How Do You Stack 400+ Layers of NAND? V-NAND & BV-NAND Explained | Semiconductor Master Class

📌 Chapters
00:00 Intro
00:48 The Structure of Early NAND Flash
02:01 Going Vertical: The Birth of V-NAND
04:05 The AI Era and the Need for Ultra-High-Stack NAND
05:35 Bonding V-NAND : / 10th-Gen V-NAND with 400+ Layers

Memory is now at the core of AI computing, but how has NAND flash evolved to meet these demands?

From the birth of V-NAND to Samsung’s 10th-generation V-NAND (V10) powered by next-gen Bonding V-NAND technology,

discover how NAND solutions are driving the AI era forward.

▶ What is V-NAND?
3D NAND flash memory that stacks memory cells vertically to maximize storage density within a smaller footprint.

▶ What is BV-NAND (Bonding V-NAND)?
A next-generation 3D NAND architecture utilizing wafer bonding: memory cells and peripheral circuits are fabricated on separate wafers and bonded vertically.
This allows each to be optimized independently, enabling higher storage density, faster performance, and greater power efficiency.

▶ What's new in V10?
① Overcomes stacking limits with improved stability
② Enhances data reliability and endurance
③ Advance ultra-high-stack NAND through next-generation wafer bonding

▶ Why does V10 matter in the AI era?
AI storage requires greater density, performance, and better power efficiency.
V10 supports 128TB SSDs and PCIe Gen7, boosting AI infrastructure performance.

■ Related Content
FMS 2026: Samsung On-Site Sketch
https://youtu.be/t9I_Z6W1lI0?si=8Igrd_TEtajo4TN8

V10 BV-NAND Developer Interview
https://news.samsungsemiconductor.com/global/fms-2026-3d-nand-innovation-award-v10-bv-nand-pushing-the-boundaries-of-ai-storage-beyond-400-layers/

Samsung Unveils Next-Gen 3D Memory Vision at FMS 2026
https://news.samsungsemiconductor.com/global/inside-fms-2026-samsung-electronics-showcases-the-future-of-ai-memory/ 

#SamsungElectronics #SamsungSemiconductor #Memory #NANDFlash #DRAM #NAND #VNAND #BVNAND #BondingVNAND #WaferBonding #3Stack #V10