Servers
The server is the heart of any datacenter, and choosing well means balancing CPU, memory, storage bays and running cost over the next several years. Here you will find rack and tower servers from HPE, Dell and Lenovo — from single-socket boxes for light services to dual-socket 2U platforms for virtualization and databases. Need an exact configure-to-order build? Send the bill of materials and get a complete USD-priced offer.
Servers: supplied on request
No products from this category are listed online yet, but we can supply them through our partner network and international sourcing. Send the model or part number to get a USD price and lead time.
Check any part number straight from the vendor
Specs come from HPE PartSurfer and the official Cisco, Dell, Lenovo, Juniper, Fortinet, APC sites and more — including HPE spare-part lists — and you can request a USD price with the Toman equivalent right there.
Choosing Servers: what to check
Points worth knowing before you buy or request a quote. Any other questions can go in the request form for our technical partners to answer.
1U or 2U?
1U saves rack space and suits web, software firewalls and light services. 2U gives more drive bays, more PCIe slots and quieter cooling — the better fit for virtualization, databases and GPUs.
How much does the server generation matter?
Newer generations usually bring DDR5, PCIe Gen5 and higher core counts, plus a longer official support runway. The previous generation is cheaper and still fine for steady workloads — just check its end-of-support (EOS) date first.
How do I size memory and disks?
For virtualization, add up the RAM of all VMs and keep 20–30% headroom. Populate memory channels symmetrically to get full bandwidth. For disks, decide whether the load is read- or write-heavy first, then choose between Read Intensive and Mixed Use SSDs.
Do I need redundant power supplies?
For any production server, yes. Connect two hot-plug PSUs to separate power paths (two PDUs or UPSs) so one failure does not stop the service, and size each PSU to carry the full load on its own.