Today I have the follow-up review of the Ryzen 7 2700 and the Ryzen 5 2600 CPUs. These are AMD’s lower wattage versions of the new Pinnacle Ridge eight and six-core CPUs. As mentioned in the Ryzen 7 2700X review, AMD has successfully raised the clock speeds, lower latency, and improved memory speeds/compatibility with its updated Zen+ architecture. I’m sure this is going to show in the Ryzen 7 2700 and Ryzen 5 2600 as well since all four CPUs are based on the same Global Foundries’ 12LP process. Read More
I have the AMD Ryzen+ review kit here and will give a quick rundown of its contents and some of the specifications and features of the upcoming Ryzen+ and the all-new X470 motherboard which has been included in the kit. Read More
It feels like it has been years since we’ve had an AMD CPU on hand for a review, because it has! The last part we saw was an APU back in 2014. Since those years ago, AMD has come out with a completely new architecture, moved to a 14nm process, gotten rid of those “modules” we’ve grown accustomed to, and are boasting a self-proclaimed 52% IPC gain over their previous CPU. Desktop processors now range from four cores without SMT (Simultaneous Multi-Threading) all the way up to eight cores with SMT. All of the processors have a vastly reduced TDP with the highest SKU coming in at 95W (just four watts higher than the i7-7700K). This is a huge improvement of the 220W the top Vishera CPU pulled down and the 125W of the FX-8580.
Today, specifically, we’ll be talking about the Ryzen 7 series, the flagship 1800X CPU in the lineup. IPC improvements are huge over Excavator, thread count is up (depending how you view modules the core count is up also), and I know all of us enthusiasts are excited to see the new challenger who has been looming. That said, enough from me, let’s get to the chip. Read More