Server brands refer to companies that design and manufacture server hardware for use in computer systems. These organizations provide the hardware that powers websites, cloud applications, and enterprise networks.
This article examines 10 popular server brands. Dell produces PowerEdge servers known for reliability and scalability. HPE provides ProLiant servers with advanced security and hybrid cloud integration. Lenovo offers ThinkSystem servers, which balance energy efficiency with cost-effectiveness. Asus focuses on customizable high-performance computing. IBM develops Power Systems servers designed for AI, enterprise applications and mission-critical workloads. Cisco manufactures UCS servers, which integrate networking and compute for cloud environments. Acer delivers Altos servers, optimized for small to mid-sized businesses. Fujitsu specializes in PRIMERGY servers with energy-efficient designs and enterprise-grade security. Supermicro is known for high-density, modular servers tailored to data centers and specialized workloads. Oracle designs SPARC and x86-based servers optimized for high-performance database applications and cloud computing.
A server is a system that manages data, resources, and services for other devices on a network. Many web hosting providers rely on popular server brands like Dell, HPE, Lenovo, Supermicro, and Cisco UCS. These brands power the infrastructure behind shared hosting, VPS (Virtual Private Server), dedicated server hosting, and cloud hosting solutions.
1. Dell
Dell makes enterprise-grade servers under its PowerEdge brand. These servers support a range of workloads, from small business applications to large data centers. Dell PowerEdge servers offer a range of configurations, including rack, tower, and blade models. They support Intel and AMD processors, scalable memory, and enterprise storage options. Dell provides remote management tools like iDRAC for monitoring and automation. PowerEdge servers also include built-in security features such as Secure Boot, system lockdown, and automated firmware updates to protect against cyber threats. Dell is chosen by businesses for its reliability, support services, and integration with cloud and virtualization platforms.
2. HPE
Hewlett Packard Enterprise (HPE) offers ProLiant servers, known for their scalability and security. These servers support cloud computing, AI workloads, and enterprise applications. ProLiant models include tower, rack, and blade configurations, with options for high-performance computing. HPE also integrates advanced security features like Silicon Root of Trust to prevent firmware attacks. HPE’s iLO (Integrated Lights-Out) management system allows remote monitoring and automation. HPE also offers GreenLake, a hybrid cloud platform that allows businesses to manage on-premises and cloud workloads with a flexible pay-per-use model. Enterprises choose HPE for its focus on security, reliability, and hybrid cloud integration.
3. Lenovo
Lenovo produces ThinkSystem servers that are known for their energy efficiency and reliability. These servers support data centers, AI workloads, and cloud applications. ThinkSystem models include rack, tower, and mission-critical servers with Intel or AMD processors. Lenovo integrates its XClarity management software for centralized monitoring and automation. ThinkSystem servers also feature ThinkShield security, which includes BIOS protection, firmware validation, and built-in encryption to safeguard data. The company emphasizes power efficiency through features like dynamic power capping and high-efficiency power supplies that reduce energy consumption without sacrificing performance. These optimizations lower operational costs and help businesses meet sustainability goals. Enterprises choose Lenovo for its balance of sustainability, performance, scalability, and cost-effectiveness.
4. Asus
Asus offers server solutions focused on high-performance computing, AI, and cloud applications. Its server lineup includes rackmount, GPU (graphics processing unit) optimized, and workstation models powered by Intel and AMD processors. Asus servers feature advanced cooling technologies for stability under heavy workloads. They also offer a wide range of customizable configurations to optimize storage, memory, and processing power. The company integrates ASUS Control Center for remote management and system monitoring. Asus servers support ECC memory and redundant power supplies, which enhance system stability and minimize downtime for enterprise workloads. Businesses and research institutions choose Asus for its focus on performance, customization, and efficiency in demanding applications.
5. IBM
IBM specializes in high-performance enterprise servers designed for AI, cloud, and mission-critical applications. Its Power Systems servers use IBM’s Power processors, built for high reliability with self-healing capabilities, redundant components, and predictive failure analysis. These servers scale efficiently with multi-socket configurations, large memory capacities, and advanced virtualization features like PowerVM. This allows businesses to run multiple workloads on a single system. IBM enhances security with built-in encryption, secure boot, and real-time threat detection to protect sensitive data. Many large organizations choose IBM for its advanced computing power, enterprise-grade stability, and robust security features.
6. Cisco
Cisco develops UCS (Unified Computing System) servers designed for networking-intensive workloads, virtualization, and cloud computing. They offer rack and blade servers powered by Intel and AMD processors, with built-in security and automation features. UCS servers integrate compute, storage, and networking into a unified architecture, which simplifies data center management. Cisco’s fabric interconnect technology replaces traditional switches by directly linking servers to a high-speed, low-latency network. UCS servers also support software-defined networking (SDN) and automation for dynamic scaling. The UCS Manager software streamlines server provisioning and scaling. Enterprises choose Cisco for its strong networking capabilities and seamless integration with cloud and hybrid IT environments.
7. Acer
Acer provides competitively-priced server solutions focused on small to mid-sized businesses and cloud applications. Its Altos server series includes tower and rack models powered by Intel Xeon processors. These servers offer scalable storage, virtualization support, and energy-efficient designs. Acer integrates remote management tools like Smart Server Manager, which enables real-time monitoring, system diagnostics, and automated alerts to prevent downtime. The Altos servers also feature redundant power supplies and hot-swappable components. This reduces maintenance complexity and minimizes disruptions. Businesses choose Acer for its cost-effective performance and reliability in entry-level and mid-range server deployments.
8. Fujitsu
Fujitsu develops PRIMERGY servers designed for enterprise IT, cloud computing, and high-performance workloads. These servers include tower, rack, and scale-out models powered by Intel Xeon processors. Fujitsu emphasizes energy efficiency with its Cool-safe® Advanced Thermal Design, which allows servers to operate at higher ambient temperatures while reducing cooling costs. The company integrates power-saving technologies like dynamic load balancing and highly efficient power supplies to minimize energy consumption. Fujitsu also offers strong security features, including Trusted Platform Module (TPM) encryption and system integrity checks. Remote management is handled through its iRMC (Integrated Remote Management Controller), which provides real-time monitoring, firmware updates, and automated alerts. Many businesses choose Fujitsu for its reliability, sustainability focus, and ability to support mission-critical applications with minimal downtime.
9. Super Micro
Supermicro specializes in high-density, customizable servers for data centers, cloud computing, and AI workloads. Its product lineup includes rackmount, blade, multi-node, and GPU-optimized servers powered by Intel, AMD, and ARM processors. Supermicro emphasizes modular design. They also offer customizable motherboard layouts, storage configurations, and GPU expansion options to meet specific workload requirements. Supermicro supports Open Compute Project (OCP) standards, which make its servers well-suited for hyperscale environments. Enterprises and cloud providers choose Supermicro for its flexible, scalable, and cost-effective servers built for high-performance computing.
10. Oracle
Oracle designs high-performance servers optimized for databases, cloud computing, and enterprise applications. Its server lineup includes SPARC and x86-based models, built for scalability, security, and integration with Oracle software. Oracle servers feature advanced memory and processing capabilities, which ensure high-speed data processing. They also integrate hardware-assisted encryption and real-time performance tuning. Oracle Solaris, the company’s enterprise-grade operating system, provides enhanced security and workload isolation. The company also offers engineered systems like Oracle Exadata, designed for large-scale data processing. Enterprises choose Oracle for its deep integration with database and cloud solutions. Their emphasis on server performance suits mission-critical applications.
What Is a Server?
A server refers to the hardware or software system that provides data, resources, or services to other devices over a network. Servers utilize the client-server model to process client requests and deliver suitable responses. Reputable servers are manufactured and designed to provide reliability and high performance. This allows them to handle multiple connections and heavy workloads. Servers are used in web hosting to store and deliver the files of websites and applications and make them available on the internet. Servers are also used in virtual machines and file sharing.
What Server Brands Are Commonly Used in Web Hosting?
Dell, HPE, Lenovo, Supermicro, Cisco and IBM are 5 server brands commonly used in web hosting. Dell PowerEdge and HPE ProLiant servers are commonly used in shared hosting and VPS (Virtual Private Server) hosting setups. Their strong remote management, security, and scalability suits high-density multi-tenant environments.
Lenovo ThinkSystem servers appeal to cost-conscious hosts offering budget VPS and dedicated hosting. Supermicro is commonly used in dedicated hosting and custom cloud solutions since its modular hardware lets hosts configure servers to specific customer needs. Cisco UCS servers are commonly used for enterprise cloud hosting and hybrid infrastructure.