--- title: "NVIDIA's RTX Spark Chip Powers ASUS' High-End Laptop" url: https://newscentral.site/nvidia-s-rtx-spark-chip-powers-asus-high-end-laptop/ language: en publisher: "News Central Site" section: "Technology" published: 2026-10-23T12:00:00.000Z updated: 2026-10-24T03:50:59.814Z id: f9ce8f81-b0c9-4fa3-b377-62c43d606e73 source: "Engadget https://www.engadget.com/2294849/asus-proart-p16-rtx-spark-review/" attribution: "Link to https://newscentral.site/nvidia-s-rtx-spark-chip-powers-asus-high-end-laptop/ and name News Central Site when you quote or summarize this story." --- # NVIDIA's RTX Spark Chip Powers ASUS' High-End Laptop The ProArt P16 features NVIDIA's RTX Spark chip, a platform designed for power-hungry creators, with a price tag to match, starting at $2,800 and reaching up to $7,000. A new laptop from ASUS features NVIDIA's RTX Spark chip, a platform that seems to be geared towards power-hungry creators rather than mainstream users. The ProArt P16 is one of several premium notebooks from ASUS, and its price tag reflects this - it starts at $2,800 and can go up to a staggering amount with the addition of more RAM. Our review model has 128GB of RAM, which adds significantly to the cost, bringing it up to $7,000. This is not a laptop for those on a budget, especially considering that even gaming laptops are generally cheaper than this. The high price is likely due in part to the power and capabilities of NVIDIA's RTX Spark system-on-a-chip. The ProArt P16 has a sleek and sturdy aluminum case, with a bright 16-inch OLED screen that is perfect for creators who need accurate color representation. The keyboard is spacious and well-lit, making it ideal for those who spend long hours typing away on their laptop. A similarly large haptic touchpad adds to the overall premium feel of the device. The ProArt P16's design is reminiscent of Apple's MacBook Pro, but with a distinctly ASUS twist. It weighs in at 3.9 pounds, making it lighter than its Apple counterpart despite having a similar-sized screen. This makes it an attractive option for those who value portability without sacrificing power or performance. One of the key features that sets the ProArt P16 apart from other laptops is its use of NVIDIA's RTX Spark system-on-a-chip. This chip combines a 20-core Arm CPU with a modern Blackwell GPU and up to 128GB of unified memory, making it an ideal platform for running local AI models. The design of the RTX Spark chip is notable in that it bears a strong resemblance to Apple's M-series chips. These chips have been praised for their power efficiency and performance, and it seems that NVIDIA has taken inspiration from them when designing its own system-on-a-chip. Despite its high price tag, the ProArt P16 does offer some advantages over other laptops on the market. Its ability to run local AI models with ease makes it an attractive option for creators who need to process large amounts of data quickly and efficiently. The ProArt P16 is not a laptop that will appeal to everyone - especially those on a budget or who don't require the high level of performance offered by NVIDIA's RTX Spark system-on-a-chip. However, for those who do need this kind of power, it may be worth considering despite its high cost. The NVIDIA RTX Spark platform is not intended to replace existing x86 hardware from Intel and AMD entirely, but rather to offer an alternative for AI researchers and enthusiasts who require high-performance computing capabilities. This move by NVIDIA can be seen as a new direction in PC design, one that focuses on harnessing the power of artificial intelligence. As previously reported, NVIDIA's entry into the Windows market with RTX Spark is likely to have a positive impact on competition among PC manufacturers. The introduction of this platform will undoubtedly prompt AMD, Intel, and Qualcomm to develop more advanced hardware in response. However, it remains to be seen whether this increased competition will translate to lower prices for consumers. The growing demand for AI processing has led to an increase in memory requirements, resulting in higher RAM prices. Unfortunately, the RTX Spark platform is unlikely to alleviate this issue, as its high-end features and capabilities are bound to drive up costs even further. For those who can afford it, though, the benefits may be worth the expense. The ASUS ProArt P16, one of the first systems to utilize the RTX Spark platform, boasts an impressive array of ports and connectivity options. In addition to three USB-C connections, users will find a standard USB Type A port, HDMI output, headphone jack, and full-sized SD card reader at their disposal. While Ethernet connectivity would be a welcome addition, it has become increasingly rare in thinner, professional-grade laptops. Using the ASUS P16 with RTX Spark is an exhilarating experience, reminiscent of turning on a MacBook Pro with an M-series chip for the first time. The system's lightning-fast performance leaves little room for complaint, especially considering its hefty price tag and generous 128GB of RAM. Initial benchmark results for the ASUS P16 have been somewhat surprising, however. In PCMark 10's Applications test, the RTX Spark-powered system trailed behind an ultra-slim ASUS A16 model powered by a Snapdragon X2 Elite chip by over 3,000 points. Additionally, it lagged slightly in Geekbench 6's single-threaded CPU test. Despite these results, the performance of the ASUS P16 is still more than adequate for demanding tasks and applications. Its capabilities are undoubtedly impressive, even if they do not quite match those of competing systems. As with any high-end system, it is essential to consider whether such a level of power is truly necessary for one's specific needs. The question remains as to whether the ASUS ProArt P16, with its RTX Spark platform and associated costs, will find a place in the market despite its high price point. While it may not be feasible for many consumers, for those who require the extreme processing capabilities of this system, it is certainly an option worth considering. The ASUS ProArt P16's performance is further highlighted by its exceptional graphics capabilities. In Geekbench 6's GPU benchmark, it outperformed the MacBook Pro with M5 Max by a significant margin of 4,700 points. This improvement in graphics performance translates to real-world applications as well. The ProArt P16 scored significantly higher than the MacBook Pro in UL Procyon's AI Computer Vision 2 benchmark, with a score of 3,895 compared to 3,267. The ProArt P16 also demonstrated its prowess in AI Image Generation, scoring 1,519 points in UL Procyon's benchmark. This is 600 points higher than the MacBook Pro, underscoring the benefits of the RTX Spark chip's beefy graphics power. Beyond benchmarks, the ASUS P16 showed remarkable flexibility when it came to running demanding applications. I was able to run OpenClaw and the large Qwen3.8 27B model simultaneously, despite their significant memory requirements. This multitasking capability is impressive given that the Qwen3.8 27B model alone consumes a substantial 42GB of RAM. The ProArt P16 still had ample resources available for other tasks, demonstrating its robust performance capabilities. In addition to running demanding applications, I was also able to play high-end games on the ASUS P16 without experiencing any noticeable slowdown in performance. This is no small feat, considering the system's ability to handle graphics-intensive tasks. The fans did spin up significantly while playing games, but this was not accompanied by any lag or stuttering. The ProArt P16 handled these demanding tasks with ease, showcasing its impressive capabilities. NVIDIA has previously stated that the RTX Spark's graphics hardware is comparable to the RTX 5070 mobile GPU in terms of performance. However, it consumes significantly less power than its counterpart. This efficiency was evident in my testing, where I achieved high frame rates without excessive heat generation. The system's ability to handle games like Control: Resonant and Cyberpunk 2077 at high quality settings is a testament to the RTX Spark chip's capabilities. The performance numbers I obtained are impressive, especially considering the system's power efficiency. The Windows on Arm experience has undergone significant improvements since the launch of Copilot+ systems two years ago. Microsoft's efforts have made x86 emulation even more seamless, addressing some of the compatibility concerns that existed previously. The 16-inch OLED screen on the ASUS ProArt P16 is a standout feature. It boasts an impressive peak luminance of 1,600 nits, making it one of the brightest OLED screens available on a laptop. This extreme brightness allows for crisp visuals in both dark and well-lit environments. The high-end display also enables users to work effectively outdoors during daylight hours. The intense brightness is comparable to that found in Apple's Mini LED MacBook Pro displays, which share the same peak luminance of 1,600 nits. In addition to its exceptional screen, the ASUS ProArt P16 excels in other areas. Its keyboard offers ample width and deep key travel, making typing a pleasure. The laptop also features one of the best haptic touchpads on a Windows PC. The dual speakers on the ProArt P16 deliver solid sound quality, albeit without a quad-speaker setup that is becoming increasingly common in premium laptops. However, they do offer some spatial audio support through Dolby Atmos. The only notable drawback to the ASUS ProArt P16's sleek design is its tendency to attract fingerprints. The instant you touch it, marks start appearing, and consuming oily foods nearby can exacerbate the problem. Cleaning the laptop regularly is essential to maintain its appearance, but it would be beneficial for ASUS to explore anti-fingerprint materials in future designs. The battery life of the ProArt P16 was put to the test using PCMark 10 Applications benchmark, where it lasted for ten hours and 51 minutes. This is somewhat disappointing considering that many premium machines can achieve 15 hours or more on a single charge. In comparison, Dell's XPS 16 managed to outlast the ProArt P16 by nearly two hours in the same battery test. While this may be a concern for users who need their laptops to last throughout the day, it's worth noting that the ProArt P16 can still provide a decent amount of time before needing a recharge. One advantage of the ProArt P16 is its ability to maintain performance even when running on battery power. I observed no significant drop in benchmark scores or game performance when the laptop was unplugged from the mains. The efficiency of NVIDIA's RTX Spark hardware appears to be a key factor in this regard, allowing for high-performance capabilities without consuming excessive amounts of power. However, it's worth noting that the ProArt P16 may not be the best value for money, particularly for users who are not heavily invested in AI development. Those who can justify the cost due to their specific needs may find the RTX Spark hardware to be a worthwhile investment. Gamers, on the other hand, may want to consider alternative options that offer better overall performance and compatibility with all Windows games. For instance, the ASUS Zephyrus G16 with an RTX 5070 GPU and 240Hz OLED screen can be had for around $2,124 at Best Buy. This level of gaming performance is not currently available on the ProArt P16, which may limit its appeal to gamers who require top-notch performance. The ProArt P16's reliance on NVIDIA's RTX Spark platform may limit its appeal to multimedia editors who require broad compatibility with existing software tools. While Adobe has ported some of its iconic applications to the RTX Spark platform, other multimedia apps are less likely to follow suit. As a premium laptop, the ASUS ProArt P16 is undoubtedly an impressive device, but its high starting cost and unique hardware make it appealing only to a niche audience - specifically AI professionals. For general users or gamers, there are already numerous excellent PCs available that can meet their needs without the added expense of RTX Spark. In conclusion, the ASUS ProArt P16's value proposition is primarily targeted at AI professionals who require the specialized capabilities of NVIDIA's RTX Spark platform. --- Source: [Engadget](https://www.engadget.com/2294849/asus-proart-p16-rtx-spark-review/) Published by News Central Site: https://newscentral.site/nvidia-s-rtx-spark-chip-powers-asus-high-end-laptop/