28,959 technical terms and definitions
0.18 micron process, 180 nm process, 0.18 micrometer process
A 0.18-micron process is the 180-nanometer technology generation. The conversion is exact: one micrometer is one thousand nanometers. The process label is not the thickness of…
0.25 micron process, 250 nm process, quarter micron process
A 0.25-micron process is the quarter-micron, or 250-nanometer, generation. It is a useful reference point for deep-submicron CMOS because it connects finer transistor dimensions…
0.35 micron process, 350 nm process, 0.35 micrometer process
A 0.35-micron process names the 350-nanometer technology generation. It sits between half-micron and quarter-micron generations in the conventional scaling sequence. The number is…
0.5 micron process, 500 nm process, half micron process
A 0.5-micron process is the 500-nanometer generation of semiconductor fabrication. The name describes nominal technology dimensions, while the foundry design rules specify which…
0.8 micron process, 800 nm process, 0.8 micrometer process
A 0.8-micron process belongs to the early submicron manufacturing generations. The nominal dimension is 800 nanometers. It identifies a process generation rather than the size…
distributed training
1-Bit SGD is a gradient quantization method that compresses each gradient component to a single bit (its sign) — transmitting only +1 or -1 for each gradient element, achieving…
1/f flicker noise prediction, 1/f flicker noise, flicker noise prediction, 1/f flicker, flicker noise, noise prediction
1/f Flicker Noise Prediction with Machine Learning Introduction & Motivation 1/f Flicker Noise Prediction with Machine Learning addresses a central problem in 1/f flicker noise…
1/f flicker noise prediction, 1/f flicker noise, flicker noise prediction, 1/f flicker, flicker noise, noise prediction
1/f Flicker Noise Prediction with Machine Learning Introduction & Motivation 1/f Flicker Noise Prediction with Machine Learning addresses a central problem in 1/f flicker noise…
1Kb DRAM, DRAM density generation, dynamic RAM, memory scaling, one-transistor cell
The 1-kilobit DRAM is the first density generation of dynamic random-access memory, a chip storing 1,024 bits, and it marks the point where semiconductor memory became…
1Mb DRAM, megabit era, million-bit memory, three-dimensional cell capacitor, DRAM density generation
The 1-megabit DRAM is the density generation of dynamic memory storing roughly a million bits per chip, four times the 256-kilobit generation, reaching the market in…
one-micrometer node, feature-size milestone, micron boundary, scaling landmark, process generation
The 1-micron process is the technology generation at which the smallest features on a chip reached about one micrometer, a notable milestone in feature-size scaling marking…
常用汉字, 前100个汉字, common chinese characters, top 100 hanzi
常见汉字前 100 个 学汉字最好从最常用的字开始。下面是最常见的 100 个汉字： 序号 1–20（最常用，先重点学）： 1 的 de — 所属标记 2 一 yī — 一 3 是 shì — 是 4 不 bù — 不 5 了 le/liǎo — 了，完成 6 在 zài — 在 7 人 rén — 人 8 有 yǒu — 有 9 我 wǒ — 我 10…
常见汉字101, hanzi 101 200, common chinese 101
常见汉字 101–200 序号 101–150： 101 实 shí — 真实 102 日 rì — 太阳，天 103 军 jūn — 军队 104 者 zhě — ……的人 105 意 yì — 意思 106 无 wú — 没有 107 力 lì — 力量 108 它 tā — 它 109 与 yǔ — 和 110 长 cháng/zhǎng — 长…
3D Scene Reconstruction from Images Introduction & Motivation 3D Scene Reconstruction from Images addresses a central problem in vision processing and reconstruction-accuracy…
3D Convolution for Video Introduction & Motivation 3D Convolution for Video addresses a central problem in vision processing and spatiotemporal-learning prediction: how to Build…
3D Pose Estimation from Video Introduction & Motivation 3D Pose Estimation from Video addresses a central problem in vision processing and 3d-accuracy-metric prediction: how…
3D Gaussian Splatting for Real-Time Rendering Introduction & Motivation 3D Gaussian Splatting for Real-Time Rendering addresses a central problem in vision processing…
3D Object Generation Introduction & Motivation 3D Object Generation addresses a central problem in generative generation and 3d-realism-quality synthesis: how to Design generative…
3D Vision-Language Models Introduction & Motivation 3D Vision-Language Models addresses a central problem in multimodal learning and 3d-semantic-alignment alignment: how to Learn…
130 nm process, what is 130 nm process
A 130 nm process is a manufacturing generation also written as 0.13 micron. The label describes a technology platform with coordinated transistor, wiring, and design-rule choices.…
16Kb DRAM, soft errors, alpha particle errors, DRAM reliability, memory scaling
The 16-kilobit DRAM is the density generation storing 16,384 bits per chip, four times the 4-kilobit generation, and it is the node where dynamic memory moved decisively into…
16-megabit dram, what is 16-megabit dram
A 16-megabit DRAM stores 16,777,216 data bits in the conventional binary organization. That is 2,097,152 bytes, or 2 MiB, before considering how a system combines chips.…
193 nm lithography, 193 nanometer lithography
193 nm lithography specifies the exposure wavelength used by ArF systems. It does not specify a 193-nanometer transistor or require a process with that node name. The same…
1nm process technology, 1nm node requirements, sub 1nm scaling, 1nm manufacturing feasibility
The 1 nm technology node does not yet have a fixed definition the way earlier nodes did — it is being pathfound, not specified, because the transistor itself must change…
1T1C cell, 1T1C DRAM cell, one transistor one capacitor, DRAM cell architecture, DRAM storage capacitor, access transistor, charge sharing sense amplifier, DRAM sensing, stacked capacitor DRAM, trench capacitor DRAM, DRAM retention time, DRAM refresh
1T1C: The One-Transistor-One-Capacitor DRAM Cell — Charge Storage Physics, Array Sensing, and the Capacitor Scaling Moat The 1T1C cell — one access transistor plus one storage…
2.5 volt logic, 2.5v logic
2.5-volt logic describes a nominal supply or signaling domain, not a universal interface specification. A device must be characterized for the relevant voltage range. Merely…
2.5d, signal & power integrity
2.5D Extraction is electromagnetic extraction balancing 2D efficiency with partial 3D effects for interconnect analysis - It offers faster runtime than full 3D while capturing key…
2 5d interposer tsv yield prediction machine learning, 2 5d, interposer tsv yield, 5d tsv, 25d interposer tsv yield prediction, 25d interposer tsv, tsv yield prediction, tsv yield
2.5D Interposer TSV Yield Prediction with Machine Learning Introduction & Motivation 2.5D Interposer TSV Yield Prediction with Machine Learning addresses a central problem in 2.5D…
常见汉字201, hanzi 201 300, common chinese 201
常见汉字 201–300 序号 201–250： 201 平 píng — 平安 202 形 xíng — 形状 203 反 fǎn — 相反 204 题 tí — 题目 205 认 rèn — 认识 206 条 tiáo — 条 207 结 jié — 结果 208 友 yǒu — 朋友 209 义 yì — 意义 210 活 huó — 生活 211…
248 nm lithography, 248 nanometer lithography
248 nm lithography names an exposure wavelength rather than a technology node. In semiconductor manufacturing the term ordinarily refers to KrF excimer-laser deep-ultraviolet…
256Kb DRAM, DRAM density generation, three-dimensional capacitor, US-Japan memory competition, cell capacitance
The 256-kilobit DRAM is the density generation of dynamic memory storing 262,144 bits per chip, four times the 64-kilobit generation, reaching the market in the first half of…
256-megabit dram, what is 256-megabit dram
A 256-megabit DRAM stores 268,435,456 bits, or 32 MiB. It is four times the bit capacity of a 64-megabit device. The number describes stored information rather than the amount…
25d packaging, 2.5d, 2.5d packaging, advanced packaging 25d, silicon interposer packaging, cowos
Interposers are the substrates that carry 2.5D integration: a die-to-die wiring layer dense enough to route thousands of connections between chiplets that sit side by side.…
materials, semiconductor, MoS2, WSe2, graphene
2D Materials in Semiconductors: MoS2, WSe2, and Graphene is atomically-thin layered materials exhibiting unique electronic properties enabling transistors, optoelectronic devices…
scm profiling, ssrm metrology
Two-Dimensional Dopant Profiling is a metrology technique that maps dopant concentration across both depth and lateral dimensions in semiconductor structures. What Is 2D Dopant…
graphene integration, tmdc devices
2D material integration brings channel materials only one to a few atoms thick into a technology stack built for three-dimensional silicon, and that mismatch in dimensionality is…
transition metal dichalcogenide, tmd monolayer transistor, mos2 channel transistor, 2d semiconductor device
2D Semiconductor Materials (MoS₂/TMDs) is the family of transition metal dichalcogenide crystals with monolayer thickness exhibiting direct bandgaps and strong light-matter…
mos2 transistor, molybdenum disulfide, mos2, tmd fet, graphene transistor, transition metal dichalcogenide, tmd transistor
2D Material Transistors are the post-silicon device concept using atomically-thin layered semiconductors (MoS₂, WSe₂, black phosphorus) as channel materials — providing ultimate…
2d material transistor mobility drift prediction, 2d material transistor, material transistor mobility, transistor mobility drift, mobility drift prediction, 2d material
2D Material Transistor Mobility Drift Prediction with Machine Learning Introduction & Motivation 2D Material Transistor Mobility Drift Prediction with Machine Learning addresses…
mos2 transistor fabrication, molybdenum disulfide, mos2, tmd fet, tmdc channel devices, 2d material transfer, 2d heterostructure integration
Two-Dimensional (2D) Material Transistors: Physics, Materials & Scaling Two-Dimensional (2D) Material Transistors represent the ultimate channel-scaling frontier for semiconductor…
2d, computer vision
2D sinusoidal position encoding is a fixed mathematical position representation that extends the original 1D sinusoidal encoding from "Attention Is All You Need" to two spatial…
2nm process technology, 2nm node requirements, 2nm manufacturing challenges, 2nm scaling issues
The 2 nm technology node is not a single process step but a cascade of simultaneous re-architectures — the transistor, the lithography, the contact, the power delivery, and…
3.3 volt logic, 3.3v logic
3.3-volt logic describes circuits or interfaces associated with a nominal 3.3 V supply. The phrase does not specify a single set of input thresholds. LVTTL and LVCMOS can both…
wafer size, wafer diameter, chips per wafer, wafer-size generation, 1970s wafer standard
The 3-inch wafer refers to a generation of silicon wafers roughly three inches in diameter that was a common standard in semiconductor manufacturing during the 1970s, one rung on…
manufacturing
3-Sigma Yield is the manufacturing quality standard where 99.73% of production output falls within the specification limits defined at ±3 standard deviations from the process mean…
300 mm transition, 300 millimeter wafer transition
The 300 mm transition changed the wafer manufacturing platform rather than the transistor’s basic operating principle. Moving from 200 mm to 300 mm substrates increases…
process
{311} Defects are rod-shaped planar fault clusters of excess silicon interstitials formed on the {311} crystallographic planes during post-implant annealing — they serve as…
32-bit processor, large address space, word width, 386, RISC 32-bit
A 32-bit microprocessor is a processor whose fundamental data width and, broadly, addressing capability are organized around 32 bits, a generation that succeeded the 16-bit…
32 nm process, what is 32 nm process
A 32 nm process is a technology generation with implementation-specific device and wiring dimensions. It followed the 45 nm generation in major logic roadmaps, but the numerical…
mesh, point cloud, nerf
3D AI: Meshes, NeRFs, and Point Clouds 3D Representations Type Description Use Case Mesh Vertices, edges, faces Games, CAD Point Cloud 3D points LiDAR, scanning NeRF Neural…