Intel ditches Hyper-Threading! - Core Ultra Details!

Summary

The video discusses Intel's new Core Ultra processors, emphasizing their top performance for gaming enthusiasts. The processors feature advanced CPUs and GPUs, backed by a 3-year warranty. Intel focuses on AI integration, offering neural processing units for game developers to enhance performance. The new chip design abandons hyperthreading for single-thread efficiency, promising up to 15% faster multi-thread performance and 8% faster single-thread performance compared to previous generations. The video also covers the power efficiency improvements, new pricing, and the inclusion of XC Graphics, suggesting gamers may adopt a wait-and-see approach due to the high price premium and the upcoming AMD 3D X3D competition.

Takeaways

• 🚀 The new Intel Core Ultra processors are designed to enhance gaming experiences with top-tier performance.
• 💾 IV power PCs come with quality components, featuring the latest CPUs and GPUs, and are backed by a 3-year labor warranty and a 2-year part warranty.
• 📈 Intel is focusing on AI integration, offering neural processing units (NPU) for game developers to leverage alongside the CPU for performance uplift.
• 🔋 Intel is emphasizing performance per watt gains, advertising up to a 50% power reduction for the same level of performance as previous generations.
• 🔧 The new naming scheme for Intel processors includes 'Ultra' followed by a number, such as the 9-285k, indicating performance tiers.
• 🧩 Intel has moved to a tile design architecture, similar to AMD's chiplet design, which may affect latency and multi-threaded performance.
• 📊 Intel claims a 15% performance improvement in multi-threaded workloads compared to the previous generation, and 133% faster than the 950x, a 32-thread part.
• 🎮 Gaming performance on the new Intel Core will depend on how well the game titles interact with the CPU's latency and the new tiled design.
• 💰 The price for the new Core i9-9-285k is $589, which is a $144 premium over the current i9-14900k, which is priced at around $445 on Amazon.
• 🌐 Intel's new CPUs include Xe Graphics, supporting the latest codecs for better streaming and video processing capabilities.

Q & A

What is the main focus of the video transcript?

The video transcript focuses on the new Intel Core Ultra processors, discussing their architecture, features, expected performance improvements, and how they compare to previous Intel processors and AMD offerings.

How does the Intel Core Ultra 285k processor differ from previous models?

The Intel Core Ultra 285k processor uses a tile design, removes hyperthreading, and offers 24 cores (8 performance cores and 16 efficiency cores). It also includes a neural processing unit (NPU) and integrated GPU cores for improved AI performance and efficiency.

What are Intel's claims regarding power efficiency for these new processors?

Intel claims up to a 50% power reduction for the same level of performance, similar to the approach AMD took with their 9000 series. They emphasize performance per watt gains as a major selling point.

Why was hyperthreading removed in the new Intel Core Ultra processors?

Hyperthreading was removed to achieve greater power efficiency. By limiting the CPU to one thread per core, Intel aims to reduce overall power consumption while still offering improvements in single-thread performance.

What is Intel's new naming scheme for its processors?

The new naming scheme includes Ultra 9 285k, Ultra 7 265k, Ultra 7 265KF, Ultra 5 245k, and Ultra 5 245KF. The 'K' models feature integrated graphics, while the 'KF' models do not.

How do these new processors handle multi-threaded performance compared to previous generations?

Intel claims a 15% faster geomean (average) improvement in multi-threaded performance compared to the previous 14th-gen processors. This is notable despite the removal of hyperthreading, showing advancements in core efficiency.

What is the role of the Neural Processing Unit (NPU) in these new Intel processors?

The NPU is designed to handle AI-related tasks alongside the CPU, providing potential performance uplifts in gaming and other applications that can leverage AI capabilities, without placing extra strain on the CPU cores.

What is the significance of Intel's shift to a tile design for these processors?

The shift to a tile design allows Intel to arrange processor components more efficiently, potentially improving latency and communication between the cores. This is comparable to AMD's chiplet design, but Intel refers to it as tiles rather than chiplets.

How does the Intel Core Ultra 285k compare to AMD's Ryzen 950x in multi-threaded workloads?

Intel claims the Ultra 285k is 133% faster than AMD's Ryzen 950x in multi-threaded workloads, showing that Intel has made significant strides in competing with AMD's high-core count processors in tasks requiring extensive multi-threading.

What challenges does Intel face with the new architecture, especially in gaming performance?

Intel acknowledges that gaming performance with the new tile design may vary depending on how well individual titles can take advantage of the architecture. Some games may perform better, while others may see no significant change or even a slight decrease due to potential latency issues.

What is the expected pricing for the Intel Core Ultra processors, and how does it compare to previous models?

The Intel Core Ultra 9 285k is priced at $589, which is about $144 more expensive than the current 14900K. This represents a premium cost for early adopters, as well as additional expenses for new motherboards since the new processors use a different socket.