> MIPI 协会 ——不仅局限于移动设备的接口规范
MIMIPI Alliance ––Interface Specifications for Mobile and Beyond |
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MIPI 协会的总监，Peter Lefkin，为大家介绍 MIPI 规范的框架，涵盖移动设备及其产业链。MIPI协会成立于 2003 年，全球有超过 265 家成员公司，超过 15 个工作组，在过去 10 余年中，已针对移动设备产业链制定 45 余种规范，成员公司覆盖手机厂商、器件 OEMs、软件供应商、半导体公司、芯片设计者、IP供应商、测试方案商以及相机、掌上设备和电脑。
Peter Lefkin, Managing Director of MIPI Alliance, will provide a high level overview of the MIPI Alliance and its diverse specification framework. MIPI Alliance (MIPI) develops interface specifications for mobile and mobile-influenced industries. Founded in 2003, the organization has more than 265 member companies worldwide, more than 15 active working groups, and has delivered more than 45 specifications within the mobile ecosystem in the last decade. Members of the organization include handset manufacturers, device OEMs, software providers, semiconductor companies, application processor developers, IP providers, test and test equipment companies, as well as camera, tablet and laptop manufacturers. |
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演讲人：MIPI 协会总监，Peter Lefkin
 Peter Lefkin 先生自 2011 年以来，任职 MIPI 协会总监，在这之前，Peter 在 IEEE-ISTO 工业标准和技术组织，作为两个创始员工之一，在 99 年到 2009 年期间，任职过 COO，CFO，在这之后，专注于组织的愿景、任务、目标，任职市场总裁，直至 2012 年 2 月。
Peter Lefkin is the Managing Director of the MIPI Alliance (http://www.mipi.org) since February 2011, having returned to the role after leading the establishment of its operational support structure in 2004.
131009_PBL_MIPIPrior to joining MIPI Alliance, Peter served in various roles in support of the IEEE Industry Standards and Technology Organization (IEEE-ISTO) as one of two founding employees. Peter served as ISTO’s COO/CFO from January 1999 through February 2009 after which his focus was dedicated to support the vision, mission, goals and growth of the organization through business development and marketing as its Business Development and Marketing Executive from February 2009 through February 2012. |
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> MIPI 产品的官方测试和认证
MIMIPI Test Solutions and the MIPI Product Registry |
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MIPI 协会制定了很多接口规范，被广泛采用于移动设备及其产业链中。到底包括哪些规范？MIPI 协会提供什么样的测试资源？如何证明我的产品符合规范并没有交互操作的问题？官方认证实验室 UNH-IOL 将和大家讨论针对 MIPI 成员公司，提供什么样的资源，产品开发者如何实现符合官方要求的一致性测试。
MIPI Alliance has created many new interfaces which are gaining wide adoption in the mobile and beyond-mobile spaces. What do they offer? What test resources are available from MIPI Alliance? How can I demonstrate the conformance and interoperability of my product? This presentation will show what resources are available to MIPI Alliance members and how implementers can get the most out of testing their implementations. |
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演讲人：UNH-IOL 认证实验室 David Woolf
 David Woolf 同时是多 个 业界论坛和协会的积极 会员，是 MIPI 协会测试工作组的联合主席，帮助 MIPI 协会产品登记计划，目前他领导 UNH-IOL 互操作实验室的大数据中心及移动相关接口项目，先后主持过数十个测试项目的开发，使 UNH-IOL 成为世界级的测试认证中心。
Speaker Bio: David Woolf currently leads Data Center and Mobile initiatives at the University of New Hampshire InterOperability Laboratory (UNH-IOL). While at UNH-IOL, David has led development of dozens of industry-reviewed test programs and procedures as part of the team that has grown the UNH-IOL into a world-class center for interoperability and conformance testing. David has been an active participant in a number industry forums and committee’s addressing conformance and interoperability, currently serving as co-chair of the MIPI Alliance Testing Workgroup, and helping to launch MIPI Alliance Product Registry program. |
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> M-PHY / UniPro 物理层测试： 挑战和方案
MIM-PHY / UniPro Physical Layer Testing: Challenges and solutions |
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移动设备中的不同器件 要实现互操作性，需多种协议标准支持，包括 MIPI CSI、DSI、UniPro 和 JEDEC UFS 以及正在实施中的标准，如 MIPI M-PHY .
符合接口规范的部件简化了系统集成，将不同厂家的设计组合到一个产品中，根据一致性测试规范（CTS）来完成测试能保证其合规性。
但随着数据速率在增加，功耗在降低，模块化在增强（Google ARA），调试和合规测试对部件和整机的测试带来的挑战越来越大。
让我们来一起熟悉这些挑战，尤其是移动存储领域，及其测试方案 。
Interoperability of different components in mobile devices shall be achieved through a variety of protocol standards such as MIPI CSI, DSI, UniPro or JEDEC UFS and their underlying physical layer standards such as MIPI M-PHY.
Integration of different vendor’s designs into a working system is simplified using standard conformant parts. Testing them according to the procedures outlined in the applicable Conformance Test Suites (CTS’s) guarantees their conformance.
However, increasing data rates, lower power dissipation and modularity of mobile devices (Google ARA) create challenges for debugging and conformance verification of the affected components.
Learn about the challenges, especially in the mobile storage area, and the solutions addressing them. |
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演讲人：Keysight 杜吉伟
 杜吉伟于 2000 年加入 Keysight（Agilent 的电子测量业务部前身），任职大中华区业务和市场经理，主管大中华区业务发展和合作伙伴计划，制定大中华区的策略和方向。
杜吉伟 VXI 自动测试系统、逻辑分析仪、高速总线接口等方面积累多年经验。他毕业于南京电子工程研究中心、通信与电子系统专业，硕士学位。
JIWEI DU Business and Marketing Manager
Jiwei Du joined Keysight (Agilent) in 2000 and is now the business and marketing manager of Keysight Technologies for GCR , responsible for digital test applications , including cooperation with top leads in the industry , determining strategies for digital test solution GC .
Jiwei Du graduated from Electronics Engineering Research Center of Nanjing in 1996 , major in communication and electronics system . |
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> 调试和验证协议层的合规，针对 UniPro 和 UFS
deDebugging and verifying protocol conformance and compliance of UniPro and UFS devices |
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MIPI 标准的采用正在加速，设计验证和互操作性非常重要，MIPI 标准是接口技术，产品公司必须考虑正确的验证过程，保证 MIPI 链路两端都能正常工作，否则，器件和产品会不兼容，需重新流片或重做样机，延迟产品上市。
在协议层，调试、压力测试和合规/互操作性验证非常重要，我们和大家集中讨论 MIPI-UniPro 1.6 和 UFS2.0 规范的协议合规验证，基于UniPro V1.0 CTS, JEDS224 UFS CTS 。
Adoption of MIPI standards is accelerating, making design verification and interoperability critically important. Since MIPI standards are interface technologies, companies must have appropriate processes are in place to ensure that both sides of the MIPI link function properly. Failure to do so will result in devices that aren’t compatible, causing additional prototype spins, extended development schedules and longer time-to-market.
Effective verification processes test the physical layer, the link and application protocol layers and the complete system. Debug, stress testing and conformance/interoperability verification are critically important at the protocol layers, and this presentation will cover effective methods for verifying the UniPort-M link layer and UFS application layer. The focus will be on verification of conformance to the MIPI UniPro 1.6 and JEDEC UFS 2.0 specifications and the UniPro v1.0 CTS and JEDS224 UFS CTS. |
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演讲人：Protocol Insight 总经理，Ross Nelson
 Protocol Insight 是 MIPI 协议验证测试的领先公司，Ross Nelson 是其 CEO，他在测试测量界有超过 25 年的经验，历经总经理、市场经理，策略经理以及国际业务开发等相关职务，他在协议分析领域的工作起始于 2000 年，蓝牙协议分析一，之后也见证了业内第一个 PCI Express 协议分析工具和业内第一个 MIPI D-PHY 和 M-PHY 协议分析工具。
Ross Nelson is the Chief Executive Officer of Protocol Insight™, a leader in MIPI protocol validation and test tool development.Ross has been in the test and measurement industry for over 25 years in general management, marketing, strategy, and international business development roles. He first managed protocol test tool development when he introduced a Bluetooth protocol analyzer in 2000. He also oversaw the introduction of the industry’s first PCI Express protocol tools and the industry’s first MIPI D-PHY and M-PHY tools. |
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> 移动 SoCs 的 IP 方案：应对高性能、低功耗、显示和存储接口需求
HiHigh-Performance, Low-Power Camera, Display and Storage Interface IP Solutions for Mobile SoCs |
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消费者期望多媒体产品支持高清或 4K 分辨率显示，对相机和高性能存储也有类似要求，为此，在将诸多功能放到小封装的移动 SoCs，满足功耗和成本需求，同时还要在显示、相机和移动存储接口 IP 方面做到优化，这些 IP 接口必须支持最新的标准，更高的传输速率，以便可捕获、存储和显示高分辨率的内容。我们会概括设计挑战和 IP 方案，以应对前面说的技术要求。
Consumers expect sophisticated multimedia devices with Ultra-High-Definition (UHD) or 4K resolution display and camera as well as high-performance storage. To meet these demands, designers must integrate the optimal display, camera and mobile storage interface IP into their mobile SoCs while fitting more functionality into a smaller package and meeting power and cost goals. Camera, display and storage IP interfaces must support the latest standards and higher transmission speeds required to capture, store, and display high-resolution content streams. This presentation outlines design challenges and the IP solutions designers need to support UHD camera and display use-cases as well as high-throughput storage devices. |
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演讲公司：Synopsys 陈世宗、刘好朋
 陈世宗（William Chen）先生于 2011 年加入 Synopsys，目前负责接口、模拟和 NVM IP 技术支持，在这之前，他曾任职于 TSMC, MTK, Alcor Micro, Nunoton，从事 IP 设计、评估以及研发工作，在JPEG有损/无损压缩、低成本 CMOS 图像传感器、 USB2.0 物理层和功耗管理电路设计方面积累多年经验，他持有台湾国立大学的电子工程博士学位。
William SJ Chen
IP Sr. FAE, Asia Pacific
William Chen joined Synopsys in 2011 and is currently responsible for the Synopsys interface, analog and NVM IP technical support. Previously at TSMC, MediaTek, Alcor Micro and Nuvoton, he focused on IP design and characterization as well as research and development. William has extensive knowledge in JPEG loss/lossless compressor, low-cost CMOS image sensor, USB 2.0 PHY and power management circuit designs. He holds a PH.D. in Electronics Engineering from NTU.
 刘好朋先生于 2007 年加入 Synopsys，现任职中国区FAE经理，之前曾任职海思，从事 IP 设计和实现，成功地促成了 MIPI IP 早期在中国的采纳，从 IP 到系统都有很深的经验，他毕业于西南交大，持有硕士学位。
Haopeng Liu
IP FAE Manager China, Synopsys
Haopeng Liu joined Synopsys in 2007 and is currently an FAE Manager for Synopsys. Previously at HiSilicon, he was focused on IP design and implementation. Haopeng successfully drove the early adoption of MIPI IP in China and has extensive technical knowledge from IP to systems. He holds an M.S. in Communication Engineering from Southwest Jiaotong University, China.
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