## AMD RDNA 3+ iGPUs to Power Ryzen APUs Through 2027
Advanced Micro Devices (AMD) is set to incorporate its forthcoming RDNA 3+ graphics architecture into Ryzen Accelerated Processing Units (APUs) until at least 2027. This decision highlights the company’s commitment to extending the life of its integrated GPU (iGPU) solutions, signaling an emphasis on both longevity and performance enhancement within its processor range.
### Understanding the RDNA 3+ Graphics Architecture
The RDNA 3+ graphics architecture represents the latest iteration in AMD’s GPU lineup, initially set to premiere within the Strix Point APUs. As an evolution of the existing RDNA 3 IPs— which are currently found in the Radeon RX 7000 GPUs and Ryzen 7040/8040 APUs—RDNA 3+ will serve as an optimization rather than a full architectural overhaul. This new architecture is expected to enhance iGPU performance through additional compute units, increased clock speeds, and various architectural improvements.
### AMD’s Historical Approach to iGPUs
AMD has a history of maintaining its iGPU architectures across several generations of APUs. Notably, the Vega iGPU architecture was used from the Ryzen 2000G to the latest Ryzen 5000 series, covering multiple generations and iterating through rebranding and enhancements as seen with the Ryzen 7000 mobility series. RDNA 3+, set to debut in 2024, is expected to follow a similar trajectory, serving as AMD’s primary iGPU architecture for an extended period.
### Future APU Prospects and Performance Expectations
The Strix Point APUs are anticipated to vastly improve the iGPU compute units, offering configurations that could include up to 16 RDNA 3+ iGPU compute units in the mono designs and up to 40 RDNA 3+ iGPU compute units in the chiplet designs. Future APUs after Strix Point could utilize further optimized variations of RDNA 3+ and may come with even greater numbers of compute units or higher operational speeds.
For perspective, Strix Point APUs are projected to be a significant step up from current Phoenix and Hawk Point APUs, not only in GPU architecture but potentially in other performance metrics such as CPU clocks and cache sizes as well.
### Potential Impact and Usage
AMD’s forthcoming APUs with RDNA 3+ graphics technology could significantly impact various market segments. This includes gaming enthusiasts seeking high-performance integrated graphics solutions and professionals requiring compact systems with capable graphics performance. Through its consistent iGPU architecture, AMD can refine and optimize the technology, potentially providing users with robust and reliable performance over the years.
### Future Generations and Technology Evolutions
With AMD’s projected timeline, the RDNA 3+ architecture will witness the roll-out of additional APUs with potentially varied core configurations. The industry may also observe these GPUs in future Zen core processors, enhancing not only the iGPU capabilities but also the synergistic performance with CPU advancements.
### Concluding Thoughts
AMD’s strategy of utilizing RDNA 3+ as a long-term solution for its iGPUs suggests a focus on continuous optimization and upgrades within a stable architecture. As consumers and professionals alike anticipate the introduction of Strix Point later this year and the broader evolution of Ryzen APUs, AMD’s commitment to advancing integrated GPU performance remains evident. The prolonged use of RDNA 3+ is set to play a pivotal role in defining the graphical capabilities of AMD’s mobile and desktop APU offerings for the foreseeable future.
