870 EVO Series​

SSD REPAIR > 870 EVO Series​
870 EVO Series Repair | SSD.repair

Samsung 870 EVO Series

Professional repair and data recovery services for Samsung 870 EVO Series SSDs. As Samsung’s latest SATA SSD, we provide specialized solutions for this advanced model while ensuring maximum data integrity.

Key Features

  • Latest Samsung V-NAND Technology
  • SATA 6 Gb/s interface
  • Sequential read: Up to 560 MB/s
  • Sequential write: Up to 530 MB/s
  • Capacity options: 250GB to 4TB
  • Enhanced power efficiency
  • Improved reliability with upgraded TurboWrite technology

Technical Details

Form Factor

2.5 inch

Interface

SATA III

Controller

Samsung MKX

NAND Type

128-layer V-NAND

Expert Review

The Samsung 870 EVO represents the pinnacle of SATA SSD technology, offering class-leading performance and reliability. While it features improved hardware and firmware compared to its predecessor, certain scenarios can still lead to issues requiring expert intervention.

Critical Notice: The 870 EVO’s advanced firmware and controller architecture requires specialized repair approaches. DIY repair attempts may lead to permanent data loss or drive damage.

Common Issues We Address

  • TurboWrite Malfunction: Inconsistent write performance and speed drops
  • Controller Issues: Unexpected disconnections or drive freezes
  • Firmware Instability: Boot failures or drive recognition problems
  • TRIM Command Failures: Degraded performance over time
  • Over-Provisioning Issues: Reduced performance and reliability
  • Power Management Problems: Sudden shutdowns or power state transition failures
  • Data Migration Complications: Issues arising from Samsung Migration software

Our Professional Solutions

  • Advanced Diagnostics:
    • S.M.A.R.T. analysis
    • Performance benchmarking
    • Firmware integrity verification
  • Controller Recovery:
    • MKX controller optimization
    • Power management recalibration
    • TurboWrite technology repair
  • Data Recovery Services:
    • Advanced V-NAND data extraction
    • Firmware-level recovery
    • Partial recovery from failed cells
  • Performance Restoration:
    • TRIM functionality repair
    • Over-provisioning optimization
    • Write amplification reduction
    • Wear-leveling algorithm adjustment