ECOC 2026 中主归属 Scale Across 的报告 37 篇,另有 63 篇次相关。按二级专题分组,点报告名跳到对应讲稿笔记。
| 二级专题 | 报告数 | 范围 |
|---|---|---|
| 产业需求 | 10 | AI 训练跨 DC 需求、架构、经济性、保护与运维 |
| FST与Multi-Rail | 6 | 全谱转发器、多 rail 线路系统、光纤对为单位的扩容 |
| CL | 6 | 400ZR/800ZR/1600ZR(+)、相干可插拔、Coherent-Lite、IPoDWDM |
| 低功耗DSP | 3 | 低复杂度/波特率采样 DSP、FPGA 实时实现、时钟共享 |
| 高波特率器件 | 1 | 高波特率调制器/探测器/驱动/光 DAC |
| 光源 | 0 | 激光器、光梳、外置光源 |
| 新型光纤介质 | 4 | 空芯/多芯/少模光纤用于 DC 互连 |
| 星地FSO链路 | 7 | 星地/馈电激光链路、大气湍流与自适应光学(ECOC 2026 将其归入跨域互连) |
产业需求
10 篇 · AI 训练跨 DC 需求、架构、经济性、保护与运维
| 日期 | 报告 | 题目 |
|---|---|---|
| DAY1 | 0920-am-Su2-B-01-Google-ScaleAcross功耗 | Power Efficient Scale Across – Scaling for the AI Era |
| DAY1 | 0920-am-Su1-C-00-全场-上半场速记(第10–17页,OVHcloud) | AI Driven Traffic Evolution in the Optical Backbone: OVHcloud’s Fibre Constrained Architecture(副题:An OVHcloud traffic vision PoP-DC and DC-DC in the AI era) |
| DAY1 | 0920-pm-Su4-C-03-华为-算网一体设计 | Integrated Computing-Network Design for AIDC |
| DAY1 | 0920-am-Su1-I-01+02-主席+Telefonica-开场与运营商基础设施路线(第1–6页为主席开场,第7–14页为 Telefonica 讲稿) | Operator perspective on network infrastructure and roadmap towards scalability and sustainability |
| DAY2 | 0921-MF-pm-1340-NVIDIA-SpectrumX多平面网络的光模块 | Optics for Spectrum-X multi-plane networks(据文件名;标题页未看) |
| DAY3 | 0922-Tu1-G1-KDDIResearch-面向AI数据中心网络的可扩展大容量光传输 | Scalable, High-Capacity Optical Transmission for AI Data Centre Networks(Tu1-G1) |
| DAY4 | 0923-MF-OIF-CMIS管理接口 | CMIS(Common Management Interface Specification)演进与增强固件管理(英文原题未见完整题目页,p1 OCR 乱码) |
| DAY4 | 0923-MF-中国电信-市场聚焦 | 分布式 AI 对光网络的要求(p2 起始”AI computing is expanding from servers to networks”;总题目页 p1 为重复页未看,英文原题不确定) |
| DAY4 | 0923-We-F-00-标准化专场II连拍(第26–32页) | (无标题页;内容为 China Telecom All-optical Network 3.0 / ION-2030 for AI 数据中心) |
| DAY4 | 0923-We2-A2-NTT-长跨高容量混合信号传输 | Mixed Signal Transmission for Long-Haul High-Capacity Optical Paths and Low Latency Optical Paths Using DSF Transmission Line and Inter-Band Wavelength Conversion Technology |
FST与Multi-Rail
6 篇 · 全谱转发器、多 rail 线路系统、光纤对为单位的扩容
| 日期 | 报告 | 题目 |
|---|---|---|
| DAY1 | 0920-am-Su2-B-02-Ciena-多轨光子破功耗墙 | Breaking the Power Wall with Multi-Rail Photonics and Optical Interconnect Innovation |
| DAY1 | 0920-pm-Su4-C-00-Ciena-另一版扫描(第1–4页) | 与上一篇(C-04)为同一讲的另一版扫描,页面内容对应 p2 ILA 之后的部分 |
| DAY1 | 0920-pm-Su4-C-04-Ciena-AI真正想要的光网络(第2–6页;p1为题目页,未看) | 题目页未看;wrap-up 页标题为 “The optical network AI actually wants” |
| DAY3 | 0922-MF-am-1140-CignalAI-跨域扩展对相干市场的影响-另一版 | The Impact of Scale Across on the Coherent Market(2026-09-22) |
| DAY4 | 0923-MF-00-上午连拍(第65–78页) | The Future of Coherent Optics in the AI Era |
| DAY4 | 0923-MF-Ciena-市场聚焦 | The Future of Coherent Optics in the AI Era |
ZR、ZR+、CL
6 篇 · 400ZR/800ZR/1600ZR(+)、相干可插拔、Coherent-Lite、IPoDWDM
| 日期 | 报告 | 题目 |
|---|---|---|
| DAY1 | 0920-pm-Su3+Su4-A-00-全场-A1下午全场扫描(第87–97页) | Coherent Technology for Data-center Applications |
| DAY2 | 0921-MF-am-T01-1000-Acacia-跨域与横向扩展网络策略 | Cross-domain / scale-across and scale-out network strategy(页内标题为 “AI is Driving Everything” 等,完整原题未见) |
| DAY3 | 0922-Tu3-H4-MicrosoftAzureFiber-全C波段400GZR经三跨段427.97km空芯光纤传输 | Demonstration of Full C-band 400G ZR Transmission over 3-Span 427.97-km Hollow-Core Fibre [p1] |
| DAY4 | 0923-MF-00-上午连拍(第54–64页) | Decoding OIF CMIS to Simplify Network Management for Coherent Pluggables |
| DAY4 | 0923-MF-00-Marvell与Ciena与Arista与Oracle连拍(第1–7页) | (无题目页)首页标题 “Coherent technology foundation of scale across” |
| DAY4 | 0923-We2-A3-KDDI-数字子载波复用P2MP现网试验 | Field Trial of Digital Subcarrier Multiplexing-based P2MP over 170 km for Distributed Data Center Network Interconnect |
低功耗DSP
3 篇 · 低复杂度/波特率采样 DSP、FPGA 实时实现、时钟共享
| 日期 | 报告 | 题目 |
|---|---|---|
| DAY1 | 0920-pm-Su3+Su4-A-00-全场-A1下午全场扫描(第99–107页) | CPO, LPO, T/LRO, XPO, EIEIO…. A vendor perspective on architectural evolution |
| DAY1 | 0920-pm-Su4-A-03-Acacia-PAM4-DSP竞争 | FRO, ERO, T/LRO, XPO, …(副题 A vendor perspective on architectural evolution;OCR 题名残缺) |
| DAY5 | 0924-Th1-H5-NTT-多域光直连边界的光模拟光波长转换器 | Optical-Analog-Optical Wavelength Converter for Multi-Domain Optical Direct-Connect Boundaries: 100G/400G Multi-FEC Characterization and Network Demonstration |
高波特率器件
1 篇 · 高波特率调制器/探测器/驱动/光 DAC
| 日期 | 报告 | 题目 |
|---|---|---|
| DAY4 | 0923-We5-B-中兴-光发射机与收发(第1–15页;p8 为与 NVIDIA 讲稿重复页) | 19.1-THz Tunable Wideband TFLN/SiPh Hybrid Integrated 800G CFP2 Transceiver for AIDC Scale-Across Clusters |
光源
0 篇 · 激光器、光梳、外置光源
(本次会议无)
新型光纤介质
4 篇 · 空芯/多芯/少模光纤用于 DC 互连
| 日期 | 报告 | 题目 |
|---|---|---|
| DAY1 | 0920-pm-Su4-B-05-MicrosoftAzure-长无中继系统要求 | Requirements for long unrepeatered HCF systems(题目大意,p1 未看图) |
| DAY2 | 0921-Mo5-待定-长飞YOFC-超高模纯度与单模匹配的O波段混合反谐振空芯光纤 | 题目页 OCR 乱码,按文件名与结论页为 O-band hybrid antiresonant HCF(HA-HCF):ultrahigh modal purity and single-mode-matched(英文原题未完整核实) |
| DAY2 | 0921-合集待拆-全场-A1厅下午上半场连拍-Mo3-A(第2–14页,Mo3-A2) | Demonstration of Ultra-high Link Budget, Low Cost/Latency Distributed AI Scale-across Network Enabled by C-band 3.2-Tb/s/lane IM-DD Transmission over 20-km AR-HCF(原题如印,“3.2 Tb/s/lane”字样按幻灯片原文;正文实验为32波×50 GBaud PAM4,总线速3.2 Tb/s) |
| DAY5 | 0924-Th1-G1-Corning-光纤时延对跨地域多数据中心AI训练计算通信重叠的影响建模 | Modeling the Impact of Fiber Latency on Compute-Communication Overlap in Geo-Distributed Multi-Datacenter AI Training |
星地FSO链路
7 篇 · 星地/馈电激光链路、大气湍流与自适应光学(ECOC 2026 将其归入跨域互连)
| 日期 | 报告 | 题目 |
|---|---|---|
| DAY1 | 0920-am-Su1-F-01+02-FraunhoferHHI+Durham-分集抗衰落与低时延星地链路商用门槛(第11–27页:Durham 大学一讲) | Challenges to resilient Low-Earth Orbit Feeder Links |
| DAY1 | 0920-am-Su1-F-01+02-FraunhoferHHI+Durham-分集抗衰落与低时延星地链路商用门槛(第1–10页:Fraunhofer HHI 一讲) | (无独立题目页;主题页为 “Atmospheric turbulence – Why do we need turbulence mitigation?”,副标题 Turbulence mitigation / Diversity combining) |
| DAY1 | 0920-am-Su1-F-03-北邮-星地激光链路湍流影响 | Impacts of Atmospheric Turbulence on Satellite-to-Ground Laser Communication Links and its Mitigation |
| DAY1 | 0920-am-Su1-F-05-FraunhoferIOF-主镜到纤芯的光学天线 | (题目页OCR乱码,副题为从主镜到光纤纤芯的光学天线,“The optical Antenna”、“The last metre”) |
| DAY1 | 0920-am-Su1-F-06-DLR-可扩展自适应光学 | Building the Next Generation of AO Systems – A Robust and Scalable Solution for High-Throughput FSOC |
| DAY1 | 0920-am-Su2-F-01-NICT-日本星地激光通信实践 | Space Laser Communications Through the Atmosphere: NICT’s Experience in Japan |
| DAY1 | 0920-am-Su2-F-02-ANU-澳国立激光通信计划 | (无标题页;内容为 ANU 光通信计划、Artemis II 月地激光、DSOC 深空) |
次相关报告(63)
| 报告 | 题目 | 主方向 |
|---|---|---|
| 0920-pm-Su3+Su4-A-00-全场-A1下午全场扫描(第24–38页) | Photonic interconnects for modern AI superclusters(ECOC 2026 Workshop Su3-A) | Scale Out |
| 0920-pm-Su3+Su4-A-00-全场-A1下午全场扫描(第71–86页) | Meeting Diverse AI Connectivity Needs: Architectural Choices for Next-Generation Pluggable Transceivers | Scale Out |
| 0920-pm-Su3+Su4-A-00-全场-A1下午全场扫描(第108–127页) | Evolution of Coherent DSP to Meet the Evolving Needs of the AI Supercycle | Transport |
| 0920-pm-Su3+Su4-A-00-全场-A1下午全场扫描(第129–147页) | Can Photonic Signal Processing Simplify DSP?: Breaking the Fiber Dispersion Barrier in IM/DD | Scale Out |
| 0920-pm-Su3-A-03-Oracle-AI超集群光互连 | Photonic interconnects for modern AI superclusters | Scale Out |
| 0920-pm-Su4-A-01-Marvell-下一代相干DSP | Meeting Diverse AI Connectivity Needs: Architectural Choices for Next-Generation Pluggable Transceivers(讲稿 2026-09-20;PDF 名含”相干 DSP”但内容为可插拔架构组合) | Scale Out |
| 0920-pm-Su4-A-02-Ciena-相干进数据中心 | Coherent Technology for Data-center Applications | Transport |
| 0920-pm-Su4-A-04-Nokia-相干DSP演进 | Evolution of Coherent DSP to Meet the Evolving Needs of the AI Supercycle | Transport |
| 0920-am-Su2-B-03-AIST-从余量到有效吞吐 | Pushing Optical Network Efficiency to the Limit for the AI Era: From QoT Margins to Goodput-Aware Operation | Transport |
| 0920-am-Su2-B-04-Nokia-海缆可插拔功耗 | Power efficient submarine pluggable transceivers | Transport |
| 0920-pm-Su3-B-01-长飞YOFC-长跨空芯光纤设计(第7–18页) | Paradigm Shift in Hollow Core Fiber: From Technology-Push to Application-Driven | Transport |
| 0920-pm-Su4-B-01-Southampton-空芯熔接与监测 | Hollow-Core Links: Splicing techniques(Workshop Su4 “Could 100s-km long unrepeatered HCF links reshape economics & design of terrestrial and submarine optical networks?“) | Transport |
| 0920-pm-Su4-B-02-NokiaBellLabs-空芯链路性能极限 | Performance limits of HCF links(ECOC26 Workshop) | Transport |
| 0920-pm-Su4-B-03-中国移动-空芯现网部署 | Antiresonant Hollow-core Fibers in Deployed Optical Networks: Long-term Stability, Standardization, Operation and …(副标题后半部分看不清,可能含 Interoperability),2026-09-20 | Transport |
| 0920-pm-Su3-D-02-Southampton-空芯光纤技术方(第1–6页) | Hollow Core Fibre: Technology perspective(Workshop 题:How Will We Manage the Heterogeneous Optical Communication Networks of the Future?) | Transport |
| 0920-pm-Su3-D-05-Nokia-单模光纤技术方(第1–7页) | (SMF 技术方观点,幻灯无明确题;含“No one cancelled SSME yet”,OCR为SSMF);p1 为承接Aircision的结论页 | Transport |
| 0920-am-Su1-F-04-Aveiro-自适应相干DSP抗湍流 | Adaptive Coherent DSP and Turbulence Mitigation Techniques for Robust High-Capacity Ground-to-Space Optical Links | Transport |
| 0920-am-Su2-F-03-MITLL-链路层与物理层抗湍流对比 | Performance of Link-Layer and Physical-Layer Atmospheric Mitigation Approaches for Free-Space Optical Communications | Transport |
| 0920-pm-Su3-F-05-Coherent-相干可插拔生态能否复用 | Can VHSP hybrid solutions benefit from developments in the coherent pluggable eco-system? | Access |
| 0920-am-Su1-C-00-全场-上半场速记(第1–2页,Workshop开场) | Will the AI workload require an end-to-end-optimized network infrastructure?(Workshop题目) | Transport |
| 0920-am-Su1-C-00-全场-上半场速记(第18–26页,BT) | BT Optical Networks for AI | Transport |
| 0920-pm-Su4-C-02-Nokia-用领域知识建高效网络 | 标题页OCR乱码,看不清;主题为用领域知识建高效 AI 网络(中文文件名推断,原英文题看不清) | Transport |
| 0920-pm-Su3-H-01-主席-6G融合场景导论 | 无独立英文原题;首页标题 “6G unifies communication, compute and sensing” | Access |
| 0920-pm-Su3-H-03-Bristol-英国6G计划复盘 | UK R&D Ecosystem on Future Networks Technologies and Systems: Including 6G, 6G+(议程页题为 Confluence drivers and the UK 6G program) | Access |
| 0920-pm-Su3-H-04-Trinity-致密化与韧性 | Addressing Densification and Resilience Through Confluence(据议程页;首页 OCR 乱码) | Access |
| 0920-pm-Su4-H-02-Cambridge-无线光与射频融合 | Confluence at the Edge: Optical Wireless | Access |
| 0920-pm-Su4-H-05-NTT-IOWN频谱与数字孪生 | IOWN perspective on optical spectrum and network digital twins | Transport |
| 0920-pm-Su3-I-05-Ciena-系统侧的选择 | (首页OCR不清;页面内容为 fast/narrow vs slow/wide 的系统侧选择) | Scale Up |
| 0920-pm-Su3-I-07-Marvell-DSP与波特率路线 | (首页OCR不清;内容为DSP与AI光互连各域的路线,未确认英文原题) | Scale Out |
| 0921-MF-am-T05-1120-Nokia-1600G以上器件的挑战 | Challenges of devices beyond 1600G(据文件名;页内 “Incredible range of challenges”) | Transport |
| 0921-MF-am-T08-1220-Meta-骨干光纤基础设施扩展 | Scaling backbone fiber infrastructure(据文件名;页内 “The network must lead”) | Transport |
| 0921-Mo12-00-全场-开幕与大会报告全场连拍(第1–36页,Ciena大会报告) | 题目页OCR乱码,看不清;内容主线为 Scaling AI is all about scaling I/O(据p35结论页) | Scale Up |
| 0921-Mo12-A3-Ciena-AI集群通信(共33页,单讲) | AI 集群通信主题的大会报告(英文原题页未拍到;末页标题 “Top Three Take-Aways”,主线为 Scaling AI is all about scaling I/O) | Scale Up |
| 0921-Mo3-B1-领纤Linfiber-打破损耗壁垒-空芯光纤从物理极限到量产 | Breaking the Barrier: Hollow-Core Fibers from Physical Limits to Mass Production | Transport |
| 0921-Mo3-待定-UCL-相干数据中心链路的快速收敛超网络DSP | A Realistic Implementation of Fast Convergence Hypernetwork-based DSP for Coherent Data Centre Links(页脚标注 Mo5-F2) | Transport |
| 0921-Mo5-B1-待核-空芯光纤设计 | Hollow Core Fibres: from scientific curiosity to multi-problem solution | Transport |
| 0921-PF-待定-CommScope-高密低损自清洁连接器 | Introducing the FastSelfClean™ connector technology — Self-cleaning fiber-optic connector for high-density AI factory connectivity | Scale Out |
| 0921-PF-待定-Marvell-面向AI纵向扩展网络的近封装光模块 | Near Packaged Optics for AI Scale-up Networks | Scale Up |
| 0921-PF-待定-Nokia-嵌入式还是可插拔 | Embedded or Pluggable?(题目页OCR乱码,中文文件名为”嵌入式还是可插拔”;p2 标题为 “What’s fueling the growth of 800G ZR/ZR+ Pluggables?“) | Transport |
| 0921-合集待拆-全场-A1厅下午上半场连拍-Mo3-A(第27–35页,Mo3-A4) | Dynamic RU-DU Reconfiguration in 6G Access Networks Using Fast Controlled Photonic Switches with 400G ZR+ Optics | Access |
| 0921-合集待拆-全场-Mo5-F全场连拍(第19–37页) | A Realistic Implementation of Fast Convergence Hypernetwork-based DSP for Coherent Data Centre Links | Transport |
| 0922-MF-am-1000-Coherent-支撑AI基础设施三种扩展的光技术 | Photonics: from transport infrastructure to compute fabric(标题页看不清,据第2页大标题) | Scale Up |
| 0922-PF-1025-Nokia-开放XR论坛的点到多点光网络技术经济性 | 未见完整原题;白皮书题为 “Cost-effective point-to-multipoint network deployments with digital subcarrier multiplexing in the metro-regional domain”(OXR.CEPMPNDDSCMR.01.0,July 2026)[p2] | Transport |
| 0922-Tu3-H1-MicrosoftAzureFiber-空芯光纤传输系统从城域到长距 | HCF transmission systems from metro to long-haul(英文原题未逐字核对,据议程页”HCF-based metro transmission / multi-span and long-haul”概括) | Transport |
| 0922-Tu4-H2-NTT-可插拔模块相干DSP芯片上首次实现分布式PDL监测 | 题目页无OCR,英文原题看不清;主题为在相干可插拔 DSP 芯片上实现分布式 PDL 监测(基于 polarization-resolved LPM) | Transport |
| 0922-Tu4-H3-NTT-片上纵向功率监测使能的相干DSP非线性干扰估计 | 题目页OCR乱码,英文原题看不清;主题为基于片上 LPM 的相干 DSP 非线性干扰(NLI)估计 | Transport |
| 0923-MF-00-上午连拍(第2–12页) | Carrier-Grade Optical Networks for Distributed AI Computing – From DCI to Reliable AI Interconnect | Transport |
| 0923-MF-euNetworks-市场聚焦 | p1 “Explosion of Solutions – We’ve been here before”(Cisco);p2–p5 euNetworks 关于 AI 推理网络/小语言模型(SLM)的市场观点(题目页未拍到) | Transport |
| 0923-MF-美团-市场聚焦 | Rethinking Optical Interconnect for the AI Agent Era | Scale Up |
| 0923-MF-00-Marvell与Ciena与Arista与Oracle连拍(第14–32页) | The Topic is Density, not Port Size(p14 首页);主体为 XPO 模块介绍 | Scale Up |
| 0923-We-F-00-标准化专场II连拍(第20–25页) | Framework and Requirements for AI deployment in Telco Transport Networks | Transport |
| 0923-We1-I2-1353-城域光纤弱相干偏振态量子隐形传态 | 现网城域光纤上弱相干偏振态量子隐形传态(英文原题看不清;首页 OCR 乱码,内容为 quantum teleportation over live carrier-grade fiber in Berlin) | 新应用 |
| 0923-We2-C3-1409-米兰理工-大模型与光网络的共生关系 | LLM and Optical Networks: A symbiotic relationship | Transport |
| 0923-We2-C4-731-IPoDWDM全生命周期自动化的MCP架构 | MCP-enabled agentic AI for IPoDWDM lifecycle automation(首页英文全题OCR乱码,此为 p2 标题 “MCP enabled agentic AI based IPoDWDM” 的概括) | Transport |
| 0923-We2-I-00-全场连拍(第41–50页,第4讲) | AI-core Enabled Real-time 2.0-Tbit/s Coherent Transceiver Operating at 234 Gbaud | Transport |
| 0923-We2-I-华为加拿大-实时信号处理(第1–10页) | AI-core Enabled Real-time 2.0-Tbit/s Coherent Transceiver Operating at 234 Gbaud | Transport |
| 0923-We3-I-00-全场连拍-空芯表征与部署(第68–90页) | Field Deployment Practice, Key Challenges, and Standardization Outlook of Hollow Core Fibers and Transmission Systems | Transport |
| 0923-We5-G-00-全场连拍(第1–13页;重拍见 0923-We5-G-Chalmers-相位与定时恢复) | Mitigation of Error Bursts after Pilot-Aided Carrier Phase Recovery | Transport |
| 0923-We5-G-00-全场连拍(第29–41页;重拍见 0923-We5-G-富士通-相位与定时恢复) | Baud-Rate Timing Recovery with 1UI DGD Tolerance for Dual Polarization Coherent Systems | Transport |
| 0923-We5-G-00-全场连拍(第53–76页;重拍见 0923-We5-G-KIT-相位与定时恢复) | Modeling and Mitigation of Equalization-Enhanced Phase Noise | Transport |
| 0924-推定F3-哥伦比亚大学-面向AI集群的可编程光子学 | Programmable photonics for AI clusters | Scale Up |
| 0924-Th1-H2-AIST-判决前馈数字反向传播延长WDMDP-16QAM传输距离 | Reach Extension of WDM DP-16QAM Signals Based on Decision-Feedforward Digital Backpropagation | Transport |
| 0924-Th2-H1-EPFL-光互连用最大覆盖Chase译码器 | Maximum Coverage Chase(“A low-complexity Chase Decoder for optical interconnects with improved TEP selection”,p4 副标题;完整英文原题看不清) | Scale Out |