Nvidia has confirmed that additional RTX Spark processors are on the way, with the N2X and N3 series set to be released.

      Huang’s confirmation of a multi-generation roadmap before the first device has even been released serves as the clearest indication that this is a long-term, decade-spanning commitment.

      The PC and laptop markets have long relied on Intel and AMD processors, to the point that many don't even consider other alternatives.

      At Computex 2026, Nvidia answered that query by introducing the RTX Spark superchip, and Jensen Huang's statements hint that this is not merely a one-off trial.

      Are additional RTX Spark versions forthcoming?

      In a Q&A with Tom’s Guide during Computex 2026, Nvidia’s founder and CEO, Jensen Huang, asserted that N1X (the internal name for RTX Spark) marks the beginning of a long-term series.

      “We have already planned N2X and N3X,” Huang stated. He also revealed that “N1X is named N1X because there is a smaller variant referred to as N1.” This indicates that there is an unreleased N1 version of the chip within the company's development pipeline.

      “We're going to broaden our family,” the CEO affirmed, indicating that further iterations or successors to the RTX Spark architecture are on the way. Huang also likened RTX Spark-based systems to home entertainment setups that can be utilized for 5-10 years.

      Is an RTX Spark gaming handheld in the cards?

      Currently, Nvidia’s primary focus is to ensure that the RTX Spark platform operates seamlessly within the entire Windows ecosystem. However, when asked about a handheld gaming device based on Spark, Huang's response was cautiously optimistic.

      “If someone wants to create it, we will collaborate with them.” Nevertheless, the challenge of anti-cheat compatibility remains a significant hurdle before widespread gaming on RTX Spark can become a reality.

      In my view, Nvidia venturing into the consumer PC silicon market was always a question of when, not if. The significance of RTX Spark lies not in the debut chip announced by the company, but rather in the product roadmap and the long-term commitment it represents.

      For more than five years, Shikhar has effectively distilled advancements in consumer technology and communicated them simply...

      Don’t expect Meta’s Muse Spark AI to appear in your mobile applications anytime soon.

      Meta's anticipated AI model may not be launching as swiftly as the company initially planned. As reported by The Wall Street Journal, Meta has postponed the release of its flagship AI model, called “Muse Spark,” multiple times, raising new concerns about its AI initiatives and preparedness.

      These delays are said to arise from worries regarding performance, reliability, and internal disputes about whether the model can compete with rapidly evolving rivals like OpenAI, Google, and Anthropic.

      Google is so eager to access your app code that it's willing to pay for it.

      Google has been discreetly contacting Android developers, offering to purchase access to their code. According to 404 Media, the company has invited a select group of Google Play developers to participate in a "confidential content offer pilot."

      The email presents this as a revenue-generating opportunity, indicating that developers can "receive compensation for sharing the code that powers your apps, along with your archived projects." Google emphasizes that developers retain their intellectual property rights and that the licensing is non-exclusive.

      AI fitness coach detects muscle mechanics during workouts to prevent beginner injuries.

      While most fitness applications provide motivation disguised as coaching, BioCoach offers anatomy-specific feedback, and I can see it becoming a smartphone application in the near future.

      During the pandemic, the US Consumer Product Safety Commission documented a 48% increase in exercise-related injuries at home. One might assume malfunctioning equipment was to blame, but poor technique was the main issue. Without a coach to provide corrections, people were at risk.

      Researchers from Drexel University and Michigan State University have developed a prototype that tackles this problem in real time using a phone camera, showing significant potential to evolve into a legitimate fitness app in the future (via Tech Xplore).