These are grouped into Dual Compute Units, not unlike RDNA 2, except with a new and improved multi-purpose ALU for better instruction throughput, an enhanced AI operation unit with the new Matrix ...

RDNA 3.5 exists to improve some of the performance bottlenecks that AMD's GPUs ... These include a new instruction that detects if a single-use write operation has been issued ... set to 15 W, and ...

By contrast, RDNA 3’s flagship Radeon RX 7900 XTX will set you back “just” $999, and the single-X Radeon RX 7900 XT costs $899. That’s the same price as the Radeon RX 6900 XT before it.

When used, it allows the SIMD units to evaluate two instructions at the same time, and AMD's marketing division showed this by stating a peak FP32 throughput double that seen with RDNA 2.

As for the S-series, AMD showed the 7700S beating the previous-generation 6700S but offered no direct comparisons to any Nvidia GPUs. AMD also showed results for a mostly different set of games ...

However, according to an AMD Vice President who was on stage to launch the new cards, the Radeon RX 7800 XT and 7700 XT will be the final cards in the lineup, as the company is finished launching ...

AMD RDNA 3-Powered GPUs Set To Launch on November 3; CES 2023 Keynote Event Also Announced. Hours before NVIDIA's GPU unveiling, AMD drops bombshell with its next generation of graphic cards.

AMD RDNA 3 GPUs are also set to be released in late September or early October. The RX 7900 XT heads the lineup, which will supposedly have a "50% generational improvement in performance per watt ...

Even though it's unannounced, the RDNA 3 architecture on AMD's next-gen Radeon RX 7000 series could make it 250% more powerful than today's Radeon RX 6900 XT. Skip to main content.

The AMD RDNA 3 release date is now set in proverbial stone, confirming that we'll see a new generation of Radeon graphics cards from team red launch later this year. However, we still don't yet ...

RDNA 3.5 exists to improve some of the performance bottlenecks that AMD's GPUs come across when used in low-power, low shader count configurations—namely the integrated Radeon GPUs in its mobile ...