Our infrastructure

Enterprise-Grade Infrastructure for Virtual Servers, Hosting, and Dedicated Server Services

Infrastructure quality determines not only the current performance of a service, but also its long-term sustainability. For this reason, the system architecture used in our virtual server, hosting, dedicated server rental, and server colocation services is built around performance, availability, network continuity, and hardware efficiency. While each service type is optimized according to its own technical requirements, enterprise-grade reliability remains the core standard across our entire infrastructure.

The storage infrastructure used in our virtual server and hosting platforms is specifically designed for these services. At the storage layer, the DELL EMC Unity 300F all-flash storage system delivers high IOPS capacity, low latency, and consistent performance under intensive data processing workloads. Thanks to its flash-based architecture, applications that require fast response times, heavy database activity, high concurrent connections, and intensive read/write operations run far more efficiently. Compared to conventional disk systems, this architecture provides a significantly faster, more stable, and more predictable performance standard for virtual server and hosting services.

The all-flash storage infrastructure is supported by a redundant switch architecture, strengthening continuity in data flow at the storage layer. This ensures not only high speed, but also operational resilience. Especially for web projects, enterprise applications, e-commerce infrastructures, and critical services that must remain continuously accessible, stable storage performance is essential. The dedicated storage architecture we use for our virtual server and hosting services ensures that performance is not accidental, but the result of deliberate engineering.

10G-Connected Virtual Server Infrastructure

Our virtual server infrastructure is built on a 10G network connection architecture designed to meet high bandwidth demands. This reduces the risk of bottlenecks during data transmission, maintains network performance under heavy traffic, and delivers a more stable service structure in demanding usage scenarios. A 10G-connected architecture provides a significant technical advantage for high-traffic websites, enterprise applications, backup operations, data synchronization processes, and services requiring low latency. In other words, your projects are not simply hosted; they are operated on an infrastructure built for high-speed performance standards.

Different Network Options in Dedicated Server Infrastructure

In our dedicated server rental services, we provide different network structures depending on the processor platform used. Dedicated server solutions powered by Intel Xeon E5 v2 processors are offered with a 1G network connection, while our dedicated server infrastructure based on Intel Xeon E5 v4 processors is delivered with a 10G network connection. This allows our customers to plan resources more accurately based on their required processing power and network capacity. While 1G-connected solutions are sufficient for standard workloads, 10G-connected dedicated server options create a major performance advantage for projects requiring heavier traffic and higher data throughput.

Enterprise-Class Processor Infrastructure

Our server platforms are powered by strong processor architectures designed to deliver high efficiency across different workloads. Our infrastructure actively uses Intel Xeon E5-2698 v4, Intel Xeon E5-2699 v4, Intel Platinum 8173M, and AMD EPYC 7642 processors. These CPUs provide stable performance for resource-intensive services thanks to their high core counts, powerful multi-threading capabilities, and architectures well suited for virtualization environments.

While the Intel Xeon E5-2698 v4 and E5-2699 v4 series have long proven their reliability in enterprise data center environments, the Intel Platinum 8173M and AMD EPYC 7642 platforms offer higher core density, improved processing efficiency, and stronger optimization for modern workloads. This hardware combination enables us to support not only standard hosting needs, but also high-traffic publishing platforms, application servers, database processes, and enterprise service architectures with confidence.

A Powerful Network Architecture Across All Services

Although the storage infrastructure is specifically designed for our virtual server and hosting services, our network infrastructure provides a shared, enterprise-grade backbone across all services. This includes virtual servers, hosting, dedicated server rental, and server colocation. The network layer is engineered for low latency, high data throughput, stable traffic management, and service continuity across every service we provide.

At the core of our network infrastructure are Juniper MX204, Juniper 4550, and Juniper 4200 series devices. These enterprise-grade networking systems play a critical role in data center operations through high port density, strong routing and switching capabilities, balanced traffic handling, and stable connectivity performance. In environments where multiple services operate simultaneously, strong server hardware alone is not enough; the network backbone must be equally reliable and high-performing. For this reason, the network architecture we use is one of the most important components in maintaining end-to-end service quality.

Infrastructure Advantages in Colocation and Dedicated Server Services

In server colocation and dedicated server rental services, the most critical priorities for customers are network continuity, access speed, and infrastructure reliability. Thanks to the enterprise-grade networking equipment and structured access architecture used in our infrastructure, we deliver more than hardware alone; we provide a service model built on strong data center standards. This allows our customers to run their workloads on an infrastructure that is more secure, more stable, and far more predictable.

The All-Flash Storage Advantage in Hosting and Virtual Server Services

One of the most important factors determining performance in hosting and virtual server services is the storage layer. No matter how powerful the processor and RAM are, insufficient data access performance directly impacts application speed. For this reason, our systems powered by DELL EMC Unity 300F all-flash storage deliver faster application loading times, quicker database query execution, and a smoother user experience through superior disk access performance.

The impact of all-flash storage becomes even more noticeable in services such as websites with heavy disk activity, high-traffic CMS environments, e-commerce platforms, ERP systems, and CRM applications. That is why the storage architecture we use in our virtual server and hosting services is not merely a hardware choice; it is a strategic infrastructure component that directly influences service quality.

Powerful Hardware, Reliable Network, Sustainable Performance

In modern data center services, true quality is achieved when processor, storage, network, and connectivity architecture complement each other correctly. Our DELL EMC Unity 300F all-flash storage infrastructure, our 10G-connected virtual server platforms, our dedicated server connection options delivered as 1G for E5 v2 and 10G for E5 v4, and our network architecture based on Juniper MX204, Juniper 4550, and Juniper 4200 together provide high efficiency and strong access performance across all of our services.

For businesses that want not only to host their projects but to grow them on a powerful infrastructure, we provide enterprise-grade hosting, virtual server, dedicated server rental, and server colocation solutions. Wherever performance matters, we deliver a professional service standard that allows you to feel the strength of the infrastructure behind it.