Dell has teamed up with Wistron to recycle gold from e-wastes and use the recycled gold in its products, marking an upgrade of its closed-loop project launched in 2012 to recycle plastics materials from end-of-life electronics into new Dell products.Since the beginning of 2018, Dell has used gold recycled from waste motherboards in its Latitude 5285 2-in-1 business-use notebook debuted at the Consumer Electronics Show in January 2018 and to be shipped to customers in the second quarter of fiscal 2019.The closed-loop gold recycling process comes in two stages. In the first stage, recycled electronic wastes are delivered to Wistron Green Tech's Texas plant in the US to undergo initial dismantling. The plant adopts a metal surface chemistry process to extract precious metals including gold, silver and copper from printed circuit boards, according to SH Huang, president of Wistron Advanced Materials. The Texas plant can process 13,000 tons of electronics wastes a year sourced from the US and Europe.In the second stage, Huang continued, the waste chassis plastics are sent to Wistron Advanced Materials' plant in Kunshan, China for further refining, where the plastics wastes are recycled into environmental plastics to be adopted by Dell's downstream ODM partners.Over the past few years, Dell has had 152 product items adopt recycled plastics materials mostly for chassis, and has set the goal of using 100 million pounds of recycled-content plastic and other sustainable materials in its products by 2020.As part of its new circular economy plan for the next 10 years, Dell will expand its closed-loop recycling to include more waste materials, so as to allow circular economy to further ferment in more products, according to Vivian Tai, head of Dell Environmental Affairs and Product Sustainability for Asia-Pacific and Japan Region.Dell, Wistron team up to recycle gold from waste PCBs.Photo: Chloe Liao, Digitimes, October 2018

The production value of the global foundry industry is expected to grow by a CAGR of 6.2% to reach US$81.94 billion in 2023, the final year of a five-year forecast period, driven by chip demand for mobile devices, automotive, IoT and high-performance computing applications in the AI and upcoming 5G era, according to Digitimes Research.Industry leader TSMC began to make chips using 7nm FinFET process technology in the first half of 2018, and started generating revenues from the node process in the thrid quarter. TSMC will see sales generated from 7nm FinFET process technology account for over 10% of company revenues in all of 2018, Digitimes Research estimated.TSMC is expected to enter volume production of chips using its second-generation 7nm FinFET technology utilizing EUV in the first quarter of 2019, Digitimes Research said. Rival Samsung Electronics will also have its 7nm node with EUV get ready for volume production in the first quarter of 2019, Digitimes Research indicated.In addition, TSMC and other major pure-play foundries will continue expanding fab capacities through 2023, when the top-4 vendors will see their combined capacities reach 67,078,000 8-inch equivalent wafers annually representing a CAGR of 6.8% in the five-year forecast period, Digitimes Research said.

While advanced hospitals are adopting smart systems to let patients save payment time, blockchain technology can be applied to further boost quality and security of the systems, according to SW Lai, chief software engineer at Innova Solutions, a US-based IT service company specializing in highly complex enterprise infrastructures.Lai said his firm's enterprise-level medical payment solutions, now commanding an 85% share of the US market, highlight payment performance and security, storage of mass medical data of patients, cash flow stability and account accuracy, and in particular, security and accuracy are the two core concerns.Lai disclosed that Innova is gradually incorporating blockchain into the enterprise-level medical payment sector, leveraging the blockchain traits of decentralization, temper resistance, openness, independence, safety and anonymity to safeguard the cash flow of medical payments and facilitate safe and stable transmission of personal data of patients. The company has set up Innova Solutions Taiwan as its first overseas software R&D center, which now has a total of 110 employees with 99% of them being software engineers, including over 30% multinational engineers.Besides incorporating blockchain technology to boost the data security for users of medical payment solutions, Innova is also applying AI to handle data mining and analysis jobs.Furthermore, Innova has also developed voice communication software products, and is cooperating with Amazon's Alexa smart voice assistant to bridge the incorporation of its software programs into IoT systems. The company will also develop software for application to wearable devices needed in future preventive medicine, according to Lai.SW Lai, chief software engineer at Innova SolutionsPhoto: Shihmin Fu, Digitimes, October 2018

Taipei has been workign towards becoming a smart city based on three core concepts: government as a platform, city as a living laboratory, and innovation is the DNA of development, according to mayor Ko Wen-je.Innovative applications are essential to promoting smart cities, and city governments, due to less understanding than industry players, should function as a platform to provide opportunities and experiment sites for firms to develop and commercialize smart city solutions, Ko said during a recent interview by Digitimes.Taipei boasts a complete ICT (information and communication technology) infrastructure, well-developed commercial and ICT supply chains, excellent human resources - conditions that are ideal for developing smart city solutions, Ko said. Taipei, as the capital of the country, aims to play a leading role in promoting smart cities and a hub connecting international resources.Failures allowable, professional knowledge respectedKo noted that many innovations have failed to achieve their final goals, and therefore smart city developments must be supported by an environment where failures are allowed and professional knowledge is respected, which is necessary to encourage government employees to place their priority on "working smart" rather than "working hard."China, Singapore, Japan and South Korea are keen to create innovative environments, Ko said government restrictions should be kept at minimal levels.In terms of professional knowledge, the city will make efforts to educate its officials on science and technology, letting them take classes on the latest development of sciences and technologies such as AI (artificial intelligence), blockchain, big data and others in a bid to realize digital administration.To help the private sector commercialize in-house-developed solutions, the city provides hardware and software resources, including consulting, counseling and incubation services, financial support and international linkage, for startup teams and businesses, Ko said.Taipei as living labThe development of smart cities cannot rely only on efforts by the public sector alone but instead shound depend on an ecosystem combining the efforts of the public and private sectors, including those by academic and research organizations, as well as industrial sectors, Ko said. Taipei aims to play a pilot role providing public resources, such as space for experiments, as a form of collaboration with the private sector to make the city a large living lab where innovators can undertake POC (proof of concept).There are over 120 ongoing POC projects in Taipei and the number is increasing, he said. For example, there are two smart restrooms in a park featuring automatic detection of toilet paper and soap consumption, ammonia density, and IoT-based real-time notification of management personnel for replenishing the materials and cleaning. The city's Feitsui Reservoir with water area of 1,452 hectares is another POC project: its administration has set up a smart management system using LoRa IoT technology. Other POC projects include smart security surveillance such as tracking of persons and vehicles as well as virtual electronic fences to enable security management.Smart public housingThere are 127 public housing development projects with a total of 19,923 rental units in the city, with some having been completed and some others undr construction or at the planning stage. The city government aims to experiment smart city solutions in these projects, including installation of smart power, water and natural gas meters and providing smart energy-saving systems as well as smart community security and parking services. The city government is willing to increase the cost of the public housinng projects by 3-5% in order to promote smart city solutions, Ko said.Mobility as a serviceIn terms of transportation services, the city government is promoting "mobility as a service" and smart transportation by integrating different transportation systems and services, and encouraging use of mobile e-payment in a bid to reach seamless and door-to-door mobility. For shared transport, there are over 13,000 U-bike rental bicycles available for sharing at 400 roadside stations, 1,000 U-motor rental electric scooters, and 200 power charging piles at 80 public parking lots. In addition, the city government plans to offer U-car rental electric cars for shared use.Smart medical care, e-payment and educationThe city government will cooperate with enterprises to develop smart medical care solutions for use in clinics, home care and hospital administration, with seven municipal hospitals with more than 3,500 wards in total as experiment sites.Taipei in 2017 launched pay.taipei, a platform for citizens to make online inquiries about utility fees, parking and medical services provided by municipal hospitals, and make e-payment via cooperation.Taipei will invest NT$1.2 billion (US$39.3 million) to promote smart education, mainly digitized teaching and administration, at its elementary and junior high schools in 2018 and 2019.Taipei mayor Ko Wen-jePhoto: Shihmin Fu, Digitimes, October 2018

Worldwide server shipments will grow at a CAGR of 14% in the forecast period 2018 to 2023 as demand from social media, e-commerce and digital enterprises applications continues growing plus the emerging technologies including artificial intelligence (AI), Internet of Things (IoT) and 5G network.Of the shipments, cloud computing service providers' demand for servers is expected to see a CAGR of over 20% during the period, higher than the average.As for Intel's next-generation Whitley server platform, it is unlikely to be available until 2020 due to the delay in Intel's new manufacturing technology.In the past few years, software-defined datacenter (SDDC) has been treated as the key for enterprises to perform the transformation of digitalization. Among the available platform architectures, hyper-converged infrastructure (HCI) that is able to enable a large volume of virtualization services to replace traditional physical equipment, is the latest development trend for servers because of its low hardware costs and strong usage efficiency.As AI-related applications have become popular, demand for cloud-computing and local-end AI development has been growing rapidly, helping to stimulate the birth of AI-specific servers from vendors. Most of the AI-specific servers are equipped with calculation accelerators and are paired with big data processing software to help manage data and train AI systems.To reduce clients' process of development and improve their time-to-market, most server vendors are offering server solutions with pre-installed AI systems to their customers.As more enterprises are adopting microservices such as Amazon Web Services (AWS) and Microsoft Azure's container and serverless applications, to speed up their product development, Digitimes Research expects the transition to boost the development of next-generation dynamic IT architecture, especially features including low I/O access latency and high computing performance, making NVMe and SoC with specific functions key development directions for server vendors.Currently, most of the available servers in the market can support network transmission speed up to 10Gbps, but vendors and network players have been gradually upgrading to 25Gbps as it is the baseline technology for next-generation 100-400Gbps transmissions.Digitimes Research estimates that shipments for servers supporting 25Gbps transmission technology will surpass those with 10Gbps in 2020. Since AI-specific servers require a higher bandwidth than regular servers, demand for 100Gbps servers is also expected to pick up steadily.

LuggAgent International is aggressively creating a standardized international luggage delivery and tracking platform by widely applying the radio frequency identification (RFID) technology for luggage tracking in cooperation with logistics service providers in different countries, according to CY Lin, co-founder of the Hong Kong-based startup.Lin said since its inception in 2016, LuggAgent has been devoted to building a RFID-assisted luggage delivery and tracking platform to provide travellers a hassle free experience. He said that International Air Transportation Association (IATA) has urged full application of RFID luggage tracking technology at all international airports.Lin continued that with extensive application of RFID tracking technology at airports, each piece of luggage is virtually given an ID card that can get updates from luggage collection at home, customs entry, landing, customs clearance and delivery to hotel.Lin said LuggAgent will continue to develop partnerships with more parties including airlines, airports, banks and OTA (over-the-air) service providers to better serve travellers.The Baggage Report released by the SITA shows that only 5.57 out of every 1,000 air passengers lost luggage in 2017, sharply down 70.5% from 2007 as a result of airport management improvement and application of RFID and other techs.

While tech innovations have kept driving medical innovations, Taiwan can move to build smart medicine ecosystems by applying 5G and AI technologies to promote new-generation telecare and man-machine collaborative diagnosis services, develop precision medicine and new pharmaceuticals, and provide new-generation medical service systems and smart hospital facilities.This is the focus of discussions at the 2018 Smart Medicine Forum recently held in Taipei - the 9th edition of forum jointly organized by Digitimes and National Taiwan University Hospital (NTUH). The event attracted more than 600 attendees.A research report released by MarketsandMarkets indicates that business opportunities arising from AI applications to medical services will expand at a CAGR of over 52% in the coming five years to reach US$8 billion.At the forum, Digitimes president Colley Hwang cited statistics as saying that Taiwan now has 490 hospitals, 34,000 sick beds, 22,000 clinic houses, 8,000 pharmacies and 35,000 pharmacists. To build smart medicine ecosystems, Hwang continued, Taiwan can leverage the cloud-based core health insurance databank to connect professional social networks, dedicated databases, local-type data centers, maker bases, hospitals and international medical institutions, so as to create cross-industry AI-based medicine ecosystems integrating personal data, 5G+video, startup alliances, as well as industry and academic sectors.Fast integration of AI, medicineCJ Yu, vice superintendent of NTUH, noted that medicine and AI are actually undergoing fast integration in three specific aspects. First is preventive medicine, utilizing mass human behaviors and data to work out more effective advices on health management. Second is digital medicine, mainly adopting AI to judge image information when applied to improve healthcare procedures. Third is precision medicine, referring to personalized medical services. Yu said that Taiwan's medical industry will see close integration of software and hardware to achieve smart medical services.Quanta Computer chairman Barry Lam also opined that the ultimate goal of AI+ medicine will be to let everybody get high-quality medical care. In recent two years, many countries have been actively proceeding with AI strategic deployments, with Japan, for instance, planning to set up 10 AI-based hospitals by 2022.Lam said that Taiwan's medicine industry has its own advantages, and can build smart hospital architectures based on IoT big data. He disclosed Quanta is cooperating with the National Cheng Kung University Hospital in southern Taiwan to develop a hospital dedicated to serving elderly patients, by providing relevant IoT solutions.At the forum, many Taiwan tech firms have presented diverse AI application solutions for medical services. Advantech, for instance, offers a new software-hardware integrated solution aimed at helping hospitals create a smart patients management platform; Macronix International presents plans to explore business opportunities for memory application to smart medical devices; and WiAdvance Technology focuses on utilizing AI to automate service flows at hospitals.2018 Smart Medicine ForumPhoto: Digitimes, September 2018

What counts most for innovation startups lies not in business models but in how to serve customers, and therefore startups must work hard to find ways to solve problems for customers and build their product and service differentiations, according to Dan Neary, vice president of Asia Pacific at Facebook.Neary made the remarks when speaking at the 2018 Global Entrepreneurship Congress (GEC) Plus Taipei, running September 26-29 with the theme of "Enabling Social Impact with AI + IoT." This is the first time for GEC to be held in Taiwan.Neary said that in the past, automakers saw main competition pressure coming from other peers, but now Apple and Google have become competitors for GM and Ford, totally beyond the imagination of the auto industry. He added that even the on-demand car services offered by Uber and Lyft are posing a great threat to automakers as many people will no longer buy cars.Based on his observation, Neary noted, there are many companies with low capital expenses, as they do not know how to spend money and make investments. Therefore, he stressed, there is no need for startups to worry about the the sources of funding, and instead they must endeavor to develop solutions to problems, build learning-based organizations, and always know what they themselves and others are doing, if they want to succeed.Silicon Valley hard to be duplicatedAlso speaking at the conference, Jonathan Ortmans, president of Global Entrepreneurship Network, which is helping to run the event, said other countries in the world can hardly succeed in duplicating Silicon Valley, and instead they have to find their own characteristics and positions.Ortmans continued that there exist many uncertainties in the process of establishing startups, and the most crucial factor for their success is not money but supportive networks. He added that startups must keep thinking about what they can do for customers and how to utilize resources in right places.Taiwan's economics minister Shen Jong-chin said that under concerted efforts by the government and private sectors, many global tech giants including Microsoft, Google, Amazon, IBM and Cisco have moved to invest and expand their operations in Taiwan.He disclosed that the government will offer tax incentives and subsidies to encourage more quality international accelerators and startups to station in the planned international startup park in Linkuo, northern Taiwan to further spur the development of cross-domain tech innovations in the country.Dan Neary, vice president of Asia Pacific at FacebookPhoto: Bryan Chuang, Digitimes, September 2018

Following Sesto Robotics' debut at Semicon Taiwan in 2016 and return to the show in 2017, the Singapore-based automated guided vehicle (AGV) and intelligent mobile robot (IMR) developer was again at the premier event of Taiwan's semiconductor and microelectronics manufacturing industries in 2018, showcasing its new S200 with 7-axis Robot Arm IMR that is equipped with the company's newly developed features and innovations.Sesto CEO Michael Leong noted that in addition to the developments of technologies and robot systems, Sesto has also been devoted lots of efforts to the market's operation over the past 12 months. Sesto has been working closely with its clients to implement its IMR solutions into the clients' factories and during the process the company was able to receive many feedbacks from them, helping Sesto to further refine its products.Sesto's S200 with 7-axis Robot Arm IMR is designed for the transportation of semiconductor products especially silicon wafers and compared to the company's IMR showcased at Semicon Taiwan 2017, it features a much smaller size, but more carriage volumes for better efficiency.As for the machine's robotic arm, since Sesto's expertise mainly lies in its automated guiding vehicle controlling (AGVC) system, the company is mainly cooperating with outside partners for the related developments and is spending most of its effort and resources in the development and improvement of the IMR's guiding system and technologies.Sesto has already formed collaborations with several Japan- and Europe-based major robotic arm developers to make the S200 base compatible with their arms. However, Leong said that the default equipment of the S200 with 7-axis Robot Arm is by far the best setup that Sesto has come up with for the semiconductor industry after numerous testing. This is because the robotic arm from the default equipment has a loading capacity that is most suitable for semiconductor manufacturers.Compared to competitors in the robot industry, Leong said that Sesto's advantage is its ability to provide full solutions to customers. For an automation equipment provider, only having the ability to design and craft machines is not sufficient to cope with the industry's fierce competition. The ability to provide a complete set of robotic automation solution is the key to maintain competitiveness and Sesto is not only able to do that with flexibility, the solutions that the company offers also meet demand of Industry 4.0.To make automation equipment that can be easily integrated, chaining up different platform's hardware and software and connecting them up to coordinate with each other is essential and it is an area where Sesto has its niche.The concept of Industry 4.0 is mainly about system of system, meaning that a company needs to have its products link with those from others to form an even bigger system chain. This is a large advancement from the concept of the Industry 3.0 era, when most of the systems are designed to be operated independently.As for Sesto's upcoming plans or new products, Leong said that the company has been making new improvements to its products based on clients' feedbacks and will gradually release new IMRs featuring smarter guiding technologies and capability of handling more tasks.In addition to the semiconductor, Sesto will also begin tapping into new industries in 2019 as the company has already built up many case studies and prepared various of solutions to offer to customers, said Leong, adding that he believes the experience Sesto has learned from the semiconductor industry can also be applied to other manufacturing applications.Commenting on the robot market's status in 2018, Leong said the market is still on the rise and demand for robot products is increasing every year. This trend has to do with increasing demand from consumers worldwide for replacing their IT devices such as smartphones and wearables every year and it has already grown to a scale that requires a large manufacturing workforce to satisfy.With younger-generation workers showing less interest to work in the traditional manual labor production line, upgrading facilities to utilize robots for production has become an alternative way for IT product manufactures to maintain their output.As a result, the robot industry has seen rising demand for robotic devices from the manufacturing industries every year and because the trend is likely to continue, demand for robot products will only grow stronger, providing large business opportunities to players of the industry.As for Sesto's business goal for 2018, expanding the promotions of its IMRs is one of the key directions. For the long-term, Sesto is looking to transform its IMRs to perform more intelligent tasks such as becoming busboys of a restaurant to assist human workers to carry around meals or dirty plates, and help people in daily life.Currently, Sesto's main markets are China and Taiwan, but over the past 12 months, the company has received many inquiries from companies in Europe, Leong noted. However, Sesto will continue placing its attention on serving its clients in China and Taiwan given that a major portion of its products' demand is mainly coming from these markets.Sesto CEO Michael Leong and S200 with 7-axis Robot Arm IMRPhoto: Joseph Tsai, Digitimes, September 2018

Taiwan Edison Creative Technology has unveiled an LED street lamp independently powered by a PV module, a 1,150W mini wind turbine in combination with a 1,200W energy storage battery.The PV- and wind-powered LED street lamps are designed specifcially for use in remote areas where it is costly and difficult to lay power supply lines along roads.PV modules generate electricity during daytime while mini wind turbines can do so all day. At a power consumption rate of 50W/hour, such a street lamp consumes power of 600W for lighting for 12 hours a day and the energy storage battery, under normal conditions, has enough capacity to supply needed power.There are two choices of controlling lighting time, one is to set fixed length of lighting time, 12 hours for example, and the other is to use photo-sensitive resistors to sense ambient light to switch the light on and off. The former is suitable for populated areas while the latter is normally used in areas with fluctuating sunlight and weather conditions.Such LED street lamps are not connected for automatic monitoring of operating conditions for teh time being and therefore regular maintenence is necessary.Taiwan Edison PV- and wind-power LED street lampPhoto: Company