Servers Price Comparison 2026
Compare 548 servers from HPE, Dell, Fujitsu and Lenovo. Find the best price on rack, tower and micro servers with DDR5 and Gen11 specs.
HPE dominates this catalogue in a way that's hard to ignore — over 350 of the 548 servers listed carry the ProLiant badge, with an average price nearly three times higher than Dell's equivalent range. That gap tells you something important: HPE's positioning is firmly enterprise-grade, while Dell PowerEdge and Lenovo ThinkSystem offer genuinely competitive alternatives for businesses that don't need to pay a premium for the HPE ecosystem. Fujitsu and Supermicro round out the field with solid options that rarely get the attention they deserve.
The current generation is firmly Gen11 territory. Across the board, you'll find Intel Xeon Silver and Xeon E processors paired with DDR5-SDRAM — a meaningful step up from DDR4 in terms of memory bandwidth, which matters enormously for virtualisation workloads and database-heavy environments. Entry points start from 0 £ for barebones or refurbished configurations, though a realistic budget for a properly specified new server begins closer to 0 £. The median sits at 0 £, which broadly corresponds to a 1U or 2U rack unit with a mid-range Xeon Silver, 64 GB of ECC DDR5, and a hot-swap storage bay — a sensible baseline for most SME deployments.
Format matters more than many buyers initially realise. Tower servers like the HPE ProLiant ML30 or Dell PowerEdge T360 suit offices and branch locations where rack infrastructure doesn't exist — they're quieter, easier to maintain, and don't require a dedicated server room. Rack units (1U, 2U) are the right choice for datacentres or comms rooms with existing rack cabinets, offering far greater density. If you're comparing options, our Server Barebones category is worth a look for custom-build projects, and PCs & Workstations covers the grey area between a powerful workstation and a small-business server.
Remote management is non-negotiable for anything beyond a single-site deployment. HPE's iLO, Dell's iDRAC, and Lenovo's XClarity each provide out-of-band access — meaning you can reboot, monitor temperatures, and even reinstall an OS without touching the hardware. It's one of those features that seems unnecessary until the moment it saves you a three-hour round trip to a remote site. At the top end of the market, configurations stretch well beyond 0 £, with high-density storage and dual-socket Xeon Platinum builds reaching into six figures for specialist HPC or AI inference workloads. For most UK businesses, though, the sweet spot sits firmly between 0 £ and 0 £. Compare all available offers across retailers including Insight, Misco, and specialist resellers on MagicPrices to ensure you're not overpaying on list price — server pricing is notoriously negotiable, and the spread between merchants can be substantial.
How to Choose the Right Server for Your Business
Server buying is one of the few IT purchases where getting the spec wrong in either direction is genuinely costly — over-spec and you've tied up capital in idle compute; under-spec and you're facing a disruptive upgrade within 18 months. With prices ranging from 0 £ to well over 0 £, the market spans everything from compact office towers to high-density rack units built for datacentre deployment. Here's what actually matters.
Form factor: rack vs tower vs micro
This is the first decision, and it's largely driven by your physical environment. Tower servers (HPE ML30, ML110, Dell T360) need no specialist infrastructure — they sit on a shelf or under a desk, run quieter, and are straightforward to expand. Ideal for offices, retail sites, or branch locations. Rack servers (1U, 2U) require a rack cabinet but deliver far greater density and are the standard choice for any proper server room or colocation environment. A 1U like the HPE DL360 is compact and power-efficient; a 2U like the DL380 gives you more drive bays and PCIe slots. Micro towers (HPE MicroServer Gen11) occupy a useful middle ground — genuinely small, low-power, and priced accessibly, but limited in expansion. Don't buy a rack server if you have nowhere to rack it.
CPU tier: matching the processor to the workload
The Xeon family is tiered deliberately. Xeon E (E-2400 series, as seen in the Dell T360 and HPE ML30) is a single-socket design — cost-effective for file serving, light virtualisation, and SME workloads, but it cannot scale to dual-socket configurations. Xeon Silver (4510, 4514Y) supports dual-socket and is the workhorse of the mid-range: solid core counts, good memory bandwidth, and reasonable power draw. Xeon Gold and Platinum are for demanding virtualisation hosts, large databases, or HPC — and the price reflects it. For most UK SMEs, a Xeon E or Silver is the right call. The Pentium G7400 in the HPE MicroServer is fine for NAS-style duties but shouldn't be asked to run a busy application stack.
Memory: capacity, speed, and ECC
All the servers in this catalogue ship with DDR5 ECC SDRAM, which is the correct choice for any production environment — ECC (Error-Correcting Code) memory silently corrects single-bit errors that would otherwise cause crashes or data corruption. The baseline configurations here start at 16–32 GB, which is workable for light use but tight for virtualisation. If you're running VMware or Hyper-V with more than a handful of VMs, 64 GB is a more realistic starting point, and most platforms support expansion to 256 GB or beyond. Check the number of DIMM slots and maximum supported capacity before buying — some 1U chassis are constrained.
Storage: NVMe, SAS, or SATA — and hot-swap matters
The storage configuration in the listed models ranges from 480 GB SSD up to 4.8 TB across multiple drives. For operating systems and databases, NVMe or SSD SATA is the only sensible choice — spinning HDDs are fine for bulk cold storage but will bottleneck any transactional workload. Hot-swap capability is worth paying for in any server that needs to stay online: it lets you replace a failed drive without powering down. Also check whether the server includes a hardware RAID controller or relies on software RAID — hardware RAID (with a battery-backed write cache) offers meaningfully better performance and data protection for write-intensive workloads.
Power supply: redundancy and efficiency rating
A single PSU is an acceptable risk for a development server or a low-criticality file store. For anything production-facing, redundant power supplies (N+1) are essential — one PSU fails, the other carries the load, and you replace it hot. The configurations here range from 180 W (MicroServer) to 2000 W (dual-PSU rack units). Check the 80 Plus efficiency rating: Gold or Platinum-rated PSUs waste less energy as heat, which matters both for running costs and for cooling load. UK electricity prices make this a genuine financial consideration over a 3–5 year server lifecycle.
Remote management: iLO, iDRAC, and out-of-band access
HPE iLO (Integrated Lights-Out) and Dell iDRAC (Integrated Dell Remote Access Controller) provide a dedicated management interface that operates independently of the main OS — so you can power-cycle, access the BIOS, mount a virtual ISO, and diagnose hardware faults even when the server is completely unresponsive. This is not optional for any server you can't physically reach within minutes. Both platforms offer a base licence included with the hardware; advanced features (full KVM, extended monitoring) require a paid licence upgrade. Factor this into your total cost of ownership, particularly if you're deploying to a colocation facility or a remote office.
- Entry-level and compact (From 0 £ to 0 £) : This range covers the HPE MicroServer Gen11, HPE ML30, and entry Dell T360 configurations — tower form factors with Xeon E or Pentium processors, 16–32 GB DDR5, and single PSUs. Perfectly adequate for SME file serving, light virtualisation, or a branch office domain controller. Don't expect dual-socket scalability or high drive counts at this price point.
- The SME sweet spot (From 0 £ to 0 £) : Where most UK small-to-medium businesses should be shopping. You'll find HPE ML110, HPE ProLiant Gen11 1U rack units, and mid-spec Dell PowerEdge towers here. Xeon Silver processors, 32–64 GB DDR5, and redundant PSU options become available. A solid choice for running 10–20 VMs, a mid-size database, or a departmental application server.
- Serious rack infrastructure (From 0 £ to 0 £) : HPE DL360 and DL380 Gen11 rack servers with Xeon Silver 4510/4514Y, 64 GB DDR5, and 2000 W redundant PSUs dominate this bracket. These are proper datacentre-grade machines — dense, manageable at scale, and built for 24/7 operation. Fujitsu PRIMERGY and Lenovo ThinkSystem options also appear here with competitive specs.
- High-density and specialist workloads (Over 0 £) : Dual-socket configurations, high-capacity NVMe storage arrays, and specialist builds (Ernitec surveillance servers, HPE DL380 with 4.8 TB storage) occupy this tier. Priced for datacentres, HPC clusters, and organisations with specific compliance or performance requirements. The HPE average of over £9,500 reflects how heavily this segment skews the overall market.
Top products
- HPE ProLiant Gen11 server 960 GB Rack (1U) Intel® Xeon® E-2436 2.9 GHz 32 GB DDR5-SDRAM 800 W (HPE) : The most-offered server in this catalogue and a strong entry into 1U rack territory — the Xeon E-2436 at 2.9 GHz punches well for SME virtualisation, though 32 GB DDR5 will feel tight if you're running more than a handful of VMs. Upgrade the RAM before anything else.
- HPE ProLiant MicroServer Gen11 G7400 server 1 TB Ultra Micro Tower Intel® Pentium® 16 GB DDR5-SDRAM 180 W (HPE) : The most accessible entry point in the HPE ProLiant range — genuinely compact, whisper-quiet, and frugal on power at 180 W. The Pentium G7400 is adequate for NAS duties or a light domain controller, but don't ask it to run a busy application stack. Best value for home labs or very small offices.
- DELL PowerEdge T360 server 480 GB Tower (4.5U) Intel Xeon E E-2414 2.6 GHz 16 GB DDR5-SDRAM 700 W (DELL) : Dell's answer to the HPE ML30 — a capable SME tower at a noticeably lower price point. The E-2414 is a solid four-core Xeon E, and iDRAC is included for remote management. The 16 GB base RAM is the weak point; budget for an upgrade. A sensible choice for businesses that don't need the HPE ecosystem.
- HPE ProLiant ML30 Gen11 server 2 TB Tower (4U) Intel Xeon E E-2414 2.6 GHz 32 GB DDR5-SDRAM 350 W (HPE) : The ML30 Gen11 is HPE's most accessible tower server and a genuine workhorse for small businesses — 32 GB DDR5 and 2 TB storage give you a more complete out-of-the-box spec than the Dell T360 base config. The 350 W single PSU is the only real compromise; acceptable for non-critical deployments, less so for anything that needs guaranteed uptime.
- HPE ProLiant DL380 Gen11 server 1.92 TB Rack (2U) Intel Xeon Silver 4510 2.4 GHz 64 GB DDR5-SDRAM 2000 W (HPE) : The DL380 Gen11 is the benchmark 2U rack server for a reason — dual-socket capable, 64 GB DDR5 ECC, redundant 2000 W PSUs, and the full HPE iLO management suite. This is the right choice for a serious virtualisation host or database server. Expensive, but you're paying for genuine enterprise-grade reliability and a mature support ecosystem.
Related categories
Frequently Asked Questions
What is the difference between a rack server and a tower server?
A rack server is designed to be mounted horizontally in a standard 19-inch rack cabinet, measured in rack units (1U, 2U, etc.), while a tower server looks like a traditional desktop PC and stands upright on a shelf or floor. Rack servers offer greater density and are the standard choice for datacentres and server rooms with existing rack infrastructure. Tower servers require no specialist furniture, run quieter, and are easier to expand — making them the practical choice for offices and branch locations. If you don't have a rack cabinet, a tower like the HPE ML30 or Dell PowerEdge T360 is almost always the right starting point.
Is HPE ProLiant worth the premium over Dell PowerEdge?
Not always — and the price gap is significant. HPE's average across this catalogue is roughly three times Dell's, which reflects HPE's dominance at the high end rather than a universal quality advantage. For straightforward SME workloads, a Dell PowerEdge T360 or Lenovo ThinkSystem will perform comparably to an equivalently-specced HPE ProLiant at a lower price. Where HPE justifies the premium is in iLO's remote management depth, the breadth of the ProLiant ecosystem, and HPE's support infrastructure for large enterprise deployments. If you're running a small business server room, compare specs carefully before defaulting to HPE on brand recognition alone.
How much RAM do I actually need for a virtualisation host?
For a VMware ESXi or Hyper-V host running production workloads, 64 GB DDR5 ECC is a realistic minimum in 2026 — the 16–32 GB configurations in entry-level servers will feel constrained quickly. A rough rule of thumb: allocate 2–4 GB per vCPU assigned across your VMs, add overhead for the hypervisor (4–8 GB), and build in 20% headroom. For a host running 10–15 modest VMs, 64 GB is comfortable; 128 GB gives you room to grow. All servers in this catalogue use ECC DDR5, which is non-negotiable for any production virtualisation environment — non-ECC memory risks silent data corruption under sustained load.
Do I need a server at all, or would cloud be cheaper?
For many UK SMEs, a hybrid approach makes more sense than a binary choice. On-premises servers remain cost-effective for workloads with predictable, sustained compute demand — a dedicated server paid off over three to five years typically costs less per hour than equivalent cloud compute. Cloud wins for variable workloads, disaster recovery, and avoiding capital expenditure. If your primary use case is file storage, a NAS device (far cheaper) may be sufficient. If you need to run applications, manage Active Directory, or host databases locally, a physical server between 0 £ and 0 £ will almost certainly deliver better value than equivalent cloud resources over a five-year horizon.
What does 'hot-swap' mean and why does it matter?
Hot-swap means a component — typically a hard drive or power supply — can be removed and replaced while the server is running, without powering it down. It matters because drive failures are inevitable over a server's lifetime, and taking a production server offline for maintenance is disruptive and costly. Most rack servers in this catalogue support hot-swap drives; tower servers at the entry level sometimes do not. If your server needs to maintain uptime (and most production servers do), hot-swap drive bays and redundant hot-swap PSUs are worth the additional cost. Check the product specification carefully — 'hot-plug' and 'hot-swap' are sometimes used interchangeably but confirm before purchasing.
Are there any pitfalls to watch out for when buying a server online?
Yes — several. First, watch out for configurations listed without a RAID controller: some servers ship with a basic HBA rather than a proper hardware RAID card, which significantly affects storage performance and data protection. Second, check whether the iLO or iDRAC licence is included or requires a separate purchase for full functionality. Third, verify the warranty terms carefully — a 1-year parts-only warranty from a grey-market reseller is not the same as HPE's or Dell's direct support contract. Finally, be cautious of heavily discounted 'open box' or refurbished servers without a clear service history; for a machine you're relying on 24/7, provenance matters. Comparing prices across multiple authorised resellers on MagicPrices helps you spot when a deal is genuinely competitive versus suspiciously cheap.
What generation of server should I buy in 2026?
Gen11 (HPE) and the current Dell PowerEdge generation are the right choices for new purchases in 2026 — they offer Intel Xeon E-2400 and Xeon Silver 4500-series processors, DDR5 memory, PCIe Gen5 slots, and improved power efficiency over their predecessors. Avoid buying Gen9 or Gen10 new unless you have a specific compatibility requirement; they're approaching end-of-support and will limit your upgrade path. Refurbished Gen10 can represent good value for non-critical workloads, but factor in the reduced support window and higher energy consumption relative to Gen11.