29,259 technical terms and definitions
high-density flash, block storage, solid-state drive, flash controller, mass data storage
NAND flash is the high-density architecture of flash memory, organized for block-oriented access rather than fast random reads, which makes it the dominant technology for mass…
nand flash bit density scaling and limitations, nand flash bit, flash bit density, bit density scaling, density scaling limitations, nand flash, flash bit, bit density, density scaling
NAND Flash Bit Density Scaling and Limitations Introduction & Motivation NAND Flash Bit Density Scaling and Limitations addresses a central problem in storage process control…
floating gate process, charge trap flash ctl, word line patterning nand, nand cell oxide tunnel
NAND flash cell fabrication at advanced 3D layer counts must deposit and precisely pattern each individual word-line layer with highly uniform thickness and composition, since any…
nand flash program/erase endurance prediction, nand flash program/erase, flash program/erase endurance, program/erase endurance prediction, nand flash, flash program/erase
NAND Flash Program/Erase Endurance Prediction with Machine Learning Introduction & Motivation NAND Flash Program/Erase Endurance Prediction with Machine Learning addresses…
erase disturb, unselected block, erase voltage, well coupling, write amplification, garbage collection
NAND Flash Erase Disturb and Unselected Block Stress Erasing a NAND flash block requires applying a high erase voltage to the entire block's cells simultaneously, but the wells…
3d nand process, charge trap flash, nand string, nand stacking layers
3D NAND flash is the memory architecture that escapes planar scaling limits by stacking hundreds of storage layers vertically — each layer is a word-line (gate) wrapping…
3d nand scaling, charge trap flash, nand endurance retention, qlc tlc slc nand
3D NAND flash is the memory architecture that escapes planar scaling limits by stacking hundreds of storage layers vertically — each layer is a word-line (gate) wrapping…
program disturb, pass voltage, victim cell, read disturb, data refresh, flash reliability
NAND Flash Program Disturb and Pass-Voltage Stress Programming a single cell in a 3D NAND string requires applying a high voltage to that cell's wordline, but every other cell…
nand flash read disturb string current prediction, nand flash read, flash read disturb, read disturb string, disturb string current, string current prediction
NAND Flash Read Disturb String Current Prediction with Machine Learning Introduction & Motivation NAND Flash Read Disturb String Current Prediction with Machine Learning addresses…
3D NAND, vertical NAND, flash memory, charge trap flash, VNAND
3D NAND flash is the memory architecture that escapes planar scaling limits by stacking hundreds of storage layers vertically — each layer is a word-line (gate) wrapping…
nand flash bit density scaling limits, nand flash bit, flash bit density, bit density scaling, density scaling limits, nand flash, flash bit, bit density, density scaling, scaling limits
NAND Flash Bit Density Scaling Limits Introduction & Motivation NAND Flash Bit Density Scaling Limits addresses a central problem in storage process control…
NAND gate, what is a NAND gate, NAND logic, functional completeness, CMOS NAND, universal logic gate
A NAND gate is a two-input logic gate whose output is 0 only when both inputs are 1, and 1 for every other combination of inputs — the name is short for "NOT AND," because its…
nand gate propagation delay prediction, nand gate propagation, gate propagation delay, propagation delay prediction, nand gate, gate propagation, propagation delay
NAND Gate Propagation Delay Prediction with Machine Learning Introduction & Motivation NAND Gate Propagation Delay Prediction with Machine Learning addresses a central problem…
nand flash bit density scaling limits, nand flash bit, flash bit density, bit density scaling, density scaling limits, nand flash, flash bit, bit density, density scaling, scaling limits
NAND Flash Bit Density Scaling Limits Introduction & Motivation NAND Flash Bit Density Scaling Limits addresses a central problem in storage process control and bits-per-cell…
NAND Process Flow A NAND process flow connects array-stack construction, deep-feature etching, memory-film formation and electrical connection. This entry uses a simplified…
nand program-erase cycling endurance prediction, nand program-erase cycling, program-erase cycling endurance, cycling endurance prediction, nand program-erase
NAND Program-Erase Cycling Endurance Prediction with Machine Learning Introduction & Motivation NAND Program-Erase Cycling Endurance Prediction with Machine Learning addresses…
nand read disturb error rate prediction, nand read disturb, read disturb error, disturb error rate, error rate prediction, nand read, read disturb, disturb error, error rate
NAND Read Disturb Error Rate Prediction with Machine Learning Introduction & Motivation NAND Read Disturb Error Rate Prediction with Machine Learning addresses a central problem…
nand flash scaling and bit density limits, nand flash scaling, flash scaling bit, scaling bit density, bit density limits, nand flash, flash scaling, scaling bit, bit density, density limits
NAND Flash Scaling and Bit Density Limits Introduction & Motivation NAND Flash Scaling and Bit Density Limits addresses a central problem in storage process control…
3d nand stack layer count yield prediction, 3d nand stack, nand stack layer, stack layer count, layer count yield, count yield prediction, 3d nand, nand stack, stack layer
3D NAND Stack Layer Count Yield Prediction with Machine Learning Introduction & Motivation 3D NAND Stack Layer Count Yield Prediction with Machine Learning addresses a central…
nand string resistance prediction, nand string resistance, string resistance prediction, nand string, string resistance, resistance prediction
NAND String Resistance Prediction with Machine Learning Introduction & Motivation NAND String Resistance Prediction with Machine Learning addresses a central problem in NAND…
nand, nand flash, nand flash memory, 3d nand, 3d nand flash, charge trap nand, floating gate, nand string resistance, nand cell design, 400 layer 3d nand
NAND Flash Memory: Architecture, Quantum Tunneling Physics, and 400-Layer 3D Scaling NAND Flash Memory is the dominant non-volatile solid-state storage technology of computing: it…
predicting nand string resistance from cell design and processing, predicting nand string, nand string resistance, string resistance from, resistance from cell, from cell design, from cell
Predicting NAND string resistance from cell design and processing Introduction & Motivation Predicting NAND string resistance from cell design and processing addresses a central…
nand flash scaling, nand flash, flash scaling
NAND Flash Scaling Introduction & Motivation NAND Flash Scaling addresses a central problem in storage process control and bits-cell prediction: how to Predict bits-cell from nand…
nand flash wear leveling and endurance characterization, nand flash wear, flash wear leveling, wear leveling endurance, leveling endurance characterization, nand flash, flash wear
NAND Flash Wear Leveling and Endurance Characterization Introduction & Motivation NAND Flash Wear Leveling and Endurance Characterization addresses a central problem in storage…
3d nand word line stack etch selectivity prediction, 3d nand word, nand word line, word line stack, line stack etch, stack etch selectivity, 3d nand, nand word
3D NAND Word Line Stack Etch Selectivity Prediction with Machine Learning Introduction & Motivation 3D NAND Word Line Stack Etch Selectivity Prediction with Machine Learning…
nano topography measurement drift prediction machine learning, nano topography, measurement drift prediction, nano topography measurement drift prediction
Nano Topography Measurement Drift Prediction with Machine Learning Introduction & Motivation Nano Topography Measurement Drift Prediction with Machine Learning addresses a central…
nano tsv, nanotsv, nano-tsvs, buried power rail, bpr, bspdn nano tsv, backside power via, back-to-front contact
Nano-TSVs are the sub-micron through-silicon vias that carry power from the back of a thinned wafer to the buried power rails sitting just beneath the transistors. They are what…
strain mapping, NBED, lattice strain, transistor channel strain, TEM, focused ion beam, strained silicon
Nanobeam Electron Diffraction Strain Mapping Nanobeam electron diffraction solves a problem that standard TEM imaging can't: measuring lattice strain at the few-nanometer scale…
minimal, gpt
nanoGPT is a minimal, readable implementation of GPT-2/GPT-3 training and inference created by Andrej Karpathy in two files of clean PyTorch code — designed to be the simplest…
lithography
Nanoimprint lithography (NIL) is a patterning technique that creates nanoscale features by physically pressing a pre-patterned template (mold) into a resist material on the wafer…
nanoimprint lithography defect density prediction, nanoimprint lithography defect, lithography defect density, defect density prediction, nanoimprint lithography
Nanoimprint Lithography Defect Density Prediction with Machine Learning Introduction & Motivation Nanoimprint Lithography Defect Density Prediction with Machine Learning addresses…
nanoimprint lithography defect prediction, nanoimprint lithography defect, lithography defect prediction, nanoimprint lithography, lithography defect, defect prediction
Nanoimprint Lithography Defect Prediction with Machine Learning Introduction & Motivation Nanoimprint Lithography Defect Prediction with Machine Learning addresses a central…
nanoimprint lithography defect prediction machine learning, nanoimprint lithography, defect prediction machine, uv, nanoimprint lithography defect prediction
Nanoimprint Lithography Defect Prediction with Machine Learning Introduction & Motivation Nanoimprint Lithography Defect Prediction with Machine Learning addresses a central…
template based imprint, uv cure imprint resin, nil resolution 10nm, nil defect contact
Nanoimprint Lithography (NIL) is pattern transfer via direct mechanical imprinting of template features into polymer resist, enabling sub-5 nm resolution without photon wavelength…
nanoimprint residual layer thickness prediction, nanoimprint residual layer, residual layer thickness, layer thickness prediction, nanoimprint residual, residual layer
Nanoimprint Residual Layer Thickness Prediction with Machine Learning Introduction & Motivation Nanoimprint Residual Layer Thickness Prediction with Machine Learning addresses…
nanoindentation hardness drift prediction, nanoindentation hardness drift, hardness drift prediction, nanoindentation hardness, hardness drift, drift prediction
Nanoindentation Hardness Drift Prediction with Machine Learning Introduction & Motivation Nanoindentation Hardness Drift Prediction with Machine Learning addresses a central…
nanoindentation hardness mapping prediction, nanoindentation hardness mapping, hardness mapping prediction, nanoindentation hardness, hardness mapping, mapping prediction
Nanoindentation Hardness Mapping Prediction with Machine Learning Introduction & Motivation Nanoindentation Hardness Mapping Prediction with Machine Learning addresses a central…
oliver pharr modulus, berkovich indenter thin film, load displacement nanoindentation
Nanoindentation Hardness and Modulus Wafer bow measurement extracts a film's average stress from how much it bends the wafer, but stress alone doesn't tell a reliability engineer…
nanoindentation tip wear prediction machine learning, nanoindentation tip, wear prediction machine, nanoindentation tip wear prediction, nanoindentation tip wear, tip wear
Nanoindentation Tip Wear Prediction with Machine Learning Introduction & Motivation Nanoindentation Tip Wear Prediction with Machine Learning addresses a central problem…
nanometer era, what is nanometer era
The nanometer era describes a period of semiconductor development rather than a precise physical boundary. One nanometer is one billionth of a meter, and one micron equals one…
nanoparticle contamination source tracing prediction, nanoparticle contamination source, contamination source tracing, source tracing prediction, contamination source
Nanoparticle Contamination Source Tracing Prediction with Machine Learning Introduction & Motivation Nanoparticle Contamination Source Tracing Prediction with Machine Learning…
channel release etch, inner spacer, gate-all-around, GAA, nanosheet gaa
Gate-All-Around (GAA) nanosheet field-effect transistors, Multi-Bridge Channel FETs (MBCFET), and vertically stacked ribbon architectures constitute the advanced three-dimensional…
FET, Gate-All-Around, fabrication, process, gaa, nanosheet
A nanosheet transistor's channel consists of thin, wide silicon sheets stacked vertically and individually wrapped by gate material, a geometry chosen specifically because a flat…
silicon nanosheet, nanosheet release, gaa nanosheet, nanosheet transistor process
Nanosheet Channel Formation is the process of creating suspended horizontal silicon sheets that form the transistor channel in Gate-All-Around (GAA) transistors — enabling…
gate all around process, nanosheet stack epitaxy, nanosheet release etch, gaa transistor fabrication, gaa, nanosheet
Nanosheet channel formation releases each stacked silicon sheet for gate wrap-around by selectively etching away the sacrificial silicon-germanium layers that were grown between…
nanosheet channel release stiction prediction, nanosheet channel release, channel release stiction, release stiction prediction, nanosheet channel, channel release
Nanosheet Channel Release Stiction Prediction with Machine Learning Introduction & Motivation Nanosheet Channel Release Stiction Prediction with Machine Learning addresses…
nanosheet, nanosheets, nanosheet transistor, technology
A nanosheet FET is the specific GAA transistor implementation that uses thin, wide, horizontally stacked sheets of channel material, rather than the vertical fins a FinFET uses…
nanosheet gaa transistor, nanosheet channel formation, gate all around nanosheet etch, nanosheet si ge superlattice, gaa, nanosheet
A nanosheet gate-all-around channel is formed by releasing stacked silicon sheets from their sacrificial silicon-germanium spacing layers and then depositing gate dielectric…
sige si superlattice, nanosheet epitaxy, superlattice growth, gaa stack
Nanosheet SiGe/Si Superlattice is the epitaxially grown alternating stack of thin SiGe and Si layers that forms the starting material for gate-all-around (GAA) nanosheet…
nanosheet stack count, nanosheet sheet count, number of nanosheets, gaa sheet count, what is nanosheet stack count
Nanosheet stack count is the number of vertically stacked semiconductor channel sheets in one gate-all-around transistor stack. The sheets provide parallel paths between source…