ATW.hu AMD Ryzen 7 9700X (8C/16T) Base, HUF 40.716/mo. on Linux Cloud

Entry dedicated server configured on a modern AMD Ryzen 7 9700X platform with DDR5 memory and a fast system disk. The base build includes 8 GB RAM (expandable to 16/32/64/128 GB), a 256 GB SATA3 SSD (with optional M.2 NVMe 250/500/1000/2000 GB or larger SATA/HDD choices up to 8 TB), one public IPv4 address (expandable up to 32), a 1-month billing period with options for 3-month or annual terms, and a Linux server OS of your choice from a large catalog (Debian 10–13, Ubuntu 16.04–24.04 LTS, AlmaLinux 8–10, Rocky Linux 8–10, Fedora 40–42, CentOS 7 / Stream 8–10). Hardware, network and power are operated by ATW so you only need to manage the software stack. Remote IP console is available for recovery and low-level tasks, and add-on Anti-DDoS can be attached to protect public services. Prices are shown per month excluding VAT; ordering and management run through the iAdmin portal, with instant provisioning after validation. You can later scale CPU (up to Ryzen 9 9900X or 9950X), RAM, disks and IPs without changing provider or panel.

The dedicated rental service runs from ATW’s Budapest (HU) Dataland datacenters engineered for continuous availability: redundant Cisco-based backbone, multiple-10-Gbit/s domestic and international bandwidth pools, N+1 cooling, UPS plus diesel generators, and strict physical security with card/fingerprint access and cameras. ATW advertises 24/7 technical availability and 99.9% network uptime, with a published IP console for remote rescue. Anti-DDoS baseline monitoring is present across the backbone and a paid Anti-DDoS package (up to 500 Mbit/s clean throughput) can be requested for targets under frequent attack. Administration help is available ad-hoc or permanently if you want ATW to handle installs, maintenance or migrations. Payments are handled online by credit card or PayPal, and wire transfer is supported under the general conditions. This base configuration is ideal for web apps, game servers, and small virtualization stacks that want single-tenant performance today with clear upgrade paths for CPU, memory, and storage tomorrow, while staying inside the same control plane and SLA.