Servers for infrastructure enterprises
Rack-mounted and high-density solutions for virtualization, databases, and applications, delivered throughout Russia.
Types of servers and their purposes
Rackmount servers
They are installed in standard 19-inch racks and form the basis of the infrastructure of most data centers and server rooms.
Suitable for scenarios requiring scalability, high density, and centralized management: virtualization, databases, business applications.
Tower servers
They are made in the format of a “system block” and can be placed in office premises without a dedicated server room.
Suitable for small companies, remote offices, and branches that require 1–2 servers for file services, applications, or local systems.
High-density and modular solutions
These are systems with a high density of computing nodes in a single chassis, including blade servers and specialized platforms.
They are used in data centers and large projects where compactness, energy efficiency, and ease of scaling for virtualization and resource-intensive applications are critical.
Network equipment
for reliable connectivity
We design and supply network solutions of any complexity: from access switches to high-performance data centers.
Core switching
High-performance switches for data center backbones and large campus networks.
- 40G / 100G / 400G ports
- Ultra-low latency
- L3 Routing
Access switching
Reliable solutions for connecting end devices and organizing workstations.
- PoE+ / PoE++
- Gigabit & 10G Uplinks
- Stackable design
Safety and FW
Software and hardware systems for perimeter protection and network segmentation.
- Deep Packet Inspection
- VPN / SD-WAN
- Next-Gen Firewall
Optical modules
Transceivers and cables for high-speed data transmission over any distance.
- SFP+ / QSFP28 / QSFP-DD
- Single-mode / Multi-mode
- Direct Attach Cables
Need a network infrastructure project?
We will select equipment taking into account the topology, load, and security requirements.
Main server usage scenarios
Virtualization and private clouds
Virtualization servers must balance the number of CPU cores, RAM, disk, and network bandwidth. They are used to run private clouds, VDI, and test and production environments.
Databases and mission-critical applications
In this scenario, core performance, memory capacity and speed, and low disk latency are important. They are often built with an emphasis on reliability and scalability.
Infrastructure and file services
Directory services, file servers, mail, and basic services. More general-purpose configurations are often used here, where reliability, predictability, and ease of maintenance are important.
Servers for remote offices and branches
Remote locations utilize compact servers that can operate with limited support. They typically host local services and data caching.
Key parameters when choosing a server
Before purchasing servers, it's important to evaluate several key parameters to avoid unnecessary costs and technical problems during operation.
Экспертная поддержка
We analyze your software stack and latency requirements to suggest the optimal form factor and configuration.
Select a serverType and role of the server in the infrastructure
It is necessary to clearly define whether the server will be used for virtualization, a database, an application, or a remote office.
Processors: number of cores and frequency
For virtualization, total capacity is important, while for monolithic applications and DBMS, performance per core is important.
RAM capacity and configuration
Insufficient RAM is a bottleneck. It's important to plan for increased RAM capacity as the number of VMs and application demands grow.
Storage subsystem and disk types
For databases, fast SSD/NVMe and RAID are critical; for file and archiving tasks, a combination of SSD and HDD can be used.
Network interfaces and scaling
The number and speed of ports (1/10/25/40G) must correspond to the load and network architecture.
Fault tolerance and redundancy
Redundancy of power supplies, fans, and controllers reduces the risk of downtime and increases resilience.
Form factor, power consumption and cooling
It is important to check that the server room's capacity and cooling are adequate for the selected servers.
Typical server configurations
Universal rack server
For running dozens of virtual machines, enterprise applications, and basic infrastructure services.
Server for databases and critical applications
Used for DBMS, ERP/CRM and other systems where transaction speed and minimal latency are critical.
Tower server for offices and branches
Suitable for small companies and remote offices that require 1–2 servers without a separate data center.
High-density solution for data centers
It is used in projects where the maximum number of servers per rack and energy efficiency are important.
We work with equipment from world leaders
We design solutions based on proven components from technology giants, ensuring maximum reliability and performance.
Key component vendors
NVIDIA
Computing and AI
Professional graphics adapters and computing accelerators for resource-intensive server tasks.
AMD
Processors and Accelerators
High-performance EPYC and Instinct solutions for modern data centers.
Server platforms
Dell Technologies
Leader in the PowerEdge rack and tower server segment.
HPE
Innovative ProLiant platforms with deep management integration.
Lenovo
Reliable ThinkSystem systems for enterprise infrastructure.
Supermicro
Flexible and high-density configurations for any computing node.
What server solutions do we work with?
We work with a wide range of server platforms: rack-mount, tower, and high-density solutions for data centers and corporate infrastructure.
Servers for virtualization and clouds
We design platforms with an optimal balance of CPU and memory for private clouds and VDI.
Databases and DBMS
Configurations that focus on core performance and ultra-fast NVMe storage.
Infrastructure tasks
Universal servers for file services, mail, and basic corporate applications.
Servers for branches
Compact tower solutions for remote offices without dedicated server rooms.
How we help with server-based projects
We help formulate infrastructure requirements, compare them with current workload and growth plans, and then select several configuration options.
Common mistakes when choosing servers
Critical aspects affecting infrastructure stability and return on investment.
Mistake 1: Focusing only on low price
Selecting configurations based solely on cost leads to resource shortages, downtime, and the need for early upgrades.
Mistake 2: Underestimating resource requirements
Insufficient cores, RAM, or fast disks reduce application stability and user growth.
Mistake 3: Ignoring Reliability and Redundancy
The lack of redundant power supplies and controllers increases the risk of downtime due to component failures.
Mistake 4: Choosing the wrong form factor
Servers that are not properly cooled in a server room or rack create operational and scalability issues.
Helpful resources and next steps
Coming soon, detailed articles on selecting server hardware for Russian projects will appear here:
- How to choose a server platform for virtualization
- Rack vs. Tower Comparison for Remote Offices
- Optimization of server infrastructure for DBMS
If you already have a technical specification or a current list of servers, send it to us – we will prepare proposals for configurations and possible optimization options for your needs.
Send specification for calculationFrequently Asked Questions
Technical details and tips on server infrastructure.