery operations carefully because key access errors can become final if recovery planning is weak.
If the goal is targeted document protection, choose file-level workflow products
Pick AxCrypt when teams need right-click file encryption with account-linked key access for fast encryption and decryption inside shared folder workflows. Pick SecureDoc when encrypted file and folder access requires centrally governed recovery-agent workflows instead of local user-only key handling.
If portability across devices matters more than device-level policy, select encrypted-folder mounts
Choose Cryptomator when encrypted-folder containers must work across platforms while keeping remote backend storage ciphertext. Accept that centralized admin features for provisioning, RBAC, or audit logging are not the focus of the Cryptomator client.
If the environment is macOS-first, use macOS-native enablement and recovery integration
Choose FileVault when macOS management policy must drive encryption enablement and recovery handling with consistent deployment across enrolled devices. Treat enterprise automation expectations as constrained by the smaller API and automation surface compared with Windows enterprise encryption agents.
Who benefits from desktop encryption tools in this lineup
Different teams buy desktop encryption for different control points. Platform-native macOS policy buyers, Windows fleet administrators with directory controls, and teams needing document-level encryption each land on different product architectures.
Windows enterprise teams enforcing encryption across AD-managed endpoints
Symantec Endpoint Encryption and Sophos SafeGuard both enforce encryption posture using directory-driven computer group controls and keep centralized recovery workflows for admin-led endpoint restores.
Windows fleet administrators that need TPM-backed encryption with AD recovery-key escrow
BitLocker is a direct fit for centralized key recovery through Active Directory storage and TPM-backed key protection that supports unattended startup workflows.
IT teams that must encrypt disks and removable media with one consistent volume workflow on Windows
DiskCryptor supports pre-boot capable full-disk and removable-drive encryption using a consistent volume encryption model across whole disks and attached removable drives.
Organizations standardizing on user-driven, document-level encryption
AxCrypt matches workflows built around right-click file encryption and account-linked key access for targeted sharing without full-disk enforcement.
Individuals and small teams mounting encrypted folders over existing cloud sync storage
Cryptomator provides encrypted-folder mounts that keep remote storage ciphertext while preserving normal file workflows without requiring device-level encryption policy.
Common deployment pitfalls for desktop encryption buyers
Encryption tools fail operationally when key recovery steps do not match the incident reality on endpoints. Buyers also overestimate cross-platform consistency when the product is tied to a single OS management surface.
Assuming removable media encryption is governed the same way as internal volumes
DiskCryptor uses a consistent volume encryption workflow for removable media and disks, while OS-native and endpoint-agent designs can require separate operational steps for removable-drive coverage.
Selecting a centralized recovery product without validating onboarding and rollout sequencing
Symantec Endpoint Encryption requires disciplined endpoint onboarding and migration prechecks, and Sophos SafeGuard requires directory and rollout planning to keep enforcement predictable across device groups.
Treating macOS-native encryption as if it provides the same enterprise automation depth as Windows agents
FileVault enablement and recovery integration depends on macOS-specific enrollment and policy tooling, and automation and API surface are limited compared with enterprise encryption agents.
Using encrypted-folder mounts where enterprise RBAC and audit logging are required
Cryptomator does not provide centralized admin features for provisioning, RBAC, or audit logging, so governance controls need a different control plane.
Choosing file-level encryption when incident response needs centrally governed recovery-agent workflows
AxCrypt focuses on account-linked key access with right-click workflows, while SecureDoc provides centrally governed recovery-agent workflows for encrypted file and folder access in managed environments.
How We Selected and Ranked These Tools
We evaluated DiskCryptor, Symantec Endpoint Encryption, Sophos SafeGuard, BitLocker, FileVault, McAfee Complete Data Protection, AxCrypt, Cryptomator, SecureDoc, and BestCrypt Volume Encryption across enforcement integration depth, automation and API surface, recovery workflow control, and usability for the targeted encryption workflow. Features accounted for 40% of scoring, while ease and value each accounted for 30%.
DiskCryptor ranked highest because it delivers pre-boot capable full-disk and removable-drive encryption on Windows using a consistent volume workflow that directly matches endpoint encryption control needs. DiskCryptor also earned high value scores because removable media encryption follows the same operational model as disk encryption, which reduces tooling fragmentation for desktop encryption deployments.
Frequently Asked Questions About desktop encryption software
How do BitLocker and FileVault handle boot-time access, and what breaks if TPM-backed unlock is unavailable?
Which tools support centralized key management and directory enforcement for managed Windows endpoints?
When should DiskCryptor be selected over BitLocker for removable media and offline use cases?
What is the tradeoff between AxCrypt and Cryptomator when protecting individual documents across cloud storage?
How do SecureDoc and Symantec Endpoint Encryption differ in recovery workflows for encrypted access requests?
When does VeraCrypt-style container encryption become a better fit than full-disk encryption approaches like BitLocker or FileVault?
How should administrators plan data migration and rollout when moving from local encryption tooling to Sophos SafeGuard or McAfee Complete Data Protection?
Where does BestCrypt Volume Encryption fall short compared with BitLocker for full-disk governance?
Which tool best supports encrypted file mounts on multiple operating systems without a built-in central admin console?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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