Is there a need to modernize your storage network? The all-flash data center and emerging NVMe storage requires a modern storage network that can keep up with pace of innovation seen with compute and storage resources. The HPE B-series SN6650B Fibre Channel Switch is a high-port density building block with 128 Fibre Channel ports that provides the tools to help optimize NVMe storage and automate SAN management tasks. It provides 32Gb SAN connectivity with up to 4 Tbps of total system bandwidth for data center consolidation, capable of supporting the most demanding all-flash workloads. New automation capabilities enable DevOps resources to automate operations to increase productivity with simple and open automation through open APIs and the Ansible automation engine. The HPE B-series SN6650B Fibre Channel Switch enables new insight into NVMe storage fabrics with modern I/O traffic visibility and VM-level granularity to validate and fine-tune performance for better efficiency.
Are you looking to modernize your storage-networking infrastructure to efficiently meet the dynamic and growing demands of your business?
With more reliable data access and procedures to reduce human error, the HPE SAN Director Switch portfolio delivers a powerful Fibre Channel (FC) and multiprotocol switching infrastructure that can massively scale in a smaller footprint and unleash the full performance of flash and emerging NVMe-based storage.
It provides a mission-critical, scalable, and high-performance foundation for enterprise data centers with private and hybrid-cloud deployments and highly virtualized environments. The HPE SAN Director Switch portfolio contains the HPE B-series SN8700B 64Gb FC Switch and HPE B-series SN8600B 32Gb FC Switch. The HPE SAN Director is offered in 8-slot and 4-slot chassis providing up to 384 64Gb/s ports or up to 512 32Gb/s with up to 32 QSFP based ICLs equivalent to 128 FC ports.
Are you struggling to meet the I/O demands of hyperscale virtualization, cloud, or growing flash-based SANs?
HPE B-series SN3600B Fibre Channel Switch provides Gen6 32 Gb Fibre Channel (FC) in an ultra-dense 1U format from 8-ports up to 24-ports, and is affordable for limited budgets. It can replace three generations of FC with its backward compatibility with 4, 8, and 16 Gb FC for your investment protection. Designed to build a flash-ready infrastructure, it specifically adapts to business application needs. Applications requiring more throughput and lower latency can take advantage of NVMe over FC ready support as well. SAN simplicity is achieved with a simple 3-step install process and SAN deployments with HPE 3PAR all-flash storage are automated using HPE Smart SAN for HPE 3PAR software. Data reliability is enhanced with forward error correction (FEC) by automatically detecting and recovering bit error along with HPE Power Pack+ software, which maintains efficient SAN-health.
Are you struggling to meet the I/O demands of hyper-scale virtualization, large cloud infrastructures, and growing, flash-based storage environments?
The HPE B-series SN6700B Fibre Channel Switch is a high-performance, ultra-dense, highly scalable, and easy-to-use enterprise-class storage networking switch delivering Gen7 Fibre Channel (FC) capabilities. It is designed to support data growth, demanding workloads, and data center consolidation in small to large scale enterprise infrastructures. Delivering 64Gb performance, customized high port density, and integrated network sensors, it accelerates data access, adapts to evolving requirements, and drives 24x7 businesses. It can scale from 24 to 56 SFP+ ports, all in an efficient 1U package. In addition, a simplified deployment process and a point-and-click user interface make the HPE B-series SN6700B Fibre Channel Switch easy to use.
Are you looking to modernize your storage network?
Today’s mission-critical storage environments require greater consistency, predictability, and performance to keep pace with growing business demands. Faced with explosive data growth, data centers need more I/O capacity to accommodate the massive amounts of data, applications, and workloads.
The HPE C-series SN8700C Fibre Channel Director Switch is a director-class SAN switch designed for deployment in small to medium-sized storage networks to support enterprise clouds and business transformation. It layers a comprehensive set of intelligent features onto a high-performance, protocol-independent switch fabric.
The HPE SN8700C Director Switch enables enterprise clouds, transforms large storage networks, lowers operating costs, and deploys Fibre Channel, IBM Fibre Connectivity (FICON), and Fibre Channel (FC) over Ethernet (FCoE) on a single fabric.
Today’s IT organizations are under pressure to keep pace with the growing avalanche of data traffic between data centers and the changes driven by virtualized application workloads. Faced with this challenge, coupled with rising Service Level Agreement (SLA) requirements and recovery expectations, enterprise data centers need their disaster recovery plans to enable fast, continuous, and easy access to mission-critical data from anywhere in the world.
The HPE B-series SN4000B SAN Extension Switch with Brocade Fabric Vision technology delivers unprecedented performance, continuous availability, and simplified management to handle the unrelenting growth of data traffic between data centers.
The HPE SN4000B is a purpose-built data center extension solution that maximizes performance and scalability for large, complex environments, allowing IT organizations to future-proof their storage extension infrastructure by adding more throughput capacity as their needs grow.
HPE M-series SN3700M switches are ideal for modern server and storage networks. Supporting up to 200 GbE, it delivers predictable performance and zero packet loss at line-rate across all ports and packet sizes. Enhanced for storage combined with efficient design, it provides enterprise-level performance with attractive economics and outstanding return on investment. Networks built on the HPE M-series SN3700M are fast, reliable, and scalable while also being affordable and easy to manage. They support primary and secondary storage, providing consistently fair, fast, low-latency connectivity even under heavy workloads or a mix of different port speeds. This makes them ideal for storage, hyperconverged, financial services, and media and entertainment deployments.
HPE M-series SN4600M Switches are ideal for modern server and storage networks. It delivers predictable performance and zero packet loss at line-rate across all ports and packet sizes. Enhanced for storage combined with efficient design, it provides enterprise-level performance with attractive economics and outstanding return on investment. Networks built on the HPE M-series SN4600M are fast, reliable, and scalable while also being affordable and easy to manage. They support primary and secondary storage, providing consistently fair, fast, low-latency connectivity even under heavy workloads or a mix of different port speeds. This makes them ideal for storage, hyper converged, financial services, and media and entertainment deployments.
How can you provide fast, reliable, and cost-effective connectivity in the data center with predictable performance and investment protection?
HPE M-series SN2010M Ethernet Switch is ideal for modern server and storage networks. Supporting port speeds of 1, 10, 25, 40, 50, and 100 GbE, they deliver predictable performance and zero packet loss at line-rate. Its unique port counts and half-width form factor allows up to two HPE SN2010M Switch units to be deployed side-by-side for increased density and high-availability in a single rack unit making it the perfect top-of-rack (ToR) switch. Storage-specific features combined with an efficient design provides enterprise-level performance with attractive economics and outstanding ROI. Networks built on Hewlett Packard Enterprise M-series switches are fast, reliable, and scalable while also being affordable. This makes these switches ideal for storage, hyperconverged, financial services, Big Data, and media and entertainment deployments.
