☝🏻КРИЗИС NVIDIA: мощь Ryzen 9000, SoC Nintendo Switch 2, Intel в Узбекистане

HOMISH

28 Jan 202413:33

Summary

TLDRThis technology news episode delves into the latest details about the Zen 5 architecture in Ryzen processors, promising significant performance improvements. It also covers NVIDIA's preparation for an AI chip crisis, stimulating AMD to reduce prices, while Intel aims to catch up with production plans in Uzbekistan. Additionally, insights into the upcoming Nintendo Switch 2 and its advanced features are shared, alongside Filmora 13's new video editing capabilities that leverage AI for creative enhancements. The video concludes with Intel's ambitious cache memory expansion in their processors and their strategic move to start production in Uzbekistan, aiming to bolster their competitive edge in the tech market.

Takeaways

😀 AMD's upcoming Zen 5 desktop CPUs (Ryzen 7000) will offer big IPC gains, while retaining the chiplet design.
🤔 AMD's Ryzen 7000 X3D variants with 3D V-Cache will arrive in early 2025.
👍 RDNA3 iGPUs in Ryzen 7000 APUs will offer huge graphics performance gains.
💡 Nvidia is preparing for an AI chip shortage, pushing high volumes with TSMC.
🔥 AMD cuts RX 7900 XTX pricing to compete with RTX 4080.
🎮 Nvidia's next-gen chip for Switch 2 offers DLSS and ray tracing.
💰 Intel plans a big L3 cache boost for upcoming Granite Rapids server CPUs.
🚀 Intel to open a $30 million chip assembly plant in Uzbekistan.
📈 Nvidia dominates the AI chip market with 90%+ share.
🤑 Jensen Huang and TSMC discuss strategies for booming AI chip demand.

Q & A

What are the expected features of the Zen 5 architecture in Ryzen processors?
-The Zen 5 architecture in Ryzen processors is expected to offer a two-fold increase in IPC (Instructions Per Cycle), likely around 15% based on insider information. It will maintain the chiplet design seen in previous generations, include the same set of interfaces, and offer a slight increase in frequencies and DDR5 6400 support, all on the AM5 platform.
What does the Nintendo Switch 2 reportedly feature in terms of processing and graphics?
-The Nintendo Switch 2 is expected to feature a single-chip GA10f, which is based on the Ampere architecture, with computational power ranging from 2 TFLOPS in portable mode to up to 4.5 TFLOPS in docked mode. It is also anticipated to include DLSS technology, tensor cores, and RT capabilities, with a RAM capacity expected to be between 12 to 16 GB.
How does NVIDIA plan to address the anticipated AI chip crisis?
-NVIDIA is preparing for the AI chip crisis by increasing production of AI accelerators, aiming to sell around 1.5 to 2 million units, which is about three times more than the previous year's figures. NVIDIA's CEO, Jensen Huang, has met with TSMC leadership to discuss scaling up production to meet the high demand for AI accelerators.
What advancements are being made in AMD's integrated GPUs with the RDNA 3.5 architecture?
-AMD's integrated GPUs based on the RDNA 3.5 architecture are expected to make significant leaps in performance, with a top solution featuring 16 compute cores and 40 compute units. This would represent a serious boost in performance, potentially surpassing the RX 7600 XT and even matching a hypothetical RX 7700 (non-XT), if it were to be released.
What are the implications of Intel's planned production expansion in Uzbekistan?
-Intel plans to initiate a $30 million production facility in Uzbekistan, aiming to produce around 1 million products annually. The facility is expected to employ about 120 people, primarily locals who have been trained under the supervision of Chinese specialists. This move signifies Intel's efforts to diversify and expand its manufacturing capabilities globally.
How is AMD responding to NVIDIA's release of the 4070 Super and anticipated 4070 Ti Super versions?
-In response to NVIDIA's release of the 4070 Super and the anticipated 4070 Ti Super versions, AMD has lowered the prices of its RX 7900 XT and 7900 XE graphics cards. Additionally, AMD is preparing for the release of NVIDIA's super version of the 4080 by reducing the price of the RX 7900 XTX, making it more competitive.
What is the expected performance increase with Zen 5 Ryzen desktop processors?
-Zen 5 Ryzen desktop processors are expected to deliver a significant performance boost, with a two-fold increase in IPC and improved frequencies, all while maintaining compatibility with the AM5 platform. This increase will be without drastic changes but will include a solid performance improvement over the previous generation.
What new features does Filmora 13 offer for video editing?
-Filmora 13 offers an AI assistant named 'copilot' for content analysis and editing suggestions, a vast selection of filters, overlays, and animated elements, intelligent object removal, and custom music generation with AI. It also features AI noise reduction, quick pause removal, and a growing collection of materials for enhancing videos.
What are the anticipated features and improvements of the AMD Ryzen 8000G series processors?
-The AMD Ryzen 8000G series processors, utilizing the Zen 5 architecture, are expected to offer a notable performance increase, with double the IPC gains, slightly higher frequencies, DDR5 6400 support, and continued use of the AM5 platform. These processors aim to offer improved performance while maintaining existing interface compatibility.
What storage capacities are expected for the Nintendo Switch 2, and how does it compare to the original version?
-The Nintendo Switch 2 is rumored to have storage options of 256 and 512 GB, a significant increase compared to the original Nintendo Switch. There may also be a more affordable model with reduced storage capacity, potentially ranging from 64 to 128 GB, to offer a lower-priced option for consumers.

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Keywords

💡Zen 5

Zen 5 refers to AMD's next generation CPU microarchitecture that will succeed Zen 4. It will bring major performance improvements including 2x increase in IPC. The video mentions Zen 5 will power the upcoming Ryzen 9000 series desktop CPUs. This highlights AMD's continual advancement in CPU design and performance.

💡RDNA 3

RDNA 3 is the code name for AMD's next generation GPU architecture. It will succeed RDNA 2 powering the current RX 6000 series. The video indicates RDNA 3.5 will be used in the integrated graphics of upcoming Ryzen 8000 APUs. This demonstrates AMD's strategy of leveraging new GPU tech across desktop, mobile and integrated graphics segments.

💡Ryzen 8000

Ryzen 8000 refers to the next generation of AMD Ryzen desktop processors expected to launch in 2024. The video suggests Ryzen 8000 will be based on Zen 5 architecture. Combined with RDNA 3.5 integrated graphics, Ryzen 8000 will bring major performance gains, allowing AMD to stay competitive in desktop computing.

💡Nintendo Switch 2

The video discusses rumors and leaks around the potential specifications of a Nintendo Switch 2 console. Details like Nvidia hardware, increased memory, and improved display point to a significant upgrade aimed at boosting Nintendo's share in the portable gaming market.

💡Granite Rapids

Granite Rapids is the codename for Intel's next generation Xeon server processors. The video indicates Intel is increasing L3 cache size to nearly 0.5GB to improve performance. This demonstrates Intel's efforts to remain competitive against AMD's Epyc server CPUs which have large L3 cache pools.

💡AI chips

The video covers Nvidia's plans to dramatically increase production of AI accelerator chips over the next year. This underscores the surging demand for AI hardware as more companies adopt deep learning and neural networks.

💡Uzbekistan

Intel's new chip assembly plant in Uzbekistan highlights increasing geographic diversification in semiconductor supply chains. Locating production closer to target markets can potentially improve supply resilience for chips like GPUs and laptops.

💡Supply constraints

The potential shortage in AI chips exemplifies ongoing supply constraints facing the semiconductor industry. Record demand is outstripping production capacity. This shows the market imbalance chips firms are grappling with.

💡Price cuts

The video mentions AMD and Nvidia cutting prices in response to each other's product launches. This dynamic reflects intense competition between the GPU rivals as they seek to gain market share.

💡3D V-cache

AMD's 3D V-cache technology stacks CPU cache layers vertically to increase density and performance. The next Ryzen chips with 3D V-cache aren't expected until 2024. This will be a key new weapon as AMD aims to pull further ahead of Intel.

Highlights

The study found a significant increase in student engagement when using game-based learning methods in the classroom.

Professor Davis outlined 3 key benefits of collaborative learning: improved critical thinking, increased retention and deeper learning.

The speaker emphasized the importance of promoting inclusivity in education through diverse representation and accessibility.

A interactive virtual simulation was designed to provide medical students with practical clinical experience.

Research showed incorporating physical movement into lessons improved focus and memory in elementary students.

Frequent low-stakes quizzing was found to be more effective for long-term retention than infrequent high-stakes exams.

The study found that students who used online tutoring sessions showed significant gains in academic achievement.

Professor Brown discussed using technology like AI chatbots to provide customized learning support at scale.

Mindfulness practices were shown to reduce stress and improve the overall well-being of students.

Researchers developed a data-driven early warning system to identify students at risk of dropping out.

The speaker emphasized designing lessons and assessments focused on real-world problem solving.

Emerging technologies like AR and VR are creating immersive educational experiences unavailable in traditional formats.

Machine learning algorithms were used to provide personalized learning recommendations tailored to each student.

Professor Davis concluded that education must continuously evolve and leverage new tools to prepare students for the future.

The speaker called for increased funding and support for educational research to drive innovation and progress.