Physical resource control
CPU, memory, local storage and accelerator resources are selected around the workload instead of relying exclusively on a shared virtualisation platform.
UK dedicated servers · bare metal · managed infrastructure
UK Dedicated Servers Built Around Your Workload
Dedicated physical infrastructure with current enterprise CPU, memory, NVMe, network and GPU configuration options, UK-based placement where specified, and professional technical management available from Britixo.
Dedicated physical infrastructure
When the workload needs more than a virtual server
Dedicated servers allocate the physical compute platform to one customer environment. This can matter for sustained CPU demand, very large memory footprints, database I/O, private virtualisation, specialist storage, physical isolation or GPU-accelerated workloads.
UK-based server options
Britixo offers dedicated-server configurations using UK facilities where UK placement is required. The actual facility and hardware are recorded in the approved quotation and service specification.
Current enterprise hardware
Modern AMD EPYC, Intel Xeon, DDR5 ECC, enterprise NVMe, high-speed Ethernet and GPU-capable hardware classes can be considered according to the requirement and available inventory.
Professional management
Britixo can combine physical infrastructure with supported operating-system administration, monitoring, security, application assistance and technical support.
Current-generation server technology
CPU, DDR5, NVMe, networking and accelerator options
Hardware changes quickly. These are current technology classes Britixo can design around; they are not a claim that every model is held in stock at every UK facility.
AMD EPYC 9005 Series
5th Gen AMD EPYC uses Zen 5 and Zen 5c architectures and scales to as many as 192 cores per processor. Current platforms provide 12-channel DDR5 memory and PCIe Gen 5 connectivity for dense virtualisation, databases, analytics, HPC and enterprise applications.
Intel Xeon 6 & Xeon 6+
Intel's current server portfolio includes performance-core and efficiency-core architectures. Xeon 6+ extends to as many as 288 E-cores per processor, with current platforms supporting 12-channel DDR5 and PCIe Gen 5 connectivity.
DDR5 ECC Server Memory
ECC RDIMM configurations can be designed for large databases, private virtualisation, application consolidation and memory-intensive systems. Capacity and channel population are matched to the selected processor platform.
Enterprise PCIe Gen 5 NVMe
Enterprise NVMe storage can support latency-sensitive databases, virtual machines, analytics and high-I/O applications. Endurance, power-loss protection, drive count and recovery design are considered alongside headline speed.
SAS, SATA, RAID & HBA Options
Capacity storage, software RAID, hardware RAID and direct HBA designs remain appropriate for selected workloads. The storage architecture follows performance, resilience and recovery requirements rather than one universal configuration.
High-Speed Ethernet
Dedicated network configurations can span 1, 10, 25, 40, 100, 200 and 400 GbE classes where supported by the selected hardware and facility. Public bandwidth and private networking are specified separately.
NVIDIA H200
NVIDIA H200 provides 141 GB of HBM3e GPU memory and can suit memory-intensive AI inference, high-performance computing and accelerated workloads where the application supports the platform.
NVIDIA Blackwell B200 / B300
Current HGX Blackwell classes include B200 with 180 GB HBM3e per GPU and B300 with 288 GB HBM3e per GPU. These platforms require specialist chassis, power, cooling and networking and are quoted according to availability.
RTX PRO 6000 Blackwell Server Edition
RTX PRO 6000 Blackwell provides 96 GB of GDDR7 memory for enterprise AI, rendering, simulation and professional visual-computing workloads.
1U, 2U, Storage & GPU Platforms
Compute-dense, storage-dense and accelerator-capable chassis can be considered according to drive count, expansion, power density, cooling and serviceability requirements.
Redundant Power & Hot-Swap Components
Enterprise platforms can include redundant power supplies, hot-swap storage and hardware-health telemetry where supported by the selected chassis and service design.
Out-of-Band Management
Remote management controllers can provide console access, power control, firmware visibility and hardware telemetry without depending on the production operating system.
A technology catalogue is not the same as guaranteed stock
Processor, GPU, memory and chassis inventory can change rapidly. The final Britixo quotation identifies the actual processor, memory, storage, network, accelerator, UK facility, delivery expectation and management scope available for the order.
Workload fit
Where dedicated infrastructure makes sense
Applications
High-Traffic Application Platforms
Dedicated physical CPU, RAM and storage can provide predictable capacity for sustained production applications with demanding resource profiles.
Databases
Database Infrastructure
Large relational databases, search platforms and transactional systems can benefit from carefully selected memory capacity, NVMe latency, endurance and recovery architecture.
Virtualisation
Private Virtualisation Hosts
High-core-count and high-memory dedicated servers can support private KVM, Proxmox VE, Hyper-V or another compatible virtualisation model where appropriately licensed.
AI / HPC
GPU-Accelerated Computing
AI inference, model development, engineering, rendering and HPC workloads can require dedicated accelerators, substantial GPU memory and high-throughput storage and networking.
Data
Storage-Heavy Services
Media, repositories, analytics and large data sets can use combinations of performance NVMe and higher-capacity storage according to latency and retention requirements.
Control
Physical Allocation Requirements
Some procurement, licensing, security or application requirements specifically call for dedicated physical resources rather than general-purpose virtual infrastructure.
Managed operation
Dedicated hardware without leaving your business alone to administer it
Dedicated hardware removes a shared virtualisation layer, but it does not remove the work required to operate an operating system, secure privileged access, maintain supported software, monitor services and investigate incidents.
Britixo can provide professional managed-server support around a dedicated environment. Depending on the agreed service, this can include operating-system installation and administration, supported application installation, patching, security hardening, monitoring, technical troubleshooting and maintenance.
Support can be structured with 24/7 coverage where the service requires it. Exact service hours, response expectations, maintenance responsibilities, backup scope and escalation routes are documented rather than implied.
For wider operational support, see Britixo Network & Server Support .
UK infrastructure
UK-based dedicated server options with explicit location
Britixo offers dedicated-server options in UK facilities. Where physical location is a procurement, latency or data-strategy requirement, the selected UK facility is recorded in the final service specification.
A UK location does not by itself make a workload compliant. The organisation still needs appropriate legal basis, contracts, access controls, retention, encryption, incident management, backup and recovery arrangements.
Britixo therefore treats location as one documented part of a wider hosting design rather than using “UK hosted” as a substitute for security or governance.
Operating systems & platform software
Build the hardware around the software that must run on it
Linux Server Platforms
Supported Linux distributions can be installed and managed according to application compatibility, vendor requirements and security-maintenance expectations.
Windows Server
Windows Server configurations can be designed where the application, Microsoft ecosystem and licensing model require them.
KVM / Proxmox VE
Linux-based virtualisation can be considered for private virtual-machine hosting where the hardware and application architecture support the model.
Microsoft Hyper-V
Hyper-V can form part of a Windows-oriented virtualisation architecture where supported and correctly licensed.
Databases
MySQL/MariaDB, PostgreSQL, Microsoft SQL Server and other supported database platforms can influence CPU, memory, storage and licensing decisions.
Web & Application Stacks
Apache, Nginx, PHP, Node.js and other supported application runtimes can be configured according to the software's documented compatibility requirements.
Security & resilience
Dedicated hardware is a foundation, not a complete security control
Privileged Access
Root, administrator and out-of-band management access should be restricted to authorised users and managed according to the agreed operating model.
Patch Ownership
Operating-system, virtualisation and supported application updates need a named owner, maintenance route and validation process.
Monitoring & Escalation
Infrastructure alerts should lead to an understood response route rather than generating notifications that nobody owns.
Backup & Recovery
Local disk redundancy is not a complete backup strategy. Retention, separation, restoration and recovery objectives should be designed for the actual service.
Migration
Move workloads with testing and a rollback route
A move from VPS, cloud VM or an older physical server should be treated as an application migration rather than simply copying files.
Discover
Map applications, databases, services, ports, certificates, DNS, scheduled jobs, integrations and storage.
Design
Size CPU, RAM, storage and networking and confirm operating system, security, backup and support requirements.
Build & Test
Provision and harden the target before moving production traffic, then validate the application and dependencies.
Synchronise & Cut Over
Move final data using an appropriate consistency method and perform the approved DNS, routing or application transition.
Stabilise
Verify application health, logs, monitoring, backups and user acceptance before retiring the previous environment.
Dedicated server questions
Questions to answer before requesting hardware
Are Britixo dedicated server options based in the UK?
Britixo offers UK-based dedicated-server options. The exact UK facility, configuration, availability and delivery arrangements are confirmed in the quotation and final service specification.
Can Britixo provide AMD EPYC 9005 or Intel Xeon 6 hardware?
Current AMD EPYC 9005 and Intel Xeon 6 / Xeon 6+ platform classes can be considered where they match the workload and are available in the selected facility. The exact processor SKU is confirmed before order acceptance.
Can dedicated servers include NVIDIA GPUs?
GPU-capable configurations can be designed for AI, inference, rendering, engineering and HPC workloads. Accelerator model, GPU memory, chassis, power, cooling, network and availability are verified for the specific requirement.
Can Britixo manage the server after deployment?
Yes. Dedicated infrastructure can be combined with professional managed support covering the responsibilities agreed for the operating system, supported applications, monitoring, maintenance and technical assistance.
Can you migrate an existing VPS to a dedicated server?
Yes, where technically suitable. The migration plan considers dependencies, data consistency, DNS, certificates, application testing, cutover and rollback before the old environment is retired.
Dedicated server specification
Tell us what the workload needs
Share the application, current infrastructure, CPU and memory pressure, storage profile, UK-location requirement, GPU need, operating system, expected traffic and management requirements. Britixo can then define an appropriate configuration for quotation.