AMD Ryzen Z1 Extreme Análisis | 78 Datos comparados

The AMD Ryzen Z1 Extreme, featuring Zen 4 and RDNA3 architectures, offers exceptional performance flexibility for handheld gaming, often outperforming the Ryzen 7 7840U on Linux when power restrictions are removed. A major advantage is its versatile power management, allowing it to act as an efficient 10W chip or a high-performance 30W+ device. However, the chip faces significant thermal and efficiency challenges at maximum power (up to 54W), leading to 95-degree Celsius temperatures and loud fan noise, which compromises battery life and portability. Beyond gaming, the Z1 Extreme shows strong potential in edge computing thanks to efficient AVX-512 support, making it a capable, though power-hungry, mobile SoC.

LaptopMedia finds that the AMD Ryzen Z1 Extreme provides a 44% performance increase over the standard Ryzen Z1, driven by 33% more cores and triple the graphics compute units. The Extreme variant is suited for demanding AAA titles with its superior Radeon 780M graphics, while both chips share high efficiency at 9W TDP. With only a 10–20% typical price difference between devices, the Z1 Extreme offers much higher value, making the standard Z1 a niche, budget-only option.

The Phoronix review of the Ryzen Z1 Extreme in the ASUS ROG Ally highlights superior Linux performance, with Ubuntu 23.04 delivering approximately 40% better overall CPU performance compared to Windows 11 under the "performance" profile, along with strong AVX-512 support. However, significant cons include high power consumption, reaching up to 54 Watts under load, and thermals peaking around 95°C, resulting in loud fan noise. Despite these power demands, the chip shines in "power-saver" mode for efficiency and acts as a robust competitor to high-end laptop processors like the Ryzen 7 7840U.

The AMD Ryzen Z1 Extreme is a high-performance 4nm Zen 4 processor designed for handheld gaming, featuring 8 cores and 16 threads with a max boost of 5.1 GHz. Its integrated RDNA 3 graphics with 12 compute units offer superior performance, with 8.6 teraflops, far surpassing the Steam Deck's APU. Advantages include a configurable 9W to 30W TDP for versatile power consumption, support for FSR/RSR upscaling, and a top-25 ranking in PassMark’s mobile CPU tests. Drawbacks include, as indicated on some review sites, the removal of the XDNA AI engine compared to similar laptop chips and the lack of an unlocked multiplier. Additionally, maximum performance settings can lead to high power consumption and thermal throttling in handheld form factors. View the full technical specifications at PassMark Software.

The ROG Ally Z1 and Z1 Extreme share an identical chassis, featuring a 1080p 120Hz display, Windows 11, and the same cooling system, ensuring consistent build quality and user experience across both models. The core difference is performance: the Z1 Extreme (8 cores/12 RDNA 3 CUs) offers 30–50% higher performance in demanding games compared to the base Z1 (6 cores/4 CUs). While the Extreme model is superior for modern, heavy titles, both units face challenges with battery life during high-intensity gaming, and the base Z1 represents a more budget-friendly entry point without compromising on physical, premium features. For the full comparison, read the article at ROG Article.

The ASUS ROG Ally Z1 and Z1 Extreme share an identical 7-inch 1080p 120Hz display, chassis, and software suite, with both devices benefiting from full Windows 11 compatibility for varied gaming libraries. A major advantage is the inclusion of Armoury Crate SE for customization, while a shared, significant drawback is short battery life, often lasting under two hours during intense gaming. Performance differs vastly, as the Z1 Extreme utilizes 8 CPU cores and 12 RDNA 3 compute units (CUs), compared to the standard Z1’s 6 cores and 4 CUs. This hardware gap makes the Extreme up to 50% faster, crucial for demanding titles like Cyberpunk 2077. While the Z1 Extreme offers superior AAA performance, the base Z1 struggles to run modern, high-end games at acceptable frame rates. The Z1 offers a lower entry price suited for indie games or emulation, but the small price difference often makes the Z1 Extreme a better value proposition for most users. Unless found at a steep discount, the Extreme version is recommended over the standard model for its superior performance per dollar. For more...

The AMD Ryzen Z1 Extreme significantly outperforms the standard Z1, featuring 8 cores/16 threads and 12 graphics compute units (CUs) compared to 6 cores/12 threads and 4 CUs. This hardware advantage delivers a 44% performance gain, making the Extreme version necessary for demanding 1080p gaming, while both chips benefit from AMD's upscaling technology (FSR/RSR). Although the base Z1 is a more cost-effective option for indie titles, the Z1 Extreme offers superior value, as the roughly 40% higher performance outweighs the 10-20% price increase. Copy

The GamersNexus review of the non-Extreme ASUS ROG Ally Z1 shows it is a significantly weaker device than the Z1 Extreme, largely due to a heavily reduced GPU (4 Compute Units vs. 12). Benchmarks reveal the Z1 Extreme is 30% to 50% faster, leaving the non-Extreme version struggling to achieve playable framerates in AAA titles, averaging only 21 FPS in Cyberpunk 2077 on battery. While it offers roughly 11% better battery life under load, the minimal $100 price difference at launch makes the performance-per-dollar ratio very poor. GamersNexusKey pros include slightly improved battery life and a strong CPU for emulation, along with the same high-quality 1080p 120Hz VRR display as the premium model. However, major cons are the "disappointingly bad" GPU performance and severe frame pacing issues in modern games. The review concludes that the Z1 non-Extreme is difficult to recommend, especially when compared to the Steam Deck OLED, which offers a superior experience at a competitive price point. For more details, visit GamersNexus. Copy

The Phoronix review shows the AMD Ryzen Z1 Extreme offers superior Linux performance compared to Windows 11, with Ubuntu 23.04 delivering up to 40% higher CPU speeds. Utilizing the "performance" ACPI profile results in a ~29% boost, showcasing strong capabilities for tasks like kernel compilation. However, high performance comes with significant,2, power and thermal tradeoffs, as peak power consumption can reach 54 Watts. This causes thermals to hit 95°C and requires loud fan speeds, although a power-saver mode operates efficiently at just 9.8 Watts. The SoC is highly versatile for Linux, boasting excellent performance and AVX-512 support as key pros. Cons include high heat/noise at maximum TDP and diminished performance-per-watt in certain multi-threaded scenarios. Copy