GITNUXSOFTWARE ADVICE
Healthcare MedicineTop 10 Best Sd Memory Recovery Software of 2026
Ranked sd memory recovery software tools for SD card file recovery, with comparisons and test notes covering DMDE, Recoverit, and Stellar.
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
DMDE is the go-to for forensic-style SD recovery when you want manual control over corrupted partitions and structures, while Wondershare Recoverit fits users who need quicker preview-based recovery from failing or formatted SD cards without imaging.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
DMDE
Hex and sector editing in the same recovery flow, enabling targeted fixes of metadata before export.
Built for fits when forensic-style SD recovery needs manual control over corrupted structures..
Wondershare Recoverit
Editor pickResult preview with file-type grouped listings helps validate recoverability before restoring.
Built for fits when users need fast, preview-based SD file recovery from failing cards without forensic imaging..
Stellar Data Recovery
Editor pickSignature-based deep scan with preview lets users validate recoverable files before committing large restores.
Built for fits when technicians need guided SD file recovery with preview and carving when directories are damaged..
Comparison Table
DMDE
professionalDisk editing and recovery software for partitions and files on memory cards, flash storage, and disks.
Hex and sector editing in the same recovery flow, enabling targeted fixes of metadata before export.
DMDE’s recovery workflow centers on visualizing and editing detected partitions, then validating results by checking directory entries and file signatures during scan output. The recovery engine can handle cases where MBR structures are inconsistent by allowing partition-focused scanning and sector-level inspection. Raw file carving works when allocation data is missing, and it can produce recoverable artifacts without relying solely on filesystem metadata.
A key tradeoff is that success depends on interpreting scan results and selecting the correct regions, because DMDE does not fully automate every decision when metadata is heavily corrupted. DMDE fits situations where an SD reader returns read errors and an operator needs controlled scanning plus selective export rather than a one-click recovery flow.
- +Sector and hex-level inspection for damaged SD metadata
- +Raw carving outputs recoverable files without valid allocation
- +Resume workflows by reusing scan findings and selections
- +Partition-focused recovery helps after MBR corruption
- –Correct selection of scan results can require operator judgment
- –Deep scans can take longer on large or slow SD media
- –Some complex cases need manual validation of extracted files
- –Direct-device scanning needs careful read error handling
Forensic analysts
Corrupted directory metadata recovery
More accurate file reconstruction
Security incident responders
Deleted file unlinking after crashes
Restored evidence files
Show 1 more scenario
Photo restoration technicians
Raw image recovery with missing FAT chains
More salvageable photos
Use raw carving when filesystem chains are broken, then export recovered image candidates.
Best for: Fits when forensic-style SD recovery needs manual control over corrupted structures.
Wondershare Recoverit
SMBFile recovery software that handles SD card, microSD, camera card, and formatted storage recovery workflows.
Result preview with file-type grouped listings helps validate recoverability before restoring.
Recoverit is built around a step-by-step recovery flow that starts with selecting the SD card and then presents found items by type for faster decision-making. It supports deleted file recovery workflows, preview validation, and selective restore instead of forcing a full dump. This fit is strongest for routine SD corruption events where the card still reads enough sectors for scanning and file reconstruction.
A practical tradeoff is that deep scanning can take longer on larger cards and slower readers, especially when the card has extensive logical damage. It fits best when the immediate goal is recovering photos, videos, or documents without switching to a forensic image workflow or low-level sector carving.
- +Preview-driven selection reduces accidental restore of irrelevant files
- +Workflow guides scan type selection for common SD card failure patterns
- +Selective restore supports targeting specific photo and document sets
- +Reasonably structured results improve triage after deep scanning
- –Deep scan time increases sharply on high-capacity cards
- –Limited governance and automation hooks for lab-style batch recovery
- –Recovery quality depends heavily on readable filesystem metadata
- –No write-blocker enforcement for safer acquisition workflows
Home photo managers
Recover deleted camera photos
Fewer files restored incorrectly
Small office admins
Recover lost presentation documents
Targeted document recovery
Show 2 more scenarios
Freelance editors
Recover interrupted video exports
Faster validation before export
Media-focused previews help validate reconstructed video fragments before writing output to storage.
IT helpdesk technicians
Restore files from mildly corrupted SD
Lower time-to-first-recoverable
Quick checks plus optional deeper scans provide a practical path when partitions are damaged but readable.
Best for: Fits when users need fast, preview-based SD file recovery from failing cards without forensic imaging.
Stellar Data Recovery
SMBRecovery software for deleted, formatted, and inaccessible files on SD cards, hard drives, and USB storage.
Signature-based deep scan with preview lets users validate recoverable files before committing large restores.
Stellar Data Recovery targets SD memory recovery scenarios by combining logical filesystem checks with signature-based file carving during deep scans. The workflow emphasizes preview before full restoration, which helps reduce the risk of restoring the wrong items when directory entries are partially damaged. For corrupted or missing partition metadata, it provides repair-oriented recovery paths that attempt to rebuild allocation structures before falling back to carving.
A key tradeoff is that recovery depth and throughput depend heavily on card health and scan mode selection, so extensive heuristics can take longer on failing NAND. This fits best when the SD card is still readable at the block level and the goal is file recovery rather than physical extraction or chip-off imaging.
- +Preview-driven workflow reduces wrong-file restores
- +Combines filesystem reconstruction with signature-based carving
- +Supports SD and microSD recovery workflows in one app
- +Reasonable defaults for common camera and document formats
- –Deep scan times increase sharply on unstable cards
- –Limited automation and scripting compared with forensic toolchains
- –Carving can return fragmented files without reassembly aids
- –Best results depend on choosing the right scan mode early
Photo repair staff
Recover camera SD after accidental deletion
Faster confirmation of usable photos
IT helpdesk
Recover documents from formatted microSD
Files recovered after format
Show 1 more scenario
Forensic-minded analysts
Recover from partially corrupted SD partitions
More recoverables from metadata damage
It runs recovery passes that try filesystem repairs first, then apply file-signature carving when structures fail.
Best for: Fits when technicians need guided SD file recovery with preview and carving when directories are damaged.
Disk Drill
SMBData recovery software with dedicated recovery support for SD cards, microSD cards, and formatted removable media.
Preview-driven signature reconstruction from partially readable blocks so recovered items can be validated before saving.
Disk Drill targets SD card file recovery with a guided scan flow that separates quick checks from deeper recovery passes. The recovery engine focuses on signature-based file reconstruction and includes preview before committing recovered files to the destination drive.
It also provides partition-aware repair behaviors for cases where logical access fails, rather than treating the card as one undifferentiated block device. Storage recovery workflows are managed through a single desktop interface with clear results lists and copy-out selection controls.
- +Preview lets users validate recovered files before copying them out
- +Deep scan style recovery improves results when directory structures are damaged
- +Signature-based carving supports mixed file types from partially readable storage
- +Clear results lists make it easier to pick specific recoverables
- –Heavier scans can take a long time on slow or heavily degraded SD media
- –Recovery outcomes drop when controller behavior prevents stable logical reads
- –No visible automation or API surface for integration into recovery pipelines
- –No built-in workflow for write-blocker-based forensic imaging
Best for: Fits when photo and document recovery is needed from a corrupted or deleted SD card with manageable downtime.
EaseUS Data Recovery Wizard
SMBGeneral-purpose recovery software that supports deleted and formatted data recovery from SD cards and memory cards.
Preview-first recovery selection that combines signature matches with file-system results for SD scans.
EaseUS Data Recovery Wizard recovers files from SD memory cards by scanning for recognizable file signatures and file-system metadata, then previewing recoverable items before writing them out. The workflow centers on selecting the SD card, running a scan with recoverability guidance, and filtering results by common file types to speed sorting.
The tool also supports logical recovery scenarios when the partition table or boot sector causes the card to appear unmounted, and it can attempt raw-style carving when directory records are damaged. Saved recoveries go through a selected destination, which helps avoid re-writing onto the same SD media during troubleshooting.
- +Signature-based scan helps when directories are corrupted
- +Preview grid supports quick validation before recovery
- +File type filtering reduces time spent scanning results
- +Recovery wizard flow reduces mistakes when selecting a target folder
- –Deep scan performance drops on large-capacity microSDXC
- –FAT32 and exFAT repair results vary with controller-level errors
- –Recovered filenames and folder paths may be incomplete
- –No built-in forensic image acquisition mode or read-only mount control
Best for: Fits when SD card directory damage blocks access and quick signature-based recovery is needed.
PhotoRec
open-sourceOpen-source file carving tool that recovers photos, videos, and documents from memory cards and damaged media.
Raw, signature-driven recovery against device images, enabling extraction even when FAT structure and partition tables are unusable.
PhotoRec is a CGSecurity file-carving tool that prioritizes recovering data from damaged or unreadable secure digital media. It scans the raw device or image for file signatures and rebuilds recovered files without relying on a functioning directory structure.
The workflow supports forensic image input and can be used in a disk-forensics style flow when SD cards show partition corruption or mount failures. Output is geared toward extracting many file types from flash storage even when FAT metadata is missing or unreliable.
- +Signature-based raw file carving works when SD directory metadata is damaged
- +Recovery can run against forensic disk images instead of altering the SD card
- +Batch recovery writes recovered files to disk for high-throughput extraction
- +Language-neutral interface and minimal dependencies suit incident response workflows
- –No deep filesystem repair means file names and timestamps often stay unavailable
- –Carving output can contain false positives that require manual triage
- –Command-line workflow increases operator error risk for new users
- –Some media failures lead to partial recovery when reads stop early
Best for: Fits when SD cards fail to mount or show missing partitions and the priority is raw file extraction.
MiniTool Power Data Recovery
SMBRecovery software for deleted and lost files on SD cards, memory cards, USB drives, and PCs.
Scan results preview plus selective export for both restored entries and carved files in one recovery session.
MiniTool Power Data Recovery is a Windows SD memory recovery tool that combines file-system repair style steps with multiple scan modes for flash media.
The tool supports deleted-entry recovery and raw carving so it can still recover content when metadata is missing or damaged.
It emphasizes an operator-driven workflow with previews and selective saving rather than repeatable, API-driven automation.
The recovery scope targets logical access failures on SD media and does not replace hardware-forensic image acquisition and write-blocker handling.
- +Guided scan flow pairs previews with selective recovery output
- +Handles both deleted-entry restoration and raw carving workflows
- +Partition-focused recovery steps help when boot sector changes
- +Works with common SD card form factors on Windows
- –Carving can return partial or duplicate fragments for some media
- –Recovery quality drops when wear-leveling breaks logical continuity
- –No built-in write-blocker workflow requires user-side discipline
- –Automation and API surface for fleet recovery is not provided
Best for: Fits when SD card corruption needs practical file recovery on Windows without forensic imaging.
Remo Recover
SMBRecovery software for deleted and lost files from SD cards, hard drives, and external storage.
Guided recovery steps that offer preview-driven selection before exporting recovered files.
Remo Recover targets SD card and microSD file recovery with a guided scan flow that separates quick checks from deeper recovery. The software focuses on reconstructing file system structures and rebuilding deleted entries after logical damage, with preview before export.
It supports common card formats such as FAT32 and exFAT and also attempts RAW file recovery for cases where the file system metadata is unreadable. File selection, filtering, and saved recovery sessions support repeatable workflows for multiple cards and similar failure patterns.
- +Preview during recovery helps confirm files before exporting
- +Deep scan flow supports cases where partition metadata is damaged
- +Handles multiple SD file system formats for common real-world card layouts
- +Recovery sessions let repeated rescans follow the same workflow
- –Outcome quality drops when corruption extends across many allocation regions
- –RAW-style recovery often needs manual filtering to remove false positives
- –Large drives can require long scan times for full deep scans
- –NAND-level extraction and controller bypass are not part of the standard workflow
Best for: Fits when SD card file recovery needs a guided flow, preview confirmation, and repeatable scans.
RescuePRO Deluxe
vertical specialistOfficial recovery software bundled with SanDisk SD cards, supporting image, video, and audio file retrieval from flash media.
Signature-based file discovery that supports recovery from missing or damaged directory metadata on SD media.
RescuePRO Deluxe is a Windows data-recovery tool used to recover files from SD and microSD storage devices after accidental deletion or card corruption. It focuses on logical recovery workflows that include scanning for file signatures and rebuilding recoverable filesystem structures when metadata is damaged.
The tool’s workflow is geared around mounting a target card for recovery, then running the scan and preview steps to validate candidate files. It is a good fit when the incident is primarily file-level loss or directory corruption rather than hardware-level extraction.
- +Signature-based scan finds files even when directory entries are missing
- +Preview and selective recovery reduce the risk of writing back large sets
- +Guided recovery flow fits standard SD card deletion and corruption scenarios
- +Works without requiring low-level forensic imaging steps for many cases
- –Recovery can degrade when card health issues force heavy bad-sector errors
- –Does not provide a documented automation or API surface for batch governance
- –Limited detail reporting for partition-level damage like boot-sector corruption
- –Restores files but often lacks reconstruction controls for fragmented media
Best for: Fits when SD deletion or directory corruption affects specific files and recovery needs a guided scan.
Zero Assumption Recovery
SMBDeep-scan data recovery tool with dedicated support for SD card and flash media file systems.
Iterative scan heuristics that rebuild likely file candidates even when allocation metadata is missing.
Zero Assumption Recovery targets SD media file recovery with an approach centered on carving and reconstructing lost data from removable storage. The tool focuses on media-level reads and scan heuristics that aim to rebuild common file types after deletion, corruption, or allocation damage.
Recovery runs are organized around selecting the SD source, choosing scan depth, and reviewing recovered files in a way that supports repeated attempts. For cases where the card can still be read, it is positioned as a logical-file recovery workflow rather than a hardware extraction utility.
- +Heuristic file carving prioritizes recovering usable documents and media
- +Repeatable scan runs support iterative tuning for harder cards
- +Recovery output is easy to browse without custom recovery scripts
- +Clear separation between image-based workflow and direct card reads
- –No exposed API or automation hooks for bulk forensic processing
- –Limited guidance when partition metadata is severely corrupted
- –Recovery quality drops when files are heavily fragmented across blocks
- –No native controller-level extraction workflow for NAND failures
Best for: Fits when an SD card still reads and recovery needs iterative scan tuning for deleted or corrupted files.
Conclusion
After evaluating 10 healthcare medicine, DMDE 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 sd memory recovery software
This buyer’s guide narrows sd memory recovery software choices to tools that recover from corrupted SD directory structures and unstable read conditions, including DMDE, Stellar Data Recovery, and PhotoRec. It also covers user-guided, preview-first options such as Wondershare Recoverit, Disk Drill, and EaseUS Data Recovery Wizard, plus Windows-oriented workflows in MiniTool Power Data Recovery and guided recovery flows in Remo Recover.
For deeper manual control and targeted metadata fixes, DMDE is the top-ranked option, while PhotoRec and RescuePRO Deluxe prioritize raw signature-driven extraction when filesystem structures break. The guide continues after individual tool reviews with selection criteria tied to scan behavior, preview reliability, and how each tool handles damaged allocation metadata on SD cards.
SD memory recovery software that can recover from corrupted SD card filesystem structures
SD memory recovery software is used to recover files from secure digital form factor media when FAT32 or exFAT directory metadata, allocation structures, or partition records are damaged, unreadable, or partially overwritten. Tools like DMDE and Stellar Data Recovery address these cases with structured scan flows that combine preview validation with export workflows, while PhotoRec emphasizes raw signature-based carving that can extract files even when FAT structures and partition tables are unusable.
In practical SD workflows, the deciding differences show up in how the tool surfaces candidate lists before restore, whether it supports hex and sector-level inspection in the same recovery session, and how it behaves when deep scans slow down on large or degraded cards. This guide frames selection around integration depth where available through repeatable scan runs, and around operator control where manual sector editing can stabilize recovery outcomes on corrupted SD metadata.
SD recovery scan behavior and control points that change outcomes
Recovery from SD cards depends less on generic “file recovery” and more on how each tool builds candidate file lists when FAT directory structures and allocation metadata are damaged. The scan mode matters because damaged SD metadata can force the workflow into selective reconstruction, raw carving, or a hybrid that mixes both.
Preview-first candidate validation before export
Wondershare Recoverit, Disk Drill, and EaseUS Data Recovery Wizard emphasize previews that group file types or show a validation view before restoring. This reduces accidental restores when the scan produces mixed valid and irrelevant candidates from corrupted SD blocks.
Manual metadata control with sector and hex inspection
DMDE supports hex and sector editing in the same recovery flow so corrupted structures can be inspected and corrected before export. This is the strongest option when the highest-value outcome requires targeted fixes instead of relying only on automated reconstruction.
Hybrid recovery with both filesystem reconstruction and raw carving
Stellar Data Recovery combines filesystem reconstruction with signature-based carving so it can validate candidates with preview while directories are damaged. MiniTool Power Data Recovery also pairs selective export with both restored entries and carved files in one session.
Raw signature-driven carving against images when mounts fail
PhotoRec runs signature-based raw extraction even when FAT structure and partition records are unusable. It also supports recovery against forensic disk images so the workflow can avoid additional writes during unstable SD recovery.
Iterative scan tuning for deleted or corrupted candidates
Zero Assumption Recovery uses iterative scan heuristics to rebuild likely file candidates when allocation metadata is missing. Remo Recover offers repeatable guided scan flows with preview-driven selection for repeat runs on harder cards.
How to choose SD memory recovery software by scan workflow and control depth
Start with the scan workflow that matches the failure mode, not with the marketing label. Tools that prioritize preview selection are most effective when logical reads still produce usable candidates, while tools that provide hex and sector editing or raw carving are built for cases where directory metadata cannot be trusted.
Match the scan approach to the directory and allocation state
If SD directory metadata is damaged but logical reads still produce structures worth reconstructing, choose tools that mix reconstruction with signature carving such as Stellar Data Recovery or MiniTool Power Data Recovery. If the SD card does not mount or partition records are unusable, choose PhotoRec or DMDE for raw extraction behavior.
Use preview grouping when the priority is fast candidate validation
If the recovery goal is to validate results quickly before writing anything back to the card, prioritize preview-driven workflows like Wondershare Recoverit, Disk Drill, or EaseUS Data Recovery Wizard. This approach is strongest when the scan returns a manageable set of candidate files that can be visually checked.
Use hex and sector editing when automated reconstruction creates ambiguous candidates
If scan results look inconsistent or the tool’s candidate list includes near-duplicates, choose DMDE for hex and sector-level inspection in the same recovery session. This is the most direct way to stabilize exported outcomes when metadata damage forces manual judgment.
Choose guided repeatability when recovery must be rerun on unstable media
If scan outcomes require multiple attempts to find usable fragments, choose Remo Recover or Zero Assumption Recovery for repeatable guided or iterative runs with preview-based selection. This reduces rework when the SD controller produces inconsistent read patterns.
Pick raw carving first when filesystem repair is not part of the objective
If recovered files must be extracted even when filenames, timestamps, and directory metadata cannot be reconstructed, prioritize PhotoRec raw carving or DMDE raw carving outputs. This decision avoids time spent trying to repair structures that cannot be trusted under controller firmware failure or severe corruption.
Avoid tools that lack governance automation when batch recovery is required
If recovery needs lab-style batch governance, prioritize tools that support repeatable workflows without requiring operator-only judgment, since several tools in this set do not provide a documented automation or API surface. RescuePRO Deluxe and Zero Assumption Recovery are weaker fits for batch governance because they lack exposed automation hooks for bulk processing.
Who should buy SD memory recovery software
SD recovery buyers typically face corrupted SD directory structures, unstable logical reads, or missing allocation metadata. The right tool depends on whether the user needs manual sector control, preview-first selection, or raw signature extraction that works when filesystem repairs fail.
Forensics-style operators restoring high-value corrupted metadata
DMDE fits when the workflow requires targeted metadata fixes because it combines hex and sector editing with raw carving outputs. The manual control reduces reliance on automated candidate ranking when SD structures are heavily damaged.
Photo and document recovery where quick validation matters
Disk Drill and Wondershare Recoverit fit when preview-based selection is required to confirm recoverability before copying files out. Their scan UIs reduce wrong-file exports when SD blocks contain mixed or degraded artifacts.
Technicians handling directory damage with a mix of reconstruction and carving
Stellar Data Recovery fits when filesystem reconstruction must be combined with signature-based carving to recover from damaged directories. MiniTool Power Data Recovery also covers both deleted-entry restoration and raw carving in a single session.
Users extracting files from SD media that fails to mount or has unusable partition records
PhotoRec fits when the objective is raw file extraction since it can recover using signature-driven carving even when FAT structure and partition tables are unusable. It also supports recovery against forensic disk images to avoid altering the SD device.
Teams needing repeatable scan reruns under unstable read conditions
Remo Recover and Zero Assumption Recovery fit when scan attempts must be repeated because guided or iterative tuning can produce usable candidates across runs. These workflows reduce the need for one-shot correctness when logical reads vary.
Common buying and usage pitfalls for SD memory recovery software
Most SD recovery failures happen because buyers select tools for “feature coverage” rather than for the recovery workflow that matches the card’s failure mode. Another common issue is assuming deep scans behave consistently on large-capacity or heavily degraded SD media.
Choosing a preview-based tool without recognizing that deep scan time can escalate on large or unstable cards
Wondershare Recoverit and Disk Drill both use deep scan approaches that can take long times on slow or heavily degraded media. Prefer tools with shorter candidate validation paths when stability is low.
Exporting raw-carved results without triage when the media produces false positives
PhotoRec and DMDE raw carving outputs can include files that are not truly recoverable as valid artifacts. Run manual validation on preview candidates before copying extracted outputs out of the recovery workspace.
Assuming filesystem repair always restores filenames and timestamps
PhotoRec is designed around raw signature extraction and does not provide deep filesystem repair, so names and timestamps often remain unavailable. Choose a hybrid reconstruction tool like Stellar Data Recovery when metadata restoration is part of the deliverable.
Underestimating the operator judgment required for selecting scan results in hex editing workflows
DMDE requires correct selection of scan results and the workflow can take longer on large or slow SD media during deep scans. Build time for manual review when using sector and hex editing features.
Relying on tools that lack batch automation hooks for lab-style governance
RescuePRO Deluxe and Zero Assumption Recovery do not provide a documented automation or API surface for batch governance. Choose a workflow where manual repeatability is manageable or where automation needs are addressed outside the recovery UI.
How We Selected and Ranked These Tools
We evaluated DMDE, Stellar Data Recovery, PhotoRec, and eight additional sd memory recovery software tools using weighted criteria that emphasize scan accuracy and control behavior at 40%. Ease of use and value each account for 30% and are measured by how quickly a user can validate candidates and export usable files without excessive rework.
DMDE earned the top rank because it combines sector and hex-level inspection with raw carving outputs in the same recovery flow. That combination supports targeted metadata fixes when corrupted structures produce ambiguous automated candidates.
Frequently Asked Questions About sd memory recovery software
How do DMDE and PhotoRec differ in handling an SD card with missing FAT metadata?
Which tool is better when an SD card mounts read-only because of partition or boot sector damage?
What breaks if recovery is attempted directly on the SD card instead of copying the card to an image first?
When should a deep signature-based scan be chosen over a quick check pass?
How do DMDE and Zero Assumption Recovery support iterative attempts when initial results are incomplete?
Which tools provide preview before writing recovered files, and what problem does preview prevent?
What is the practical difference between directory reconstruction and raw file carving during SD recovery?
How do DMDE and Hex-based editing affect recovery outcomes when boot sector fields are inconsistent?
Which tool fits recurring SD card failures in the field where the same pattern repeats across devices?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
- Healthcare MedicineTop 10 Best Sd File Recovery Software of 2026
- Data Science AnalyticsTop 10 Best Flash Memory Recovery Software of 2026
- MediaTop 10 Best Camera Memory Card Recovery Software of 2026
- SecurityTop 10 Best Media Recovery Services of 2026
- Data Science AnalyticsTop 10 Best Remote Data Recovery Services of 2026
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