home.social

#flashmemory — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #flashmemory, aggregated by home.social.

fetched live
  1. @crk5
    Yes to both.
    U3 is replaced by 'StartKey' and they changed their logo a couple of years ago.

    #Sandisk #FlashMemory

  2. DDR4’s spot benchmark rose 16.9% from June 30 to July 28. NAND rebounded 1.7% in the final week—but selective restocking, not broad demand, drove the move.
    August will show whether it was a floor or only a pause.

    buysellram.com/blog/dram-nand-

    #DRAM #NAND #Memory #HBM #SSD #Semiconductors #AI #DataCenter #EnterpriseSSD #RAM #FlashMemory #tech

  3. DDR4’s spot benchmark rose 16.9% from June 30 to July 28. NAND rebounded 1.7% in the final week—but selective restocking, not broad demand, drove the move.
    August will show whether it was a floor or only a pause.

    buysellram.com/blog/dram-nand-

    #DRAM #NAND #Memory #HBM #SSD #Semiconductors #AI #DataCenter #EnterpriseSSD #RAM #FlashMemory #tech

  4. @Kerplunk : defragmenting flash-memory based storage media not only is pointless, it reduces media lifetime because each flash storage "cell" can endure a limited number of writes.

    Defrag was sometimes useful on spinning hard disks, in particular to limit the number of physical movements that magnetic read/write heads have to make to read an entire file.

    Because the number of writes per flash cell is limited, better flash drives employ "wear leveling" whereby storage blocks (typically 512 bytes in size or multiples thereof) are deliberately relocated (remapped) to other parts of the flash memory chip.

    From the outside of the flash drive this is invisible. If the operating system asks the drive to read the contents of e.g. the very first block of the drive (block 0), the drive may have internally remapped it to physical block number 987. If the OS instructs the drive to overwrite block 0, the drive may decide to change the internal remapping from 987 to 123.

    Therefore, fragmentation of flash memory is *normal anyway* - but you can't "fix" it.

    OTOH it is not a problem: the time consumed by addressing a different (non-consecutive) area in flash memory is negligible (unlike hard drives, there is no physical movement of read/write heads).

    Don't defrag flash memory!

    #FlashMemory #DeFrag

  5. @Kerplunk : defragmenting flash-memory based storage media not only is pointless, it reduces media lifetime because each flash storage "cell" can endure a limited number of writes.

    Defrag was sometimes useful on spinning hard disks, in particular to limit the number of physical movements that magnetic read/write heads have to make to read an entire file.

    Because the number of writes per flash cell is limited, better flash drives employ "wear leveling" whereby storage blocks (typically 512 bytes in size or multiples thereof) are deliberately relocated (remapped) to other parts of the flash memory chip.

    From the outside of the flash drive this is invisible. If the operating system asks the drive to read the contents of e.g. the very first block of the drive (block 0), the drive may have internally remapped it to physical block number 987. If the OS instructs the drive to overwrite block 0, the drive may decide to change the internal remapping from 987 to 123.

    Therefore, fragmentation of flash memory is *normal anyway* - but you can't "fix" it.

    OTOH it is not a problem: the time consumed by addressing a different (non-consecutive) area in flash memory is negligible (unlike hard drives, there is no physical movement of read/write heads).

    Don't defrag flash memory!

    #FlashMemory #DeFrag

  6. The AI memory super-cycle has a shadow story.

    2D NAND — the planar flash inside automotive ECUs, PLCs, switches, and medical devices — just spiked 2–3× as Samsung, Micron, and SK Hynix exited. Macronix moved customers to monthly contracts. Winbond booked through 2027.

    buysellram.com/blog/the-other-

    #NANDFlash #MemoryShortage #ITAD#MLCNAND #SLCNAND #2DNAND #EmbeddedMemory #FlashMemory #Macronix #Winbond #Samsung #Micron #SKHynix #Kioxia #AIInfrastructure #HBM #DRAM #DataCenter #AIMemory

  7. The AI memory super-cycle has a shadow story.
    While headlines track HBM allocation and DDR5 contract resets, 2D NAND prices just spiked 2–3× in the corner of the market that powers automotive ECUs, factory PLCs, network switches, and medical devices.
    What happened: Samsung announced MLC NAND end-of-life with final shipments in June 2026. Micron, SK hynix, and Kioxia capped legacy output. TrendForce projects worldwide MLC capacity dropping ~42% YoY in 2026.
    What's filling the vacuum: Macronix Q1 2026 revenue +71% YoY, gross margin 40.8%, NAND revenue +382% YoY. Macronix moved customers from quarterly to monthly pricing. Winbond approved a record NT$42.1B 2026 capex and says capacity is booked through 2027.

    buysellram.com/blog/the-other-

    #MLCNAND

  8. The AI memory super-cycle has a shadow story.

    2D NAND — the planar flash inside automotive ECUs, PLCs, switches, and medical devices — just spiked 2–3× as Samsung, Micron, and SK Hynix exited. Macronix moved customers to monthly contracts. Winbond booked through 2027.

    buysellram.com/blog/the-other-

    #NANDFlash #MemoryShortage #ITAD#MLCNAND #SLCNAND #2DNAND #EmbeddedMemory #FlashMemory #Macronix #Winbond #Samsung #Micron #SKHynix #Kioxia #AIInfrastructure #HBM #DRAM #DataCenter #AIMemory #tech

  9. The AI memory super-cycle has a shadow story.

    2D NAND — the planar flash inside automotive ECUs, PLCs, switches, and medical devices — just spiked 2–3× as Samsung, Micron, and SK Hynix exited. Macronix moved customers to monthly contracts. Winbond booked through 2027.

    buysellram.com/blog/the-other-

    #NANDFlash #MemoryShortage #ITAD#MLCNAND #SLCNAND #2DNAND #EmbeddedMemory #FlashMemory #Macronix #Winbond #Samsung #Micron #SKHynix #Kioxia #AIInfrastructure #HBM #DRAM #DataCenter #AIMemory #tech

  10. The AI memory super-cycle has a shadow story.

    2D NAND — the planar flash inside automotive ECUs, PLCs, switches, and medical devices — just spiked 2–3× as Samsung, Micron, and SK Hynix exited. Macronix moved customers to monthly contracts. Winbond booked through 2027.

    buysellram.com/blog/the-other-

    #NANDFlash #MemoryShortage #ITAD#MLCNAND #SLCNAND #2DNAND #EmbeddedMemory #FlashMemory #Macronix #Winbond #Samsung #Micron #SKHynix #Kioxia #AIInfrastructure #HBM #DRAM #DataCenter #AIMemory

  11. SSDs: More Than Just Storage, They Are Flash Memory

    Learn if SSDs are considered computer memory. Understand how flash memory works in SSDs and why the lines between memory and storage are blurring.

    #SSDs, #FlashMemory, #ComputerMemory, #TechExplained, #StorageVsMemory

    newsletter.tf/are-ssds-compute

  12. #RAM and #flashmemory #prices have surged due to an #AIdriven #shortage, impacting #SSD and #memory #costs. While #GPU prices are stabilising, building a new PC or upgrading to #DDR5 RAM is currently #expensive. The shortage is challenging to resolve quickly, as increasing manufacturing capacity carries risks of oversupply and price drops. arstechnica.com/gadgets/2025/1 #tech #media #news

  13. #RAM and #flashmemory #prices have surged due to an #AIdriven #shortage, impacting #SSD and #memory #costs. While #GPU prices are stabilising, building a new PC or upgrading to #DDR5 RAM is currently #expensive. The shortage is challenging to resolve quickly, as increasing manufacturing capacity carries risks of oversupply and price drops. arstechnica.com/gadgets/2025/1 #tech #media #news

  14. This SSD Will Self Destruct in Ten Seconds… - In case you can’t wait for your flash memory to die from write cycling, TeamGroup ... - hackaday.com/2025/07/16/this-s #securityhacks #selfdestruct #flashmemory

  15. This SSD Will Self Destruct in Ten Seconds… - In case you can’t wait for your flash memory to die from write cycling, TeamGroup ... - hackaday.com/2025/07/16/this-s #securityhacks #selfdestruct #flashmemory

  16. PoX: Super-Fast Graphene-Based Flash Memory - Recently a team at Fudan University claimed to have developed a picosecond-level F... - hackaday.com/2025/04/21/pox-su #flashmemory #science

  17. PoX: Super-Fast Graphene-Based Flash Memory - Recently a team at Fudan University claimed to have developed a picosecond-level F... - hackaday.com/2025/04/21/pox-su #flashmemory #science

  18. "The small #flashmemory device, which #Fudan University began exploring in 2015, is said to outperform today’s fastest volatile memory (such as SRAM) by a factor of more than 100,000. While SRAM and DRAM offer speed, they are volatile and expensive. On the other hand, flash storage, though persistent, has lagged behind in speed. The researchers’ new approach seeks to bridge that gap, potentially redefining memory and computing architecture."
    #PoX
    lowyat.net/2025/348763/china-f

  19. "The small #flashmemory device, which #Fudan University began exploring in 2015, is said to outperform today’s fastest volatile memory (such as SRAM) by a factor of more than 100,000. While SRAM and DRAM offer speed, they are volatile and expensive. On the other hand, flash storage, though persistent, has lagged behind in speed. The researchers’ new approach seeks to bridge that gap, potentially redefining memory and computing architecture."
    #PoX
    lowyat.net/2025/348763/china-f

  20. "Because #PoX is non‑volatile, it retains data with no standby power, a critical property for next‑generation edge AI and battery‑constrained systems. Combining ultra‑low energy with #picosecond write speeds could remove the long‑standing memory bottleneck in AI inference and training hardware, where data shuttling, not arithmetic, now dominates power budgets.
    Industrial and strategic implications:
    #Flashmemory remains a cornerstone of global #semiconductorstrategy thanks to its cost and scalability. #Fudan’s advance, reviewers say, offers a “completely original mechanism” that may disrupt that landscape. "

    interestingengineering.com/inn

  21. "Because #PoX is non‑volatile, it retains data with no standby power, a critical property for next‑generation edge AI and battery‑constrained systems. Combining ultra‑low energy with #picosecond write speeds could remove the long‑standing memory bottleneck in AI inference and training hardware, where data shuttling, not arithmetic, now dominates power budgets.
    Industrial and strategic implications:
    #Flashmemory remains a cornerstone of global #semiconductorstrategy thanks to its cost and scalability. #Fudan’s advance, reviewers say, offers a “completely original mechanism” that may disrupt that landscape. "

    interestingengineering.com/inn

  22. Rejected chips, hidden microSD cards plague the USB stick market - Enlarge / A microSD card of "unknown origin" is soldered onto the USB t... - arstechnica.com/?p=2001639 #nandflashstorage #flashstorage #flashmemory #usbstorage #usbsticks #tech

  23. For that niche of people (like me) who have mirrorless/DSLR cameras, GoPros, or drones, Samsung has some new pro-branded SD and MicroSD cards. 130MBps write speed, good for 4K video. 200MBps read speed should be helpful for video transfer. $73 for 512GB MicroSD, $93 for 512GB SD. Curious: Samsung touts their lower power usage.

    news.samsung.com/global/samsun

    #FlashMemory #Samsung #camera

  24. Intel agrees to sell its NAND business to SK Hynix for $9 billion - SK Hynix, one of the world’s largest chip makers, announced today it will pay $9 billion for Intel’... - feedproxy.google.com/~r/Techcr #fundings&exits #semiconductors #flashmemory #enterprise #southkorea #skhynix #intel #asia #nand #tc