Latest from Embedded

Dreamstime_Iuliia-Chernyshenko_156096018
dreamstime_iuliiachernyshenko_156096018
ID 9517116 © Plmrue | Dreamstime.com
vu_meter_dreamstime_l_9517116
Future of Memory and Storage
promo__fms_2025__fmsnew
ID 107744852 © Ekkasit919 | Dreamstime.com
adas_dreamstime_l_107744852
‘MidJourney’ AI Generated image by Shannon Dunn
c6fig1breakingbuildinghabitspromo
Dreamstime_Funtap P_13040980
dreamstime_funtap_p_130409802_promo
Dreamstime_Kittichai-Boonpong_365125499
dreamstime_kittichaiboonpong_365125499
Dreamstime_Iuliia-Chernyshenko_156096018
68936e216dca12746b1fc9b5 Dreamstime Iuliiachernyshenko 156096018

Between the Lines: The Next Frontier in 3D NAND Flash (Download)

Aug. 6, 2025
Log in to download the PDF of this article on airgap integration and charge trap layer separation are being used to increase 3D NAND storage density.

Read this article online.

Since its introduction into the memory market in the late 1980s, NAND flash has fundamentally changed how large amounts of data are stored and retrieved.

Engineered for high-density data storage, this non-volatile memory is present in virtually every segment of the electronics market, from smartphones to data centers and everything in between. It’s used in most removable and portable memory devices such as SD cards and USB drives. In recent years, 3D NAND has also played an important role in the AI boom, providing efficient storage for the huge amounts of data needed to train AI models.