The Computex Exhibition is the second largest international computer exhibition in Asia and is held at the Taipei World Trade Center.

The current 2018 Computex is divided into 6 themes.
1. 5G (Fifth Generation Mobile Communications)
2. Blockchain (Qu Kuailian)
3. AI (AI)
4. ioT (IOT technology application)
5. Innovation & Startups (innovation and innovation)
6. Gaming & VR (competition and virtual reality)
The themes 1 and 2 were added for the first time this year.

There are two exhibition halls on the first floor and the four floor of the Nangang Exhibition Hall. Mainly with components, storage, Gaming & VR / AR, Database Solutions, Embedded Products and so on: motherboard, server, server framework, memory particles.
World Trade Organization International Conference Center: The exhibition stand of INTEL is on the first floor, and conferences like Computex opening ceremony, Intel, Supermicr, NVIDIA and other major brand presentations are held here.
The first World Trade Center mainly uses AI, Security, Smart Tech Solution, Wearable & Sports Technology, Touch Application & Display Products, Communication & Networking and so on: Wiring, Artificial Intelligence Supermarket, Printer, Sportswear, etc.
The three Hall of world trade is INNOVEX. This year InnoVEX exhibition area has six highlights: exhibition, forum, competition, publication, workshop and visit. The exhibition lasts from 3 days to June 8. It provides a platform for new ventures and teams to share and communicate.
According to reports, this year COMPUTEX 2018 gathered 1602 vendors and 5015 booths from 30 countries, and InnoVEX exhibition area set a record, attracting 388 new teams from 21 countries to exhibit COMPUTEX science and technology strength.
COMPUTEX as an international influential science and technology exhibition, an important content is to show the PC industry status and trends. By this year, COMPUTEX has held 38 sessions, and has witnessed and witnessed the development of PC.

The INTEL booth is mainly SMART INDUSTRIAL.
In addition to this exhibition stand, we have also participated in the exhibition with more than ten brands of Computex.

INTEL KEYNOTE Conference
The INTEL KEYNOTE conference was presided over by INTEL senior vice president and general manager of customer computing group.

In 1969, Intel started operation at 365 midfield Road, mountain view, California. Next month, July 18, Intel will celebrate its 50th birthday. After half a century, Intel is not immersed in the glory of the past, but looking forward to the future, thinking about how the PC should be presented to users in the future!
After mobile Internet penetrates every aspect of people's work and life, PC still maintains the status of productivity tools, but the usage scenes have become more abundant, not only appear on their desktops or desks, but also appear in cafes, buses and even roadside benches, that is, users urgently need to have both efficiency and efficiency. Portable PC products. Faced with market changes and consumer upgrades, Gregory Bryant talks about the need for PCs to keep up with user needs by improving performance, connectivity, endurance, adaptability and intelligence to become efficient, convenient, durable and easy-to-use terminal devices!

Renewal
Endurance is not related to the persistence of PC experience, but also to portability. If our computer lasts long enough, you can rely on the power supply when you go out for a short time, even if you forget to carry the adapter will not be in a hurry. Gregory Bryant said the display is the most power-intensive part of the PC, so Intel has introduced a new low-power display technology to achieve the "all-weather battery life" goal. It is reported that the technology used in Sharp and Quanchuang photovoltaic manufacturing of 1 watt panel, LCD power consumption can be reduced by half. In the future, industry efforts could even provide an additional 4 to 8 hours of local video playback time for end products, meaning that the battery life of some devices could reach 28 hours.

Connect
Since the mobile experience has become an important PC application scenario, the device "real-time online" has become one of the demands of some consumers. Gregory Bryant reviewed Intel's 5G development and achievements and talked about working with OEM manufacturers to launch the industry's first 5G laptops and 2 in 1 computers in 2019. Prior to that, partners such as Acer, Asus, Dell and HP are expected to launch more than a dozen 4G-connected PCs, with 25 now on the market.

Adaptability
PC development so far, has long become a very mature industry, which also promotes the PC market segmentation, users are facing a richer choice, while in the fierce market competition, the initiative has been the user! Nowadays, if you want a product to sell well, you must not just look at the hardware configuration, but around the "user experience" to create a product that fits the user! Gregory Bryant said: "users expect PC to adapt to changes in their lifestyles and workplace. They may need new shapes such as dual-screen computers and design platforms for specific usage scenarios. "So in the future, we will see more new forms and ultra thin products.

Intelligence
Terminal intelligence has been a topic for many years. But since 2017, consumers have been buying a new level of intelligence, simply because more and more terminals are adding artificial intelligence, such as mobile phones. So when Intel talks about bringing AI into PCs, we're not surprised, but there's hope! Of course, during COMPUTEX, Asus also gave a "preview" of the dual-screen variant notebook Project Precog, as well as the new ZenBook Pro, enabling developers to take full advantage of the low-power Intel Movidius VPU to provide new AI-centric features for existing and future innovative applications.

SUPERMICRO product launch site

Supermicro Bigtwin™

Ultra-micro BigTwin @ system uses 2U 4 node design, provides high performance and efficiency, supports a full range of Intel to strong scalable processors, makes full use of all memory channels, up to 24 DIMM per node, optionally with full flash NVMe or hybrid NVMe / SAS3 drive bracket.

Each node can carry dual Intel to strong scalable processors, up to 24 DIMMs in 3TB DDR4-2666MHz registered ECC memory, up to 6 hot-plugged NVMe or SAS 3/SATA drives and up to 3 PCI-E 3.0 slots, and supports flexible SIOM modules, bringing 100/40/25/10/1G network selection and 260W/2200W redundant titanium gold (96%) levels. Word power.

Supermicro Superblade
1. increased density by 64%.
2. reduced cable by 64%
3. open management software to prevent vendor locking
The new separated SuperBlade solves the problem of interdependence between server subsystems, enabling CPU, memory, I/O, chassis, storage, power supply, heat dissipation and other equipment components to be upgraded independently, and each can be updated at the optimal time. Compared with the traditional single-chip server updating mode, the performance and efficiency are greatly improved. Rate.

Supermicro resource saving

Ultra-micro launched the resource-saving technology, focusing on the reuse of the system chassis to achieve the individual module updates of the subsystem, and to optimize the storage, network, heat dissipation, power and other subsystems of the efficiency and cycle updates, so as to provide energy, heat dissipation, shared resources and cycle for enterprise data centers. Updating the overall structure of the optimization of demand solutions, while meeting the needs of enterprises for strong computing power, but also by optimizing technological innovation and application, reduce the total cost of TCO ownership, reduce and eliminate the global environmental impact caused by IT infrastructure.

"美超威已与多家《财星》百大企业合作，协助企业数据中心建置资源节约型系统。作为节能系统与绿色运算技术领域的创新领导者，美超威能透过延长机箱配件、电缆、网络、存储设备、风扇及电源等服务器子系统的使用寿命，来协助企业节约成本。企业因此能够在周期更新中节省高达60%的硬件采购成本，降低50%的能源耗损和减少电子废弃物的排放，不仅帮助数据中心省下百万美元的能源成本，更为后代着想，为永续环境尽一份心力。"

"Mercedes has cooperated with a number of Fortune Star 100 companies to help build resource-saving systems in enterprise data centers. As an innovative leader in energy-efficient systems and green computing technologies, Mercedes can help companies save costs by extending the lifetime of server subsystems such as chassis accessories, cables, networks, storage devices, fans and power supplies. Enterprises can consequently save up to 60% of hardware procurement costs, 50% of energy consumption, and reduce e-waste emissions in a cycle of renewal, not only helping data centers save millions of dollars in energy costs, but also for future generations, contributing to a sustainable environment. "

Supermicro & Intel

Supermicro presents a resource-saving green computing solution at the 2018 Taipei international computer exhibition.

NVIDIA

On Computex 2018 NVIDIA officially launched NVIDIA Isaac, which includes new hardware, software and virtual world robot simulators.
It is used to provide power support for the next generation of automatic driving machines, and to provide artificial intelligence support for robots in manufacturing, logistics, agriculture, construction and other industries.
Huang Renxun, founder and CEO of NVIDIA, said: "AI is the most powerful technical force of our time. In the first stage, artificial intelligence will achieve a new level of software automation, thereby helping many industries to improve productivity; thereafter, the combination of artificial intelligence and sensors and actuators will become the core of a new generation of autonomous machines. One day, billions of smart machines will be used in manufacturing, door-to-door service, warehousing and logistics.
The combination of IOT and AI will change the society and the electronics industry more and more profoundly. The exhibition found that NVIDIA GPU is in great demand in the server field of the current electronics industry. Just as the company recently I contacted NVIDIA business more, it is a new era of opportunity and value for our company.

NVIDIA TESLA&LSAAC

NVIDIA® Tesla® GPU handles the most demanding high-performance computing (HPC) and ultra-large data center workloads more quickly. Now data scientists and researchers can parse PB-level data in applications such as energy exploration and in-depth learning, several orders of magnitude faster than using traditional CPUs. The Tesla accelerator also has the capability to run larger simulations at an unprecedented speed. In addition, Tesla can provide ultra high performance and user density for virtual desktops, applications and workstations.
The core of NVIDIA Isaac is Jetson Xavier, the first computer designed for robots in the world. It has more than 9 billion transistors and provides more than 30 trillion operations per second, which is more powerful than a workstation and consumes only a third of the energy of a light bulb. Jetson Xavier has six high-performance processors, including a Volta Tensor Core GPU, an 8-core ARM64 CPU, two NVDLA depth learning accelerators, an image processor, a visual processor and a video processor. These processors enable it to process dozens of algorithms simultaneously and in real time for sensor processing, ranging, positioning and mapping, vision and perception, and path planning. Such a level of performance is crucial, enabling the robot to obtain input from sensors, locate itself, sense its environment, recognize and predict the movement of nearby objects, infer reasonable actions and execute them safely. In addition, the NVIDIA Jetson Xavier developer kit, which contains Isaac robot software, is priced at $1299. Global distributors will start the first batch of products from August.