At 0:00 on August 17th, Beijing time, the Intel IDF16 Fall Conference was held in San Francisco, USA with a band of cool music performances. As usual, CEO Ke Zaiqi delivered a keynote speech at the conference. It is expected that the 7th generation Core will be the first to land on the mobile side. However, compared with the major plans of “integrated reality†autopilot, the 7th generation Core is definitely not the protagonist.
In the face of the ever-changing technology industry, Intel has been seeking to transform from a traditional PC chip manufacturing company to a diversified innovation company. No matter what leading technology, it is possible to achieve leading areas are willing to try to "plug a bar", this IDF Intel has also continued this path.
The “Integrated Reality†Alloy project brings a new experience
In fact, the band playing in the opening show is Merged Reality, a reality! You can see that the musician can achieve the effect of playing in the air by interacting with some special equipment. The so-called fusion reality is to interact and integrate the physical environment and behavior in reality with the virtual space in a very natural way! This completely changed the traditional experience that VR was completely composed of virtual scenes and not real enough.
Traditional VR requires a wired helmet to connect to the PC. However, sensors that require external space to determine the spatial extent require a completely separate special space. However, there are two controllers in the hand. These experiences all affect the VR immersion. The factor of area popularity. And now with the fusion of reality, these changes are tangible and tangible.
At the IDF meeting, Intel announced the launch of the Alloy project, a newly developed integrated virtual reality solution that truly integrates reality. The important thing is that it is completely wireless bound! Complete immersive experience!
From the actual effect of the on-site demonstration of the Alloy helmet, the user can be placed in the virtual environment like VR, while the helmet-equipped RealSense camera can capture the environment's three-dimensional environment and accurately determine the user's position in the three-dimensional space. At the same time, the RealSense camera can capture the user's limbs, moving people in the environment, etc. You can use your real hands to open the door and interact with the objects in the virtual scene, so that the user achieves the perfect integration and interaction with the virtual reality.
In summary, the Alloy headset is a combination of VR and RealSense. With Intel RealSense RealSense technology, the Alloy headset can provide an experience that traditional VR can't provide: it not only achieves 6 free angles of any movement. It also lets us no longer rely on any external sensors for spatial positioning. It is important that the user interact directly with the elements in the virtual reality.
Although there has been a similar convergence concept in the industry before, Merged Reality "integrated reality" was first introduced to the industry by Intel, and the foundation of RealSense technology has accumulated a long time. It is reported that Intel will launch Alloy hardware in the second half of 2017 and provide API support for developers and partners. Will it be a bit slow in time? !
Based on RealSense sports broadcasts from this big difference
For traditional sports broadcast content, ordinary users need to rely on live broadcasts to switch back and forth between different seats to watch programs. This kind of experience is passively accepted, sometimes it will miss the wonderful picture that you want to see the most. In the future, in terms of sports broadcasting, Intel's 360Replay technology will also bring unprecedented experience. The user no longer relies on the screen output of the pilot switch. With the real-world technology and the computing power of the Intel processor, the user can perform a 360-degree viewless game playback without dead angle.
After recording the game with 360 degree Replay technology, the user will no longer be limited to the specific position of the multi-camera and camera! Feel free to move your position and choose the angle to enjoy the game. What's important is that this is not a post-synthesis of the computer, but the realism of the scene is lost. This is to integrate the real physical world into the virtual world in real time. This is the perfect display of the application of the fusion reality.
At the same time, Intel announced plans to establish a studio called Los Angeles Tech Experience Lab, which will develop and create a series of virtual reality and fusion reality technologies to explore content possibilities.
7th generation Core is coming! Nuclear enhancement is worth looking forward to
Earlier, it was reported that the 7th generation Core processor will be the first to land mobile products in September this year, then the IDF became the 7th generation of Core is the last major debut before landing mobile devices. In fact, Intel has taken it with a few short descriptions, which reflects Intel's confidence in the inherent leadership of the processor field, and also demonstrates Intel's determination to transform from a traditional PC chip manufacturer.
The i7-7700K, which has received much attention before, has been exposed in some news. The new Kaby Lake i7-7700K adopts the third generation 14nm process technology. Adopt 4 core and 8 thread design. The rated frequency is 3.6GHz, and the frequency after the Turbo frequency will reach 4.2GHz. The L3 cache is 8MB as the i7-6700K and maintains the LGA1151 design in terms of interfaces. The i7-6700K will become the consumer-grade flagship i7 with the shortest life span. It seems that the era is chasing Intel, and Intel can't relax.
It is worth mentioning that the GT4 level of nuclear display will be integrated on the new Kaby Lake. Like the 5th generation, the 7th generation is not obvious in terms of computing power, but it will definitely be in the graphics processing capability of the kernel. There are significant works. This is in line with the current trend of increasing graphics processing demand. As a result, in the 4K aspect, the gameplay of the nuclear game, the 7th generation Core will also have further improvement. The first batch of the 7th generation of the exposure was also unveiled at the IDF. I believe these products will be available to consumers soon.
Products exposed at the same time include desktop platforms: i3-7100, i5-7500, i5-7600, i5-7600K, i7-7700, i7-7700K, i7-7820K, i7-7950X. Mobile platforms: i3-7100H, i5-7300HQ, i5-7400HQ, i5-7440HQ, i7-7700HQ, i7-7820HQ, i7-7822HQ, i7-7820HK, i7-7920HQ, i7-7920HK. Low-voltage and ultra-low voltage products: i3-7100U/T, i5-7200U/T, i5-7300U/T, i5-7400U/T, i7-7500U/T, i7-7600U/T.
Building a virtual computing world is inseparable from RealSense
RealSense is an extremely widely used technology that can be used on machines, smart appliances, and not just the PCs we have seen in the past. “RealSense is like their eyes.â€
In the past few years, Intel has been demonstrating Intel's real-world technology based on 3D cameras, which can capture images, measure depth, sense position, etc., and the reality of reality in Alloy is also indispensable. However, RealSense technology is a series of evolving products, and every year Intel is working hard to break through and bring new applications. In order to make RealSense real-world technology evolve and become more widely used, Intel will push two more developer kits:
The first is the Intel Aero platform that supports drones. This platform supports a variety of peripheral devices that can be "plug and play", including flight controllers, communication devices, visual devices brought by real-world technology, and more. The Aero platform development board has started online pre-sales today for $399. The complete kit will be available for sale early next year. Another Euclid development kit will be what RealSense developers dream of. The Intel Euclid Development Kit is a new turnkey solution that integrates sensing, computing and connectivity into a strip design with a square candy bar size, built-in ZR300 RealSense camera, Intel Atom processor Connected to the wireless, pre-installed with a developer-friendly tool-like application.
At the same time, Intel introduced a new RealSense camera CAMERA 400, which is a new series of products, which is characterized by very small size and very thin thickness, which enables it to be integrated into smaller products. It can support indoor and outdoor environments and provide more accurate 3D environmental accuracy positioning.
Driverless and smart city Intel is working hard
As mentioned earlier, Intel has been transforming from the traditional PC chip field to the new computing field in recent years, including many popular areas that you have heard, including unmanned and smart cities.
At the IDF site, BMW executives took the auto-driving BMW i3 to the stage! This i3 has 360 degree obstacle avoidance! Obviously this is a combination of Intel's implementation of some real-world technology.
At the same time, BMW also elaborated on the unmanned phases from 0-5. And said that today's automotive industry has reached Leverl level 2, which is the extent of partial autopilot. The Level 3 level means that the driver can gradually liberate his hands and eyes. When the product reaches level 4, the driver and passenger can even sleep in the car. Level 5 is the real driverless car, and your car can pick you up at any given location. Ultimately, driverlessness will evolve to the level where there is no driver and the hands are completely out of the steering wheel. This is also the goal of all car companies and technology leaders. As a technology giant, Intel is working on the implantation and cooperation of driverless technology.
A step-by-step evolution upgrade requires Intel's strengths because of the revolutionary end-to-end architecture required in and out of the car. In the car, the driver needs a central computing platform, including driving motion control, sensor clusters, a secure privacy environment that prevents hackers, and more. and
Outside the car, users need a high-performance cloud computing solution that includes data analysis and machine learning to create new features, high-definition map positioning, an extensive 5G network to ensure data exchange between the car and the back end, and driverless Core - the pattern of the environment! Today's technology companies rely on past technology reserves, companies that have the ability to provide all solutions are not Intel.
It is expected that in 2021, BMW, Intel and Mobileye will bring unmanned technology to the market to achieve the final experience of 3, 4, and 5 unmanned driving.
Much like driverless driving, the concept of smart city has been around for a long time, but most people only see the intelligent upgrade brought by the smart device connection network, which is far from the goal of smart city. Smart cities also need thousands of sensor support, and thousands of Intel RealSense technical support that recognizes three-dimensional space. There is a very strong set of data and computing support behind it. This series of ideas and plans must be through examples. Technology company support. Intel has achieved remarkable results since its cross-border development. Through the deep accumulation of cloud, big data, Internet of Things, smart devices, RealSense, traditional processors, computing and storage technologies, Intel will continue to cultivate the future of smart cities. market.
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