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ProLiant

HPE ProLiant is a brand of x86-based server computers developed originally by Compaq Computer Corporation and now manufactured by Hewlett Packard Enterprise (HPE), renowned for providing reliable, scalable compute infrastructure across enterprise environments from edge to cloud. Introduced in 1993, the ProLiant line established early standards in fault-tolerant, industry-standard servers, evolving through multiple generations to support advanced workloads including AI, virtualization, and high-performance computing. The ProLiant portfolio encompasses diverse form factors to address varying deployment needs, including rack-mounted servers (, such as the versatile 2U ), tower servers ( for small to medium businesses), blade servers (BL series for dense data centers), and specialized or scale-out options like MicroServers and Apollo systems. Key features emphasize built-in security through technologies like HPE iLO Silicon Root of Trust for protection, AI-driven operations for and , and energy efficiency enabling up to 65% annual power savings via optimized cooling and consolidation ratios of 7:1. These servers integrate processors from Xeon and families, supporting hybrid cloud architectures and sovereign-ready solutions like Azure Local. Over three decades, ProLiant has pioneered innovations such as the first enterprise blade servers in 2002 and multi-processor blades in subsequent years, consistently delivering with tools like Integrated Lights-Out for remote management and clustering support for resilient operations. The latest Gen12 models, launched in early 2025, further enhance performance for generative AI and virtual desktop infrastructure (VDI), while maintaining and ease of deployment across industries.

History

Origins and Early Development

Compaq Computer Corporation introduced the ProLiant server line in 1993 as a successor to its SystemPro series, targeting high-end x86-based computing for enterprise and departmental applications. The first ProLiant servers, built on Intel processors, were shipped that year, marking Compaq's strategic push into the growing PC server market amid rising demand for reliable, scalable computing solutions. This launch positioned ProLiant as a premium offering, emphasizing fault tolerance and manageability to differentiate from commodity hardware. The inaugural model, the ProLiant 1000, was announced in September 1993 and represented the line's first rack-optimized design, utilizing an EISA bus architecture with eight expansion slots, integrated Fast SCSI-2 controller, and support for up to 144 MB of RAM on systems. It included foundational reliability elements such as and optional configurations via array controllers, enabling data redundancy for mission-critical tasks. Subsequent releases expanded the portfolio: the ProLiant 1500, launched in February 1995, introduced FlexSMP architecture for dual-processor scalability, 32 MB of standard (expandable to 256 MB), and enhanced I/O for mid-range file and application serving. By November 1997, the ProLiant 1600 arrived as a workgroup-focused with 128 MB of registered SDRAM (up to 1 GB), six hot-plug drive bays for uninterrupted maintenance, and integrated support through Smart Array controllers, further prioritizing uptime in networked environments. ProLiant's early development centered on pioneering reliability features for x86 servers, including hot-swappable drives and power supplies in models like the , alongside levels (such as 1 and 5) for fault-tolerant storage via optional integrated controllers like the SMART-2. These capabilities, combined with tools for remote monitoring, addressed key pain points in server and reduced . In the 1990s market context, leveraged ProLiant to solidify its leadership in PC systems, achieving the top spot in global shipments and capturing around 30% of the enterprise server segment by the decade's end, driven by innovations that powered business-critical workloads. The ProLiant brand's foundational success under Compaq paved the way for its integration into Hewlett-Packard's portfolio following the 2002 merger.

Evolution Under HP and HPE

The HP-Compaq merger in 2002 led to the unification of server lines under the ProLiant branding, integrating Compaq's existing ProLiant portfolio with HP's infrastructure to streamline offerings and enhance compatibility across enterprise environments. This consolidation emphasized modular designs in early generations, with ProLiant Gen1 through Gen7 spanning 2001 to 2009, focusing on scalable architectures and hot-plug components for improved maintainability. Subsequent generations built on this foundation: Gen8, released in 2012, introduced the Integrated Lights-Out (iLO) management technology for advanced remote monitoring and control. Gen9 in 2014 supported DDR4 memory for higher bandwidth and efficiency in data-intensive applications. Gen10, launched in 2017, incorporated Silicon Root of Trust security features to protect against firmware attacks from the hardware level. In 2015, (HPE) was formed through the spin-off of HP's enterprise business, shifting ProLiant's development toward hybrid cloud and optimization to meet evolving enterprise demands. This era saw continued generational advancements, with Gen11 in 2022 supporting fourth-generation processors for enhanced multi-threaded performance in and analytics workloads. The 2023 30th anniversary of ProLiant highlighted its enduring reliability in independent surveys for mission-critical deployments. Gen12, announced in 2025, leverages 6 processors and AI-optimized configurations to accelerate inference and tasks. Post-2015 strategic shifts positioned ProLiant for cloud-hybrid environments, prioritizing seamless integrations like those with Windows Server 2025 to enable AI-driven for workload orchestration and . This evolution underscores HPE's focus on resilient, scalable compute solutions that support while maintaining with legacy systems.

Design and Architecture

Core Components and Form Factors

HPE ProLiant servers utilize standard x86 processors from and , including the Xeon 6 series offering up to 144 cores per server and the 5th generation processors providing up to 192 cores for tasks. configurations support DDR5 modules at speeds up to 6400 MT/s, with capacities reaching 8 TB in Gen12 models to handle memory-intensive workloads. Storage options include NVMe SSDs in formats such as EDSFF E3.S and , supporting up to 20 drives per server, alongside controllers like the HPE MR Gen11 series for tri-mode /SATA/NVMe connectivity and data redundancy. Networking capabilities encompass 10GbE, 25GbE, and 100GbE adapters, available in FlexibleLOM and PCIe form factors for scalable connectivity in environments. ProLiant servers are available in multiple form factors to suit diverse deployment needs, including standalone tower designs for small offices and remote sites, rack-mount configurations in 1U, 2U, and 4U heights for space-efficient data centers, servers housed in shared for high-density , and density-optimized variants for scale-out applications. These designs have evolved from proprietary interfaces to adherence to industry standards, incorporating PCIe 5.0 slots starting with Gen11 servers to enhance expansion and I/O performance. Power and cooling systems in ProLiant servers feature hot-plug redundant units (PSUs) configurable for , with options up to 1600W Platinum-rated efficiency in standard models and support for higher capacities in dense configurations. Gen12 servers introduce closed-loop liquid cooling modules for high-density and GPU workloads, enabling efficient thermal management in multi-GPU setups while maintaining air-cooling compatibility. ProLiant servers primarily adhere to the x86 architecture for broad software compatibility, with the line incorporating RISC-based processors such as Altra for scale-out efficiency, supporting up to 128 cores per socket in specialized cloud-native environments. This focus on x86 enables scalability metrics like up to 144 cores in Intel-based models, facilitating workload consolidation without proprietary lock-in.

Key Technologies and Innovations

HPE ProLiant servers incorporate advanced tools centered on the Integrated Lights-Out (iLO) technology, which has been a standard feature since the Gen8 generation and evolved significantly in later iterations. In the Gen12 lineup, iLO 7 introduces AI-driven automation and , enabling proactive issue resolution through insights derived from server telemetry and operational data. This includes automated workflows for health monitoring, power optimization, and integration with third-party tools, streamlining server lifecycle from deployment to . Security in ProLiant servers is fortified by the Root of Trust, initially introduced in Gen10 and enhanced in Gen12 with quantum-resistant algorithms to protect against emerging cryptographic threats. This hardware-embedded foundation ensures integrity from manufacturing through operation, incorporating features like tamper-free updates and chassis intrusion detection to prevent unauthorized modifications. HPE Secure Compute Lifecycle extends this by validating across the server's lifecycle, supporting zero-trust principles with automated and secure boot processes. ProLiant innovations address modern workloads through robust acceleration, with Gen12 models supporting GPUs such as the H200 NVL and Blackwell Ultra for up to 2x faster inferencing in enterprise tasks like model and . Energy efficiency is improved via integration with HPE GreenLake, delivering up to 65% annual power savings and enabling server consolidation that reduces (TCO) by optimizing resource utilization in hybrid cloud environments. Recent Gen12 advancements emphasize edge-to-cloud security continuity, with built-in protections extending from on-premises deployments to distributed edge sites. Composability is facilitated through HPE OneView software, allowing dynamic allocation of compute, storage, and network resources across ProLiant systems for flexible workload orchestration. Additionally, bundling with Windows Server 2025 provides a hybrid SKU that simplifies licensing and enables seamless integration with Azure services, supporting secure migration and management of on-premises workloads in a cloud-hybrid setup.

Product Lines

Tower and Modular Servers (ML)

The HPE ProLiant ML series consists of tower and modular servers designed primarily for small-to-medium businesses (SMBs), remote and offices (ROBO), environments, and deployments, offering a cost-effective entry- to mid-range solution in non-rack settings. These servers support up to two sockets and emphasize expandability through form factors, making them suitable for environments where space and noise levels are considerations, unlike denser rack-optimized lines. Representative models include the ML30 and ML110 for single-socket needs, while the ML350 serves as a flagship dual-socket option, all integrated with HPE's iLO management for simplified oversight. Originating from Compaq's ML series in the late 1990s, the ProLiant ML line was integrated into HP's portfolio following the 2002 acquisition of Compaq, evolving from early models like the Compaq ProLiant ML350 G1/G2—introduced around 2001 with Pentium III processors and basic hot-plug bays—into more robust HPE offerings. Post-merger advancements focused on SMB scalability, with the ML350 progressing through generations to include hybrid 2U tower/rack convertible chassis by Gen10 and later, enhancing versatility without requiring full rack infrastructure. Capacity has scaled significantly; for instance, recent iterations like the ML350 Gen11 supported up to 8 TB of DDR5 memory and 24 small form factor (SFF) drives, while the Gen12 variant extends this to up to 8 TB of DDR5 memory and configurations accommodating up to 12 large form factor (LFF) or equivalent SFF bays for modular storage upgrades. Key features of the ML series include modular drive bays that allow tool-less expansions for storage and peripherals, supporting up to 16 bays in select configurations for straightforward scalability in office settings. Acoustic optimization ensures quiet operation, ideal for non-data center use. In the Gen12 lineup, such as the ML350, 6 (6700/6500 P-series) processors—offering up to 86 performance cores per socket—enable cost-effective inference tasks alongside general , with enhanced DDR5-6400 for efficient handling of edge analytics. Common use cases for ML servers involve file and print serving, light for small teams, database management, and / applications in environments, where their design provides reliable performance without the complexity of chassis-based density. These servers distinguish themselves by prioritizing ease of and quiet for standalone deployments, supporting integrations while maintaining low for growing businesses.

Rack-Mount and Density-Optimized Servers (DL and RL)

The HPE ProLiant represents the core of rack-mount servers designed for high-density deployments, offering 1U and 2U form factors optimized for enterprise workloads such as , , and database management. These servers prioritize balanced performance, scalability, and efficiency in rack environments, supporting processors for versatile processing needs. Flagship models like the DL380 Gen12 provide a 2U capable of handling up to two sockets with 6 processors, delivering up to 288 cores total with E-core processors, while the DL360 Gen12 offers a compact 1U alternative with similar processor support for space-constrained setups. Both DL models support up to 8 TB of DDR5 at speeds reaching 6400 MT/s, enabling robust handling of memory-intensive applications, and feature extensive options including up to 36 EDSFF E3.S NVMe drives in the DL380 Gen12 for high-speed via NVMe-over-Fabrics protocols. The Gen12 introduces up to 41% better compared to previous iterations, allowing a single to match the compute output of multiple older units, which enhances density and reduces operational costs in large-scale environments. Cooling advancements include optional direct liquid cooling, which removes heat over 3,000 times more efficiently than , particularly beneficial for and (HPC) workloads that demand sustained core utilization up to 128 cores or more. The ProLiant RL series complements the DL line by focusing on density-optimized, single-socket servers tailored for cloud-native and scale-out applications, leveraging ARM-based RISC architecture for power-efficient, high-core-count processing. The RL300 Gen11, a 1U model, utilizes Altra processors with up to 128 cores per socket, supporting up to 4 TB of DDR4 memory and configurations optimized for containerized workloads and . This series emphasizes predictable performance in power-constrained environments, with features like to achieve up to 2.5x better for specific tasks compared to x86 equivalents. Security enhancements across both DL and RL Gen12 and Gen11 models include HPE iLO 7 management with secure enclave technology for quantum-resistant operations and Level 3 certification, ensuring protection for hybrid cloud and database use cases. These servers facilitate seamless migration from legacy systems by providing compatible x86 () or ARM () paths, supporting HPC simulations, AI inference, and transactional databases with integrated automation for reduced downtime. Direct liquid cooling in models further enables dense AI deployments, while RL's architecture aids in cost-effective scaling for Unix-like workloads in modern containers.

Scale-Out and High-Density Servers (SL)

The ProLiant SL series represents Hewlett Packard Enterprise's (HPE) scale-out server architecture tailored for hyperscale data centers and cloud-native applications, emphasizing horizontal scaling to handle massive parallelism in processing and (HPC) environments. Introduced in earlier generations like Gen8, these servers utilize 2U or 4U designs that support multiple independent nodes, allowing organizations to deploy clusters efficiently without the overhead of individual units. The SL line has evolved into the HPE Apollo branding while remaining integrated within the broader ProLiant ecosystem, as seen in models like the Apollo 2000 Gen10 Plus, which continues to leverage ProLiant node technologies for enhanced scalability; the SL series, introduced in Gen8, has largely evolved into the HPE Apollo line for current scale-out needs, with the last major updates in Gen10 Plus as of 2025. A key aspect of the architecture is its high-density node clustering, supporting up to eight half-width or four full-width per in systems like the ProLiant s6500, which optimizes for software-defined storage and distributed workloads by minimizing interconnect latency and maximizing compute utilization. This design facilitates rapid scaling for applications requiring vast , such as distributed and . The lineage incorporates advancements for AI training, including higher GPU density configurations compatible with accelerated computing, enabling up to multiple double-wide GPUs per for intensive model training tasks. Notable features include support for direct liquid cooling to manage thermal loads in dense deployments, reducing cooling power by up to 37% compared to air-cooled alternatives, and expansive storage options reaching up to 68 large form factor drives per 4U system in Apollo-derived models, delivering significantly higher density—often exceeding standard DL rack servers by factors that enhance total capacity per rack space. These capabilities make SL-based systems ideal for hyperscale cloud providers and real-time analytics platforms, where efficient resource pooling drives cost savings and performance. HPE's iLO management interface provides centralized oversight for these clusters, simplifying deployment and monitoring across nodes. By 2025, the SL heritage has transitioned into the expanded ProLiant Compute portfolio, extending scale-out principles to edge AI applications for distributed inference and hybrid environments.

Blade and Composability Servers (BL)

The HPE ProLiant BL series represents a line of servers optimized for high-density deployments, where multiple compute nodes share infrastructure resources within modular enclosures to maximize space efficiency and reduce operational costs. These systems are particularly suited for environments requiring scalable processing power, such as virtualized infrastructures and private setups, enabling organizations to consolidate workloads while maintaining flexibility. The BL blades integrate seamlessly into HPE's BladeSystem enclosures, which provide shared power, cooling, and networking to support dense configurations without individual cabling per node. Central to the BL architecture are the c7000 and c3000 enclosures, which house up to 16 half-height or 8 full-height blades in the larger c7000 model, or up to 8 half-height blades in the more compact c3000, facilitating efficient resource pooling for enterprise-scale operations. The BL460c, a flagship half-height blade supporting up to two processor sockets, exemplifies this design, offering robust performance in a compact form factor that plugs directly into these enclosures for rapid deployment. Shared components like redundant power supplies and interconnect fabrics eliminate per-blade redundancy, allowing up to 16 blades per c7000 chassis to operate with consolidated management via the Onboard Administrator. Key features of the BL series include integrated networking and storage connectivity through modular interconnect bays, supporting Ethernet and Fibre Channel fabrics for high-throughput data transfer. HPE Synergy extends this capability into composable infrastructure, where OneView software enables disaggregation of compute, storage, and fabric resources, allowing administrators to dynamically allocate pools of capacity on demand without physical reconfiguration. This software-defined approach supports fluid provisioning for diverse workloads, integrating with HPE GreenLake for as-a-service consumption models that enhance agility in hybrid environments. Innovations in the BL lineage have focused on performance and , evolving from the inaugural ProLiant BL20p introduced in 2003 as HP's entry into high-availability with dual processors and integrated support. Subsequent generations, such as the BL460c Gen10 with up to 3 TB of DDR4 memory and support for Scalable processors, paved the way for Gen12 advancements, including the HPE 480 optimized for workloads with up to 41% better compared to Gen10 equivalents and 65% annual power savings through enhanced cooling options like direct liquid cooling. These updates enable efficient handling of and in virtualized settings, with fabric modules supporting high-speed up to 200 GbE in environments. Use cases for BL servers prominently include virtualized data centers for workload consolidation and private clouds, where shared chassis reduces by up to 50% while supporting software-defined via GreenLake.

Entry-Level and MicroServers

The HPE ProLiant MicroServer Gen11, released in 2023, serves as an ultra-compact server designed for s, small office/home office () environments, and deployments, offering a balance of performance and affordability in a small . It supports E-2400 series processors, with configurations up to an 8-core model, enabling efficient handling of basic workloads while maintaining low power consumption. Memory capacity reaches up to 128 GB of DDR5 via four slots, and storage includes four 3.5-inch large form factor (LFF) bays for / drives, supporting configurations suitable for file storage and light data processing. Key features include optional fanless designs for quiet operation in non-datacenter settings and embedded HPE Integrated Lights-Out (iLO) 6 management for remote monitoring, which shares tools with broader ProLiant lines for simplified administration. Updates to the MicroServer Gen11 enhance its suitability for and edge applications, including compatibility with 2025 for secure, hybrid integration and at the network periphery. These advancements allow deployment in scenarios requiring on-premises processing of or basic inference without relying on centralized infrastructure. Priced starting at approximately $929 for entry configurations, it provides distinct affordability compared to enterprise-grade ProLiant models, targeting users who need reliable compute without high costs. Complementing the MicroServer line, the HPE ProLiant DL20 Gen11 offers an entry-level 1U rack-mount server for slightly more demanding small-scale setups, featuring a single-socket design with E-2400 processors and support for up to 128 GB of DDR5 memory across four slots. Its short-depth (15 inches) facilitates easy installation in compact spaces, with storage capacity exemplified by up to 16 TB using four 2.5-inch (SFF) drives or higher in LFF options. Embedded iLO 6 enables seamless remote management, making it ideal for distributed environments. These entry-level servers excel in use cases such as remote branch offices for file serving, (NAS) solutions, and light tasks, where space constraints and budget limitations are primary concerns. The DL20 Gen11, starting at around $900, further emphasizes cost-effectiveness for deployments needing compatibility without full .

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