July 22nd, 2024

An interview with AMD's Mike Clark, 'Zen Daddy' says 3nm Zen 5 is coming fast

AMD's Mike Clark discusses Zen 5 architecture, covering 4nm and 3nm nodes. 4nm chips launch soon, with 3nm to follow. Zen 'c' cores may integrate into desktop processors. Zen 5 enhances Ryzen CPUs with full AVX-512 acceleration, emphasizing design balance for optimal performance.

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An interview with AMD's Mike Clark, 'Zen Daddy' says 3nm Zen 5 is coming fast

AMD's Mike Clark, known as the 'Father of Zen,' discussed the upcoming Zen 5 architecture in an interview. Zen 5 will cover both 4nm and 3nm process nodes, with the 4nm chips launching soon. The 3nm variants are expected to follow closely. AMD's compact Zen 'c' cores, designed for background tasks, have been successful in laptops but are not yet planned for desktop chips. However, Clark hinted at their future integration into desktop processors. Zen 5 introduces full AVX-512 acceleration for Ryzen CPUs, a feature Intel has struggled with. Clark explained how AMD achieved this without compromising clock speeds. The conversation also touched on thread placement techniques for workload scheduling and the design optimizations that allow Zen 5 to run AVX-512 instructions efficiently. Clark emphasized the importance of balance in design and power management to ensure optimal performance across different core types. Overall, AMD's Zen 5 architecture promises advancements in performance and efficiency across its CPU product stack, from desktop to data center processors.

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The AMD Zen 5 Microarcitecure

The AMD Zen 5 Microarcitecure

AMD introduced Zen 5 CPU microarchitecture at Computex 2024, launching Ryzen AI 300 for mobile and Ryzen 9000 for desktops. Zen 5 offers improved IPC, dual-pipe fetch, and advanced branch prediction. Ryzen AI 300 includes XDNA 2 NPU and RDNA 3.5 graphics, while Ryzen 9000 supports up to 16 cores and 5.7 GHz boost clock.

A Video Interview with Mike Clark, Chief Architect of Zen at AMD

A Video Interview with Mike Clark, Chief Architect of Zen at AMD

The interview with AMD's Chief Architect discussed Zen 5's enhancements like improved branch predictor and schedulers. It optimizes single-threaded and multi-threaded performance, focusing on compute capabilities and efficiency.

AMD Ryzen AI 300 Series Launched – ServeTheHome

AMD Ryzen AI 300 Series Launched – ServeTheHome

AMD released the Ryzen AI 300 series with Zen 5 CPU, RDNA 3.5 GPU, and XDNA 2 NPU for enhanced AI performance. The processors target content creation and gaming, competing with Intel and Qualcomm. AMD aims to advance AI computing with a balanced CPU, GPU, and NPU approach.

The AMD Zen 5 Microarchitecture

The AMD Zen 5 Microarchitecture

AMD revealed Zen 5 microarchitecture at Computex 2024, launching Ryzen AI 300 series for mobile and Ryzen 9000 series for desktop. Zen 5 brings enhanced performance with XDNA 2 NPU, RDNA 3.5 graphics, and 16% better IPC than Zen 4.

AMD says its new laptop chips can beat Apple

AMD says its new laptop chips can beat Apple

AMD showcased new Ryzen AI chips, claiming superiority over Apple's M1 Pro, competing with Intel and Qualcomm. The event highlighted Strix Point Ryzen AI chips on Zen 5 architecture, emphasizing multitasking, image processing, 3D rendering, and gaming improvements. AMD's claims lacked concrete evidence, focusing on enhanced performance and architectural improvements. Real-world performance, battery life, and competitiveness with rivals remain uncertain until laptops featuring the new chips are released.

Link Icon 4 comments
By @tracker1 - 3 months
Really considering jumping from my 5950X to a 9950X, curious how well the large/4-slot memory issues have panned out since I decided to skip the 79xx generation entirely over it. 64gb is usually enough for me, but nice to have 128gb for the couple times I used more.
By @sva_ - 3 months
Still waiting for the Zen4 xdna NPU to be supported under Linux. Crossing my fingers that it'll actually be in 6.10 stable release.

I'm generally happy with the 7840HS, but didn't previously consider that large sections of the die are simply unusable under Linux for lack of a driver.