The Best Blend of CPU and GPU Performance We’ve Ever Seen
AMD Ryzen 5 2400G Review: The Best Blend of CPU and GPU Performance We’ve Ever Seen
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.For the past 11 months, AMD has steadily pushed its Ryzen family of CPUs into the market, beginning with the Ryzen 7 1800X. Up until now, all of AMD’s Ryzen CPUs have lacked the integrated graphics component that defined the company’s midrange consumer products from the 2011 launch of Llano through last year’s Bristol Ridge.
The new Raven Ridge parts launching today break with the old product families entirely, combining AMD’s latest Ryzen architecture with an integrated version of its latest Vega GPU. These new cores will replace the Ryzen 5 1400 and Ryzen 3 1200 going forward. Here’s how the new 2200G and 2400G compare with these processors:
There’s more variation between the two CPUs than we’d typically expect for two products in the same family based on the same architecture. The 2400G (See on MDCOMPUTERS) is clocked 1.12x higher than the 1400, with a latency-reducing 4×0 configuration that should help improve game performance. L3 cache is only half the size, however, and the number of PCI Express lanes attached to the PCIe slot has fallen from x16 to x8. This last is unlikely to have any serious impact on GPU performance; single-GPU configurations don’t tax the PCI Express subsystem very much.
AMD’s own testing found little difference between a 4×0 configuration, where all four cores in a single CCX are active, and a 2×2 configuration, where two cores in two CCXs are active. The 2×2 option offers a larger L3, while the 4×0 has lower latency. Opting for a 4×0 configuration allowed AMD to reduce Raven Ridge’s die size, and the higher CPU clocks are intended to compensate for the smaller L3 cache. The new Ryzen APUs have a die ~210mm sq, compared with 213mm sq for an eight-core Ryzen 7 CPU.
AMD Ryzen™ 5 2400G with Radeon™ Vega Graphics
For buying this apu
(see in MD COMPUTERS )

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