870826-001 HPE Synergy 5330C 32GB 2-Port HBA

HPE 870826-001 32GB 2-Port HBA

The HPE 870826-001 Synergy 5330C PCIe Fibre Channel Host Bus Adapter is engineered to deliver exceptional connectivity and performance for enterprise environments. Designed with dual-port capability and advanced PCI-Express 3.0 x8 interface, it ensures seamless data transfer and reliable networking for mission-critical workloads.

Product Information

• Brand Name: HPE
• Part Number: 870826-001
• Product Type: Fibre Channel Host Bus Adapter

Extended Information

• Data Throughput: 32GB high-speed transmission
• Connectivity: Dual-port design
• Interface: PCIe 3.0 x8 bus architecture
• Energy Efficiency: Consumes less than 12W of power

HPE 870826-001 32GB 2-Port 5330C Overview

The HPE 870826-001 32GB 2-Port Synergy 5330C PCI-Express Fibre Channel Host Bus Adapter belongs to a specialized category of enterprise-grade storage connectivity solutions designed to meet the performance, scalability, and reliability requirements of modern data centers. This category encompasses Fibre Channel host bus adapters optimized for blade and composable infrastructure platforms, particularly HPE Synergy, where compute, storage, and fabric resources are dynamically composed to support diverse workloads. Devices in this category are engineered to deliver consistent, low-latency connectivity between servers and storage area networks, ensuring that mission-critical applications maintain optimal throughput and availability under demanding workloads. HPE Synergy 5330c 32gb Fibre Channel Host Bus Adapter (HBA) Connects HPE Synergy Compute Resource Pools To Sans Over 32 Gb Native Fc Fabrics. It Provides Both High-performance And Network Efficiency. High Performance Is Achieved Through Low Latency Connectivity To HPE Synergy Virtual Connect Fc Modules And Brocade Fc Switch Modules While Network Efficiency Is Achieved Through The HPE Synergy Composer Automatically Coordinating Proper Firmware And Driver Including Staging Updates To Execute And Avoid Workload Disruption. The defining characteristic of this category is its focus on next-generation Fibre Channel technology, specifically 32Gb Fibre Channel, which offers significant performance improvements over previous generations. By leveraging advanced PCI-Express interfaces and dual-port architectures, adapters in this class provide high bandwidth density, redundancy, and flexibility within compact form factors. These capabilities make them suitable for enterprises deploying virtualization, containerized applications, high-performance computing, and large-scale databases that require predictable storage access patterns and minimal latency.

Enterprise-Class

Adapters within this category are built around enterprise-class chipsets that integrate tightly with PCI-Express (PCIe) bus architectures, enabling high-speed data transfer between the host system and the Fibre Channel fabric. The PCIe interface serves as the backbone for data movement, allowing the adapter to exploit the full bandwidth potential of modern server platforms. This integration ensures that the storage connectivity layer does not become a bottleneck, even as server processors, memory subsystems, and storage arrays continue to evolve in performance.

Dual-Port Design

A key feature across this category is the dual-port architecture, which provides two independent Fibre Channel connections within a single adapter. This design supports multiple use cases, including path redundancy for high availability, load balancing for increased throughput, and multi-fabric connectivity for enhanced resilience. Each port operates independently, allowing system administrators to configure active-active or active-passive paths based on their storage network architecture and availability requirements.

32Gb Fibre Channel Technology

This category is defined by its adoption of 32Gb Fibre Channel technology, which represents a significant advancement over earlier generations such as 8Gb and 16Gb Fibre Channel. The increased bandwidth provided by 32Gb connections enables higher data transfer rates, reduced latency, and improved efficiency in handling concurrent workloads. For enterprises managing large datasets, transactional systems, and real-time analytics, these performance improvements translate into faster application response times and improved user experiences.

Low Latency

One of the defining attributes of Fibre Channel technology, and a core value proposition of this category, is its ability to deliver low latency and deterministic performance. Unlike Ethernet-based storage protocols that may be subject to congestion and variable latency, Fibre Channel provides a dedicated, lossless transport designed specifically for storage traffic. This ensures predictable performance, even under heavy workloads, which is critical for latency-sensitive applications such as transactional databases, virtual desktop infrastructure, and real-time analytics platforms. Adapters in this category are optimized at both the hardware and firmware levels to minimize processing overhead and reduce data path latency. Advanced queue management, efficient interrupt handling, and offloading of protocol processing to the adapter hardware contribute to consistent, high-performance operation. These design considerations enable servers to achieve maximum I/O performance while minimizing CPU utilization, thereby improving overall system efficiency.

Compatibility

Adapters in this category are designed to support a broad range of storage protocols and features, including N_Port ID Virtualization (NPIV), virtual Fibre Channel (vFC), and advanced zoning and security mechanisms. These capabilities enable flexible, secure, and efficient storage network configurations that can adapt to evolving organizational needs.

Integration

A defining aspect of this category is its tight integration with HPE Synergy composable infrastructure platforms. HPE Synergy is designed to provide a unified, software-defined approach to managing compute, storage, and networking resources, enabling rapid provisioning, dynamic scaling, and automated lifecycle management. Adapters in this category are engineered specifically to align with this architecture, ensuring seamless interoperability and optimized performance within Synergy environments.

Advanced Error

Adapters in this category incorporate sophisticated error handling mechanisms that detect and correct transmission errors, link anomalies, and protocol violations. By monitoring link health and performance metrics in real time, these adapters can identify emerging issues and trigger alerts or corrective actions before they impact application performance.

Alignment

The category’s future-ready design is aligned with industry roadmaps for Fibre Channel, PCI-Express, and storage networking standards. By adhering to emerging specifications and participating in standards development, these adapters ensure compatibility with future generations of storage arrays, switches, and management platforms.

Data Protection

Security is an increasingly critical aspect of storage connectivity, and this category places strong emphasis on protecting data in transit, enforcing access controls, and supporting secure multi-tenant environments. Adapters in this class incorporate a range of security features designed to safeguard sensitive data and ensure compliance with regulatory requirements.

Data Integrity

Data integrity is a core requirement of storage connectivity, and adapters in this category incorporate mechanisms to ensure that data transmitted over the Fibre Channel fabric is accurate, complete, and free from corruption. These mechanisms include error detection and correction, frame validation, and link integrity monitoring.

Use Cases

The category encompassing the HPE 870826-001 32GB 2-Port Synergy 5330C PCI-Express Fibre Channel Host Bus Adapter is widely applicable across a range of industries. From enterprise data centers to cloud service providers and high-performance computing environments, these adapters provide the storage connectivity foundation required to support diverse workloads and operational requirements.

Data Centers

In enterprise data centers, these adapters support mission-critical applications that require high availability, predictable performance, and robust data protection. Examples include financial systems, healthcare records, telecommunications platforms, and manufacturing control systems, where downtime or data loss can have significant operational and regulatory consequences.

High-Performance

High-performance computing and data-intensive workloads place extreme demands on storage connectivity, requiring high bandwidth, low latency, and consistent performance across large clusters. Adapters in this category are well-suited to these environments, providing the performance characteristics necessary to support scientific simulations, data analytics, machine learning, and other compute-intensive applications.