Nextcloud is a popular solution for creating your own cloud data storage. In this article, we will look at various ways to install Nextcloud, their pros and cons. To begin with, there are several ways to install Nextcloud: directly on the server, in a virtual machine, in Docker manually or in Docker via the automatic AIO stack. You can also install Nextcloud in an LXC container. Nextcloud is a popular solution for creating your own cloud data storage. In this article, we will look at various ...

... we need to understand the Xeon Platinum 8380H frequency matrix. Figuratively ... is no access to the GPU. For this purpose, Intel ... the industry offers. GPU compatibility As for the GPU, you can install ... install both ASIC and FPGA boards. To install the GPU, special risers ... are required, and you should also ... other, and above them there is also room for GPU/FPGA expansion ... disappeared under the onslaught of cloud environments and universal unification, but continues ...

... money on interconnects. Memory and expansion slots The platform has ... -SAS connectors for storing cold data and data-at-rest data ... on the same board, Intel and AMD do not conflict, but ... graphics stations. Power circuit and components The EPYCD8-2T motherboard ... in terms of temperature and power supply, and simply put, there ... unlike Intel X540 and Intel X557 (used in Xeon-D), this chip ... 1G equipment, especially from Mikrotik and Ubiquiti, that is, old ... to build a server for GPU computing, then EPYCD8-2T ...

When you look at how large companies are rowing everything that is bad in the world of protocols and network solutions, you do not immediately understand what is happening, so let's figure it out together. Over the past 2 years, large M&A deals have been going on in the world of server hardware, the most famous of which is the purchase by Nvidia chip maker of the Israeli Mellanox, the process of buying the ARM architecture developer by it. Intel is buying up technology developers in batches ...

Quarkus is driving Java-based applications and services into the future. More specifically, the Quarkus framework is helping to drive Java-coded assets into a future that is positively populated with the computing advantages that come from the use of serverless, cloud and Kubernetes environments. Quarkus is driving Java-based applications and services into the future. More specifically, the Quarkus framework is helping to drive Java-coded assets into a future that is positively populated ...

32 cores is where you can still get by with a 1 VMware socket license, and therefore the processor must be the fastest in the world! We will test 6 server applications, including 1C Enterprise, MySQL and NGINX, to choose the best! After the recent decision by VMware to change the licensing policy of Its ESXi hypervisor by accepting a limit of 32 physical cores per 1 processor socket, the 32-core milestone has become the front line where AMD reigns Supreme, and if today you choose a 32-core ...

Today, hosters can place up to 1024 virtual machines on one machine, which allows them to dump, increasing their client base in a highly competitive environment. We'll explore why AMD's 64-core EPYC processors are at the heart of a new look at VDS. The data center market demonstrates double-digit growth y/y together with the incessant exponential growth of information on the Internet. Today, own “VDS-point in the cloud” has become as commonplace for modern active people as a credit card ...

... as a Xeon of the same class, twice as cold and nearly twice ... breakthrough in the world of cloud computing and virtualization ... But a person ... not live in a single cloud, and for dedicated network gateways, NAS ... motherboard, you can use the GPU or an interface controller. Additional ... their hypervisor in expensive cloud environments, and EPYC 3000 is not ... " Migrating from Intel Xeon to AMD EPYC , avoiding pitfalls" ... synthetics, in fact, everything could be different, and already the first real ...

Why when choosing a processor, do not pay attention to the price per core or the price per Watt, but rather use the cost of a Megahertz with HT disabled and using Turbo Boost? Here's how it used to be good: for servers, there was a single Pentium Pro processor, which you didn't need to choose. With the advent of multi-core processors, it became clear that the more computing blocks, the better, but only until marketers stepped in and pided one CPU into ten sockets with ten cache options and ...

Practically, when you need a solution for a host running a security gateway, a 1C server and a Kubernetes node, you can even give up ECC memory in favor of Core i5, Core i3 and even Pentium Gold. In general, where a high frequency is needed in single-threaded loads, it is often not enough unless a normal motherboard We love powerful 48-core processors, but not every customer is willing to pay for such capacity: even among modern companies with hybrid infrastructure (local + remote cloud), ...