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Rossmann Repair Group
Lab Operational Since: 17 Years, 6 Months, 20 DaysFacility Status: Fully Operational & Accepting New Cases

MacBook Data Recovery

Dead MacBook? Liquid spill? 'Not turning on'? We recover data from soldered-SSD MacBooks by performing safe, in-house board-level work. Free estimate, and no data = no charge.

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MacBook data recovery in our Austin lab
Author01/14
Louis Rossmann
Written by
Louis Rossmann
Founder & Chief Technician
Updated April 2026
14 min read
Call (512) 212-9111No data, no recovery feeFree evaluation, no diagnostic fees
No Data = No Charge
T2/M1/M2 Specialists
In-House Austin Lab
Nationwide Mail-In

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What MacBook Data Recovery Customers Say

4.9 / 51,837 Google reviewsverify on Google Maps

“My story isn't much different than anyone else on here leaving a Rossmann review, but I feel compelled to write all this anyway. After importing 14GB of RAW photos from my brand new camera to my 13" MBP (A2338), I started to excitedly sift through my gorgeous sunset photos in Lightroom. After 5 minutes of editing, my MacBook died. Wouldn't turn on, wouldn't charge, wouldn't make any sound. It's always been well taken care of and I was dumbfounded as to why this happened. Absolutely clueless as to what to do next, I took it to the "Genius Bar".”

Joseph Tischner

MacBook

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“I used their mail-in service and followed their simple instructions on how to send it it. First fill out a form, then you get a ticket number and write it down and put it in the box you ship the device in. Few days later from delivery I got an email indicating diagnosis was beginning.”

Josue Montalvo

MacBook

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“I just got my Macbook Pro back from RRG. I have to say I was overjoyed and honestly getting my Macbook Pro back was the one time I felt pure joy in a while. I caught Louis on the phone a couple of the times that I called and he is super nice, incredibly nice to customers. I called in to tell him I wanted rush service and he noted that I approved $45 rush service.”

Alex

MacBook Pro

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“True story: I found the shop through Louis's youtube. Love his content. So I didn't even think twice about trusting the repair I needed for my macbook 13" 2017. One of my usb-c ports died, and my battery was bad. Here's where things get interesting. I got an update saying my facetime camera failed during QA testing after the repair.”

Danny Yoo

MacBook

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Read all 1,837+ reviews
Overview02/14

Overview

MacBook data recovery requires board-level repair because the SSD is soldered to the logic board and encrypted by the Secure Enclave. We repair the board in-house to restore decryption and extract your files.

Many modern MacBooks use soldered SSDs tied to security silicon (T2/Apple Silicon). If your MacBook won't power on, you can't just unplug your drive. Our team performs board-level work in-house to safely access your data.

Local to Austin? Walk in for a free evaluation. Not nearby? Mail your MacBook to us from anywhere in the U.S.

Board-level inspection to enable MacBook data recovery
We access data by repairing what's needed on the logic board, safely, in our Austin lab.
Common Symptoms01/05

Common Symptoms

If you're seeing any of the following, data recovery is likely possible even when Apple or others said it isn't:

  • • MacBook does not turn on (no power / no image).
  • • Liquid spill aftermath: random shutdowns, won't boot, or no response.
  • • "Not charging" or won't run on battery; suddenly dead after adapter unplug.
  • • T2/M1/M2 model: storage is soldered and can't be removed.
  • • Data needed from a machine Apple wants to board-swap or replace.
MacBook Water Damage Repair & Data Recovery03/14

MacBook Water Damage Repair & Data Recovery

Liquid spills are the leading cause of sudden MacBook failure, and every minute the battery stays connected accelerates the damage.

When liquid reaches the logic board, the battery's voltage drives electrochemical corrosion across copper traces, capacitors, & power management ICs. Within hours, corrosion can bridge adjacent pads and create short circuits on critical voltage rails (PPBUS_G3H and PP3V3_G3H on Intel T2 boards; PPBUS_AON and PP3V8_AON on Apple Silicon).

On any MacBook from 2018 onward, the SSD is soldered to the board & encrypted by the Secure Enclave. The corroded board is the only path to your data. We perform ultrasonic cleaning to halt corrosion, then inspect under high magnification to identify failed components. Typical liquid damage repairs involve replacing shorted capacitors, corroded USB-C controllers (CD3215/CD3217), or failed PMICs using Hakko FM-2032 microsoldering irons at our 0.02µm ULPA-filtered clean bench.

Water damage recovery costs the same flat rate as any MacBook data recovery: $325-$600 depending on model year. No surcharge for liquid damage. If corrosion has caused permanent trace damage & we can't recover your data, you pay nothing.

Immediate Steps After a MacBook Liquid Spill

  1. Disconnect the charger immediately. The MagSafe or USB-C adapter provides additional voltage that accelerates corrosion.
  2. Hold the power button for 10 seconds to force shutdown. Do not attempt a graceful shutdown through macOS; the goal is to cut power to the board as fast as possible.
  3. Do not turn it back on to "check if it works." Powering on a wet board causes immediate short circuits across corroded traces. This single action destroys more MacBooks than the original spill.
  4. Do not use rice, silica gel, or a hair dryer. Rice does not absorb moisture inside the chassis and introduces starch dust that bakes onto the board. Hair dryers push liquid deeper into connector housings.
  5. Bring or ship the MacBook for board-level repair as soon as possible. Corrosion progresses even after the liquid dries. Professional ultrasonic cleaning halts the oxidation process.
CD3215 and CD3217 USB-C Power Controller Failures04/14

CD3215 and CD3217 USB-C Power Controller Failures

The Texas Instruments CD3215 and CD3217 manage the USB-C power delivery handshake on most 2016-2020 MacBook Pro and MacBook Air models. If either controller fails, the board stalls at 5V, the CPU never receives its core voltage, and the Secure Enclave stays powered down. Replacing the damaged controller via microsoldering restores the 20V negotiation and allows the Secure Enclave to initialize normally.

The Texas Instruments CD3215 (and its successor, the CD3217) manages the USB-C power delivery handshake on most 2016-2020 MacBook Pro and MacBook Air models. Two controllers sit on the board: a master (typically U3200) and a slave (typically U3100). During boot, both must communicate with the Thunderbolt ROM and the SMC to negotiate 20V from the charger.

If either controller fails, the board stalls at 5V and the CPU never receives its core voltage. The Secure Enclave stays powered down, which means your encrypted data is inaccessible. We diagnose this by measuring the BMC LDO output on the affected controller; if the 1.1V rail is absent, the controller has failed. Replacing the damaged CD3215 or CD3217 via microsoldering restores the 20V negotiation and allows the Secure Enclave to initialize normally.

Apple T2 Chip Data Recovery05/14

How Does Apple T2 Encryption Affect Data Recovery?

The T2 chip serves as both a security controller and encryption engine: every write to the internal SSD passes through AES-256 encryption managed by the T2's Secure Enclave, and the encryption key exists only inside the specific T2 chip on that specific board. Chip-off produces only ciphertext. Recovery requires repairing the logic board so the T2 can power on and decrypt in place.

The T2 chip, present in late 2017 through 2020 Intel Macs (starting with the iMac Pro), serves as both a security controller and encryption engine. Every write to the internal SSD passes through AES-256 encryption managed by the T2's Secure Enclave. The encryption key exists only inside the specific T2 chip on that specific board.

The practical consequence: removing the NAND and reading it elsewhere is not viable. Chip-off produces only ciphertext with no accessible key. Recovery requires repairing the logic board so the T2 can power on and decrypt in place.

On pre-T2 Touch Bar models (2016-2017), the Lifeboat connector provided a direct path to the SSD. T2-era models (2018-2020) do not have this port; recovery strictly requires repairing the board to a bootable state where the T2 chip can initialize and decrypt the drive.

Note: 2016-2017 Touch Bar MacBook Pro models (A1706, A1707) use the T1 chip, not T2. T1 manages Touch Bar and Touch ID but does not control SSD encryption. The recovery approach for these models differs from T2 and Apple Silicon Macs.

Typical repair path: locate the failed component using thermal imaging, replace the shorted PMIC or capacitor under a microscope, restore enough board function for the T2 to initialize, then offload data over Thunderbolt. We do not accept payment on cases where this path is not viable.

T2 Board-Level Recovery Procedure

  1. Attempt a DFU Revive. Connect the dead T2 Mac to a second Mac running Apple Configurator 2 over USB-C and run Revive. This reinstalls BridgeOS and iBoot without touching the APFS Data volume or the Secure Enclave's encryption keys.
  2. Isolate the shorted power rail. If Revive cannot complete, the board has an electrical fault. We extract the logic board and inject a known voltage into each rail (PP3V3_G3H, PPBUS_G3H, PP1V8_S5, others) using a bench power supply while monitoring current draw.
  3. Locate the failed component with thermal imaging. A short on a rail produces a localized hot spot under load. A FLIR thermal camera reveals the failed capacitor, PMIC, or USB-C controller in seconds.
  4. Replace the failed component under microscope. Working at our 0.02µm ULPA-filtered clean bench with Hakko FM-2032 microsoldering irons and Zhuo Mao precision BGA rework stations, we remove the shorted part and install a verified replacement.
  5. Re-power and verify T2 initialization. The board is reconnected to the chassis battery, powered on, and the T2 Secure Enclave is checked for normal boot sequence. If the Mac reaches the firmware boot, the encryption keys are live.
  6. Image the decrypted volume over Thunderbolt. On T2 Macs we use Target Disk Mode over Thunderbolt 3 to mount the decrypted APFS volume on a host Mac and pull a bit-image to a target drive before returning the data to you.
T2 Secure Enclave
An integrated security controller that encrypts every SSD write with AES-256. The encryption key exists only inside the specific T2 chip on that specific board.
Chip-Off Recovery on T2 Macs
Not viable. Desoldering the NAND and reading it externally produces only ciphertext. The decryption key never leaves the T2 silicon.
Lifeboat Connector (J9600)
Available only on 2016-2017 Touch Bar models (A1706, A1707). Does not exist on T2 or Apple Silicon Macs. If a shop claims they can use a Lifeboat on your 2018+ MacBook, they are misinformed.
M1/M2/M3/M4 Mac Data Recovery: Soldered NAND06/14

M1/M2/M3/M4 Mac Data Recovery: Soldered NAND

Apple Silicon Macs integrate the NAND directly onto the logic board, and the encryption keys are bound to the Secure Enclave inside the M-series SoC. Data recovery on these machines is board repair. Chip-off is not viable because the raw NAND holds only AES-256 ciphertext; the key is inaccessible without the original Secure Enclave running on the original board.

Apple Silicon Macs (M1 onward) integrate the NAND directly onto the logic board, and the encryption keys are bound to the Secure Enclave inside the M-series SoC. There is no separate security chip; the controller, Secure Enclave, and encryption logic share the same package as the CPU.

On these machines, data recovery is board repair. Restoring the power rails, replacing a failed PMIC, or correcting a shorted component gives the Secure Enclave enough power to initialize and decrypt the volume.

Once the board is functional, data is extracted over Thunderbolt using the Share Disk utility in macOS Recovery. Chip-off is not a viable alternative; the raw NAND holds only AES-256 ciphertext, and the key is inaccessible without the original Secure Enclave running on the original board.

See our logic board repair page for documentation of the component-level repair process.

Apple Silicon Board-Level Recovery Procedure

  1. DFU Revive via Apple Configurator 2. A second Mac running Apple Configurator 2 reinstalls firmware and the Recovery OS over USB-C without touching the user data volume or the Secure Enclave keys.
  2. Bench-supply current draw test. If the M-series Mac draws zero or abnormal current with the battery disconnected, the SoC is not getting clean power. We inject voltage on the main rails (PPBUS_AON, PP3V8_AON, SoC core) and watch the ammeter.
  3. Thermal imaging to find the short. On M-series boards the most common failures are ceramic capacitors on the SoC core voltage lines. A FLIR thermal camera surfaces the hot component within seconds of applying voltage.
  4. Microsoldering replacement at the clean bench. The shorted capacitor or failed PMIC is removed and replaced under a stereo microscope at the 0.02µm ULPA-filtered clean bench. The replacement is a surface-mount part smaller than a grain of sand.
  5. Verify Secure Enclave initialization. With the rails restored, the SoC boots normally and the Secure Enclave inside the M-series die initializes and unlocks the encryption keys for the soldered NAND.
  6. Share Disk extraction over Thunderbolt. We boot the repaired Mac into macOS Recovery, enable Share Disk, and image the decrypted APFS volume to a target drive connected by Thunderbolt.

Why External NAND Chip-Off is Not the Recovery Path

A common misconception is that desoldering the NAND packages from a T2 or M-series board would let an external reader extract your files. On both platforms the NAND packages are physically reachable (they are separate BGAs soldered to the logic board, not inside the SoC die), but the AES-256 encryption boundary makes chip-off useless.

  1. The NAND is reachable. On T2 Intel Macs and on Apple Silicon Macs the NAND BGAs sit on the logic board and can be desoldered with the same equipment used for other BGA work.
  2. Reading them externally returns ciphertext. Every page written to the NAND was AES-256 encrypted by the storage controller in the T2 or M-series SoC before it left the silicon. An external programmer reads only the encrypted bytes.
  3. The AES key never leaves the Secure Enclave. The key is fused to and held inside the Secure Enclave (on the T2 die for Intel + T2 Macs; inside the M-series SoC die for Apple Silicon). There is no published, undocumented, or covert path to export it.
  4. Therefore the only recovery path is repairing the original board. Restoring the original Secure Enclave to a working state lets it decrypt the NAND in place exactly as it did before the failure.
DFU Mode: Firmware Revive vs. Restore07/14

What Is the Difference Between DFU Revive and DFU Restore on a Mac?

A T2 or Apple Silicon Mac that appears completely dead may have corrupted firmware rather than a hardware short. Apple Configurator 2 offers two DFU operations: Revive reinstalls firmware without touching the data volume, while Restore erases the NAND and destroys all encryption keys permanently. We use DFU Revive as a non-destructive first diagnostic step on every T2 and Apple Silicon case.

A T2 or Apple Silicon Mac that appears completely dead may have corrupted firmware rather than a hardware short. The Boot ROM on these machines operates independently of macOS, so a Mac with corrupted BridgeOS or iBoot firmware can be placed into Device Firmware Update (DFU) mode using a second Mac running Apple Configurator 2 over USB-C.

Apple Configurator 2 offers two DFU operations, and the distinction is critical:

  • Revive: Reinstalls the firmware and local Recovery OS without modifying the APFS Data volume. The Secure Enclave retains its encryption keys. Your files are preserved.
  • Restore: Erases the NAND, reinstalls firmware, and destroys all encryption keys. This is permanent, irreversible data loss.

We use DFU Revive as a non-destructive first diagnostic step on every T2 and Apple Silicon case. If the Mac responds to Revive and the firmware stabilizes, we can extract data without any board-level soldering. If Revive fails or the Mac draws no current at all, the problem is electrical; the board needs component-level repair to restore power to the SoC before the Secure Enclave can initialize.

How We Diagnose Soldered SSD Failures08/14

How Do We Diagnose a MacBook with a Failed Soldered SSD?

When DFU Revive fails and the MacBook draws zero or abnormal current, the fault is in the power delivery circuitry. A short circuit on the logic board is preventing the PMIC from sequencing the voltage rails that feed the SoC.

See our logic board repair page for component-level fault isolation documentation.

  1. Voltage injection: We inject a known voltage directly into the shorted power rail on the extracted logic board using a bench power supply and monitor the current draw. If the rail pulls excessive current, a component is shorted.
  2. Thermal imaging: We use a FLIR thermal imaging camera to locate the heat signature of the shorted component on the board. Common failure points on M-series boards include ceramic capacitors on the primary SoC power rails and CPU core voltage lines. On T2 Intel boards, PP3V3_G3H and PPBUS_G3H shorts are frequent after liquid damage.
  3. Microsoldering: Working under high-magnification microscopes at our 0.02µm ULPA-filtered clean bench, we remove the shorted capacitor or replace the failed PMIC. The failed component is typically a surface-mount capacitor smaller than a grain of sand.

Once the voltage rails are restored, the SoC powers on, the Secure Enclave initializes, and we image the decrypted volume over Thunderbolt.

Flashing Question Mark on a Soldered SSD MacBook09/14

What Does a Flashing Question Mark Mean on a MacBook with a Soldered SSD?

A flashing folder with a question mark on a soldered-SSD MacBook does not mean the NAND is dead; the SSD power management IC has lost its presence-detection signal. Liquid damage frequently corrodes the pull-up resistor on the PMIC's under-voltage detection pin, causing the CPU to assume no drive is installed even though the NAND is intact. Replacing the corroded resistor restores the signal and the SSD appears immediately without software intervention.

A MacBook that powers on but displays a flashing folder with a question mark is reporting that no boot volume was found. On models with removable SSDs, this often indicates a failed drive. On soldered-SSD MacBooks (2016-2017 Touch Bar and later), the NAND is physically present but the SSD power management IC has lost its presence-detection signal.

Liquid damage frequently corrodes the pull-up resistor on the PMIC's under-voltage detection pin. When this resistor goes open-circuit, the detection signal floats, and the CPU assumes no drive is installed. The NAND is intact and still holds your data. Replacing the corroded resistor under a microscope restores the signal, and the SSD appears immediately without any software intervention. The entire repair takes less than an hour once the failed component is identified with a FLIR thermal camera.

Don't Let Apple Replace Your Board10/14

Don't Let Apple Replace Your Board

Apple's standard repair for a dead logic board is full board replacement, which destroys your data permanently because the replacement board contains a new Secure Enclave with new encryption keys. There is no recovery path after a board swap. We repair the existing board to preserve the encryption keys that unlock your data.

Apple's standard repair for a dead logic board is full board replacement. This destroys your data permanently: the replacement board contains a new Secure Enclave with new encryption keys. The old NAND, still on the old board, holds your data but becomes unreadable because the decryption keys are gone. There is no recovery path after a board swap.

We repair the existing board. Fixing the power management circuit, replacing a shorted component, or correcting a failed charging path restores function without discarding the board that holds your encryption keys. If Apple has your Mac and you have not yet authorized a board replacement, contact us before proceeding.

Our Process11/14

How Does MacBook Data Recovery Work?

MacBook data recovery starts with a free evaluation and a flat-rate quote before any work begins. We repair the logic board as needed to give the Secure Enclave power to initialize, image the decrypted volume over Thunderbolt, and deliver your files on a target drive. Most recoveries complete in 2-5 business days after approval.
  1. Free Evaluation: We examine the MacBook to confirm the failure and safest path. You approve a flat-rate before work proceeds.
  2. Board-Level Access: We repair the logic board as needed. For T2/Apple Silicon, this is essential to access soldered storage.
  3. Secure Imaging: Once readable, we image and extract your files to a target drive, verifying integrity.
  4. Delivery: We return your data on your drive (or one purchased here) and discuss next steps if you want the Mac fully repaired.
Typical timing: Most recoveries complete in 2-5 business days after approval. Rush options available.
How Much Does MacBook Data Recovery Cost?12/14

How Much Does MacBook Data Recovery Cost?

MacBook data recovery costs $325-$600 depending on the model generation.

Pricing is flat-rate per model era because the complexity of board repair scales with the density of the SoC and the number of power rails involved. Older 2016-2020 models with fewer BGA packages cost $325. Current M1 Pro/M2/M3/M4 MacBooks with higher-density boards cost $600. If the repair turns out simpler than the tier rate, we charge less.

For context: Apple quotes $750-$1,600 for a logic board replacement, which destroys your data permanently. Our $325-$600 flat rate covers the board repair AND data extraction, preserving both your files & your encryption keys. Rush available: +$100 to move to front of queue. No diagnostic fees. No data, no charge.

Pricing by Model Generation13/14

Pricing by Model Generation

Flat-rate data recovery for soldered-SSD MacBook models. No data = no charge.

Model EraPriceModels
2016-2020 (Select Models)$325A1706, A1707, A1932, A2179, A1989
2018-2021 + M1 (Select Models)$425A1990, A2141, A2338, A2337, A2289, A2251, A2159
2021-2024 Pro/Air (M1 Pro/M2+)$600A2442, A2485, A2779, A2780, A2918, A2991, A2992

These prices cover board-level work required to access and extract your data. If recovery is simpler than expected, we charge less. No surprise fees.

Free EstimateMail-In InstructionsLogic Board Repair
Why Rossmann03/05

Why Choose Rossmann?

We built our reputation by fixing what others won't. Your data stays in our Austin lab.

In-house board-level work

We don't outsource. We repair the logic board to access your soldered SSD safely and quickly.

No data, no charge

If we can't recover anything, you owe $0 for the recovery attempt. Simple and fair.

Transparent, flat-rate pricing

Know the cost up front. If the job is easier than expected, we bill less - never more.

T2 / Apple Silicon specialists

We understand the security and architecture of modern Macs and work within it to retrieve your data.

Nationwide mail-in

Not in Austin? Ship your MacBook to us. We'll evaluate free and contact you before paid work.

Real engineering, zero paid marketing

We invest in tools & people, not marketing buzzwords. We'll show you what we actually do.

Data Recovery Standards & Verification

Our Austin lab operates on a transparency-first model. We use industry-standard recovery tools, including PC-3000 and DeepSpar, combined with strict environmental controls to make sure your hard drive is handled safely and properly. This approach allows us to serve clients nationwide with consistent technical standards.

Validated Clean Zone

Open-drive work is performed in a ULPA-filtered laminar-flow bench, validated to 0.02 µm particle count, verified using TSI P-Trak instrumentation.

Transparent History

Serving clients nationwide via mail-in service since 2008. Our lead engineer holds PC-3000 and HEX Akademia certifications for hard drive firmware repair and mechanical recovery.

Media Coverage

Our repair work has been covered by The Wall Street Journal and Business Insider, with CBC News reporting on our pricing transparency. Louis Rossmann has testified in Right to Repair hearings in multiple states and founded the Repair Preservation Group.

Aligned Incentives

Our "No Data, No Charge" policy means we assume the risk of the recovery attempt, not the client.

LR

Technical Oversight

Louis Rossmann

Louis Rossmann's well trained staff review our lab protocols to ensure technical accuracy and honest service. Since 2008, his focus has been on clear technical communication and accurate diagnostics rather than sales-driven explanations.

We believe in proving standards rather than just stating them. We use TSI P-Trak instrumentation to verify that clean-air benchmarks are met before any drive is opened.

See our clean bench validation data and particle test video
Faq13/14

Frequently Asked Questions

Can you recover data from a MacBook that won't turn on?
Yes. We repair the logic board at the component level to restore enough function for the security processor to initialize and decrypt your data.
Does the T2 or Apple Silicon (M1/M2) chip prevent recovery?
Not necessarily. Storage is encrypted and tied to the logic board, but board-level repair can restore the security processor to a working state so it can decrypt the data in place.
How long does MacBook data recovery take?
Most cases complete in 2-5 business days once we begin. Rush options are available.
Will my MacBook be fully repaired after recovery?
Our primary goal is to get your data. Often the board repair restores function, but data extraction doesn't guarantee full refurbishment.
What do you need from me to start?
Bring or ship the complete MacBook. We need the full machine to verify functions and safely access storage.
Is my data private?
Yes. Your device remains in our Austin lab. Only assigned technicians handle it. We can sign an NDA on request.
How much does it cost if recovery fails?
No data = no charge. If we cannot recover anything, you owe $0 for the recovery attempt.
How do I send my Mac if I'm not in Austin?
Use our mail-in option. Pack securely, include your details, and ship to our Austin lab.
Can data be recovered from a dead MacBook with an M1 or M2 chip?
In most cases, yes. The M1/M2 SoC contains both the storage controller and the Secure Enclave that holds the encryption keys. We repair the logic board at the component level to restore power to the SoC, allowing it to decrypt the NAND in place. Once the board is functional, data is extracted over Thunderbolt using the Share Disk utility in macOS Recovery.
Why can't a shop just desolder the storage chips from my MacBook?
Every MacBook from 2018 onward encrypts its SSD with AES-256, and the decryption key is locked inside the Secure Enclave on the T2 or M-series SoC. Desoldering the NAND packages and reading them with an external programmer produces only ciphertext. The key never leaves the silicon; the only path to your data is repairing the original board.
Can Disk Drill, EaseUS, or other software recover data from a dead MacBook?
No. Recovery software requires a functioning computer with a mounted drive. If your MacBook has a hardware fault and will not power on, no software can access the storage. Board-level repair must restore the hardware first.
What is the difference between a DFU Revive and a DFU Restore?
A Revive reinstalls the Mac's firmware and local Recovery OS without touching your data volume. A Restore erases the entire NAND, including all encryption keys, causing permanent data loss. An Apple Store or inexperienced shop that runs a Restore on a dead Mac will destroy the data. We use Revive as a diagnostic step to preserve the Secure Enclave's keys.
Does FileVault encryption prevent data recovery through board repair?
No. FileVault uses AES-XTS encryption with a Key Encryption Key (KEK) stored in the Secure Enclave. Once we repair the logic board so the Secure Enclave boots, your login password or recovery key decrypts the volume the same way it did before the hardware failed. FileVault blocks unauthorized access; it does not block board-level hardware recovery.
How much does MacBook data recovery cost?
MacBook data recovery costs $325-$600 depending on the model. Older soldered-SSD models (2016-2020) start at $325. T2 Intel and early M1 MacBooks (2018-2021) cost $425. Current-generation M1 Pro/M2/M3/M4 MacBooks cost $600. These are flat rates covering board-level repair and data extraction. If recovery is simpler than expected, we charge less. No data = no charge.
How much does MacBook water damage data recovery cost?
Water damage recovery uses the same flat-rate pricing as any MacBook data recovery: $325-$600 depending on model year. The cost covers ultrasonic cleaning, board-level component repair, and data extraction. Liquid damage does not add a surcharge. If corrosion has caused permanent trace damage and we can't recover your data, you pay nothing.
T2 / M-Series Comparison14/14

T2, M1, M2, M3, M4: NAND Access Constraints

Apple uses the same encryption boundary across every soldered-SSD MacBook from 2018 onward, but the chip layout differs between T2 Intel Macs and Apple Silicon Macs.

T2, M1, M2, M3, and M4 NAND access constraints and recovery path
SoCChip RoleNAND LocationEncryption BoundaryExternal Chip-Off Viable?Recovery Path
T2 (2018-2020 Intel)Separate security die with Secure Enclave and SSD controllerSeparate NAND BGAs soldered to logic boardAES-256 key bound to T2 Secure EnclaveNoRepair board so original T2 decrypts NAND in place; extract over Thunderbolt
M1Unified SoC: CPU, GPU, Secure Enclave, storage controller in one dieSeparate NAND BGAs soldered to logic boardAES-256 key bound to Secure Enclave inside SoCNoRepair board so original SoC decrypts in place; Share Disk over Thunderbolt
M2Unified SoC, same security architecture as M1Separate NAND BGAs soldered to logic boardAES-256 key bound to Secure Enclave inside SoCNoRepair board so original SoC decrypts in place; Share Disk over Thunderbolt
M3Unified SoC, same security architecture as M1/M2Separate NAND BGAs soldered to logic boardAES-256 key bound to Secure Enclave inside SoCNoRepair board so original SoC decrypts in place; Share Disk over Thunderbolt
M4Unified SoC, same security architecture as M1/M2/M3Separate NAND BGAs soldered to logic boardAES-256 key bound to Secure Enclave inside SoCNoRepair board so original SoC decrypts in place; Share Disk over Thunderbolt

The common thread: the AES-256 encryption key is fused to the Secure Enclave silicon and cannot be exported. Whether the Secure Enclave sits on a dedicated T2 die or inside the M-series SoC die, board-level repair on the original logic board is the only recovery path. The NAND packages themselves are not the bottleneck; the key is.

MacBook Generation Recovery Guide04/05

Recovery by MacBook Generation

The recovery approach depends on your MacBook model year. Newer Macs with T2 or Apple Silicon encryption require board-level repair; older models have removable or accessible SSDs.

MacBook data recovery methods by model generation
GenerationModelsSSD TypeRecovery Path
2015 and earlierMacBook Pro Retina, MacBook AirRemovable proprietary NVMe moduleRemove SSD, read with adapter on PC-3000. No board repair needed.
2016-2017 (no Touch Bar)A1708 MacBook Pro 13"Removable proprietary PCIe NVMe SSDSSD removable. Drive is extracted and read directly using a host Mac or PC-3000 adapter. No board repair needed. No encryption binding.
2016-2017 (Touch Bar)A1706, A1707 MacBook ProSoldered NAND, T1 chip (Touch Bar only, no SSD encryption)Soldered NAND but not encrypted by T1. Lifeboat connector (J9600) provides direct access to storage controller if board is dead. Board repair or ISP as fallback.
2018-2020 (Intel + T2)A1990, A1989, A2141, A2159, A1932, A2179, A2289, A2251Soldered NAND, T2 Secure Enclave encryptionBoard repair mandatory. T2 encrypts all SSD data. No Lifeboat connector. No chip-off path.
2020+ (Apple Silicon)M1/M2/M3/M4 MacBook Air, MacBook Pro, Mac Mini, iMac, Mac StudioSoldered NAND, SoC Secure Enclave encryptionBoard repair mandatory. Encryption keys fused to SoC. Chip-off produces only ciphertext.

The Lifeboat connector (J9600) exists on the 2016-2017 Touch Bar MacBook Pro models (A1706, A1707). It does not exist on the non-Touch Bar A1708 (which has a removable SSD), nor on any T2 or Apple Silicon Mac. If a shop claims they can use a "Lifeboat" on your 2018+ MacBook, they are misinformed.

Video Evidence05/05

Filmed MacBook Recoveries

Watch our technicians diagnose and recover data from MacBooks in our Austin lab.

Soldered SSD diagnostics: fault isolation on a MacBook with no storage detected.

Board repair as data recovery: getting data off a dead MacBook by fixing the logic board.

Logistics14/14

Shipping

Secure Mail-In from Anywhere in the US

Transit Time

1 Business Day

FedEx Priority Overnight delivers to Austin by 10:30 AM the next business day from most US addresses.

Major Origins
  • New York City 1 Business Day
  • Los Angeles 1 Business Day
  • Chicago 1 Business Day
  • Seattle 1 Business Day
  • Denver 1 Business Day
Security & Insurance

Fully Insured

Use FedEx Declared Value to cover hardware costs. We return your original drive and recovered data on new media.

Packaging Standards

  • ✓Use the box-in-box method: float a small box inside a larger box with 2 inches of bubble wrap.
  • ✓Wrap the bare drive in an anti-static bag to prevent electrical damage.
  • ✗Do not use packing peanuts. They compress during transit and allow heavy drives to strike the edge of the box.
Read Full Shipping Guide →

No Data, No Fee

Guarantee

2.49M+

Subscribers

4.9

1,837+ Google Reviews

Since 2008

Established

Repairs on Video

Full Transparency

As Featured In

BBC News
CBC News
ABC Australia
Wall Street Journal
Business Insider
Vice
Fast Company
404 Media

Related services

Related MacBook Services

MacBook Logic Board Repair

Component-level logic board repair preserving your data and encryption keys.

Liquid Damage Repair

Ultrasonic cleaning and board-level repair for liquid-damaged MacBooks.

T2 Chip Data Recovery

2018-2020 Intel Macs with T2 hardware encryption.

M-Series Mac Recovery

M1/M2/M3/M4 Apple Silicon Macs with soldered NAND.

Board Swap vs Recovery

Why Apple board replacement destroys your data.

Mac Data Recovery

All Mac desktops: iMac, Mac Pro, Mac Mini, Mac Studio. Fusion Drive, APFS, FileVault.

SSD Data Recovery

Full SSD recovery service for all brands and form factors.

Ready to get your data back?

Free estimate. No data = no charge. Austin walk-in or mail-in from anywhere in the U.S.

Start a Recovery TicketMail-In Instructions
(512) 212-9111Mon-Fri 10am-6pm CT
No diagnostic fee
No data, no fee
4.9 stars, 1,837+ reviews
4.9★ · 1,837+ Google reviews
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