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Our EP Cloud plans, located in Turkey, are virtual servers on AMD EPYC 7642 processors and DDR4 ECC memory that run with the cores, RAM and NVMe storage defined in your plan. Every plan includes a 99.9% uptime guarantee.
You can see current discount rates and prices on the AMD EPYC plan cards below.
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You Can Get Support From Our Team!
Your virtual server runs on physical servers equipped with 48-core AMD EPYC 7642 processors.
For setup, access or performance issues, you can reach our team 24/7 through the support ticket system.
All AMD EPYC plans are hosted in Turkey, in a data center built to TIER III standards, and come with a 99.9% uptime guarantee.
Free SecureWAN and Voxility DDoS protection shields your server from volumetric attacks at the network level.
If a technical fault occurs, your server is replaced with a new one, and the weekly backups in every plan reduce the risk of data loss.
Choose Linux or Windows and install the software you need yourself with root access.
AMD EPYC is AMD's family of server processors built for data centers. High core counts, large caches and multi-channel memory support let it run many workloads at once efficiently. Our AMD EPYC server plans are created through virtualization on physical servers with EPYC 7642 processors; each virtual server runs with the CPU cores, RAM and disk space defined in its plan. With root access, you manage everything from the operating system to your software.
It suits projects that have outgrown the resource limits of shared hosting but do not need a whole physical server. Typical uses are query-heavy databases, growing e-commerce sites, API and SaaS applications, Docker-based microservices, CI/CD build jobs, and game or voice servers. If you only need to host a small company website, a web hosting plan is a more economical place to start.
A processor comparison is only meaningful between models from the same period. The Intel Xeon Platinum 8280, released in the same year as the EPYC 7642, comes with 28 cores, six memory channels and PCIe 3.0. The EPYC 7642 offers more capacity in core count, cache, memory channels and PCIe connectivity, while the Xeon Platinum 8280 has a higher turbo clock of up to 4.0 GHz. As a result, EPYC can have the edge in database and caching workloads that benefit from a large cache and memory bandwidth, while high-clocked Xeon processors can be faster for software that depends only on single-core speed. Base your decision on your workload profile rather than on the processor brand.
The EPYC 7642 behind the EP Cloud plans belongs to AMD's second-generation EPYC (Rome) family, built on the Zen 2 architecture with a 7 nm process. Its key figures are:
For a virtual server, this means the following: the large L3 cache and eight memory channels reduce the chance of memory bottlenecks when virtual servers on the same physical machine are busy, and PCIe 4.0 support provides more link bandwidth for fast NVMe drives. These features make an EPYC-powered virtual server a good fit for memory- and disk-heavy work such as databases, caching and builds.
When choosing an AMD EPYC server plan, start by measuring your current usage: CPU load at peak hours, memory consumption and disk usage are the most reliable indicators of what you need. Then consider the three points below.
For a single web application with a small database, 2–4 cores and 4–8 GB of RAM are usually enough. If you will run several sites, a busy e-commerce database or Docker containers, 6–8 cores and 16–24 GB of RAM leave more headroom. For databases, the amount of RAM is often more decisive than the core count.
Plan disk space at no less than 1.5 times your current data; log files, database growth and local backups take up space over time. The plans include weekly backups. For frequently changing data, we recommend also keeping your own daily backups stored off the server.
All plans come with a 10 Gbit/s shared connection, DDoS protection and the infrastructure of a data center built to TIER III standards. You connect to Linux servers via SSH and to Windows servers via Remote Desktop (RDP); keep your access credentials in a safe place.
The right product depends on the scale of your workload and how much of the server administration you want to take on:
Once your server is delivered, record a baseline by measuring CPU performance with sysbench, disk performance with fio and network throughput with iperf3. Then watch usage at peak hours with htop, iostat or Windows Task Manager. If CPU usage stays above 80% or memory usage above 90% for long periods, it is time to consider a larger plan. Traffic monitoring in the management panel also shows your network usage.
Do you need detailed information about our AMD EPYC packages?
EP Cloud plans are virtual servers running on physical servers with EPYC 7642 processors. Your server runs with the cores, RAM and disk capacity defined in your plan; the whole physical machine is not allocated to you. If you need the entire hardware, consider our dedicated server options.
With root access, you can install any software yourself. If you get stuck during installation or access, you can open a support ticket and ask our technical team for help. If you want to hand over ongoing maintenance and monitoring entirely, you can add our server management service to your server or move to a managed server, where administration is included in the plan.
The plans differ in core count, RAM and NVMe disk capacity. The processor model (AMD EPYC 7642), DDR4 ECC memory, the 10 Gbit/s shared connection and weekly backups are the same in every plan. You can see the current resources on the plan cards above.
Yes. When disk space starts to run short, you can add an extra disk package to expand capacity. CPU and RAM upgrades are also possible; we recommend taking an up-to-date backup of your data before the change.
All AMD EPYC plans come with a 99.9% uptime guarantee. That corresponds to a total downtime allowance of roughly 8 hours and 45 minutes per year. The availability of the applications on your server also depends on your software configuration and resource usage.
Our team maintains the physical hardware, the virtualization layer and the network. Because you have root access, operating system updates and software settings are under your control. If you want these handled for you as well, take a look at our managed server or server management services.
The EPYC 7642 is a server platform designed for multi-threaded and memory-heavy workloads. DDR4 ECC memory automatically corrects single-bit memory errors to protect data integrity, and NVMe storage offers low latency for database and file operations. DDoS protection and weekly backups are also included in the plans.
Our EP Cloud servers run in Turkey, in a data center built to TIER III standards. For sites and applications whose visitors or users are in Turkey, this means a shorter network path and usually lower latency than a server abroad. Connectivity runs over a 10 Gbit/s shared port, and DDoS protection is included in every plan.
The 48 cores and 96 threads are the total capacity of the physical processor; your virtual server runs with the number of cores defined in your plan. This architecture makes a difference for software that can split work into parallel parts: web applications and APIs that answer many requests at once, Docker containers running side by side, and parallel build or test jobs are the main examples.
Start by identifying your application's bottleneck. If it is memory access or many concurrent tasks, the 256 MB L3 cache and eight memory channels of the EPYC 7642 in the EP Cloud plans help. If your application does most of its work on a single thread, clock speed matters more; in that case, also review the processor options in our VDS plans.
Three core tasks from one panel: restarting the server, reinstalling the operating system (Windows, Ubuntu or Debian) and viewing your monthly traffic usage. You can reach the EP Cloud panel from anywhere with an internet connection.
Three highlights of the EP Cloud plans
With root access, you set your server's entire configuration yourself, from the operating system to the firewall rules.
Every EP Cloud plan uses NVMe storage, which noticeably cuts disk wait times for databases and builds.
The DDR4 ECC memory in every plan detects memory errors and corrects single-bit errors on its own, an important safeguard for services that run for months without a restart.
Our other server services for different scales and management needs.
