RedSwitches 2x Intel Xeon E5-2650 v4, $ 413.57/mo. on Linux Dedicated

2x Intel Xeon E5-2650 v4 is a storage optimized dedicated server designed for data heavy workloads that need predictable performance and large raw capacity. It is built on a 12C/24T @ 2.20GHz processor with 128GB of DDR4 memory, giving enough compute and RAM headroom for file services, object gateways, backup software and monitoring agents.
The chassis is populated with 96TB of hard disk capacity, laid out across multiple drives so operators can choose RAID modes to balance redundancy and throughput. The server is connected with a dedicated network port and a traffic allowance of 30TB per month, which is suitable for regular backup jobs, streaming large archives to clients or replicating data between regions.
This configuration is delivered in a European facility and benefits from root access, remote management tools and the ability to add or swap drives as requirements grow. It is a good fit for teams who want a straightforward storage node for logs, media content, VM templates or cold data without overpaying for compute oriented features.

All storage dedicated servers from this provider are bare metal machines tuned for large file repositories, backups, media libraries and log archives. Each configuration is built on enterprise grade hardware with private networking, support for custom RAID layouts and modular drive bays so capacity can be scaled up without migrating data.
Features like hot swappable drive bays, continuous drive health monitoring and support for modern filesystems such as ZFS and XFS are used to keep data safe and recoverable under heavy workloads. Customers keep full root level access with IPMI and remote KVM controls, making it possible to reinstall the operating system, apply kernel level optimizations or recover from boot issues without waiting for hands on support.
Networking is designed to cope with steady data flows and bursty traffic. Dedicated bandwidth allocations are paired with optional private VLANs so that storage backends, application servers and backup targets can communicate over isolated internal links instead of the public internet. The infrastructure is backed by an uptime service level agreement and round the clock technical assistance via chat, tickets and phone, which is especially useful when large volumes of data must be migrated, expanded or restored quickly.