In 2016, "VR" became one of the hottest terms in the technology industry. With the popularity of VR devices, more and more users are beginning to realize that the hardware platform that hosts VR content needs more powerful computing performance to support VR games, VR video, VR design, and VR development. The amount of computational and physical rendering performance required.
On January 4, 2017, in Beijing, Intel officially released a full range of new seventh-generation smart Core processor products, adopting 14nm process technology, and introducing new-generation processors for enterprises, workstations, enthusiasts, virtual reality, and gaming laptops and desktops. .
Intel's seventh-generation Smart Core family made its debut
· Smooth VR experience requires high performance processor support
In application-level features, the new seventh-generation intelligent Intel Core processors provide unmatched performance and responsiveness for VR.
Different from ordinary 2D and 3D applications, VR application scenes have a large amount of computational and physical rendering capabilities due to the use of panoramic stitching. Taking a VR game as an example, for ordinary games, the performance of the graphics card can directly influence the game experience to a great extent, but for VR games, the high-performance graphics card is only the basis, and the computing capacity also has a decisive influence on the VR game experience. . Only by using a high-performance processor can we meet the huge computational and physical rendering requirements of VR games. This will enable players to have a smooth and uninterrupted game experience when they frequently turn their heads to observe the game environment, and thus be able to achieve better results. Avoid motion sickness.
Therefore, if the graphics card is good or bad to a large extent determines the quality of the game screen, then the processor performance is strong, it will directly affect the VR game player user experience, its importance is evident.
· Laptop users can also enjoy a smoother VR experience
Nowadays, more and more users are hoping to experience VR content through laptops. However, the old platform cannot meet the hardware requirements of VR applications in terms of performance.
This time, Intel introduced a 45-watt Intel Core H series mobile processor for enthusiasts and VR-enabled laptops. At the same time, in order to meet the demand for high-performance computing for VR applications, the new 45-watt Intel Core H Series mobile processor adopts an unlocked design, which allows users to obtain a superior performance experience through overclocking.
In addition, the 200-series chipset motherboard has been improved for overclocking stability, and the seventh-generation intelligent Intel Core processors have been optimized from the architecture level and the instruction set level to make the overclock performance more stable.
Notebook users will also get a better VR experience
· New nuclear display brings stronger 3D graphics performance
On the basis of improved computing performance, the core graphics performance of the seventh-generation Intel Core processors can also provide better graphics performance support for the immersive experience.
Comparing with the Gen 6 of the sixth-generation Intel Core Duo processor Core Graphics, Gen 9.5, the seventh-generation Intel Core Duo Processor Graphics Card, brings more reliability to the process and architecture. 3D graphics performance. Tested by 3DMark professional graphics test tool:
· The performance of the seventh generation Intel Core U Series processor core graphics cards has increased by 9%;
· The performance of the seventh-generation intelligent Intel Core Duo processor core graphics has increased by 12%;
· The seventh generation of Intel Core H processor core graphics cards expected performance will increase by 7%;
· The performance of the seventh-generation Intel Core S-series processor core graphics will increase by 12%.
In addition, the new generation of Intel Core Iris Plus Core Graphics was added to the 7th generation Intel Core processor models. Compared with HD video cards of the same generation, its performance increased by 65%, making it more reliable for VR applications. Graphical performance support.
·The Wintel Alliance strives to establish a new benchmark for immersive experiences
Earlier in 2016, Intel and Microsoft announced their strategies in the field of converged reality and virtual reality, and they jointly worked together to set a new benchmark for immersive experiences.
Project EVO plans to make “Adding Mixed Reality and Game Capabilities to PCs†as an Important Project
First of all, in the past year, Intel has made clear the importance of virtual reality to Intel and regards it as one of the important trends in the future technology industry. Microsoft also announced the Windows Holographic panoramic system based on the Windows 10 system last year. Then at the WinHEC 2016 conference, it jointly announced the "Project EVO Plan" with Intel and added "mixed reality and game functions to the PC" as the plan. One of the important items.
The reason why Intel and Microsoft can continue to achieve long-term cooperation in the field of virtual reality after the traditional PC industry. In addition to the seventh-generation intelligent Intel Core processor is the best hardware solution to enhance the VR application experience, the future integration into the Windows Holographic panoramic system The Windows 10 system will also get the best experience with the latest Intel Core processors.
Optane escalates the VR experience
In addition to providing strong computing performance for VR applications, Intel is expected to officially launch Optane Memory and Optane SSDs in the second quarter of 2017. Optane memory and Optane SSDs based on 3D Xpoint technology can significantly accelerate the user experience. With a computer based on Optane memory and Optane SSD, users will get:
· Faster boot time;
· Faster web page loading speed;
· Load and open video files faster;
· Faster loading and opening of frequently used applications.
Optane SSD based on 3D XPoint technology is seven times faster than normal NAND
For VR applications, the performance of the storage medium is equally important. In addition to the high computational power required for previewing and loading large amounts of panoramic footage, high-speed caching and high-speed hard disk read/write speeds are critical. The new Intel 200-series chipsets have increased 15% of high-speed I/O channels and support Intel Optane memory. Together with the new seventh-generation intelligent Intel Core processors, they will inevitably provide users with a smoother and smoother VR experience.
·Improved VR experience computing power is more important
In the future, the virtual reality experience will not only be limited to the gaming field, but the VR applications in medical, education, and tourism industries will gradually span the initial stage and use the latest virtual reality technology to create a comprehensive immersive experience. In this diversified application background, if the "VR application and VR game" are equated, if we further equate "enhance VR experience with GPU performance improvement", then CPU performance will be ignoring VR. Experience the importance of promotion.
As we have said before, improving GPU performance is essential for improving the quality of the game. However, to obtain a smooth and smooth VR panoramic application experience, the high-performance processor has excellent computing capabilities that are indispensable.
In the face of VR applications that require large amounts of computation, PC devices based on the seventh generation Intel Core platform can meet the needs of VR developers and VR designers for a reliable, stable, efficient, and smooth working environment, while also meeting the needs of ordinary people. User needs for smooth experience and smooth experience in VR applications. Therefore, in terms of VR, the seventh-generation intelligent Intel Core processor is undoubtedly the best solution.
The main function of the Solar Charge Controller is to manage the charging and discharging process between the Solar Panel and the battery in the solar power generation system. Its main function is to protect the battery from overcharge and over-discharge damage, ensure battery charging efficiency, and stabilize the operation of the solar power generation system.
Main effect:
Charge control: The solar charge controller controls the charging process by monitoring the voltage and current generated by the solar panel to ensure that the battery is charged at the appropriate voltage and current to extend the battery life.
Overcharge protection: The solar charge controller can monitor the charging status of the battery, and when the battery is fully charged, it will automatically stop charging to avoid battery damage caused by overcharging.
Over-discharge protection: The solar charge controller can monitor the discharge state of the battery. When the battery power is lower than a certain level, it will automatically stop discharging to avoid battery damage caused by over-discharge.
Differences from other charge controllers:
The solar charge controller is a charge controller specially designed for solar power generation systems, the main differences are as follows:
Applicable Energy: The solar charge controller is suitable for solar power generation systems, mainly used to manage the charging and discharging process between solar panels and batteries. While other charge controllers may be suitable for different energy generation systems, such as wind energy, hydro energy, etc.
Charging characteristics: The solar charge controller is optimized for the characteristics of the solar panel, and can control the charging process according to the output power and voltage characteristics of the solar panel. Other charge controllers may be optimized for different types of energy generation characteristics.
Protection function: Solar charge controllers usually have overcharge protection and over-discharge protection functions to ensure the safe charging and discharging of batteries. Other charge controllers may have different protection functions, depending on the needs of the application scenario.
Overall, the main role of the solar charge controller is to manage the charging and discharging process in the solar power generation system, protect the battery from damage, and stabilize the system's operation. Compared with other charge controllers, it is optimized for the characteristics of solar power generation systems and has unique functions such as overcharge protection and over-discharge protection to meet the needs of solar power generation systems.
eco worthy solar charge controller, solar panel controller types, solar charge controller and inverter, solar cell controller, solar panel battery charge controller
Ningbo Autrends International Trade Co., Ltd. , https://www.aitsolarpanels.com