NVIDIA took advantage of Gamescom 2026 to expand industry support for RTX Spark, its new platform for Windows PCs that aims to combine gaming, content creation, and artificial intelligence on a single chip. Electronic Arts (EA), Ubisoft, and Embark Studios have joined the project ahead of its scheduled release this fall, with titles such as Apex Legends, F1 25, Anno 117: Pax Romana, ARC Raiders, and THE FINALS.
The key points of NVIDIA RTX Spark in 20 seconds
- RTX Spark will arrive this fall as NVIDIA’s new platform for Windows computers.
- EA, Ubisoft, and Embark join Krafton, NetEase, Riot Games, and Xbox among companies announcing support.
- NVIDIA is working to adapt anti-cheat technologies, including EA Javelin Anticheat.
- The platform will support RTX technologies like DLSS and Reflex.
- Gamescom also revealed news about DLSS 4.5, path tracing, ACE, and GeForce NOW.
The list of companies is particularly significant because NVIDIA needs more than a competitive processor to make its way into the PC market. The ecosystem of games, drivers, anti-cheat systems, and tools surrounding Windows has been developed over decades around the x86 architecture.
Therefore, RTX Spark represents a shift from NVIDIA’s traditional GeForce strategy. The company aims to provide a more comprehensive computing platform where the GPU remains crucial but shares prominence with CPU capabilities and AI processing.
EA, Ubisoft, and Embark prepare their games for RTX Spark
NVIDIA assures that it is working directly with developers and publishers to ensure that some of the main current PC games run correctly on RTX Spark devices.
Among the titles mentioned are EA Sports F1 25 and Apex Legends from Electronic Arts; Anno 117: Pax Romana from Ubisoft; and ARC Raiders and THE FINALS, developed by Embark Studios.
These companies join those NVIDIA announced support for at Computex in May, including Krafton, NetEase, Riot Games, and Xbox.
Game compatibility is only part of the effort needed. A gaming PC must also run numerous external components beyond the game itself, from launchers and protection systems to anti-cheat technologies that operate very close to the OS.
One of the most significant announcements at Gamescom addresses this.
NVIDIA is collaborating with EA to provide native support for EA Javelin Anticheat on RTX Spark. This system is used to combat cheating in Electronic Arts multiplayer games and will support, among others, EA Sports F1 25.
While this may seem secondary compared to processor specs, it is a critical issue for any new architecture aiming to compete seriously in PC gaming. Running a game well is pointless if its protection mechanisms or certain online components are not compatible.
NVIDIA aims to combine gaming and AI on the same PC
RTX Spark’s approach goes beyond gaming. NVIDIA describes the platform as an architecture designed for a new generation of Windows PCs capable of running personal AI agents, advanced content creation, and high-performance gaming.
It will retain well-known GPU technologies such as Deep Learning Super Sampling (DLSS) and NVIDIA Reflex for gamers.
This aligns with the market shift where companies like Microsoft, Qualcomm, AMD, Intel, Apple, and NVIDIA are dedicating increasing silicon to local AI execution.
However, NVIDIA’s position is unique.
Having dominated the dedicated GPU gaming market for years and built around RTX a substantial array of rendering and AI technologies, its challenge is to transfer that experience into an integrated platform without losing compatibility with the vast existing Windows software ecosystem.
Support from major publishers can help lower this barrier before the first commercial systems arrive.
DLSS 4.5 and more games with path tracing
RTX Spark is not NVIDIA’s only announcement at Gamescom.
The company also revealed the availability of DLSS 4.5 Ray Reconstruction, which incorporates its second-generation transformer model. This technology uses a neural network trained with NVIDIA infrastructure to reconstruct pixels in scenes generated with ray tracing and path tracing, replacing some traditional denoising methods.
NVIDIA is also expanding its catalog of compatible games with its graphics technologies.
CONTROL Resonant and 007 First Light will feature path tracing, while Gears of War: E-Day will include RTX Mega Geometry, ray tracing, and DLSS 4.5.
Another continuously expanding technology is NVIDIA ACE, a set of AI tools aimed at creating characters and virtual entities with more dynamic interactions. NVIDIA notes that ACE will arrive in Aniimo early 2027, enabling players to interact naturally with their creatures.
RTX Remix is also broadening its catalog of modded classic games. The company announced a major update for Painkiller RTX and is working on The Elder Scrolls III: Morrowind RTX.
Changes are also coming to GeForce NOW, which will add new controls related to DLSS 4.5, improve compatibility with Steam Machines and other devices, and introduce new cloud game releases.
Gamescom’s announcements also shed light on NVIDIA’s intentions with RTX Spark. The real challenge is not just building a chip that runs Windows and delivers good graphics performance but also integrating a substantial part of the existing PC ecosystem around that architecture.
With support from EA, Ubisoft, Embark, Riot Games, Xbox, and others in development, NVIDIA is working to address this before the first RTX Spark systems launch in fall 2026.
Frequently Asked Questions
When will NVIDIA RTX Spark be released?
NVIDIA remains committed to a fall 2026 launch. The company is still collaborating with developers and partners to expand compatibility before release.
Which games will support RTX Spark?
NVIDIA has listed Apex Legends, EA Sports F1 25, Anno 117: Pax Romana, ARC Raiders, and THE FINALS, among others. They are also working with companies like Krafton, NetEase, Riot Games, and Xbox to support the platform.
Will RTX Spark support DLSS?
Yes. NVIDIA has confirmed that RTX Spark devices will be compatible with RTX technologies such as DLSS and Reflex.
What is DLSS 4.5 Ray Reconstruction?
It is NVIDIA’s newest evolution in image reconstruction technology. Using a second-generation transformer model, it enhances visual quality in content with ray tracing and path tracing capabilities.
via: blogs.nvidia
