Les nouveaux APU mobiles Ryzen pour les gamers !
Table of Contents:
- Introduction
- Vega 11: The New AMD Mobile AP
- Rysen 3 Mobile Variant: Vega 6
- Rysen 3 3200U: The Affordable Option
- Rysen 5 2500U: Increased Power with Vega 8
- Rysen 5 2400G: AMD's First Vega 11 Integrated GPU
- Rysen 7 Mobile Variant: Expectations
- High-Power Mobile AP vs. Ultra-Low Power Variants
- What to Expect from AMD's Continued Expansion
- Will AMD's Efforts Challenge Intel's Dominance in the Market?
🚀 Vega 11: The New AMD Mobile AP 📱
AMD looks set to release high-powered mobile APUs, and gamers are eagerly awaiting their arrival. In the gaming world, the Vega 11 has been making waves since its initial announcement. Initially, it was believed that Vega 11 was simply the codename for a mid-range Vega to replace AMD's aging Polaris architecture. However, a recent interview revealed that this is not the case. Instead, Vega 11 has been designed as a GPU integrated into AMD's Raven Ridge APUs.
Thanks to leaked AMD slides, we now have some insights into what to expect from these new APUs. While the information is yet to be fully verified, it aligns with what we would anticipate seeing from the company. Let's dive into the details.
Rysen 3 Mobile Variant: Vega 6
The first glimpse we get is of the mobile variant of the Ryzen 3. It will come equipped with Vega 6, which means it will have 6 compute units. For comparison, the Ryzen 5 has 8 compute units, and the Ryzen 7 has 10. The mobile variant of Ryzen 3, unsurprisingly, is named Ryzen 3 3200U. This variant is expected to be the least expensive and least powerful notebook APU offered by AMD.
Rysen 5 2500U: Increased Power with Vega 8
Moving on to the Second slide, we witness a new naming scheme for the mobile Ryzen processors. On this slide, we see the Ryzen 3 2200G and Ryzen 5 2400G. The Ryzen 3 2200G comes equipped with 4 cores and 4 Threads, along with Vega 8, which is the same GPU found in the Ryzen 5 2500U. However, the Ryzen 3 2200G has a significantly higher TDP, with both 65 and 35-watt variants. These G chips from AMD are their high-power mobile APUs, similar to Intel's higher-performing mobile chips.
Rysen 5 2400G: AMD's First Vega 11 Integrated GPU
Of particular interest is the Ryzen 5 2400G, which is powered by AMD's first Vega 11 integrated GPU. Compared to the current Ryzen 7 2700U, the Ryzen 5 2400G boasts eleven compute units instead of the previous ten. It is worth noting that this slide only covers the Ryzen 3 and Ryzen 5, leaving room for speculation about what the Ryzen 7's GPU may offer. Both the Ryzen 3 and Ryzen 5 will be available in both 35 and 65-watt variants, a significant difference from their low-power counterparts, which have a 15-watt TDP.
Rysen 7 Mobile Variant: Expectations
While the slide does not cover the Ryzen 7 variant, it is safe to assume that AMD has something impressive in store for this high-performance chip. The exact specifications are yet to be revealed, but enthusiasts can expect even more power from the Ryzen 7's GPU and CPU. With increased frequencies and performance, the Ryzen 7 mobile variant is likely to cater to avid gamers and demanding workstation users.
High-Power Mobile AP vs. Ultra-Low Power Variants
It is important to distinguish between the high-power mobile APUs and the ultra-low power variants. The G chips are AMD's response to Intel's higher-performing mobile chips, designed to provide substantial power for gaming and demanding applications. In contrast, the existing U variants focus on power efficiency for thin and light laptops or ultrabooks. By expanding their range, AMD seeks to cater to a wider audience, ensuring they don't miss out on any market segment.
What to Expect from AMD's Continued Expansion
AMD's efforts to diversify and expand into various market segments are commendable. With the introduction of these new APUs, they aim to challenge Intel's dominance in the market. While it remains to be seen whether AMD can emerge victorious, the competition between the two giants is undoubtedly beneficial for consumers. The prospect of higher-powered GPUs and CPUs from AMD promises exciting developments and better options for gamers and professionals alike.
Will AMD's Efforts Challenge Intel's Dominance in the Market?
This brings us to the crucial question - can AMD's determined efforts challenge Intel's stranglehold on the market? While Intel has long been the dominant player, AMD's recent innovations have captured the attention of enthusiasts. Share your thoughts in the comments below. Do you believe AMD has what it takes to make a significant dent in Intel's market share? Or is Intel's hold on the market too strong to be shaken? Let the discussion begin!
🌟 Highlights:
- AMD set to release high-powered mobile APUs
- Vega 11 designed as a GPU integrated into AMD's Raven Ridge APUs
- Leaked AMD slides unveil details about the forthcoming APUs
- Ryzen 3 mobile variant features Vega 6 with 6 compute units
- Ryzen 5 2400G introduces AMD's first Vega 11 integrated GPU
- Expectations high for the Ryzen 7 mobile variant
- Distinction between high-power mobile APUs and ultra-low power variants
- AMD's expansion aims to challenge Intel's market dominance
- Exciting developments for gamers and professionals
FAQ:
Q: What are the expected specifications of AMD's mobile APUs?
A: The leaked AMD slides suggest that the upcoming APUs will feature varying compute units and TDPs, catering to different power and performance requirements.
Q: How are AMD's high-power mobile APUs different from their ultra-low power variants?
A: The high-power mobile APUs, denoted by the "G" suffix, offer more power and performance comparable to Intel's higher-performing mobile chips. The ultra-low power variants, denoted by the "U" suffix, prioritize power efficiency for thin and light laptops.
Q: Will AMD's efforts challenge Intel's dominance in the market?
A: While the competition between AMD and Intel is fierce, only time will tell if AMD's continued expansion and innovative offerings can truly challenge Intel's long-standing dominance.
No difficulty
WHY YOU SHOULD CHOOSE TOOLIFY
