## Product Overview of the HPE JL717C Aruba 32 Port Switch Network Switch The HPE JL717C Aruba 8360-32Y4C V2 is a cutting-edge switch solution designed for high-speed, low-latency networking environments. Built for data centers and modern enterprise infrastructures, it delivers robust performance through its 32-port 25G SFP/SFP+/SFP28 and 4-port 100G QSFP+/QSFP28 configuration. ### Performance and Efficiency Highlights ? Optimized 25 Gigabit SFP interface ports for maximum throughput and flexibility. ? Equipped with four 100 Gigabit QSFP28 uplinks to ensure high-bandwidth backbone connectivity. ? Advanced architecture delivers minimal packet loss and ultra-low latency. ? Ideal for server aggregation, top-of-rack deployments, and cloud infrastructure cores. ### Port Configuration and Interface Capabilities #### Versatile Connectivity Options Supporting multiple speed tiers, the Aruba JL717C V2 adapts easily to evolving network demands. Its port variety is crafted to offer flexibility: ? 32x SFP-based ports capable of 10G, 25G speeds (SFP+/SFP28 supported). ? 4x QSFP ports supporting 40G and 100G, ensuring scalable high-speed data transfers. #### Smart Port Utilization Dynamic port group configurations let IT administrators fine-tune link aggregation, support diverse workloads, and ensure redundancy through intelligent link failover mechanisms. ### Technical Profile: JL717C Aruba 8360-32Y4C V2 Switch #### Manufacturer Details ? Brand: Hewlett Packard Enterprise (HPE) ? Product Line: Aruba 8360 V2 Series ? Model Number: JL717C ? Category: High-speed modular Layer 3 managed switch ### Use Case Scenarios for Enterprise Deployment #### Data Center Infrastructure Designed to serve as the backbone of virtualized environments, the Aruba JL717C excels in data-intensive setups like: ? Private cloud clusters and hyper-converged infrastructures ? Core and distribution layers of enterprise networks ? Latency-sensitive applications such as video streaming, virtualization, and AI/ML workflows #### Campus and Aggregation Layer Powerful enough for use in larger campus cores and aggregation layers, providing high-availability, redundancy, and unmatched performance metrics. ### Security and Reliability Framework #### Built-In Security Measures ? Access control lists (ACLs) for granular policy enforcement ? 802.1X network access control for device and user authentication ? Secure boot and digitally signed firmware to prevent unauthorized modifications #### High-Availability and Redundancy ? Hot-swappable power supplies and fans ? Redundant components for mission-critical uptime ? Advanced failover protocols including VRRP and ECMP ### Management and Automation Features #### Simplified Network Control ? Integrated with Aruba Central for cloud-based orchestration ? RESTful APIs for seamless automation and programmable network operations ? Support for NetEdit and CLI for real-time, policy-driven configuration changes #### Telemetry and Analytics Enhanced network visibility through built-in telemetry, providing continuous data flow insights and performance diagnostics in real time. ### Energy Efficiency and Environmental Considerations ? Optimized airflow design to reduce cooling requirements ? Energy-efficient transceivers supported ? Low power draw under full operational load ### Hardware Expansion and Compatibility #### Modular Build and Upgrade Potential ? Supports a variety of Aruba transceivers and DAC cables ? Compatible with rack-mount environments and standardized enclosures ? Expandable via stacking and uplink modules for future-ready scaling ### Maintenance and Support Infrastructure #### Lifecycle Services and Warranty ? Backed by HPE?s comprehensive limited warranty and global support network ? Access to firmware updates and security patches for lifecycle continuity ? Optional extended services for mission-critical deployments ## HPE JL717C Aruba 8360-32Y4C V2 Switch Overview The HPE JL717C Aruba 8360-32Y4C V2 switch is a high-performance data center and enterprise edge switch built to deliver scalable, high-speed connectivity. With 32 ports of 25G SFP/SFP+/SFP28 and four 100G QSFP+/QSFP28 ports, this model is part of Aruba's 8360 series ? a solution designed for top-of-rack and leaf-spine deployments in modern network infrastructures. Its advanced feature set supports secure, programmable, and resilient networking, ideal for both enterprise cores and aggregation layers. ### Port Configuration and Network Interface Options The JL717C Aruba 8360-32Y4C V2 switch is equipped with: ? 32 x 25G SFP/SFP+/SFP28 ports ? 4 x 100G QSFP+/QSFP28 ports This extensive interface configuration allows flexible support for a wide range of fiber and copper transceivers, enabling high-speed uplinks and interconnectivity with various networking tiers. Whether used in aggregation layers or as a part of a leaf-spine architecture, the JL717C ensures minimal latency and maximum throughput. #### SFP28 Compatibility The switch?s SFP28 ports support backward compatibility with SFP and SFP+ transceivers. This allows seamless integration with existing network environments while preparing for future upgrades to higher speeds without significant re-cabling. #### QSFP28 High-Speed Uplinks The 100G QSFP28 ports can be used for uplinks to the core network or for spine switch connections in a leaf-spine architecture. These ports support breakout configurations, allowing four 25G links per port when used with the appropriate breakout cables. ## Aruba 8360 Series Architecture The Aruba 8360 series is engineered for cloud-native networking. It supports Aruba?s NAE (Network Analytics Engine), which offers real-time visibility into network behavior. The JL717C model benefits from this programmable architecture, facilitating AI-based analytics and automation across complex network topologies. ### Modern Leaf-Spine Design Support The JL717C switch is ideal for building modern leaf-spine data center architectures. This model supports east-west traffic flows with ultra-low latency, making it suitable for data-intensive applications such as virtualization, machine learning, and containerized workloads. #### Redundant and Scalable Network Topology With its high-density 25G ports and multiple 100G uplinks, this switch fits perfectly in a scalable topology. Redundancy is achieved through link aggregation and multi-chassis link aggregation (MC-LAG), ensuring network uptime and resiliency. #### Data Center Interconnect (DCI) The high-speed uplinks make the JL717C suitable for DCI use cases. It can bridge multiple data centers with secure and fast connections, delivering seamless operations across geographically distributed facilities. ## Performance and Throughput The HPE JL717C Aruba 8360-32Y4C V2 delivers line-rate Layer 2 and Layer 3 switching with ultra-low latency. This switch supports an impressive switching capacity and packet-forwarding rate, essential for high-demand enterprise and cloud workloads. ### Switching Capacity and Forwarding Rate ? Total switching capacity: 2.4 Tbps ? Forwarding rate: Over 1,785 Mpps (million packets per second) This level of performance ensures that the switch can handle massive traffic volumes with zero packet loss, ideal for high-throughput environments such as video streaming platforms, cloud services, and database clusters. #### Hardware Acceleration The Aruba 8360 switch architecture includes hardware-based packet forwarding engines that support deterministic and fast routing decisions. This results in consistent performance, even under high traffic loads. #### Deep Packet Buffers Large packet buffers are included to minimize packet loss during traffic spikes, ensuring smooth delivery of data across applications that rely on real-time communication, such as VoIP and video conferencing. ## Security and Network Control Security is a cornerstone of the Aruba 8360 series. The JL717C switch incorporates comprehensive security controls at both the hardware and software levels, making it ideal for enterprise and cloud environments with stringent compliance requirements. ### Dynamic Segmentation and Policy Enforcement Using Aruba?s ClearPass Policy Manager, the JL717C supports dynamic segmentation. This feature isolates traffic at the switch level based on role or device type, significantly improving network security and reducing attack surfaces. #### MACsec Encryption Support The switch supports IEEE 802.1AE MACsec, enabling end-to-end encryption at the link layer. This is critical for securing traffic between switches in the data center and for regulatory compliance in industries like finance and healthcare. #### Role-Based Access Control (RBAC) RBAC ensures that users and devices receive network access appropriate to their role. This minimizes the risk of insider threats and enhances overall access governance across the infrastructure. ## Management and Automation The JL717C Aruba switch includes a suite of tools to automate and simplify management, reducing administrative overhead while enhancing visibility and control. ### ArubaOS-CX Operating System Running on the robust ArubaOS-CX, the switch offers a modular, microservices-based OS designed for resiliency and continuous availability. Features include: ? REST APIs for programmable network configurations ? Python scripting and CLI support ? Real-time event logging and telemetry #### Network Analytics Engine (NAE) NAE helps administrators identify and resolve network issues proactively by monitoring network health and application performance in real-time. Automated alerts and suggested remediation actions are available based on AI/ML-driven insights. #### Integration with Aruba Central Through Aruba Central, cloud-based management enables centralized monitoring, configuration, and troubleshooting. Aruba Central also allows zero-touch provisioning for faster deployments at scale. ## Energy Efficiency and Environmental Considerations The JL717C switch is designed for energy efficiency. It offers intelligent power management features and operates within a low thermal design power (TDP) range, making it ideal for high-density data centers that prioritize sustainability. ### Variable-Speed Fans and Smart Cooling The switch uses variable-speed fans and front-to-back airflow for optimal cooling efficiency. This reduces power usage and contributes to the lower overall operating cost. #### Compliance and Certifications This model meets global environmental certifications such as RoHS, WEEE, and ENERGY STAR? equivalents, underlining Aruba?s commitment to sustainable product design and manufacturing. ## Deployment Scenarios and Use Cases The HPE JL717C Aruba 8360-32Y4C V2 switch is a versatile solution suited to multiple enterprise and service provider scenarios. From data center top-of-rack to high-density aggregation roles, its deployment options are broad and powerful. ### Enterprise Campus Core In enterprise campus networks, the JL717C can serve as a resilient and scalable core switch. Its Layer 3 capabilities allow dynamic routing, multicast, and VLAN segmentation, supporting complex and diverse enterprise traffic types. #### Distributed Offices and Remote Sites Using Aruba Central?s cloud-managed capabilities, this switch can also be deployed in distributed branch locations, ensuring uniform policy enforcement and performance across all sites. ### High-Density Virtualization Environments With 25G downlinks and 100G uplinks, the JL717C is ideal for virtualized environments where large volumes of east-west traffic occur between virtual machines, containers, and applications hosted on blade servers and hyper-converged infrastructure. #### Service Provider Edge Routing Service providers can use this model at the metro or edge routing layer due to its high port density and support for features like MPLS, BGP, and EVPN VXLAN. It integrates well into service delivery platforms that require ultra-low latency and high reliability. ## Software Features and Licensing The switch includes a rich feature set as part of the base operating system. However, optional advanced features can be unlocked via software licenses, providing flexibility and scalability for growing businesses. ### Included Features ? Layer 2 switching with VLANs, STP, LLDP ? Layer 3 routing including OSPF, BGP, static routes ? VXLAN and EVPN support ? Advanced QoS and traffic shaping #### Optional Feature Licenses Additional features such as enhanced security (including MACsec), extended routing protocols, or specific telemetry enhancements may require license activation. This modular licensing model ensures users only pay for the features they need. ## Summary of Key Specifications ? Model Number: JL717C ? Series: Aruba 8360 ? Port Configuration: 32 x 25G SFP/SFP+/SFP28, 4 x 100G QSFP+/QSFP28 ? Switching Capacity: 2.4 Tbps ? Forwarding Rate: 1,785 Mpps ? Operating System: ArubaOS-CX ? MACsec Encryption: Supported ? Airflow: Front-to-back ? Management: CLI, REST API, Aruba Central ### Market Positioning The HPE JL717C Aruba 8360-32Y4C V2 is strategically positioned for organizations seeking a future-proof, high-performance switch with comprehensive automation, robust security, and seamless integration into cloud-native environments. Its combination of flexibility, speed, and reliability makes it a competitive option for modern enterprises and data centers.

## HPE R3B02-63001 SN2700M 32 Ports 100GbE 32QSFP28 ONIE DC Switch ### High-Performance Networking for Modern Data Centers The HPE R3B02-63001 SN2700M M-series Ethernet switch is engineered for contemporary server and storage networks, supporting a wide range of speeds including 10, 25, 40, 50, and 100 Gbps. Designed for predictable throughput with zero packet loss, it ensures seamless data transfer across all ports and frame sizes. This switch combines enterprise-grade performance with cost-effective efficiency, offering a strong return on investment while maintaining easy management and deployment. #### Key Benefits and Capabilities ? Reliable High-Speed Connectivity: Achieve consistent wire-rate performance without packet loss, critical for applications sensitive to data loss. ? Future-Proof Architecture: Supports current 10 Gbps networks via breakout cables while being ready to scale to 25, 50, and 100 Gbps. ? Low Latency: Ultra-low port-to-port latency of under 300ns optimizes flash storage performance and accelerates software-defined and cloud data center traffic. ? Flexible Port Configuration: Options range from 64 ports at 10?50 Gbps to 32 ports at 40 or 100 Gbps, simplifying aggregation scaling and reducing total cost of ownership. ? Robust Management: Supports CLI, GUI, and advanced toolsets for intuitive configuration, monitoring, and fabric management. ### Optimized for Enterprise Storage and High-Demand Workloads HPE R3B02-63001 SN2700M switches excel in environments requiring fast, fair, and low-latency connectivity. Ideal for storage networks, hyper-converged infrastructures, financial services, and media & entertainment sectors, they deliver stable performance even under mixed traffic loads and diverse port speeds. #### Advanced Performance Features ? Wire-Rate Forwarding: Guarantees 100% capacity throughput across 32 ports at 100 Gbps concurrently without packet loss. ? ECMP and Load Balancing: Equal-cost multi-path routing ensures efficient distribution of workloads in aggregation layers. ? Lossless Fabric: Supports mission-critical storage and high-performance computing applications by avoiding head-of-line blocking. ? Bandwidth Capacity: Internal switching fabric provides sufficient capacity for simultaneous 100 Gbps traffic on all ports. ### Flexible Deployment and Scalability The HPE R3B02-63001 SN2700M series is designed to grow with your network needs. Its modular port configurations allow scaling from small-scale 10 Gbps environments to full 100 Gbps topologies, providing flexibility and efficiency in network expansion. #### Deployment Advantages ? Support for breakout cables to extend existing 10 Gbps infrastructure. ? Seamless upgrades to 25, 50, and 100 Gbps speeds without requiring full network redesign. ? Reduces total cost of ownership by optimizing aggregation layer switch deployment. ? Ensures predictable, high-speed performance under heavy mixed workloads. ##### Enhanced Storage Performance By providing ultra-low latency and lossless fabric features, the HPE SN2700M switch maximizes flash storage efficiency and guarantees smooth, high-speed data delivery even during peak traffic periods. ##### Scalable and Future-Ready Networking This switch empowers IT teams to expand network infrastructure gradually, adapting to growing demands without large-scale replacements. Flexible port speeds, high bandwidth capacity, and advanced routing protocols ensure long-term investment protection. ## HPE R3B02-63001 SN2700M Overview The HPE R3B02-63001 SN2700M is a high-performance data center switch designed to meet the demanding needs of modern enterprise and cloud networks. Featuring 32 QSFP28 ports capable of delivering 100GbE connectivity, this switch ensures ultra-low latency, high throughput, and exceptional reliability for critical networking applications. Engineered for efficiency and scalability, the SN2700M provides advanced features that support dynamic workloads, making it ideal for data centers, high-performance computing (HPC), and large-scale enterprise deployments. Its modular design allows seamless integration with existing infrastructure while offering the flexibility to grow with evolving network requirements. ## Key Features of the SN2700M 32-Port Switch ### High-Speed 100GbE Connectivity The SN2700M features 32 QSFP28 ports that support 100 Gigabit Ethernet, enabling rapid data transfer across high-bandwidth applications. Each port is optimized for low-latency switching, making it suitable for real-time applications such as virtualization, video streaming, and HPC workloads. ? 32 QSFP28 ports with 100GbE bandwidth ? Supports breakout configurations for 25GbE and 10GbE connections ? Low-latency performance for demanding applications ? Optimized for both spine and leaf network architectures ### ONIE-Enabled for Flexible Network Deployment With the Open Network Install Environment (ONIE), the SN2700M supports easy installation of a variety of network operating systems. This flexibility allows network administrators to choose the OS that best fits their requirements, including HPE?s own network OS or third-party solutions for greater customization and control. ? Supports ONIE for simplified network OS installation ? Compatibility with multiple Linux-based network OS distributions ? Enables a disaggregated networking approach for scalability ### Power to Connector Airflow Design The SN2700M is engineered with a power-to-connector airflow architecture that optimizes cooling efficiency within data center environments. This design ensures that hot air is effectively expelled, reducing thermal stress and enhancing the longevity of the switch. ? Front-to-back airflow design for rack-optimized cooling ? Efficient heat dissipation to maintain optimal operating temperatures ? Supports high-density deployments without compromising performance ## Performance and Scalability ### Low-Latency Switching Latency is critical in high-speed networking environments. The SN2700M provides ultra-low latency switching, ensuring rapid packet forwarding and minimal delay, even under heavy traffic conditions. This capability is essential for real-time applications, financial trading platforms, and large-scale cloud deployments. ### Advanced Scalability Features Designed for growing networks, the SN2700M offers extensive scalability options. Its modular ports and high-density design allow for seamless expansion as network traffic and organizational demands increase. ? Scalable architecture to accommodate expanding data center networks ? Support for link aggregation and port channeling for redundancy ? High bandwidth density per rack unit to optimize space utilization ## Network Security and Reliability ### Enhanced Security Capabilities Security is a top priority in enterprise networking. The SN2700M integrates multiple security features to safeguard sensitive data and prevent unauthorized access. From advanced access control lists (ACLs) to hardware-based protection mechanisms, this switch ensures that critical traffic remains secure. ? Advanced ACLs to control and filter traffic ? Secure management protocols including SSH and SNMPv3 ? Hardware-assisted protection against DDoS attacks ### High Availability and Redundancy The SN2700M is built for mission-critical applications that require high availability. Redundant power supplies, hot-swappable fans, and failover mechanisms ensure uninterrupted operation, minimizing downtime and maximizing network reliability. ? Dual hot-swappable power supplies for continuous operation ? Redundant cooling fans to maintain optimal temperatures ? Support for link failover and network resiliency protocols ## Advanced Networking Features ### Comprehensive Layer 2 and Layer 3 Capabilities The SN2700M supports a wide range of Layer 2 and Layer 3 networking protocols, enabling sophisticated network segmentation, routing, and traffic management. This versatility allows organizations to deploy complex network topologies without compromising performance. ? VLAN segmentation for enhanced network organization ? Static and dynamic routing protocols including OSPF and BGP ? Support for MPLS and VXLAN overlays for cloud-ready networks ### Quality of Service (QoS) and Traffic Management Maintaining optimal performance for mission-critical applications requires intelligent traffic management. The SN2700M provides advanced QoS features that prioritize latency-sensitive traffic, ensuring consistent performance across all applications. ? Traffic prioritization based on application or user-defined rules ? Rate limiting and congestion management for efficient bandwidth utilization ? Deep packet inspection for intelligent traffic shaping ## Deployment and Integration ### Data Center Integration The SN2700M is ideal for both greenfield and brownfield data center deployments. Its compact form factor, combined with high port density, allows it to fit seamlessly into existing racks, providing high-speed interconnectivity across servers, storage systems, and other networking equipment. ? 1RU form factor with 32 QSFP28 ports ? Optimized for spine-leaf architecture in modern data centers ? Supports dense cabling and flexible network topologies ### Compatibility with HPE Ecosystem As part of the HPE networking portfolio, the SN2700M integrates seamlessly with other HPE products, including servers, storage, and management tools. This interoperability simplifies network management and enhances overall operational efficiency. ? Full compatibility with HPE Intelligent Management Center (IMC) ? Supports HPE OneView integration for simplified monitoring ? Works seamlessly with HPE ProLiant servers and HPE storage solutions #### Software and Management Options The SN2700M supports multiple management interfaces, including web-based GUI, CLI, and SNMP. This flexibility ensures that administrators can choose the most suitable management approach for their environment, whether it?s on-premises, remote, or automated network orchestration. ? Web-based GUI for intuitive configuration ? CLI access for advanced network scripting ? SNMP support for centralized monitoring and alerts ##### Energy Efficiency and Sustainability Data center energy efficiency is a crucial consideration for modern IT infrastructure. The SN2700M is designed to minimize power consumption without sacrificing performance, contributing to lower operational costs and reduced environmental impact. ? Power-to-connector airflow reduces cooling energy requirements ? Energy-efficient components for reduced electricity usage ? Compliance with environmental standards for sustainable operations ## Applications and Use Cases ### High-Performance Computing (HPC) The SN2700M?s low-latency, high-bandwidth design makes it ideal for HPC environments where rapid data transfer is critical. Applications in scientific research, simulation, and financial modeling benefit from the switch?s advanced capabilities. ### Cloud and Virtualized Environments Cloud service providers and enterprises leveraging virtualization can take advantage of the SN2700M?s scalability and ONIE flexibility. Its ability to integrate multiple network OS solutions allows for customized, agile cloud deployments. ### Enterprise Data Centers For large enterprises, the SN2700M delivers reliable connectivity, security, and high performance. It supports mission-critical applications, including database management, video conferencing, and enterprise resource planning (ERP) systems.