Dell & HPE Original Hardware
We plan Dell PowerEdge and HPE ProLiant server configurations according to workload, capacity and growth requirements, and evaluate warranty and support options within the quotation scope.
We plan server sizing, configuration, deployment and post-sales support around your current workloads, growth plans and technical requirements.
We plan Dell PowerEdge and HPE ProLiant server configurations according to workload, capacity and growth requirements, and evaluate warranty and support options within the quotation scope.
We design RAID 1, 5 or 10 storage to improve service continuity and data availability in specified disk-failure scenarios.
We join all computers to a central domain and manage folder permissions and security rules (Group Policy) from a single server screen.
We deliver your next-gen server systems ready for VMware vSphere or Microsoft Hyper-V virtualization layers (Cluster Ready).
We periodically check fans, thermal paste, firmware and disk health, and upgrade RAM or disks when needed.
Reach the senior engineer who built and knows your system directly during server access or hardware crises, without waiting for tickets.
Choosing the right server is not just about selecting a processor and disk capacity. Workloads, user count, applications, virtualization, redundancy, growth and the support model should be evaluated together.
We evaluate workloads such as ERP/CRM, file servers, databases, application servers, Active Directory and virtual machines together.
We size CPU core architecture, RAM capacity, disk type, capacity and performance requirements according to current needs and expected growth.
RAID, hot spare, redundant power supplies and, when required, backup/virtualization architectures are evaluated together.
We prepare server proposals not only for current needs but also for the organization’s growth plan and application workloads. CPU, RAM, disk capacity, storage performance, RAID architecture, network connectivity and virtualization requirements are evaluated together.
Enterprise server pricing is not determined by a single model or user count. Hardware selection, licenses, warranty package, installation and support scope affect the total proposal cost.
For a new server or an upgrade to an existing system, the following information helps speed up the initial technical assessment:
We work across manufacturers, including your existing software and hardware. Separate roles by capacity, security, application dependencies and recovery, planning deployment, integration, operations and technical support together.
We deploy and operate on-premises or hybrid mailboxes, domains, SMTP relays and client access. Assess Postfix/Dovecot, Exchange and other solutions against your environment.
We design capacity, disk topology and access protocols for TrueNAS/OpenZFS, OpenMediaVault, XigmaNAS, Unraid and existing NAS/SAN products against workloads.
We deploy user/site connectivity with WireGuard, OpenVPN, IPsec and other supported solutions. Restrict tunnel access through identity, devices and required network permissions.
We configure departmental shares, group permissions, quotas and handover on Windows file services, Samba/NFS and NAS platforms. Validate locking and post-restore access.
We deploy and support AD, LDAP and suitable identity solutions alongside DNS, DHCP, time synchronization and device policies.
We configure hosting, reverse proxies, TLS, service accounts and release management on Nginx, Apache, IIS and other application platforms.
We assess hardware, access, consistency and recovery for PostgreSQL, MySQL/MariaDB, SQL Server, Oracle, MongoDB and existing databases.
We design host capacity, networking, storage and operational boundaries across VMware, Hyper-V, Proxmox/KVM and appropriate container infrastructure.
Plan repositories, proxies and independent copies for your existing backup product. Evaluate TrueNAS and similar NAS solutions through support matrices and recovery objectives.
We deploy infrastructure metrics, central logging, syslog, patching and automation with retention/access policies.
We deploy, upgrade and support rack/tower servers from different manufacturers. Select RAID or HBA configurations against operating-system and storage design.
We manage updates, hardening, configuration backups and service health on Windows, Linux and suitable FreeBSD systems. Response and maintenance scope are defined in the agreement.
Mail, VPN, file and storage roles need not share one host. Design physical or virtual separation against contention, security and maintenance impact.
CPU and RAM are not enough by themselves; review form factor, storage, networking, remote management, power redundancy and support on the same BOM.
Rack space, office/branch use, noise and expansion requirements affect form factor.
Evaluate 3–5 years of growth as well as current workload, slots and socket architecture.
Capacity, latency and IOPS are evaluated together. RAID provides disk-failure tolerance; it does not replace independent backup.
Plan NIC count, 1/10/25 GbE, VLANs and any storage/HBA connectivity with the existing switching environment.
Define the licensing level needed for remote console, hardware health, firmware and management.
Evaluate redundant PSUs, UPS and PDU connections together with server-room power infrastructure.
Warranty term, vendor support level and critical-parts availability belong in total cost of ownership.
A new server should be planned together with repository capacity, restore testing and RPO/RTO targets.
Email Security and Continuity
Backup MX, SMTP Gateway, AntiSpam and Antivirus services.
Continue with the relevant technical guide, product/licensing page or project scenario.
A server proposal should translate application requirements into CPU, memory, storage, network and resiliency needs. Virtualization density, database behavior and backup windows can materially change the required configuration.
Core count, clock requirements and virtualization density should match the applications to be hosted.
Current usage, VM growth and application cache behavior should be considered when sizing RAM.
Capacity alone is not enough; latency, IOPS, RAID level and usable capacity should be evaluated together.
Power supplies, network paths, storage redundancy and independent backup should be planned as separate resilience layers.
Key questions about server procurement, installation, sizing and maintenance.
The choice should be evaluated according to workload, existing infrastructure, management tools, warranty and support expectations, and budget. Rather than treating one brand as superior in every scenario, sizing should be based on the actual use case.
User count alone is not sufficient. CPU, RAM, storage performance and capacity, applications, databases, virtualization, redundancy and growth plans should be evaluated together.
No. RAID can provide redundancy and availability against disk failures in suitable scenarios; backup must still be planned separately for deletion, corruption, malware and broader data-loss scenarios.
Depending on the project scope, physical installation, RAID and disk configuration, iDRAC/iLO, Windows Server or Linux installation, Active Directory, DNS/DHCP, File Server, security hardening and basic testing/documentation steps can be planned.
Yes. Server sizing and capacity planning can be performed according to the number of virtual machines, CPU/RAM resources, storage capacity and performance, and expected growth.
Depending on hardware compatibility, vendor support status and current capacity, upgrade options for RAM, disks, SSDs, RAID and some power components can be evaluated.
Review the related Knowledge Center guides before a purchase or project decision.
A Server Solutions project is more than product selection. Capacity, licensing, security, operations and growth should be evaluated together.
Reassess server capacity when current hosts are approaching limits, hardware support is ending, virtualization density is rising, or new ERP, SQL or line-of-business workloads are planned.
Workloads are measured for CPU, memory, IOPS and capacity. Hardware, RAID, networking, power, virtualization and backup are then designed as one infrastructure project.
Use measured workload data, application requirements and a realistic 3-5 year growth allowance.
The answer depends on the existing estate, support expectations, commercial terms, component options and availability.
Yes. Hosts need headroom for CPU, memory, storage IOPS and high-availability scenarios.
Share your current environment and requirements so we can define the appropriate product, licensing and implementation approach.
Assess mail, storage, VPN, file, identity, web, database and monitoring roles against workload, security and continuity requirements. Disk latency, network capacity, licensing, support lifecycle and recovery testing matter alongside CPU and RAM. We consider existing vendors and platforms when defining deployment, refresh and operational support.
Depending on project scope, product supply, license renewal, deployment, migration and commissioning can be planned together.