There have been two very interesting news in the IoT field recently. The first is that Qualcomm has just announced a ten-year strategic wafer foundry cooperation with Samsung Electronics Co., Ltd., which will be built using Samsung's 10-nanometer FinFET process technology. Qualcomm's latest top-of-the-line processor, the Qualcomm® SnapdragonTM 835 processor. The adoption of the new 10nm process node is expected to bring lower power consumption and higher performance to the top-of-the-line Snapdragon 835 processor, while also enabling the chip to add many new features to enhance the future mobile terminal user experience. . The second is that Qualcomm has also introduced Qualcomm® Quick ChargeTM 4, the latest generation of fast charging technology. The next generation Qualcomm® SnapdragonTM 835 processor will support Quick Charge 4. Commercial terminals equipped with the Snapdragon 835 are expected to be shipped in the first half of 2017.
Dragon power, connection and calculation
What does this mean for the majority of IoT developers and vendors? In fact, Qualcomm's Opteron chip is a SoC, on which many computing units and components are integrated, which can be divided into two categories according to function, one is calculation and the other is connection. Over the past 10 years, Qualcomm has focused on improving the computing power and connectivity of mobile smart devices. Computing power is more than just CPU. Qualcomm also provides GPU, DSP, computer vision, etc., and integrates them on a SoC, which is the Snapdragon series. In terms of connectivity, the connectivity technologies you would expect to use, such as LTE, Wi-Fi, Bluetooth, etc., are available from Qualcomm.
Developers of different dimensions, whether programmers, makers, or hardware developers, can continue to innovate in Qualcomm's IoT ecosystem. First, as a developer of APP and software, the various development tools and SDKs provided by Qualcomm are used to call the various computing and connectivity capabilities integrated in the Opteron processor. Second, if you are a maker, hardware player, education or developer community user, use the DragonBoard 410c development board to quickly develop hardware prototypes, streamline the development process, and quickly realize an idea in your mind. Third, true professional intelligent hardware companies, Qualcomm also has a professional SoM development board and a series of intelligent hardware reference designs. Help companies quickly commercialize their products.
VR-integrated device that can be moved
Qualcomm offers more than just connectivity technology in the mobile space, as well as performance optimization from the bottom of the hardware to the software. The combination of the two can greatly enhance the immersive experience of mobile VR. For mobile VR to have the best immersive experience, you need to look at three aspects: visual quality, audio quality, and interaction.
In terms of vision, the resolution determines the visual effect. Since the screen of the VR is very close to the human eye, this requires the VR display to have a level of 2K or 4K. At the same time, the delay will directly affect whether the user will have dizziness. However, higher resolution means more visual information needs to be processed, which requires strong visual computing power to support it. In terms of audio, the sound not only needs to support high fidelity, but more importantly, the audio needs to have a sense of direction and presence, which can be matched with the orientation of objects in the virtual scene, which is also the key to providing immersion. In terms of interaction, compared with TV and mobile phones, the interaction between VR devices and people is real-time, the interaction is more frequent, and the requirements for the processor are higher.
For VR, it can be said that the arrival of the Snapdragon processor is just the right time, it will push the virtual reality experience to a new height. The Snapdragon processor delivers richer visuals, higher audio clarity and more intuitive device interaction for a more immersive experience. During the development process, Qualcomm injected ultra-fast performance, leading connectivity, strong security and superior battery life for the Snapdragon 835. At the same time, Qualcomm also provides developers with the Snapdragon VR SDK. With this SDK, developers can take full advantage of the full performance of the Snapdragon chip to provide consumers with better virtual reality products, while developers of VR content. It is also possible to develop innovative VR applications in the shortest time for different VR products.
At present, there are a number of VR and AR products developed based on the Snapdragon VR virtual reality reference platform, including PICO, Micro Whale, Cool Open, Focalmax and other brands. Qualcomm not only provides VR reference platform, but also provides reference design platform and technical support for drones, wearables and smart homes. Snapdragon equipment can achieve a better user experience, can meet the interconnection of foreign objects between various devices, and can help consumers achieve a very good user experience.
Wisdom drone, beyond God's perspective
While seeing the excitement of many Opteron processor IoT application cases, I also found some unexplained product applications, such as drones. From computing, visual computing to connectivity technology, drones use almost all the capabilities that Opteron can provide. Xiaolong was originally developed not for drone products, but it was unexpectedly perfect for drone products.
To provide developers with a quick way to develop drone applications, Qualcomm offers Qualcomm® Snapdragon FlightTM kits for drone developers and vendors. The main part of the kit is a highly integrated PCB and flight kit. More than one credit card (58*40mm). This device is aimed at consumer-grade aircraft and robotics applications. Equipped with the powerful Snapdragon 801 processor, it has a stable network, mature software development tools and leading mobile technology, creating a completely independent development platform for developers. At present, many reference manufacturers such as Zerotech, Sunly, and Genius idea have adopted this reference design.
Charge for five minutes, use five hours
Quick Charge 4 is designed to deliver superior charging solutions with shorter charging times and higher efficiency than previous generations of solutions. For typical high-end mobile phone users, Quick Charge 4 can extend the phone's usage time by five hours or more with just five minutes of charging. With Qualcomm's Parallel Charging Technology Dual Charge, users can enjoy up to 20% faster charging speeds and up to 30% efficiency gains compared to using Quick Charge 3.0. Quick Charge 4 also integrates support for USB type-c and USB-PD, making the industry's most popular charging solution available for a wide range of cables and adapters.
For IoT device manufacturers, once Qualcomm's Opteron processor reference design and solution is selected, it means that its equipment has the opportunity to charge using Qualcomm's fast charge technology. This way consumers can greatly reduce the charge waiting time. Whether it's a drone, an integrated VR device, or a future robot, you can easily support fast charging technology.
Continuous innovation, not just core
Today, we can see Qualcomm's continuous innovation in the IoT space, not just providing a powerful connection and computing chip. Qualcomm is building a positive loop based on innovation. Under the ecosystem built by Qualcomm, developers and equipment manufacturers, as well as consumers, can enjoy the technological breakthroughs brought about by continuous innovation.
Outdoor Full Color LED Display P8 Rental,which made from die cast cabinet, it is easy maintenance. Outdoor Rental LED Display using the distribution and modular design to improve the stability of the LED Screen control system. P8 LED Display widely used in Outdoor Rental Projects, like Performances, Forums, Weddings, Conferences etc. Looking forward your early response!
1) Stronger protection: LED chips are welded on the PCB board directly, then do encapsulation. It has excellent protection capabilities.
2) Higher reliability and stability: simpler process on material using and producing than SMD, so it has higher performance on heat dissipation to prolong life span.
3) Larger viewing angle: has larger viewing angle and is easy to control the loss of light refraction.
Easy Installation: magnesium alloy cabinet design and fast lock make the installation, transportation, maintenance easier
Lightweight: only 30kgs, saving workforce and transportation cost
High Waterproof Level: IP65 for rear and back side, fit for naked installation without decoration.
Adopt dual service of black kingkong series among core techniques, free back service path for all kinds of installation surroundings.Broadcast level color scale, color temperature and brightness adjustable intelligentizedly, smooth color, high color ratio, nature pictures.
P8 Rental Outdoor,P8 Led Screen,P8 Outdoor Led Display,P8 Led Display Screen
Shenzhen Jongsun Electronic Technology Co., Ltd. , https://www.jongsunled.com