AMD RYZEN YA NO SERÁN COMPATIBLES con Windows 10

Vámonos con AMD y sus nuevos procesadores

The discussion begins with AMD confirming that the new processors will not be compatible with Windows 10, followed by exciting news about the double performance of AMD's new processors.

AMD's New Processors Performance

• AMD introduces new processors for artificial intelligence applications.

• Viewers are encouraged to engage and learn as well as participate in computer giveaways every 15th of the month.

• Details on the giveaway schedule and international participation are provided.

Rendimiento del Nuevo Procesador Ryzen 9950X de AMD

The focus shifts to the performance of the new AMD Ryzen 9950X processor, showcasing impressive results compared to previous models.

Benchmarking Results

• Benchmark tests reveal improved performance with DDR5 RAM transfers.

• Comparison between DDR5 RAM transfers highlights significant performance gains in bandwidth.

Comparativa de Rendimiento con Intel y Pruebas de Punto Flotante

A comparison is drawn between AMD and Intel processors, emphasizing significant performance advantages for AMD.

Performance Comparison

• Discussion on floating-point tests (fp32 and fp64) showing substantial performance gains for AMD.

• Detailed comparison of raw performances between different processor models.

Recomendaciones Finales y Actualizaciones sobre Ryzen 7 9300X

Final recommendations are given regarding software licenses and updates on the upcoming Ryzen 7 9300X processor.

Final Recommendations

• Instructions on activating Windows or Office licenses securely through PayPal.

Detailed Discussion on AMD Ryzen Processors and Compatibility with Windows 10

In this section, the discussion revolves around the compatibility of AMD's new Ryzen processors with Windows 10, highlighting the shift towards artificial intelligence and the implications for operating systems.

AMD Ryzen Processors and Compatibility

• AMD confirms that the new Ryzen processors are not compatible with Windows 10 due to focusing on artificial intelligence.

• The new processors are geared towards AI, making them incompatible with Windows 10 as it is considered a previous-generation OS lacking AI support.

• Processors like Ai 9hx 370 and 375 will not function on Windows 10. Future series beyond 9000 will also be incompatible.

• Transitioning to AI means newer processors won't work efficiently with Windows 10, unlike older models that could be tweaked for compatibility.

Performance Comparison: Core i5 Processors with RTX 3060

This segment delves into assessing the performance of Core i5 processors paired with an RTX 3060 graphics card, addressing potential bottlenecks and performance expectations.

Core i5 Processor Performance

• A Core i5 processor like the 11400f can run games smoothly with an RTX 3060 without bottleneck issues.

• Older generations may experience slight performance drops compared to newer models but should still function adequately without significant bottlenecks.

• Expect a minor decrease in FPS when using older Core i5 models like the 11400 compared to higher-end variants like the 11600 K.

Initial Reviews of New Ryzen Processors: Spec CPU and Geekbench Comparisons

This part focuses on initial reviews of new Ryzen processors, examining their performance through Spec CPU and Geekbench benchmarks for laptops and desktop systems.

Review of New Ryzen Processors

• Initial reviews showcase performance comparisons between different Ryzen models such as sen5 against laptop CPUs like u7735u and u7840u.

• Comparative analysis reveals superior performance across various tasks like compression, HTML navigation, PDF rendering, indicating significant gains over previous models.

Comparative Performance Analysis of Laptop Processors

In this section, the speaker compares the performance of a laptop processor against a powerful desktop processor, highlighting key benchmarks and specifications.

Geekbench Performance Comparison

• The laptop processor scores 14124 in multicore and 2795 in Single Core on Geekbench.

• This performance is comparable to an AMD Ryzen 9 7950X3D desktop processor.

Single Core and Multicore Performance

• The comparison shows that the laptop processor's Single Core performance is slightly lower than the Ryzen 9 7950X3D with 2820 points.

• In terms of Multicore performance, there is a difference but not significant, with the laptop processor scoring 16460 compared to Ryzen's 14663.

Processor Specifications

• The laptop processor features 12 physical cores and 24 threads, while the Ryzen has 16 physical cores and 32 threads.

• Despite being less powerful in terms of core count, the laptop processor shows improvements in architecture.

Future Trends in Processor Technology

This part discusses potential advancements in RAM capacity and predicts future trends in gaming hardware requirements.

RAM Capacity Predictions

• Current discussions revolve around whether gaming standards will shift from using 16GB to potentially requiring 32GB of RAM next year.

Synthetic Benchmark Results

• Synthetic benchmarks like Cinebench show comparable Single Core performance between processors.

• The laptop processor outperforms previous generation AMD processors like the Ryzen 5950X in Multicore tasks.

Upcoming Processor Launches and Market Impact

Details about ASUS's upcoming product launch date for new processors are shared along with sales figures for AI video cards by AMD.

ASUS Product Launch Date

• ASUS leaks reveal a launch date set for July 15th for new processors, indicating imminent availability in the market.

AMD Sales Figures

• AMD reports selling over 1.2 million video cards for Artificial Intelligence applications anonymously, showcasing market demand.

Speculations on Future Processor Developments

Speculative discussions on potential components for future processors and considerations regarding hardware upgrades are explored.

Component Considerations

• Contemplation on potential upgrades such as increasing RAM capacity to meet evolving software demands.

Hardware Upgrade Suggestions

Detailed Discussion on Technology Trends

In this section, the speaker delves into the implications of technological advancements, particularly focusing on components like processors and memory capabilities for future-proofing devices.

Implications of Technological Advancements

• The importance of considering future needs when selecting technology components for basic solutions in home or office settings.

• Differences between traditional setups and newer technologies, emphasizing the need to adapt to evolving trends in hardware.

• Factors to consider for future readiness, such as power sources, video cards, and staying updated with the latest socket and chip technologies.

• Delving into the direction of artificial intelligence (AI) and its impact on technology usage and consumer behavior.

• Exploring the integration of AI features like Copilot Plus and the push towards Windows 11 adoption by tech companies.

Implications of Artificial Intelligence in Technology

This segment focuses on the increasing role of artificial intelligence in shaping technological landscapes and its potential impacts on cybersecurity.

Role of Artificial Intelligence

• Discussion on how AI advancements may lead to increased data collection by devices, posing challenges for cybersecurity measures.

• Introduction to neural processing units within processors, enabling continuous learning capabilities within hardware systems.

• Contemplation on the ethical considerations surrounding extensive data access by AI systems and potential privacy concerns.

Challenges and Considerations in Embracing Technological Progress

This part highlights the necessity of balancing technological advancements with ethical considerations while acknowledging societal shifts towards embracing new technologies.

Ethical Considerations in Technology Adoption

• Reflecting on Pope Francis' mention of AI as a topic worth discussing at a societal level due to its profound implications.

Desarrollo Personal y la Inteligencia Artificial

In this section, the speaker discusses personal development in relation to artificial intelligence and how childhood experiences shape beliefs and behaviors.

Childhood Experiences Influence Beliefs

• Childhood experiences, comments, and fears significantly impact adult beliefs and behaviors.

• Beliefs formed from childhood are crucial as they continue to influence decisions beyond the age of 7.

Impact of Personal Development

• Exploring personal development leads to questioning whether our beliefs are beneficial or detrimental.

• The integration of AI like chatbots can provide vast knowledge and information instantly, aiding in decision-making processes.

Future Generations and Information Access

• AI's role in providing information globally is highlighted as a positive aspect for children's learning.

• Concern arises about the potential negative impact of excessive reliance on AI for information.

Impact of AI on Future Generations

This section delves into the implications of AI on future generations' growth, knowledge acquisition, and critical thinking skills.

Accelerated Learning with AI

• The generational gap will be evident due to accelerated human growth facilitated by easy access to information through AI.

Challenges Faced by Future Generations

• Emphasis on encouraging future generations not to become lazy but instead actively investigate information.

Inherited Beliefs and Behaviors

[Detailed Summary of Transcript]

The transcript discusses the importance of managing time and resources efficiently to focus on personal growth and development.

Prioritizing Personal Growth

• Individuals are advised to discard inherited ways of managing time and money to dedicate themselves to personal growth.

• Encouragement is given for viewers to engage in discussions through comments, emphasizing the surprise and impact of artificial intelligence (AI) on their lives.