Perhaps you’re familiar with the construction of hard disks and SSDs. However, it may not have occurred to you that the radical differences between a spinning hard disk and the stacks of Flash memories in SSDs would present a problem for forensics experts. At least, it did not occur to me. That’s why I found this article by Mike Sheward on the Infosec Resources site interesting enough to blog it here in the Denali Memory Report. Sheward is a network security engineer for a software-as-a-service provider based in Seattle and a researcher at the InfoSec Institute. He’s also worked for the British government. You might want to take a look.
Denali Memory Report:
The Denali Memory Report is produced by Cadence Design Systems, Inc. It delivers memory market news, discussions of market trends, products and product strategies of the memory vendors, plus information about alliances and industry consortia.
Subscribe to Denali Memory Report!
-
Recent Posts
- Some great analysis on SSD wear leveling and power consumption
- The Economist covers PCM – must be something real
- Add OCZ to the growing list of SSD vendors differentiating their drives with a proprietary controller
- IDT announces DDR4 register chip for DDR4 registered DIMMs and 3D die stacks
- Western Digital sampling 5mm, 2.5-inch, 500Gbyte hybrid HDD with NAND Flash
Archives
What's hot on the Denali Memory Report?
Categories
- 3D
- ARM
- Compact Flash
- Cortex-A15
- DDR
- DDR3
- DDR4
- DFI
- DRAM
- eMMC
- Ethernet
- Exynos
- Flash
- HDD
- HMC
- Hybrid Memory Cube
- Hynix
- JEDEC
- LeCroy
- LPDDR
- LPDDR2
- LPDDR3
- LPDDR3E
- LPDDR4
- LRDIMM
- Marvell
- MCP
- Memcon
- Memristor
- Micron
- MLC
- MRAM
- mSATA
- NAND
- NOR
- NVM Express
- NVMe
- ONFI
- PCIe
- PCM
- QDR
- ReRAM
- Samsung
- SAS
- SATA
- SD
- SDRAM
- SLC
- SRAM
- SSD
- Storage
- Toggle
- UFS
- Uncategorized
- USB
- Wide I/O
- XQD
Meta