The eMMC Burn-In Socket is an essential tool for forensic experts and data recovery professionals, enabling direct memory access for advanced data extraction and analysis. Its precision design and extensive compatibility make it indispensable for forensic investigations, diagnostics, and memory testing.

 

Features:
Direct Memory Access: Enables forensic dumping of eMMC memory chips, bypassing device-level software for accurate and reliable data retrieval.
Universal Compatibility: Supports a wide range of memory chip manufacturers, including Toshiba, Samsung, Hynix, Intel, Sandisk, and others.
Solder Ball and Non-Solder Ball Testing: Accommodates both configurations, ensuring versatility for various eMMC chip types.
Precision Engineering: Designed with a secure socket for optimal connection and consistent performance during data extraction.
Durable Construction: Crafted for long-term use in professional environments, maintaining reliability even with repeated applications.

 

Applications:
Forensic analysis and data extraction from devices utilizing eMMC memory chips.
Advanced data recovery from damaged, corrupted, or inaccessible devices.
Diagnostic testing and memory analysis for research, troubleshooting, or development purposes.

Specifications:
Size: 11mm x 10mm
Compatibility: Solder ball and non-solder ball chips from major manufacturers like Toshiba, Samsung, Hynix, Intel, and Sandisk

Invest in the eMMC Burn-In Socket for precise, consistent, and efficient memory chip data extraction, meeting the demands of even the most complex forensic and recovery tasks.

Package Contents:
1x eMMC Burn-In Socket (size 11mm x 10mm)