4.6 out of 5 based on 837 reviews.
A server cluster gives a client the ability to allocate resources to their application or website as necessary. This flexibility allows greater ease of resource allocation and more control over how those resources are used.
A computer cluster is a set of connected computers that perform as a single system. These computers are basic units of a much larger system called a node.
Choose any of these options for your cluster
4-cores @ 3.5 Ghz
16-64 GB RAM
2 x 240GB SSD
4 cores @ 3.2 Ghz
16 GB RAM
2 x 1 TB SATA RAID 1 drives
Intel/AMD
16-64 GB RAM
4x 2TB SATA HW RAID 1 drives
1 Gbps throughput
100,000 concurrent sessions
2-10 servers
1-10 virtual IPs
1 Gbps throughput
4-cores @ 3.5 Ghz
16-64 GB RAM
2 x 240GB SSD – OS
4 x 240GB SSD – database
4 x 480 GB SSD RAID 10
750 Mbps throughput
20,000 concurrent connections
100 Mbps max VPN throughput
50 IPSEC VPN user sessions
Custom-built clusters tailored to your computing requirements, ensuring reliable high availability and fault tolerance.
Eliminate performance bottlenecks and manage growing workloads by expanding your cluster with additional servers.
Choose between 1 or 2 processors, customize the RAM, select the RAID type & storage options, & equip your servers with GPUs if needed.
Engineered for high availability and fault tolerance, these clusters utilize a proprietary resilient architecture to guarantee seamless exchanges of up to several Gbits/s between servers, all within a secure VLAN.
"Certain applications demand high-performance storage with exceptional IOPS (I/O per second). The HG IOPS Intensive server is built for mass analysis tasks, digital simulations, and ultra-high-definition video applications. It's also a perfect foundation for building, powering, and maintaining high-performance e-commerce sites. Equipped with low-latency and high-speed NVMe SSDs, this model delivers an average performance six times greater than SATA SSDs, ensuring it meets your requirements.
Typically, data is stored on a hard disk or SSD and transferred to RAM when needed. Frequent disk accesses can slow down servers, especially if the RAM is insufficient. The HG In-Memory Database configuration is perfect for optimizing servers to support an In-Memory Database Management System (In-Memory DBMS), enhancing the performance of requests and applications by accessing data stored in memory.
Whether used individually or as part of a cluster, the high-density HG server, optimized for big data and analytics, effectively manages dynamic workloads. It's ideal for both high-performance computing (HPC) applications and data analysis solutions. Specifically designed for big data, this model is compatible with common data processing platforms like Hadoop, SQL, and NoSQL databases. It also supports database management for systems such as Apache Cassandra, Microsoft SQL Server, and MongoDB.