HPE FlexNetwork 7500 Ethernet Switch

HPESKU: 4288888

Price:
Sale price$29,617.62

Description

HPE FlexNetwork 7500 Ethernet Switch

The HPE FlexNetwork 7500 Ethernet Switch stands as a cornerstone in modern enterprise networks, delivering versatility, high performance, and modular scalability for evolving IT needs. Designed to serve across the enterprise LAN core, aggregation layer, and wiring closet edge, this switch combines 40GbE connectivity with a flexible architecture that supports a wide range of services—from high-density data center interconnects to campus networks. Its modular chassis, hot-swappable components, and robust reliability are tailored for organizations pursuing digital transformation, multimedia workloads, and secure, policy-driven networking. Whether you are consolidating data center interconnects, expanding a regional campus, or deploying tiered networking in a multi-site environment, the HPE FlexNetwork 7500 provides the resilience and performance required to deliver predictable, low-latency results.

  • Unmatched scalability and modular architecture: The HPE FlexNetwork 7500 is built around a modular chassis that scales with your network. Add high-density line cards, supervisor modules, and fabric interconnects as traffic grows or as your services evolve. This modularity enables in-place upgrades and feature expansions without ripping out the core, protecting your investment and reducing both downtime and total cost of ownership. The architecture supports seamless tiered networking, allowing you to consolidate core, distribution, and edge roles within a single, extensible platform.
  • 40GbE connectivity and high-performance forwarding: Deliver wire-speed performance with 40GbE uplinks that accelerate bandwidth-intensive applications, real-time collaboration, and virtualization workloads. The switch is engineered for low latency and predictable performance, ensuring quality of service (QoS) for voice, video, and data without congestion. With robust traffic engineering and scalable virtualization, you can create resilient, multi-tenant networks that satisfy modern IT demands while maintaining stringent service-level agreements.
  • Integrated services and security: The FlexNetwork 7500 brings a comprehensive feature set designed for enterprise-grade security and policy enforcement. Built-in VLANs, ACLs, QoS, and scalable routing capabilities enable precise traffic segmentation and secure access control. This integration supports dynamic service delivery—from secure campus networks to data center fabrics—without sacrificing performance. Advanced security features help defend against layer-2 through layer-3 threats, while flexible policy frameworks simplify compliance across departments and sites.
  • Reliability and operational simplicity: Engineered for mission-critical environments, the 7500 offers redundant, hot-swappable components—such as power supplies and cooling fans—plus robust fault containment to minimize downtime. The design emphasizes energy efficiency and simplified operations, including features like streamlined firmware updates and centralized management, so IT teams can deploy, monitor, and maintain the network with reduced effort and risk.
  • Ecosystem, management, and future-readiness: As part of the HPE FlexNetwork family, the 7500 integrates with a broad ecosystem of networking products and management tools. Centralized control through familiar CLI and GUI interfaces, along with standard management protocols, enables seamless automation, monitoring, and integration with existing IT workflows. Its compatibility with evolving software-defined networking (SDN) strategies ensures providers can adapt to new requirements, from virtualization to cloud-centric architectures, without sacrificing performance or reliability.

Technical Details of HPE FlexNetwork 7500 Ethernet Switch

  • Modular architecture: A scalable chassis design with hot-swappable line cards, supervisor modules, power supplies, and cooling components that enable on-site upgrades and maintenance without network disruption.
  • Port and fabric flexibility: High-density port options and fabric interconnects support diverse deployment models, from core aggregation to edge distribution, enabling flexible topology design and future growth.
  • 40GbE connectivity: 40GbE uplinks and inter-switch links provide ample bandwidth for data-intensive workloads, large-scale virtualization, and multi-site collaboration, while maintaining low latency across the network fabric.
  • High availability: Built with redundancy in mind, including redundant power and cooling options, to maximize uptime in mission-critical environments and minimize maintenance windows.
  • Advanced services: Comprehensive L2/L3 feature set with QoS, VLANs, ACLs, and routing capabilities to support complex enterprise networks, security segmentation, and scalable policy enforcement.
  • Management and automation: Supports standard management interfaces and automation tools to streamline configuration, monitoring, and provisioning across multi-site deployments.
  • Energy efficiency and reliability: Designed for efficient power usage and thermal performance, helping reduce operating costs while maintaining reliable performance under load.
  • Security features: Built-in security controls and policy enforcement to protect user access, control traffic, and safeguard sensitive data across campus and data center environments.

How to install HPE FlexNetwork 7500 Ethernet Switch

  • Plan your topology and verify compatibility with your existing data center or campus network. Confirm rack space, power availability, and cooling capacity before installation to ensure smooth deployment.
  • Physically install the modular chassis in a secure equipment rack. Ensure proper grounding, stable mounting, and unobstructed ventilation to maintain optimal cooling performance.
  • Insert required line cards, supervisor modules, and power supplies. Connect redundant power and verify that fans are functioning. Power up the unit and perform initial self-check diagnostics to confirm hardware health.
  • Connect management interfaces and initial network access. Configure the out-of-band management IP, admin credentials, and secure access methods. Update the firmware to the latest recommended version for security and stability.
  • Configure core settings and policy frameworks. Establish VLANs, access controls, QoS policies, routing protocols, and redundancy options. Validate uplink connections to other switches and ensure end-to-end connectivity with baseline tests and telemetry enabled.
  • Implement monitoring and management integration. Integrate with your network monitoring system, set up SNMP traps or streaming telemetry, and verify alerting thresholds to stay ahead of potential issues.

Frequently asked questions

  • What is the primary use case for the HPE FlexNetwork 7500 Ethernet Switch? It is designed for versatile enterprise networks, serving as a modular solution for LAN core, aggregation, and edge deployments, delivering high-performance 40GbE connectivity and scalable services.
  • Why choose a modular switch? A modular design provides in-place scalability, easier maintenance, and reduced downtime by enabling hot-swappable components and flexible topology without replacing the entire switch.
  • What kind of networks benefit most from this switch? Large multi-site campuses, data centers, and enterprises pursuing hybrid cloud adoption, virtualization, or high-bandwidth applications such as video conferencing and large file transfers.
  • Does it support security and policy features? Yes, it includes advanced security features, VLAN segmentation, access controls, and QoS policies to enforce secure, reliable traffic handling.
  • What management options are available? The switch supports standard CLI and GUI management interfaces, along with common network management protocols for integration with existing monitoring and automation tooling.
  • How does 40GbE connectivity benefit my network? 40GbE uplinks provide the bandwidth needed for bandwidth-intensive workloads, reducing bottlenecks between core and distribution layers and enabling fast, consistent user experiences.

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