And this is what we feel is different this generation for AMD – the pricing. Pricing wise not much has been revealed except the fact that, entry-level motherboards are expected to start at $125, which is a bit more expensive if you compare it to the previous-gen hardware. The Extreme, on the other hand, will have additional PCIe 5.0 lane support for graphics and storage versus the non-Extreme models, as well as just being the best boards with the most features. In terms of feature disparity, B650E motherboards will provide PCIe 5.0 to both the M.2 and GPU slots, while the standard B650 will only have 5.0 support on the M.2 slot, and PCIe 4.0 everywhere else. The X670 and X670E chipsets will be available at launch, while the newly revealed B650E and B650 will arrive a little bit later in October. AMD also emphasized on the fact that theyare on board with the AM5 platform for the long-haul, as they plan to support it till 2025 at the least.ĪMD announced that the new Socket AM5 motherboard family will four new chipsets, giving users the power and flexibility to choose the exact features they want. They stated that the platform will at the top-end include a maximum of 24 PCIE 5.0 lanes and memory speeds up to DDR5-6400. This means we’re getting a much larger rise in performance over the previous generation.Īt the event, AMD also gave viewers a look at their new socket AM5 platform, which will finally gives AMD processors support for DDR5 memory and PCI-E gen 5. This means that the 170W TDP of the 7950X, while higher than the previous-gen 5950X, is more efficient. AMD, for one, is claiming a 47% performance per watt advantage over the 12th-Gen Intel Core i9-12900K, suggesting that it will consume far less power than the Intel processors. The Phoenix processors arrive in March 2023.Usually such gen-on-gen improvements are a result of higher core clocks that come at the sacrifice of power consumption, but in Ryzen 7000 series CPUs, this isn’t the case. AMD expects other use-cases to emerge quickly, including in gaming, security, predictive UIs, and collaboration work. AMD tells us that it is fully committed to an AI roadmap with its XDNA architecture – there will be an XDNA 2 and XDNA 3, for instance. Additionally, Microsoft is in deep collaboration with AMD to fully exploit the new engine in Windows, with several new features slated to be available soon, like camera tracking and eye focus features. AMD claims the fully programmable “Ryzen AI Engine,” which is based on the XDNA architecture, is faster than even Apple’s neural engine in its M2 processors.ĪMD is delivering this hardware early - there aren’t a lot of workloads that benefit yet – but is working on an API to further software development work. This engine can handle up to 4 concurrent AI streams, though it can be rapidly reconfigured to handle varying amounts of streams. AMD has rapidly integrated the FPGA technology it acquired with Xilinx last year to integrate a new FPGA-based AI engine directly into the die of the new 7040 series processors. The Zen 4 cores and RDNA 3 graphics in the Phoenix chips are plenty impressive, but the new XDNA architecture steals the spotlight.
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