Maybe in a near future you’ll once again be able to upgrade your laptop RAM whenever you want. The current trend is for RAM to more and more be soldered onto the motherboard which prevents you from upgrading it.
Laptop ram hasn’t changed in 25 years, the slots are bulky and not efficient. New laptops need ram closer to the CPU, so they are soldering them on the board, fast and efficient but not upgradable. New slot, more efficient, upgradable, better for consumers so hopefully laptops use this new standard.
These newer modules are lower profile than SODIMM, and do not carry the same frequency/ throughput and latency limitations. LPCAMM effectively eliminates the need to solder RAM to mobile platform main boards, though we’ll see how vendors react.
Can someone give me short sentences that an non-nerd understand?
Maybe in a near future you’ll once again be able to upgrade your laptop RAM whenever you want. The current trend is for RAM to more and more be soldered onto the motherboard which prevents you from upgrading it.
Laptop ram hasn’t changed in 25 years, the slots are bulky and not efficient. New laptops need ram closer to the CPU, so they are soldering them on the board, fast and efficient but not upgradable. New slot, more efficient, upgradable, better for consumers so hopefully laptops use this new standard.
These newer modules are lower profile than SODIMM, and do not carry the same frequency/ throughput and latency limitations. LPCAMM effectively eliminates the need to solder RAM to mobile platform main boards, though we’ll see how vendors react.