AMD Ryzen 9000G APU Achieves 1097 Points in FurMark at 1440p with Integrated GPU Reaching Close to 3.1 GHz

Recent tests of an unbranded AMD Ryzen processor using FurMark have spotlighted the robust performance capabilities of the forthcoming RDNA 3.5-integrated graphics unit (iGPU) designed for desktop systems.

Unveiling an Unnamed AMD APU: Insights from FurMark Testing

An intriguing AMD Ryzen CPU—currently lacking a specific designation—was evaluated with FurMark, revealing notable performance metrics. This engineering sample, identified by the product ID “100-000001868-30_Y”, has not yet been included in AMD’s official lineup. It is anticipated to be part of the forthcoming Ryzen 9000G desktop Accelerated Processing Units (APUs) that have recently garnered attention for their powerful integrated graphics capabilities. This series is particularly significant as it represents one of the few APU families set to debut on the AM5 platform.

The FurMark tests yielded two significant results that not only highlight the iGPU performance but also provide a glimpse into the technical specifications of the chip. For context, FurMark is a highly intensive benchmarking tool specifically created to push GPUs to their limits. In a 1440p test, the integrated GPU scored an impressive 1097 points, surpassing the Radeon 780M by approximately 1%.

In a separate test conducted at 4K resolution, the performance dipped slightly, reaching 542 points—about 5% lower than the 566 points achieved by the Radeon 780M. This observation suggests that the APU tested may not represent the pinnacle of performance within the Ryzen 9000G range, especially considering that the flagship RDNA 3.5-powered Radeon 890M is known to deliver roughly 17% superior performance compared to the Radeon 780M at 1080p in FurMark benchmarks.

While details surrounding AMD’s Ryzen 9000G series remain sparse—particularly regarding the total number of WeUs anticipated—we do know that these APUs will leverage the advanced Zen 5 architecture while integrating the latest RDNA 3.5 technology for enhanced graphical output. Notably, the iGPU appears capable of achieving clock speeds of up to 3.1 GHz, surpassing the 3.0 GHz boost clock target set previously and exceeding the Radeon 890M by 100 MHz.

The maximum power consumption for the tested iGPU registers at 47W under full load at 1440p and 50W at 4K, which is marginally higher than the 46W utilized by the Radeon 890M. While these scores may appear lower than anticipated, it’s essential to consider that this is an early engineering sample, and performance metrics are expected to improve as development progresses. AMD is poised to release the Ryzen 9000G, also referred to as Gorgon Point, desktop APUs in the fourth quarter of this year.

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