It is said that CES is the vane of the technology industry. This is true. As the largest annual exhibition in the technology industry, CES is scheduled to be at the beginning of the new year, which is the best time to establish the development trend of the technology industry in the coming year. Every year at CES we can see all kinds of "black technology", but those seemingly incredible technologies are immersed in our lives. I remember that the 1080p TV exhibited at CES five years ago was still a new gadget. However, it was not long before the full HD TV became the entry configuration for ordinary users. The same was true for 3D display technology. Now 3D TVs are everywhere.
Chip makers are trying to change the world
So don't underestimate which "black technology", they may come to you soon. Generally speaking, the more the industry eco-chain is the upstream manufacturer, the more powerful and the conditions lead the development of the whole industry. As the chip giants, the annual CES is the best stage for them to show their technical strength and industry forward-looking. NVIDIA, Intel and Qualcomm are the protagonists of CES. They are no longer limited to terminal devices. Providing processor chips, they are constantly getting involved in more areas and trying to change the world.
Qualcomm: Focus not only on mobile phones to create smart cities
Qualcomm officially released the Snapdragon 820 processor at this CES show. The processor is equipped with Adreno530 GPU, Hexagon680 DSP and Kryo CPU. As the Qualcomm flagship chip, the launch of the Snapdragon 820 is eye-catching. At present, LeTV's new LE MAX Pro is the first product equipped with this processor. In addition to its powerful performance, the Snapdragon 820 also has ultrasonic fingerprint recognition capability to enhance users. Security experience and support for 802.11ad wireless networks.
Qualcomm Xiaolong 820 debut
Although the Snapdragon 820 is a very important product of the Qualcomm conference, it is not the only one. It can be seen that Qualcomm used a large part of the show at the CES2016 conference to showcase their smart, smart city and intelligence. Mobile phone, network communication, smart home and many other achievements, mobile phone processors are not their only area of ​​focus.
The 2017 Audi will be equipped with the Snapdragon 602A
Qualcomm has always been very concerned about the automotive sector and has been working with a number of automotive manufacturers. Audi and Qualcomm will establish a long-term and in-depth partnership to develop unmanned technology with unlimited future potential. The 2017 Audi will be equipped with the Snapdragon 602A. The powerful processor support can make the Audi more intelligent.
BMW i8 exhibited at Qualcomm booth
The cooperation between Qualcomm and BMW has been around for a long time. The BMW i8 is often seen in the E-Class Formula Global Championship last year. The new pure electric car BMW i8 is equipped with Qualcomm HALO wireless charging technology, Qualcomm Halo 7.2kW wireless charging system. The amount of electricity charged to the BMW i8 is doubled per hour, which saves about half of the charging time. This technology will be applied to more automotive products in the future.
Qualcomm processor-equipped robot products
At Qualcomm's CES booth, we saw intelligent robots, some of which are complex walking robots that use Qualcomm's processors for intelligence, while others are toys that require a simple Bluetooth connection to enable interesting applications. The development of robots will also be one of the important development directions of Qualcomm in the future.
NVIDIA: Build a neural network to push autopilot
"One NVIDIA Drive PX2 is equivalent to the performance of 150 MacBook Pros", which is the most impressive sentence of Huang Renxun at the press conference. Perhaps in the eyes of most ordinary users, Nvidia may be a manufacturer of graphics chips, and now the company is constantly transforming and adjusting. The traditional computer field has begun to encounter bottlenecks. The provision of graphic computing technology and products for electronic terminal devices has been unable to meet the company's development. NVIDIA is beginning to seek new breakthroughs.
NVIDIA President Huang Renxun took Drive PX2
At this conference, we didn't see any news about GeForce's new products, nor did we release the next generation of Tegra. Huang Renxun told the two conferences about two things: deep learning and autopilot. Automobile intelligentization is a big issue, and it will also be a breakthrough point for future user demand. The automobile market has a very large volume basis, and locomotive technology will be the main demand point for users, and it is also the differentiated competition of automobile manufacturers. The focus of this, NVIDIA is also seeing such an opportunity, should be cut into the smart car market.
In general, the Drive PX2 can be regarded as the super brain of a car. With it, the car can have the ability to sense, and with the ability to sense, it can achieve automatic driving. Through deep learning of neural networks, Drive PX2 can effectively calculate and identify objects such as pedestrians, vehicles, road signs, lane lines, building facilities, etc., and determine the driving state of the vehicle according to the actual conditions of the road and the position and movement of surrounding objects. This requires a lot of computing and network data interaction. DrivePX2 is just a computing device in it. It needs to connect to the powerful neural network behind it to truly achieve intelligence.
Automatic object recognition technology
As you can see from the diagram, the DrivePX2's intelligent system automatically recognizes pedestrians, vehicles and street signs, and can clearly distinguish them. Not only that, but even in the dark or poor lighting environment, it can be effectively identified by night vision cameras. DrivePX2 is hailed as a "software architecture that can grow". Its neural network has the flexibility that traditional programs can't surpass. With the increasing number of users, the neural network has been in a state of high-speed learning, which can make it even more clever.
DrivePX2 physical map
In the face of complex road conditions and various emergencies, autonomous vehicles need to be quickly calculated and responded, so the performance of the processor is extremely high. The new DrivePX2 has two new generation Tegra chips and two PascalGPU chips. With 12 CPUs, it can perform 24 trillion deep learning operations per second, and the DrivePX2 is equipped with a water-cooled unit with a maximum operating temperature of 80 °C. It is also known that the DrivePX2 can support the installation of 12 surveillance cameras on the vehicle, plus radar sensors, ultrasonic sensors, and lidar sensors.
Intel: Strengthening Perception to Create a Smart World
Intel is no longer a processor manufacturer. At this CES, they showed the results of sensing technology. For example, the computer can recognize your expression, a robot waiter brings a dish to your front, or you can immerse yourself in a more real virtual reality world, Intel is trying to make everything smarter.
Intel Realsense plus VR technology can make you immersive
At the Intel booth at CES2016, a U-shaped road equipped with the Intel Curie motion sensor BMX bike is on the ground, and you can see the 360° video of the off-site rider in real time in the stadium. The experience of the environment is all done by Intel curie motion sensor.
Monitor health data in real time
Indoor BMX bike experience based on Intel Real sense technology
Curie button wearable chips for real-time tracking of athlete performance, including statistics such as air rotation, jump height, jump distance, speed and ground strength can be tracked in real time. The module's ultra-low power consumption features an integrated 32-bit Quark microcontroller that provides 384 kb of flash memory and 80 kb of SRAM memory, which is small but can be used to maintain connectivity, such as social message notifications and fitness tracking. Not only BMX sports, Imagine players on the basketball court, bungee enthusiasts, and even people who are diving 30 meters under the sea. You can use curie to monitor the movement status in real time. These data will be implemented to give you or your feedback. coach.
With Intel RealSense technology, Intel can make your information more secure. Take facial recognition as an example. First, you should face the login to ensure security. One of the simplest examples is whether a hacker can successfully "blind" when he takes a photo of the owner. It can create a "3D stereo face model" of up to 70 sample points for your "face", where it is high and low, in the 3D model at a glance. This eliminates the invasion of “photo hackersâ€, and even twins that look very close will be “rejected†by the camera because of a slight difference in face.
Intel virtual background technology recognizes faces in complex environments
I believe many people know how the big scenes in Hollywood are shot. Several actors put a variety of Pose on a green background. Through the post-editing, the actors can be deep under any environment, and the magma is sprayed behind you. A deep sea monster is coming like you, or you are standing on a cosmic super battleship. Now, the Intel RealSense SR300 camera with a virtual green screen can be implemented. The Intel RealSense SR300 camera can distinguish you from the background very accurately, but this does not require you to have a real green screen background behind you, re-synthesized shock pictures, streaming through the way with popular like OBS and Xsplit With the integration of the broadcast platform, users can show off the virtual background of their choice.
Summary of the article :
Whether it's Qualcomm, NVIDIA or Intel, they are all looking for a transition from a company that specializes in processor technology to a diversified company. These seemingly "unfair" behaviors may make them the leaders of the real era. Autopilot, deep learning, and smart perception, these "black technologies" seem to be far away from us, but may soon be around us. These upstream chip manufacturers have rich resources, strong technical strength and lofty ideals, they can turn any idea into reality. It is undeniable that they are trying to change our lives.
Hengstar PIM series is a range of touch screen monitors for industrial automation such as: water/power supply system, factory automation system and CNC machine etc. Its ruggedized structure and durable performance ensure the monitor can work stable at harsh environmental conditions. Monitor's front bezel is made of black powder coated aluminum. The front plate is IP65 grade. We provide vandal-proof protective glass or 5-wire resistive touchscreen for covering the front screen. Also we have various boards for different signal input solutions, and 12V/24V DC, 100-240V AC power input for different application requirements.
panel pc,industrial panel pc,industrial panel pc ip65,industrial touch panel pc,rack mount panel pc,rugged panel pc
Shenzhen Hengstar Technology Co., Ltd. , https://www.angeltondal.com