Oneplus, Oppo and Qualcomm together for the development of ray-tracing technology
December 10, 2022
It has already been demonstrated that the new technology known as raytracing, which was developed by OnePlus in collaboration with Oppo and Qualcomm, will revolutionize mobile gaming.
At Snapdragon Summit 2022, Oppo, OnePlus, and Qualcomm Technologies Inc. demonstrated raytracing, which will soon be available on the Snapdragon Gen 22 Mobile Platform. In point of fact, mobile gaming has reached all-time highs, causing players to yearn for unforgettable gaming experiences even on smartphones, which are outfitted with gaming hardware that is ever faster and more fluid.
As a consequence of this, the three multinational corporations have worked together to ascertain which game scenarios raytracing might be more appropriate for.
Smartphones for Development
By simulating reflection and refraction, ray tracing can produce realistic light and shadow effects. Obviously, a similar innovation needs high-quality hardware with a lot of processing power, which could cause problems if we’re talking about a phone with limited storage.
“OnePlus tries to offer its fans quality products for an experience that is always fast and smooth,” stated Kinder Liu, COO and head of research and development for OnePlus.”Thanks to our co-creation community, we are able to utilize this knowledge for our research and development by listening to the requirements and wants of gamers. With the introduction of ray-tracing technology, we will be able to provide mobile gamers with an even more fluid and immersive gaming experience.
The ray tracing collaboration between Oppo and OnePlus has been fruitful. OnePlus actively collaborated with Oppo engineers to successfully apply ray tracing to mobile devices, despite the difficulties they encountered.
Mobile ray tracing technology enhances game graphics and provides new opportunities for audio, autonomous driving, and virtual reality content creators. The developers will also be able to add realistic effects with a single click thanks to this brand-new and ground-breaking technology. This will save them a significant amount of time when creating shadows that are as realistic as possible.
Due to the significance of this invention, the three businesses wished to continue working together. They wanted to develop new technologies that could make smartphone gaming an unforgettable experience and learn more about mobile ray-tracing’s potential.
At the Snapdragon Summit 2022, Oppo, OnePlus, and Qualcomm Technologies Inc. presented raytracing, which will soon be available on the Snapdragon® Gen 22 Mobile Platform. In point of fact, mobile gaming has reached all-time highs, prompting players to desire unforgettable gaming experiences even on their smartphones, which are equipped with ever faster and more fluid gaming hardware.
As a result, the three multinational corporations have collaborated to determine which game scenarios raytracing might be more suitable for.
Realistic light and shadow effects can be achieved through ray tracing by simulating reflection and refraction. Naturally, a similar technology necessitates high-end hardware with a lot of processing power, which could be a challenge for a smartphone with limited space.
Kinder Liu, OnePlus’ COO and head of research and development, declared, “OnePlus tries to offer its fans quality products for an experience that is always fast and smooth. “We are able to utilize this knowledge for our research and development by listening to the needs and desires of gamers thanks to our co-creation community. The presentation of beam following innovation for cell phones will assist us with giving portable gaming aficionados a considerably more liquid and vivid gaming experience”.
Technology Oneplus, Oppo, and Qualcomm collaborated on the development of raytracing
Technology Tech Oneplus, Oppo, and Qualcomm collaborated on the development of raytracing technology Posted by Walker Ronnie November 20, 2022The new technology known as raytracing was developed by OnePlus in collaboration with Oppo and Qualcomm, and it has already been proven to be the revolution in mobile gaming.
Oppo, OnePlus, and Qualcomm Technologies Inc. presented raytracing at Snapdragon Summit 2022, which will soon be available on the Snapdragon® Gen 22 Mobile Platform. In point of fact, mobile gaming has reached all-time highs, prompting players to desire unforgettable gaming experiences even on their smartphones, which are equipped with ever faster and more fluid gaming hardware.
As a result, the three multinational corporations have collaborated to determine which game scenarios raytracing might be more suitable for.
Realistic light and shadow effects can be achieved through ray tracing by simulating reflection and refraction. Naturally, a similar technology necessitates high-end hardware with a lot of processing power, which could be a challenge for a smartphone with limited space.
Kinder Liu, OnePlus’ COO and head of research and development, declared, “OnePlus tries to offer its fans quality products for an experience that is always fast and smooth. “We are able to utilize this knowledge for our research and development by listening to the needs and desires of gamers thanks to our co-creation community. We will be able to offer mobile gamers an even more fluid and immersive gaming experience with the introduction of ray-tracing technology.
The OnePlus and Oppo collaboration on ray tracing have been fruitful. Despite the challenges they faced, OnePlus actively collaborated with Oppo engineers to successfully apply ray tracing to mobile devices.
The graphics of games are improved by mobile ray tracing technology, which also opens up new opportunities for audio, autonomous driving, and virtual reality content creators. Because of this new and revolutionary technology, the developers will also be able to add realistic effects with a single click, which will save them a significant amount of time when creating the most realistic shadows possible.
The three companies wanted to keep working together because of how important this invention was. They wanted to learn more about the potential of mobile raytracing and create new technologies that could make gaming on smartphones unforgettable.
