更低 幻觉 曝光
严重 engineering results are parsed, validated and 已关联 to evidence outside the AI model.
硅 工程 命令 居中
A 受治理的 semiconductor intelligence architecture that routes each engineering task to the safest, most repeatable and most compute-efficient processing layer.
确定性 where possible. AI only where necessary. 经人工审批 where critical.
工程-assisted, human-controlled. 最终审批仍由合格工程师负责。
严重 engineering results are parsed, validated and 已关联 to evidence outside the AI model.
设计 revisions, PDK 版本s, tool environments, scripts, seeds and evidence remain traceable.
结构化任务使用解析器、规则、缓存结果和分离服务,而不是不必要地执行大型模型。
机密 PDK、IP 和半导体项目数据可保留在客户控制的基础设施内。
保护专有 IC 数据、PDK 信息、凭据和工程上下文。
分离需求、DRC、LVS、时序、覆盖率、PVT、Monte Carlo 和豁免。
使用针对工件的工程解析器,而非通用模型。
检查 values, units, versions, completeness and specification limits deterministically.
根据风险与复杂度选择规则、数据库、本地模型或高级推理。
仅将 AI 用于解释、比较、综合和工程说明。
比较 AI-assisted findings against independent evidence and validators.
将架构、豁免、验证和流片权限保留给工程师。
AINNA does not replace 节奏, Synopsys, Siemens EDA, Ansys, COMSOL or other semiconductor engineering 工具. It connects requirements, 工作流, results, decisions and engineering evidence across the IC development lifecycle.
6项输入 → 硅片就绪产物
Low-计算 半导体 智能
半导体 engineering cannot rely on a single probabilistic model. NeuralOps separates deterministic processing, specialised parsing, AI reasoning and human authority into controlled 层.
计时 limits · unit checks · PVT 完整性
需求 · 已验证基准 · 既有证据
DRC/LVS 解析 · 清单 · 校验和 · 统计
轻量分类 · 元数据 · 文档标记
复杂比较 · 歧义 · 综合 · 说明
半导体-Specific 控制 Map
选择领域以查看工程工作流中使用的受限 NeuralOps 控制。
要求 extraction
要求-ID validation
歧义检测
设计-block mapping
测试映射
变更影响分析
缺失-evidence detection
模拟 manifest
PVT 解析
Monte Carlo 聚合
单元验证
规格余量检查
布局后比较
证据 linking
Lint 报告解析
CDC 与 RDC 解析
综合结果导入
计时 extraction
回归 tracking
覆盖范围 aggregation
ECO 可追溯性
版图修订跟踪
拥堵-result parsing
DRC 解析
LVS 解析
PEX 结果关联
IR-drop 状态
Electromigration 状态
签核证据完整性
测试计划映射
回归 segmentation
故障聚类
覆盖范围 closure
豁免验证
未复现故障检测
证据-bound summaries
测试数据导入
晶圆图生成
分箱良率分析
测试机相关性
参数分布
模拟-to-silicon comparison
故障-analysis 可追溯性
ESG-Aware 硅 运营
模拟 logs, regressions, verification data, DRC/LVS output, timing reports, wafer-test records, yield data, characterisation results and engineering documents are often structured. They should not automatically be sent to a large AI model.
NeuralOps is designed to reduce unnecessary model execution through 智能路由, 分离式处理 and specialised parsers.
NeuralOps 旨在将工作路由到能够完成任务的最轻量级且经验证的处理层,从而减少不必要的计算消耗。
碳声明就绪
估算结果绝不能自动呈现为已测量或经独立验证的结果。
NeuralOps is designed to reduce unnecessary model execution through 智能路由, 分离式处理 and specialised parsers.
已发布的架构声明来源: AINNA NeuralOps architecture specification · Last reviewed: 2026-07-29基于配置的工作负载、硬件、路由和电网假设的估算减排量。
估算 预测 - Not a Certified 碳 审计来源: AINNA 碳足迹 模拟器 configuration · Last reviewed: 2026-07-29打开 碳足迹 模拟器在此证据级别通过其治理和审批要求之前,发布将被阻止。
不可用于发布来源: 生产 telemetry - not yet connected · Last reviewed: 2026-07-29在此证据级别通过其治理和审批要求之前,发布将被阻止。
不可用于发布来源: 独立 assurance - not yet available · Last reviewed: 2026-07-29运行中 证据 Schema
运行中 metadata is stored separately from proprietary 设计 artefacts. ESG measurement does not require collecting schematics, RTL or confidential report content.
event_idproject_idcustomer_environmenttimestamp_starttimestamp_endtask_typeengineering_domainrisk_levelprocessing_routeparser_nameparser_versionmodel_namemodel_sizemodel_locationinput_tokensoutput_tokenscached_tokensgpu_runtime_secondscpu_runtime_secondsmemory_usageestimated_energy_kwhmeasured_energy_kwhenergy_sourcemeter_idmeasurement_sourceevidence_checksumdata_transfer_mbcache_hitdetached_system_usedadvanced_model_usedvalidation_statusresult_statushardware_typehardware_regiondata_centre_puegrid_emission_factorcalculation_methodmethodology_versionexcluded_workloadsconfidence_rangeuncertainty_range半导体 ESG and 计算 仪表盘
模型 the 架构
Configure workload, hardware, routing, PUE and grid assumptions before making an 估算预测.
碳指标免责声明: 碳 and energy figures shown on this website may be estimates based on configured workload, hardware, PUE and grid-emission assumptions. They are not certified carbon-audit results unless explicitly identified as independently 已验证. 审核 assumptions in the 碳足迹 模拟器.
工程 Friction
运行中 problems that slow 设计 closure, weaken evidence and make knowledge difficult to reuse.
规格、脚本、仿真设置和依据分散各处。
PDKs, 工具, models, scripts, seeds and environments drift.
需求未能持续连接到模块、测试和证据。
故障、覆盖缺口、豁免和缺陷需要人工关联。
状态 reports are manually assembled and quickly become stale.
已解决 issues and 设计 rationale are not retained as reusable knowledge.
IC Development Lifecycle
从规格出发,沿一条受控线索贯穿设计、仿真、验证和人工签核。
输入-已转介 噪音 Density ≤ 12 nV/√Hz
经营 色温: -40°C to 125°C
验证 必需信号 intent and interface assumptions remain 已关联 to the requirement baseline.
要求 coverage means requirements with at least one 已关联 verification test and evidence.
Controlled 工程 系统
模块 connect engineering context without replacing qualified engineers or licensed EDA 系统.
分离式 · Segmented · 证据-Bound
半导体 engineering requires repeatability, 可追溯性 and evidence. AINNA NeuralOps separates deterministic engineering processes from probabilistic AI reasoning so that an AI-generated response cannot silently become a 设计, verification or tape-out decision.
仅在确实需要高级智能时才使用高级 AI。
大多数半导体工作负载不需要大型语言模型。结构化和重复性工作应属于受控处理层。
高级模型s are reserved for work where interpretation and synthesis add genuine engineering value.
This boundary is designed to reduce unnecessary 模型调用, token usage, compute demand, latency, cost, power consumption, hallucination exposure and uncontrolled data movement.
96%的演示份额意味着高级推理模型被绕过;它包括确定性、缓存和客户控制的本地处理,并不声称每个被绕过的任务都是确定性的。
独立 工程 服务
分离式系统 are engineering services that operate independently from the language model. They execute controlled, repeatable and auditable tasks without depending on AI-generated reasoning.
AI模型不负责验证自身输出。先分解再推理
A request such as “审核 this post-layout verification package and determine tape-out readiness” is never sent as one uncontrolled prompt. It becomes bounded tasks with defined inputs, output schemas, allowed 工具, risk, classification, validation, evidence and human gates.
文件 validation, numeric calculation, checksum, lookup
不允许或不必要使用 AI分类, metadata, formatting, basic summary
解析器 or small local model preferred歧义、故障聚类、跨报告比较
证据-grounded model permitted豁免、签核、安全或可靠性分析
独立验证 and human approval mandatory流片、PDK 更改、生产发布、破坏性操作
禁止自主执行已定义输入标准化时序指标+REQ-TIM基准
输出 schemarequirement_id · value · unit · 限制 · 状态
Allowed 工具规则引擎 + 已批准限制数据库
风险 / data classL0 确定性 · 机密 IC
验证 / evidence单元检查 + 基线校验和
Autonomy / approval比较 only · engineer approves disposition
默认不信任
工程 data, user instructions, embedded text, external content and 系统 instructions remain separate. Instructions inside uploaded files can never override security, validation or approval rules.
PASS 原始与净化后的校验和、转换及策略决策均写入审计记录。
BLOCK / QUARANTINE 无效、恶意或与策略冲突的内容无法进入处理区域。
PRIVATE ROUTE 敏感内容保留在已批准的私有环境中,标识符最小化并强制执行访问权限。
工件特定提取
单个解析器会造成单点故障。在输出被接受之前,单独的解析器处理每个工程产物并生成已定义的模式。
UNRESOLVED Both outputs preserved. Dependent high-risk actions 已停止. Engineer review required.
解析器 disagreement is an engineering signal, not an inconvenience to be hidden.
独立 Checks
Schema, units, ranges, IDs, PVT 完整性, mathematics, statistics, versions, duplicate detection, evidence completeness, approved limits and policy are checked independently.
“所有PVT角点均已通过。”
流畅的解释不是工程证据。
计算感知编排
每项任务都按类型、复杂度、格式、保密性、风险、所需精度、延迟、可复现性、计算和能耗影响进行分类。
Bounded 输出 States
准确度 prompting alone is insufficient. 已批准 retrieval, citations, schemas, numerical checks, parser comparison, confidence thresholds, contradictions, no-answer states, restricted permissions and immutable audit context reduce exposure.
来源-Level 可追溯性
来源 file / locationSTA_Report_R42.txt · 第1842行
Checksum7F3A…
解析器STA 文字 解析器 v2.4
Tool / PDKPrimeTime 2026.03 · PDK R19.2
设计 revisionR42
WNS-0.083 ns
限制≥ 0 ns
角SS / 0.81 V / 125°C
验证确定性 parser confirmed
置信度已验证 extraction
审计 contextRUN-1142 · 2026-07-29 03:42 UTC
限制豁免状态待定
可问责签署
AINNA 支持工程判断。它不会取代工程责任。
ESG 感知计算
半导体 innovation should not depend on sending every task to a large model. 分离式 services, local models, caching, task segmentation and 智能路由 reduce unnecessary AI execution.
Public figures use a 10,000-task illustrative baseline, classify deterministic and cached handling before model routing, and do not assume a production model, hardware platform, grid carbon factor or measured period. 实际 telemetry must record model type, hardware, duration, energy source, cache policy, data transfer and confidence range.
ESG指标必须依据实际部署遥测数据计算。除非有实测运营记录明确支持,否则公开网站上的数值仅为演示数据。
Low-电源 本地 执行
本地 execution can reduce external transfer and latency while improving control over PDK, IP and compute usage.
外部 routing requires explicit customer approval, appropriate sanitisation, policy compliance, audit logging and an approved destination.
架构 运营
Run 上下文 完整性
可重复性 requires more than storing the final simulation report. A reproducible run must preserve the complete 设计, tool, model, script, configuration and computing context.
仅视觉演示。不执行 EDA 仿真。
验证 智能
交互式演示nstration data connects requirement intent to technical evidence and failure context.
前4个回归行占664个失败;其余259个失败单独汇总。
| 特征 | 测试 | 首次 / 末次 | 疑似来源 | 所有者 | 状态 |
|---|---|---|---|---|---|
| SIG-CLK-07 | 312 | 02:11 / 06:42 | 环境 | CAD-02 | 已解决 |
| SIG-RST-03 | 184 | 02:14 / 06:39 | RTL | RTL-04 | 审核 |
| SIG-TB-11 | 127 | 02:18 / 06:37 | 测试平台 | VER-07 | 修复已排队 |
| SIG-X-19 | 41 | 03:22 / 06:12 | 未解决 | VER-03 | 打开 |
设计 for Six Sigma
DMAIC 改进现有工程或制造流程。 DMADV 构建新产品和IC开发。
定义 · 测量 · 分析 · Improve · 控制
定义 · 测量 · 分析 · 设计 · 校验
能力指数仅针对此已验证的工艺窗口显示,不替代发布标准。
角色-Aware Programme 智能
证据-backed views for executives, engineering disciplines, repeatability, verification and silicon learning.
工程 Roles and Programmes
选择角色以查看与该团队最相关的工作流程、仪表盘和运营效益。
Connect architecture, block 状态, verification closure and technical risk to current engineering evidence.
数据主权
Public demonstrations and 企业 deployment are deliberately separated.
Public demonstrations use sanitised data. 生产 PDKs, proprietary IP, 设计 databases and customer engineering information remain inside the customer-controlled environment. 部署 controls and air-gap suitability are validated per customer architecture, security policy and contract.
打开 Authenticated 企业版 演示工具无关的连接
设计用于通过已批准的API、脚本、报告、调度器、版本控制系统和工程数据导出进行连接。
集成 availability depends on tool licensing, customer environment, API 访问 and approved security policies. Vendor names identify ecosystem context and do not imply certified integration.
保留 工程 内容
原始半导体简报和提示材料现作为实用的工程输入模板支持该平台。
用于架构、功耗、验证和审查的结构化提示。
六个受控输入:设计类型、实现策略、接口、功耗、已验证的工具上下文和所需工件。
规格、PVT、噪声、器件模型、仿真和证据字段。
RTL 层次结构、约束、提交、所有者、验证和签核上下文。
规划, tests, seeds, environment, coverage, waivers and defect context.
传感器 mechanism, multiphysics context, interface, characterisation and calibration.
证据 baseline, run manifests, DRC/LVS/PEX, waivers and human approvals.
签名、受影响的测试、首次出现、来源假设、所有者和解决方案证据。
Do not place NDA-restricted PDK content, proprietary schematics, export-controlled data, customer requirements or unreleased IP into a public AI service. AINNA outputs are engineering drafts and evidence aids. PDK-aware operation requires validated, authorised inputs. 合格 engineers retain 设计, verification and tape-out authority.
范围评估
从一个有边界的工程工作流、商定的证据边界和人工控制的成功标准开始。
实时 工程 上下文
Semicon-scoped taxonomy only: selected developments in semiconductor technology, IC 设计, EDA, verification, advanced packaging, 智能体 AI, CI and 边缘 AI, with concise explanations of their relevance to engineering teams.
The official MyICPark listing identifies this semiconductor-related update. 打开 the original source for the published details.
Researchers from University of California, Los Angeles published a technical paper titled “An 打开-来源 Benchmark Suite of 3D-IC Testcases.” Abstract Excerpt: The paper presents an “open-source suite of 3D-IC benchmark testcases” and provides “reusable virtual chiplet models covering compute, mem…
WHY IT MATTERSThis may influence yield learning, manufacturing readiness, testing or advanced packaging decisions.
READ ORIGINAL SOURCEAMD is adding native UCIe 1.1 connectivity to selected Versal RF 系列 adaptive SoCs, allowing the devices to communicate directly with specialized chiplets in the same package. The move will provide multi-terabit-per-second aggregate bandwidth for chiplet-based RF, AI, networking and communicatio…
WHY IT MATTERSThis may influence yield learning, manufacturing readiness, testing or advanced packaging decisions.
READ ORIGINAL SOURCEInfineon Technologies is acquiring Bangalore-based C2i Semiconductors to strengthen its power management portfolio for AI data centers. The deal will add expertise in software-defined multiphase controllers, smart power stages and vertical power delivery architectures, with completion expected in t…
WHY IT MATTERSThis is relevant to semiconductor engineering practice and the supporting 设计-to-manufacturing ecosystem.
READ ORIGINAL SOURCEThe official MyICPark listing identifies this semiconductor-related update. 打开 the original source for the published details.
WHY IT MATTERSThis is relevant to 马来西亚's IC 设计 ecosystem and may support talent, EDA access, testing, tape-out readiness or semiconductor commercialisation pathways.
READ ORIGINAL SOURCEThe official MyICPark listing identifies this semiconductor-related update. 打开 the original source for the published details.
WHY IT MATTERSThis is relevant to 马来西亚's IC 设计 ecosystem and may support talent, EDA access, testing, tape-out readiness or semiconductor commercialisation pathways.
READ ORIGINAL SOURCEAmazon Web 服务 (AWS) and NVIDIA are expanding their long-running AI infrastructure partnership with plans to deploy 2 million additional NVIDIA GPUs across AWS data centers in 2027 and 2028. The agreement also broadens the companies’ work in CPUs, networking, open AI models, data processing an…
WHY IT MATTERSThis is relevant to semiconductor engineering practice and the supporting 设计-to-manufacturing ecosystem.
READ ORIGINAL SOURCEThe official MyICPark listing identifies this semiconductor-related update. 打开 the original source for the published details.
WHY IT MATTERSThis is relevant to 马来西亚's IC 设计 ecosystem and may support talent, EDA access, testing, tape-out readiness or semiconductor commercialisation pathways.
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