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Huawei Phoenix Engine: Experience next level of games graphics in smartphones

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Huawei Phoenix

On January 23, Huawei made a number of new announcements for different smart products. In addition, Huawei also announced the commercial launch of its new ray tracing technology, the Huawei Phoenix Engine for smartphones.

The Huawei Phoenix Engine breaks the limits of traditional ray tracing and introduces a new computing power of ray technology on mobile platforms. This new tech builds core graphics capabilities in terms of image quality and energy consumption and available to integrate through Huawei HMS SceneKit.

The ray-tracing brings innovations in-game image quality, makes reflections of characters on irregular objects such as marbles, and moving objects. The weapons are move real and the detail of the materials are more rich, giving players an immersive experience.

To demonstrate the new ray tracing, Revelation mobile game has integrated the latest ray tracing technology of Huawei’s Phoenix engine, which is the first commercial use of ray tracing technology on the mobile platform.

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What is Ray Tracing:

Ray tracing is a rendering technology that can produce very realistic lighting effects. Essentially, an algorithm can trace the path of light and then simulate the way that the light interacts with the virtual objects it hits in the computer-generated graphics.

Huawei Phoenix Engine:

Huawei Phoenix Engine is originated from GPU Turbo graphics acceleration technology and created by teh Fields Lab of Central Software institute of Huawei 2012 Lab.

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According to the information, the Phoenix Engine has made a successful venture in ray tracing and super-resolution as well as sampling technology.

Huawei Phoenix Engine designed to share Huawei’s advanced graphics processing technology for game developers, application developers, and indie developers through Huawei Mobile Services (HMS) Core Scene Kit.

Partners can use Scene Kit’s ray tracing, PBR, animation, and other features to create unique and rich 3D scenes and bring users an immersive experience.

Currently, Phoneix Engine is working with industry partners including NetEase, Unit3D, Cocos, etc. to promote this technology integration and work with developers to bring more realistic and high-quality graphics.

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Huawei Phoenix Engine also focuses on the core problems of ray tracing and aims to make technological breakthroughs in terms of faster rendering, better graphics quality, and ease to use.

The Huawei Phoenix Engine is a self-developed multi-layer BVH acceleration structure, multi-tree traversal algorithm, built an efficient and UnBias RT-Core algorithm base and realized the application of real-time ray tracing technology on the mobile through the hybrid rendering pipeline based on Huawei’s hardware capabilities.

The Phoenix Engine also has made significant achievements in sampling and noise reduction algorithms, giving full advantages for multiplexing, time-domain accumulation, and other algorithms reached the lead in convergence efficiency, signal to noise ratio, and other indicators, and strongly supported high-realistic rendering, fast preview and more.

The ray-tracing technology of Phoenix Engine can be used to create the real world in the games to achieve high-quality architectural rendering and cinematics and television renders to improve real-time preview as well as final imaging effects, to make the subject come alone and obtain eye-catching visual effects.

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Most of Deng Li's smartphones are from the Huawei ecosystem and his first Huawei phone was Ascend Mate 2 (4G). As a tech enthusiast, he keeps exploring new technologies and inspects them closely. Apart from the technology world, he takes care of his garden.

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Huawei Mate 50 series to equip six blade aperture camera lens: Tipster

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Huawei Mate 50 camera aperture

Last year, the WIPO has approved a Huawei Patent, entities ‘Aperture camera module, and an electronic device describing a six-blade camera aperture technology. And it is recently reported that the Huawei Mate 50 series to equip with this six-blade aperture camera technology.

According to a well-known Weibo tipster, the Huawei Mate 50 series will become the first Huawei phone to equip the six-blade camera aperture module, with the expected current aperture range of engineering matching F1.4-F4.

Camera aperture diaphragm:

The best example to describe the aperture camera is the Samsung Galaxy S9, the smartphone equipped the 8-blade aperture technology. While the Huawei Mate 50 is expected to bear only six-blade technology.

Similar to a shutter, a camera diaphragm controls the quantity of light that reaches the sensor while also shielding the lens from damage. As a result, it indirectly affects the camera’s depth of field and aperture.

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Huawei Mate 50 camera aperture

On the other hand, an image with a more blurred background can be captured using a wider aperture. Even in low light, we’ll still have crisper photographs. The depth of field and exposure, however, is constrained because smartphones have fixed aperture lenses.

The tipster further stated that Huawei Mate 50 Pro houses a 15x telephoto macro with longer bangs, and the Mate 50 RS will support a 35x telephoto macro lens camera.

Huawei Mate 50 series launch:

There were so many leaks and rumors appear related to the launch of the Huawei Mate 50 series. And going with the latest info, the Huawei Mate 50 series is to launch on September 7. Still, the date is not confirmed by the company let’s see, when Huawei will give its official launch date of the next upcoming flagship lineup.

(image src – letsgodigital)

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Huawei Mate 50 camera aperture

However, if the recent leak of six-blade aperture camera technology comes with the Huawei Mate 50 then this series will become the most prominent and innovative in terms of design, specs, and features.

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6G is not simple upgrade of 5G, but a leap forward: Huawei

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Huawei 6G upgrade

Huawei has participated in the World 5G Conference held in Harbin, this morning. The conference mainly discussed the benefits of the 5G and 6G upgrade network technologies that Huawei and its developers are trying to bring across the globe.

6G mechanism is a spectrum of multiple layers. It utilizes the low-frequency band for the simple coverage channel and uses the mid-range frequency for the moderate network. The high-frequency band ultimately boosts the experience of the network for the users.

According to the latest information, Huawei narrated how the 6G network mechanism will ultimately prove a boon for the users. Clarifying that 6G innovation is just not an upgrade but more than that, the President of Huawei Wireless Network Product Line and Chief Scientist of 6G tech – Wang Jun delivered the following words:

“6G is not a simple upgrade of 5G, but a leap-forward improvement. It is the only way for a unified global infrastructure of the digital economy. Huawei will keep working with partners to promote global unified standards and will keep on bringing new creations for the welfare of users, in future also.”

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Apart from exhibiting the company’s intention toward digitalization, the President also explained the crucial directions of the 6G technology. Accordingly, the 6G network transformation stands over six technical directions.

For instance, native intelligence, extreme connectivity, network perception, star-ground fusion, native trustworthiness, and carbon neutrality.

Huawei 6G upgrade

Further, Wang also mentioned that the company has brought the 6G vision to amplify the human connection, internet stuff, and more. In other words, Huawei is looking forward to a smart and intelligent scenario for its users in the time ahead.

The Chinese tech maker believes that the correct definition of 6G is to increase the intelligence as well as perception facilities based on the upgrade of some major scenarios of 5G.

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Six Typical Application Scenarios

The 6G technology has the following applications that will help in accelerating the network operations:

  • Distributed networked machine learning and connected AI
  • Perception, localization, and imaging
  • Human-Centered Immersive Communication
  • Smart city and smart life
  • Full-featured Industry 4.0 and its evolution
  • Global coverage of mobile services.

As per the information, the 6G technology is in expectation to arrive by the year 2030. But we still require confirmation from the side of the company.

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Huawei introduces key factors of its optical hybrid cable

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Huawei optical hybrid cable

Huawei is constantly introducing some or other technology-based solutions that can serve various benefits to the users. Today, the company has introduced some key factors of Huawei optical hybrid cable and described how useful it could be for network and transmission purposes.

The Chinese manufacturer has officially posted a video on its Weibo channel, this morning. On exploring the post we found, how the optical hybrid cable of Huawei plays a crucial role in the technology sector. So let’s learn about this unique cable bit by bit.

An optical Hybrid Cable, also known as the optoelectronic cable is a package of cables that binds the original two wires of the cable into one wire. Ultimately, this mechanism will help in obtaining secure software and hardware coordination.

Besides, it will negotiate data packets that the operators transmit through optical fibers, and will carry the power supply through twisted pair of cables. Another benefit of the optical hybrid cable is, unlike other network cables, this technology is quite affordable.

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Moreover, the wire diameter is also thinner, and can easily stretch the bandwidth and transmission distance, irrespective of time. Consequently, this is the farthest power supply distance that can reach more than 1000 meters at a time.

Huawei optical hybrid cable

A huge aid for traditional problems:

So far, the office building generally consists of long distances as well as several clients connected to one server. As a result, it becomes difficult for the core computer room to even transmit 100 meters of the network in the area. Aside, this problem was not a matter of a simple optical mechanism that can easily resolve the situation.

However, the combination of optical hybrid cable as well as Wi-Fi 6 can mark an end to the above-mentioned issues. Fortunately, the respective technology provides 10Gbps ultra-wide access and 300-meter ultra-long distance PoE (Power over Ethernet) power supply.

Furthermore, after the remote module gets a sufficient power supply, it can support 4 Wi-Fi 6 networks without requiring local power extraction. Its capability is so flexible that operators can easily relieve for 10-15 years after applying this technology.

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