The Implementation of Smart Connectivity: New IoT Supply Chain

With the network connection environment gradually maturing and the software and hardware platforms falling into place, most market players are increasingly turning to the Internet of Things (IoT) market as a major force for driving industry growth.

Entering the IoT era, application areas will include home, factory, traffic and retail, with solutions being as varied as wearable devices, Internet of Vehicles (IoV) equipment, and mobile cash registers, though most access will come through smartphone connectivity. By 2020, the market scale will top 10 billion end devices and the IoT application market value is expected to reach nearly US$2 trillion, according to Gartner.

As opposed to the previous PC and smartphone eras, the IoT era has not yet seen a big player dominate the market. Instead, close cooperation among links in the supply chain is a more common strategy for bringing successful solutions to market. The IoT supply chain includes three major segments – end devices, network and cloud. The end device segment includes end devices for person-to-person communication and device-to-device automatic network connectivity; the network segment refers to the communication channel needed for data collected by end devices to be sent onto the cloud; the cloud segment includes capacities to store, process, and analyze data.

Application services will also play a crucial role in the development of the IoT market. In addition to applications targeting the general public, IoT will enable more applications to be implemented in more vertical areas. For this type of vertical integration, having a complete understanding of the various supply chain partners will help accelerate the creation of IoT applications and enable field testing of concepts, services, and business models.

This forum is planned based on a starting point at the end device segment and then follow as the ecosystem extends to the cloud and network platforms. Leaders in related areas are invited to present on the latest development trends for end devices, IC design and sensors, with the innovative ideas presented enabling participants to get a better grasp of the most advanced related technologies and inspiring those who wish to enter the market for IoT applications and services.

Λ

Agenda

Time Agenda Speaker
09:00-09:20 Registration
09:20-09:30 Welcome Speech
09:30-10:10 The Central Role of Wireless in the Internet of Everything Qualcomm Technologies, Inc
Senior Director, Marketing
Michelle Leyden-Li
10:10-10:50 Enabling IoT with cellular HiSilicon Technologies Co., Ltd.
Product Director
Luis Barreto
10:50-11:10 Break Time
11:10-11:50 Opportunities of IC design industry in the IoT era MediaTek
Deputy General Manager, Wireless Wearable Product Business Unit
Yu-Chuan Yang
11:50-12:30 Opportunities in semiconductor chips in the IoT era ThroughTek
COO
Willie Lin
12:30-13:30 Break Time
13:30-14:10 QQ IoT's Vision - A Future of Limitless Connections Tencent
VP, QQ IoT
Ahua Mao
14:10-14:50 Network's role under IoE- change of game industry rule and business model Cisco
Customer Solutions Architect
Andy Hsiao-Shan Chien
14:50-15:30 IoT and Asia-Pacific electronic supply chain DIGITIMES
President
Colley Hwang
15:30 Closing Speech GSMA
Managing Director, Asia
Leland Lai
Λ

How to attend

How to Attend:

  • Time:July 17, 2015(Fri.) 09:30-16:00
  • Location:Grand Shanghai Ballroom 1, Kerry Hotel Pudong Shanghai (1388 Hua Mu Road, Pudong)
  • How to attend: Register for free online or bring business card to the event register onsite.
  • Tel:86-21-61273902 ext.800,Miss Shu
  • Fax:86-21-61273905

Note:

  1. The deadline of event registration will be July 14th, Tuesday. The event host may advance or postpone the online registration deadline. If enrolled participants cannot attend the event and wish to assign another candidate to participate instead, the event host should be informed prior to the event.
  2. The event host reserves the right to reject enrollment applications. All confirmed online registrations will be sent a notice by email to show acceptance of registration. If customers do not receive an email notice, they should call or contact the organizer.
  3. Please check-in on time. Registrants who fail to check-in on time or do not attend events, will not receive designated handouts or seating.
  4. There is no presentation handouts provided when enrolled from on-site registration. The event host will have the right to reject the on-site registration according to situation.
  5. The event may be postponed until further notice due to natural disaster (such as earthquakes, typhoons, etc.) or other circumstances.
  6. The event host reserves the right to change speakers at keynote or other sessions due to unforeseen circumstances.

DIGITIMES privacy information policy:

  1. You understand and agree to fill out all information listed on the registration form. Incomplete registrations, or in the event you do not agree to provide certain information, you may not be able to sign up for the event successfully and will not receive a confirmation email, enrollment ID number, and related event information.
  2. For event notification and communication purposes, DIGITIMES and sponsors may disclose and share your personal information.
  3. You understand and agree to provide personal data to DIGITIMES to be used solely for account management and services. The information provided on the registration form will be collected, maintained and utilized by DIGITIMES and sponsors. Sponsors may use personal data in ongoing or future product services, to contact you, or to conduct marketing activities hosted by the sponsor. DIGITIMES will make all efforts to ensure the reliable use and protection of customer data in its possession.
  4. You have the right to request, retrieve, view, duplicate, supplement, or correct the personal data provided to and managed by DIGITIMES. You have the right to request that DIGITIMES discontinue the collection, processing and use of, or delete such data.
Λ

Speakers

Topic

The Central Role of Wireless in the Internet of Everything

Abstract or Outline

The Internet of Things is driving the next growth phase of our hyper-connected world – despite disparate viewpoints on what is needed for this trend to proliferate. This presentation will explore technologies, applications, and channels that can facilitate a diverse ecosystem; it will also introduce Qualcomm’s strategy for addressing a plethora of customer requirements with its unique blend of connectivity and intelligence solutions.

URL:www.qualcomm.com

Speaker’s Bio

Michelle Leyden Li, senior director of marketing for Qualcomm Technologies, Inc., leads global product marketing for Qualcomm’s Snapdragon processors as well as segment marketing for automotive, and the internet of things.

Michelle has close to twenty years of marketing and business development experience in the semiconductor and mobile industries. Prior to her role at Qualcomm, Michelle spent over 10 years at Intel where she defined and launched the Centrino Processor product line and lead business development for Intel’s Digital Health Group.

Michelle has a Bachelor of Arts Degree from the State University of New York at Purchase, a Master of Business Administration Degree from U.C. Davis and a Juris Doctorate from King Hall School of Law, U.C. Davis. She is a member of the Society of Women Engineers, Women in Technology International (WITI), and the California State Bar Association.

Qualcomm Technologies, Inc.
Senior Director, Marketing

Michelle Leyden-Li


Topic

Enabling IoT with cellular

URL:www.hisilicon.com

Speaker’s Bio

Luis Barreto is Product VP at Neul Hisilicon. He is responsible for the CIoT chipset and cloud products that will enable the mass adoption of connected things through mobile network operators.

Luis started his career over 15 years ago at Rohde & Schwarz and Nokia R&D. After developing software put into >2 billion consumers hands, he lead the Nokia Systems and Standards team in 3GPP(RAN2) to define the HSPA+ and LTE technology that powers today’s smartphones.

In 2010, Luis joined Renesas Mobile and became part of Broadcom in 2013, where as an Associate Technical Director he was responsible for HSPA+ and LTE technology development in the modem software.

HiSilicon Technologies Co., Ltd.
Product VP

Luis Barreto


Topic

物联网时代下IC设计产业的机遇

Abstract or Outline

随着微处理器变的更小, 更节能, 新一波超越智能手机的新型消费性产品如智能手表, 智能追踪器等陆续问世。作为全球领先IC设计厂商, 联发科技将和您分享我们对物联网市场发展的看法, 及我们为开发者所提供的服务。

联发科技股份有限公司
无线穿戴产品事业部副总经理

杨裕全


Topic

物联网时代半导体芯片的跨界整合商机

Abstract or Outline

Kalay平台拥有强大OS/SOC整合能力,提供灵活且弹性的云模块服务,专注消费型业务和企业型业务,一方面为这类企业的消费型智能产品提供专业的P2P(穿透技术)的连接服务,使其简单升级为智能产品,另一方面,其云平台上的提供数据交换、云端存储、设备管理、逻辑引擎、推送通知等模块化服务给企业带来一个全新的物联网体验。

Telephone: 0755-27702549

FAX:0755-29009532

E-Mail:willie_lin@tutk.com

URL:www.throughtek.cn

Speaker’s Bio

林世彰,现任职物联智慧TUTK营运长,主管公司整体经营管理、全球市场营销、公司产品战略规划等。曾就读于美国斯特雷耶大学(trayer University),主修Science Accounting硕士毕业。曾在鸿海精密工业股份有限公司(富士康)担任特別助理,拥有丰富的公司管理经验,具备高瞻远瞩的战略规化能力,致力于把云平台及服务、大数据分析及存储等物联网的新兴产物变成能够切实改善人们智慧化生活和工作为使命。

物联智慧科技(深圳)有限公司
营运长

林世彰


Topic

QQ物联无限连接,无限想象

Abstract or Outline

随着从PC互联网到移动互联网,再到物联网的发展,可联网设备呈爆发式增长,设备一旦联网将不仅仅使设备具备远程操控的能力,更使设备的属性随之发生很大的变化,设备也将更加智能化。QQ物联将在这场物联网的变化潮流中扮演重要的平台角色,不仅仅使接入QQ物联平台的设备具备远程控制及互联互动的能力,而且还为接入的设备提供丰富的数字内容和互联网服务,使这些设备快速智能化。QQ物联将促使硬件产业快速往前推进,通过平台将硬件与用户进行连接,也将硬件与服务进行连接。QQ物联与接入平台的硬件厂商与软件厂商及互联网服务提供商一起共建硬件生态圈。

Telephone: +86-13588418203

FAX: +86-755-860132021

E-Mail:ahuamao@tencent.com

URL: http://iot.open.qq.com/

Speaker’s Bio

毛华,QQ物联智能硬件开放平台负责人

毛华于2009年创立杭州魔乐软件有限公司,并担任CEO带领团队推出魔乐手机助手软件,在短短2年时间内将产品用户扩展到千万量级,2011年公司被腾讯收购。加入腾讯后,曾先后主导并负责腾讯手机管家PC版和应用宝的产品规划与建设工作,带领团队实现产品用户量以及日APP分发量均过亿级。2014年起负责QQ物联智能硬件开放平台业务,并着手打造最具影响力的智能硬件开放平台。

腾讯科技(深圳)有限公司
腾讯QQ物联副总经理

毛华


Topic

万物互联下网路所扮演的角色 - 产业游戏规则与业务模式的改变

Abstract or Outline

万物互联的意义在于连接人,物,数据及各种处理程序。这时网络的角色不再只是「把这些东西连起来」,而是在于「把这些东西有意义的连起来」。所以不再是传统概念里的「物联网」,只是把某个物件产生出来的信息,透过网络传给某个应用程序,或是由某个应用程序,透过网络将信息传给另一个应用程序,或是由应用程序,透过网络将信息传给人。

思科的万物互联概念,打破了这种由不同的「物」而造成的「数据孤岛」的现象,而是将网路当成信息收集,处理,分析,交付及储存的平台。任何一种「物」所产生的信息,经过网络的认证及授权后,可以经由网络交付给任何经过网络认证及授权的「人」,「物」,「处理程序」及「其他数据」。实现真正万物互联的世界。

思科在万物互联下提出了「雾计算」的概念。解决了在万物互联下:(1)「数据孤岛」造成数据过多的问题:任何「大数据」都解决不了「万物」所产生的数据,所以必须借由网路设备(边缘设备)所提供的「雾计算(雾计算)」能力,先行过滤,分析有效的数据,才能与「云计算」的大数据分析配合,来完成新的业务模式。 (2)「反应时间太慢」,造成不能及时回应的问题:数据的处理与回应,若只是靠「云计算」,往往会有反应不及时的问题,若能由「雾计算」在前端先作处理,可以解决反应时间的问题(3)「数据移动」下造成不能及时回应的问题:万物互联下的「万物」是会移动的,所以及时地分析管理数据是必要的,若能让网路来处理「移动的数据」,不但能及时反映,也能大量减少数据的流量。

除了雾计算的概念外,思科还提出了万物联网下「服务」交换的概念。简化了「云计算」交换服务的方法,能透过网路直接做「服务」的交换。也提出了在万物互联下如何审视网路的异常,在网络安全上提出见解。

E-Mail:hchien@cisco.com

URL:http://www.cisco.com/web/CN/index.html

Speaker’s Bio

钱小山先生,目前任职于思科系统公司,担任客户解决方案架构师,负责过电信业,政府及大型企业之网路及资料中心架构,包括 : IPv4/v6,MPLS,网络安全,QoS,资料中心虚拟化及云端运算之设计。

并负责过推行 IP NGN (新世代网络) 的架构及应用,主持 IP NGN (新世代网络 ) 系列研讨会,包括,新一代 SP (服务供应商) 的网路安全,服务交换,服务导向流量控制等,新一代路由技术,先进的网络管理,思科数据中心 3.0, 雾计算,服务传递,数据交付等在万物互联下的应用 。

目前主要负责万物互联下的智慧交通,智慧大楼,智慧城市,资料中心虚拟化及云端运算等的解决方案

在网路业27+年,经历括:
➢教育网路,包括 IBM 公司的 SNA 学术网路(BITNET)及 IP 网际网路学术网(Internet)。
➢ 企业单位:航空业的 SNA,ALCS 网路设计及 SNA,ALCS 与 IP 网路之整合,客戶包括各大银行,航空业。
➢ 政府单位:包括各级政府之研究,教育,医疗,交通等事业单位。
➢ 电信业:包括网路交换中心,MPLS 骨干网路,公有云及数据中心。
➢ 万物联网:公路,轨道,海港,机场,智能电网,智能城市。

1984年中国文化大学土地资源系毕业,1986年青辅会程式设计班结业,1998年取得CCIE认证
➢ 任职于台湾教育部电算中心
➢ 任职于台湾长荣集团(长荣航空及长荣海运)
➢ 任职于台湾 IBM 公司
➢ 1996 - 迄今任职于思科系统公司

思科系统(中国)网络技术有限公司
客户解决方案架构师

钱小山


Topic

物联网与亚太电子供应链

Telephone: +886-2-87128866

FAX:+886-2-87123366

E-Mail:colley.hwang@digitimes.com

URL:http://www.digitimes.com.tw (Chinese web site)
http://www.digitimes.com/en (English web site)

Speaker’s Bio

学经历

  • 韩国圆光大学公共行政硕士
  • 前资策会MIC主任、驻美资深经理
  • DIGITIMES总经理、电子时报社长
  • 桃园机场公司董事
  • 经济部顾问
  • 华聚、零件、创投公会顾问

出版著作

  • 计算机王国、西进与长征、出击等六本着作

国内外研究经验

  • 亚洲开发银行、GSA、SEMI、日本MAP、PC Expo、汉诺威计算机展、台北计算机展、Oracle Open World讲师
  • 印度、泰国政府委托项目
  • 微软、英特尔、松下、友达、应材、飞利浦等国内外知名企业研究委托项目负责人

DIGITIMES Inc.
总经理/电子时报社长

黄钦勇

Λ

Company

Qualcomm Incorporated

Qualcomm Incorporated (NASDAQ: QCOM) is a world leader in 3G, 4G and next-generation wireless technologies. Qualcomm Incorporated includes Qualcomm’s licensing business, QTL, and the vast majority of its patent portfolio. Qualcomm Technologies, Inc., a subsidiary of Qualcomm Incorporated, operates, along with its subsidiaries, substantially all of Qualcomm’s engineering, research and development functions, and substantially all of its products and services businesses, including its semiconductor business, QCT. For nearly 30 years, Qualcomm ideas and inventions have driven the evolution of digital communications, linking people everywhere more closely to information, entertainment and each other. For more information, visit Qualcomm’s website, OnQ blog, Twitter and Facebook pages.


HiSilicon Technologies Co., Ltd.

海思半导体有限公司成立于2004年10月,是一家高速成长的芯片与光器件公司。总部位于深圳,在北京、上海、美国硅谷和瑞典设有设计分部。截止2013年底,公司员工总数超过5600人,其中拥有博士、硕士学位的人员比例超过67%。

海思的业务包括消费电子、通信、光器件等领域的芯片及解决方案,成功应用在全球100多个国家和地区,是唯一的ICT领域E2E芯片供应商;在消费电子领域,已推出网络监控芯片及解决方案、可视电话芯片及解决方案、DVB芯片及解决方案和IPTV芯片及解决方案、移动宽带产品芯片解决方案、智能手机及PAD芯片解决方案。

联发科技股份有限公司

联发科技是全球无晶圆半导体领导厂商,专注于提供无线通讯、无线连接、智能电视、DVD及蓝光等多个领域的系统芯片整合解决方案。联发科技领先开发出全球第一款真八核™ 4G LTE智能手机平台,所用的CorePilot™ 技术可将多核心移动处理器的性能发挥至最大。联发科技创意实验室(MediaTek Labs)的成立宗旨为创建产业生态系统,透过联发科技的产品支持,协助设备、应用及服务发展,实现“创造无限可能(Everyday Genius)”的愿景。联发科技总部设于台湾,且于全球各地设有分支机构。了解更多讯息,请浏览www.mediatek.com


物联智慧科技(深圳)有限公司

物联智慧股份有限公司成立于2008年,为专业的物联网云端服务平台解决方案商,积极致力于装置连接技术与云端服务平台的开发。创立初期,物联智慧专注于发展即插即用之消费型监控硬设备;随着物联网浪潮兴起,软件连接解决方案需求持续增加,物联智慧因具备丰富软硬件整合经验,于2012 年正式转型为物联网纯软件公司,提供专业的软件连接解决方案,2014年再进一步推出云端服务平台—Kalay云端服务平台。

"Kalay"是台湾兰屿原住民达悟族语言,意为"牵手",象征物联智慧以台湾为中心,牵手串联全世界,以领先业界的连接技术及云端服务串接各种装置。Kalay云端服务平台以优异的连接技术为基础,可横跨各式操作系统,再以灵活而有弹性的模块化服务,对企业型客户或主攻消费型产品客户都可提供定制化解决方案,无论是医疗照护、智慧建筑、零售、农业、安防监控、智慧家庭、个人云 存储、穿戴式装置等,都可透过Kalay平台实现智慧连接与云端应用服务。

公司总部位于台湾台北,在中国深圳、上海设有分公司,在欧洲、美洲也正在积极布局。为了向提供客户更完整的服务,物联智慧也持续与全球IC芯片设计厂商、电信运营商及家电制造商进行产业垂直整合,期望更加扩大物联网应用市场发展。


Tencent technology company limited

Founded in November, 1998, Tencent has grown into one of China's largest and most used Internet service portal. Since its establishment over the last decade, Tencent has maintained steady growth under its user-oriented operating strategies.

It is Tencent's mission to enhance the quality of human life through Internet services. Presently, Tencent is providing value-added Internet, mobile and telecom services and online advertising under the strategic goal of providing users with "one-stop online lifestyle services". Tencent’s leading Internet platforms in China – QQ (QQ Instant Messenger), WeChat, QQ.com, QQ Games, Qzone, 3g.QQ.com, SoSo, PaiPai and Tenpay – have brought together China's largest Internet community, to meet the various needs of Internet users including communication, information, entertainment, e-commerce and others. As of Dec 31, 2012, the active QQ users accounts for QQ IM amounted to 798.2 million while its peak concurrent users reached 176.4 million. The development of Tencent has profoundly influenced the ways hundreds of millions of Internet users communicate with one another as well as their lifestyles. It also brings possibilities of a wider range of applications to the China’s Internet industry.


Cisco

Cisco Systems, Inc. is one of the most successful corporations in the United States. Founded by two professors at Stanford University in 1984, the company manufactured the world’s first router in 1986, connecting different types of networks reliably and ushering in a communications revolution. Cisco invests more than $4 billion every year in technological research and development. Over the past two decades, Cisco has become synonymous with the terms “Internet”, “network application” and “productivity.” It is a market leader in every sector in which it is involved.

Since its IPO in 1990, Cisco’s revenue has grown from $69 million to $47.1 billion in FY'14. The company now has nearly 70,000 employees around the world. Cisco was ranked No.55 on the 2014 Fortune 500 list, and has been named the World's Most Admired Companies by the Fortune Magazine for many times.

Today, the company boasts the largest Internet business in the world, and over 90% of its global transactions are completed online. Cisco has a firm belief that Internet will change the way people work, live, play and learn, and will also allow numerous leading enterprises and their partners to benefit from a “globally networked economy”.

Cisco entered the Chinese market in 1994. At present, nearly 5,000 people are employed by the company in China, with jobs in sales, customer support and services, research and development, business operations, IT services outsourcing, financing and manufacturing. Cisco has set up 20 branch offices across China.

The Cisco Networking Academy program was introduced to China in 1998. As Cisco’s largest and longest lasting CSR program, the Cisco Networking Academy program combines effective classroom learning and innovative, cloud-based curriculums and teaching tools together to provide information and communication technology training. Up to 2013, there are nearly 400 networking academies, covering all the provinces across China, providing training for more than 2000 teachers, and also offering comprehensive courses of latest networking technologies to the students. Currently over 50 thousand students are studying in those academies, and 230 thousand students have graduated to date. The Cisco Networking Academy program as a key part of Cisco’s innovation and sustainable development strategy in China has not only accelerated Cisco’s localization in China, but also boosted the country’s strategy to grow through science and education.


DIGITIMES Inc.

DIGITIMES is the only electronics industry media which has both English and Chinese version website. DIGITIMES focus on providing worldwide B2B services with strong industry background covers Media, Marketing, and Consulting areas. DIGITIMES provides first-hand daily IT industry information, and is cited by global media outlets. DIGITIMES is the most powerful source and information platform for IT technology industry, investment or financial service providers.

Λ

Location

Grand Shanghai Ballroom 1, Kerry Hotel Pudong Shanghai (1388 Hua Mu Road, Pudong)

Λ