With the Ryzen™ 5000 series and the new X570 chipsets, AMD provides an outstanding platform for new entry-level RECT™ workstations and servers. It is a huge statement from AMD: more cores, more cycles, faster memory. At the same time, AMD is the first mover for the new PCIe 4.0 standard, which delivers double the transfer rates for e.g. NVMe SSDs. And because AMD really wants to impress as challenger, it is packaging all this performance at an unbeatable price level.

We bundle this for you in our RECT™ workstations and servers with AMD Ryzen™ 5000 series CPUs so that you can benefit from superior computer systems at an unbeatable price.

Entry level in the fast lane
It is an accepted fact that the latest Ryzen™ processors are among the most advanced desktop CPUs. Thanks to AMD’s “Zen 3” architecture and 7nm lithography, 3rd-generation Ryzen™ processors now achieve such compelling values, particularly with multi-thread performance, that these tiny powerpacks can deliver even in the entry-level and small entry server segment. Basic clocking is up to 3.9 GHz (3800X), while Precision Boost Overdrive can automatically push processor speed all the way up to 4.7 GHz (3950X). The Ryzen™ 5000 series processors clearly match the performance of the i5/i7/i9 series from Intel.
But it’s in the area of cores and threads that AMD really comes into its own, because it’s here that they are on average cheaper and more numerous: the top-of-the-range 3950X provides up to 32 threads, with the smaller 3600X offering 12 threads and overtaking the i7-9700K – which is clocked slower anyway.
And when it comes to processor cache, it's worth taking a look at the inexpensive Ryzen servers: at a low price they offer 16 MB in L3, which is something otherwise reserved for Intel’s Coffee Lake top-of-the-range models with 14nm lithography. And this is not the end of the story by far, as the Ryzen™ 3600 provides 32 MB of L3 cache, while the 3900X offers a whopping 64 MB.
When it comes to RAM, you can choose between ECC memory with up to 2666 MHz (e.g. in the RS-8625R8) and non-ECC with particularly fast 3200 MHz (e.g. in the RS-8625C-T).