## Product Overview for the HPE JL317-61101 Switch 48 Ports Managed The HPE JL317-61101 Altoline 6921 switch is engineered to meet the demands of modern data centers and enterprise environments. Featuring robust Layer 3 capabilities, it delivers high-speed connectivity through a rack-optimized 1U form factor, optimized airflow, and industry-compliant standards for seamless integration and superior scalability. ### Advanced Interface Architecture ? 48 high-speed SFP+ ports supporting 1G/10G Ethernet connections for flexible deployment ? 6 ultra-fast QSFP+ interfaces offering 40 Gigabit uplink capabilities ? Dedicated RJ-45 console and management ports for out-of-band access and administrative control ? USB 2.0 interface included for firmware upgrades or configuration uploads ### Data Processing and Memory Capabilities Designed for efficiency, the switch features powerful internal components that guarantee low latency and optimal performance. ? Powered by an Intel Atom processor running at 2.4 GHz, enabling robust network packet processing ? Equipped with 8 GB DDR3 SDRAM to handle complex routing and switching operations smoothly ? 8 GB of flash memory ensures sufficient storage for configuration and boot files #### Exceptional Switching Performance ? Layer 3 switching with full management features for enterprise-class networking ? Latency as low as 0.6 ?s at 40 Gbps for high-speed data transfers ? Routing/switching fabric capacity of up to 1440 Gbps for high throughput applications ? Forwarding capability of 1 billion packets per second (1 Bpps) ensuring data flows without interruption ### Comprehensive VLAN and Routing Support ? Supports up to 4096 VLANs for segmented and secure network architectures ? IPv4 routing table with a capacity of 64,000 entries enables complex networking environments ? 20,000 IPv6 routing entries for modern dual-stack deployments ? MAC address table size of 320,000 entries supports extensive device connectivity #### Efficient Cooling and Airflow Management Optimized for high-density deployments, this model includes front-to-back airflow for rack compatibility and thermal efficiency. ? Redundant cooling with 5 strategically placed fans ? Air is channeled from front to rear to maintain consistent cooling in rack enclosures ? 12 MB packet buffer reduces packet loss under peak load conditions ### Redundant and Reliable Power Infrastructure ? Dual hot-swappable power supplies for continuous operation without interruption ? Supports 1+1 redundancy ensuring system uptime in case of a power module failure ? Designed to operate at 120/230V AC and 60 Hz for global compatibility ? Maximum power consumption rated at 282 watts during full operation #### Remote Access and Control Options ? Full management through CLI (Command Line Interface), Telnet, and SNMP for flexible administration ? RJ-45 management and console ports enhance out-of-band management capabilities ? Secure remote monitoring and configuration with industry-standard protocols ##### Standard Compliance and Compatibility ? IEEE 802.3z and IEEE 802.3ae compliant for seamless integration with existing infrastructure ? Supports open standards for interoperability across mixed vendor environments ### Ideal for High-Density Enterprise Deployments Engineered with scalability and resilience in mind, the HPE Altoline 6921 is a robust choice for enterprise core and aggregation layers. Whether deploying in a data center or a cloud-scale architecture, this switch provides unmatched performance and modular flexibility with an X86-based ONIE platform for customization and automation. ## High-Performance Networking with HPE JL317-61101 Switch The HPE JL317-61101, part of the Altoline 6921 family, is a powerful 48-port managed switch engineered for data-intensive enterprise and cloud environments. Featuring 48 SFP+ ports and 6 QSFP+ uplinks, this rack-mountable switch offers a versatile and scalable solution for modern networking infrastructures. Designed with front-to-back airflow and AC power compatibility, this switch is ideal for deployments that require optimal cooling efficiency and a compact form factor. ### Core Hardware Specifications of HPE Altoline 6921 JL317-61101 At its core, the JL317-61101 switch is powered by an x86 architecture, offering high-speed processing capabilities for software-defined networking applications. Its robust design and open networking capabilities make it suitable for service providers, enterprises, and data centers needing high port density in a 1U form factor. #### Port Configuration and Bandwidth ? 48x SFP+ ports: Support for 1G and 10G fiber connections, ensuring flexibility for aggregation or access layer needs. ? 6x QSFP+ uplink ports: Supporting 40GbE connections, suitable for core-level backbones or spine-leaf topologies. ? Total throughput: Capable of delivering up to 1.44Tbps switching capacity and over 1Bpps packet forwarding rate. #### Form Factor and Rack Mountability This model is designed for front-to-back airflow and features a 1U rack-mountable form, making it highly compatible with standard server rack infrastructures. Its compact size and efficient airflow allow for optimal cooling and placement in high-density data centers. ### Software and Management Capabilities The HPE Altoline JL317-61101 switch supports ONIE (Open Network Install Environment), allowing administrators to install third-party network operating systems (NOS) such as Cumulus Linux, Pica8, or SONiC. This flexibility enables open networking and customization for specific deployment needs. #### ONIE Bootloader and Open Networking Preloaded with ONIE, the JL317-61101 empowers network engineers to deploy the switch with a choice of NOS. Open networking environments provide better control over system behavior, cost, and vendor lock-in, making the switch a preferred choice for hyperscale and research networks. ##### Third-Party OS Compatibility ? Cumulus Linux: For scalable Layer 2 and Layer 3 data center networking. ? Pica8: Enterprise-focused NOS for advanced programmability and automation. ? SONiC (Software for Open Networking in the Cloud): Ideal for containerized cloud-native applications and DevOps integration. #### Advanced Management Tools The switch is fully manageable via CLI, SNMP, and RESTful APIs, ensuring seamless integration with network orchestration platforms. Support for telemetry and automation allows IT administrators to monitor and configure devices dynamically in real-time. ### Enterprise-Grade Features and Benefits The HPE JL317-61101 Altoline 6921 switch incorporates features that meet the performance, availability, and operational efficiency requirements of enterprise-grade networks. #### Redundancy and High Availability Dual redundant power supplies and fans ensure minimal downtime. The AC power unit with front-to-back airflow helps maintain temperature efficiency across tightly packed racks, reducing cooling costs and increasing hardware lifespan. ##### Hot-Swappable Components ? Power supplies and fans can be swapped without interrupting service. ? Ideal for mission-critical network operations with 24/7 uptime requirements. #### Layer 2 and Layer 3 Switching Full Layer 2 and Layer 3 support enables seamless VLAN segmentation, traffic engineering, and routing. Features include static and dynamic routing (OSPF, BGP), advanced ACLs, QoS, and multicast forwarding for diverse workloads. ### Use Cases Across Industries The JL317-61101 is built for high-throughput environments with stringent uptime and bandwidth requirements. Industries and applications include: #### Cloud Data Centers Its high port density and compatibility with open network operating systems make this switch ideal for cloud-scale data centers. It supports leaf-spine architectures for east-west traffic optimization and enhances data flow in containerized environments. ##### Container and Microservices Architectures The switch supports granular flow control and segmentation, making it suitable for Kubernetes clusters and microservice deployments with high bandwidth needs. #### Telecommunications and Service Providers Telecoms benefit from the JL317-61101's carrier-grade reliability, low-latency switching, and support for MPLS, EVPN, and VXLAN for virtual networking. Its compatibility with SDN frameworks allows for programmable provisioning and traffic steering. #### High-Frequency Trading and Financial Services With ultra-low latency and deterministic packet forwarding, this switch is appropriate for financial networks where every microsecond matters. The high-speed QSFP+ ports deliver non-blocking connectivity between trading applications and servers. ### Performance Metrics and Testing The JL317-61101 switch has undergone rigorous performance testing for enterprise deployment. These include latency benchmarks, I/O throughput, MTBF (Mean Time Between Failures), and energy efficiency ratings. #### Latency and Packet Forwarding Tested latency is typically below 1 microsecond per port under full load. Line-rate packet forwarding ensures minimal jitter and packet loss, making the switch viable for video streaming, conferencing, and VoIP applications. #### Energy Efficiency and Cooling Power-efficient components and directional airflow allow for effective cooling in rack-mounted environments. Power usage effectiveness (PUE) metrics remain low even under peak network load, contributing to green data center initiatives. ### Security Features Security is a cornerstone of the JL317-61101 switch architecture. It includes both hardware and software-level protections to mitigate threats, enforce policies, and maintain integrity. #### Access Control and Authentication ? 802.1X port-based access control ? MAC filtering and static MAC assignments ? RADIUS and TACACS+ integration #### Advanced Network Security Features ? DHCP snooping, ARP inspection, and IP source guard ? DoS protection and control plane policing (CoPP) ? Secure boot and signed firmware updates ### Environmental and Compliance Standards The HPE JL317-61101 switch meets industry environmental and operational compliance standards, ensuring long-term deployment compatibility across global enterprises. #### Certifications and Compliance ? RoHS and WEEE compliance for environmental safety ? UL/IEC/EN safety certifications ? FCC Class A and CE EMC certifications #### Operating Conditions Engineered for data center and edge environments, the switch operates efficiently under a wide range of temperature and humidity levels: ? Operating temperature: 0?C to 45?C ? Relative humidity: 10% to 90%, non-condensing ### Integration with Network Ecosystems JL317-61101 integrates seamlessly into multivendor environments through standard-based protocols and open APIs. Whether deploying in legacy systems or modern SDN/NFV-based ecosystems, the switch is adaptable to a variety of use cases. #### Compatible Platforms and Protocols ? Spanning Tree Protocol (STP/RSTP/MSTP) ? Link Aggregation (LACP) ? IPv4/IPv6 dual stack ? NetFlow/sFlow for traffic analysis ? OpenFlow and Netconf/YANG for SDN integration ### Deployment Scenarios and Topologies The switch supports various deployment topologies and scenarios, from top-of-rack aggregation to core data center switching. Example use cases include: #### Spine-Leaf Architecture By leveraging 48 10G downlink ports and 6 40G uplinks, the JL317-61101 switch enables scalable and symmetrical spine-leaf network configurations. This reduces oversubscription and improves performance in east-west traffic scenarios. #### Campus Core or Aggregation Layer Due to its high port count and management capabilities, this model serves well as an aggregation switch in campus networks, connecting access layer switches and providing uplinks to the core. #### Remote Office and Edge Networks The 1U form factor and AC-powered design allow the JL317-61101 to be deployed in edge environments, remote offices, and research labs requiring high throughput and reliability in a compact footprint. ### Lifecycle Management and Support Hewlett Packard Enterprise offers comprehensive support services for the JL317-61101 switch, including warranty, firmware updates, and technical support for hardware and software integration. #### Warranty and Extended Services ? Limited lifetime warranty with next-business-day hardware replacement ? Optional extended support plans for 24/7 coverage ? Firmware and security patch lifecycle management #### Remote Monitoring and Diagnostics Remote diagnostics and health monitoring tools ensure continuous visibility into switch operations. Integration with tools like HPE Intelligent Management Center (IMC) allows centralized control and automated alerts. ### Summary of Key Advantages ? 48 SFP+ and 6 QSFP+ ports for scalable bandwidth ? Open networking with ONIE for flexible OS deployment ? High-density 1U form factor for space efficiency ? Front-to-back airflow and redundant AC power for reliable operations ? Advanced L2/L3 features and programmable APIs ? Ideal for data centers, cloud networks, and enterprise backbones

## Product Overview for the HPE JL720C Aruba 48-Port Switch ### Port Configuration and Interface Support ? Equipped with 48 multi-speed ports supporting 100M, 1G, and 10GBASE-T Ethernet connections ? Includes 4 uplink ports compatible with 40GbE/100GbE via QSFP+/QSFP28 transceivers ? Smart Rate compatibility enhances performance flexibility for modern network demands ### Power Efficiency and Consumption Details ? Idle power usage maintained at a minimal 120 watts for efficient baseline operations ? Maximum consumption reaches up to 500 watts under full system load ? Designed for energy-conscious environments without compromising throughput ## High-Performance Switching Architecture ### Switch Fabric Throughput ? Total switching capacity peaks at 1.76 terabits per second ? Engineered for ultra-fast data transfers across large-scale enterprise networks ? Reduces latency with a high-throughput non-blocking fabric ### Memory, Storage, and Buffer Capabilities ? Features a 64-bit, 4-core processor clocked at 1.8GHz ? Onboard memory includes 16GB of RAM and 32GB of flash storage ? Packet buffering capacity of 32MB ensures smooth traffic handling under heavy loads ## Advanced Routing and Network Protocol Support ### Layer 3 Routing Technologies ? Supports both IPv4 and IPv6 static routing protocols ? Compatible with RIP v2 and RIPng for dynamic routing ? Implements OSPF and OSPFv3 for scalable internal routing domains ? BGP-4 and Multiprotocol BGP provide support for extensive policy-based routing ? Additional capabilities include PBR, ECMP, GRE tunneling, and MPLS support ## Versatile Management Options ### Administrative Access Interfaces ? Features both RJ-45 serial console and USB-C console ports for local management ? Additional RJ-45 Ethernet management port for out-of-band control ? USB Type-A port supports external device integration for firmware updates or configuration storage ### Ease of Deployment and Accessibility ? Streamlined access with multiple console and remote access interfaces ? Ideal for deployment in varied environments, including core and aggregation layers ## Compact Design and Flexible Installation ### Physical Dimensions ? Compact 1U form factor supports rack-mounted setups ? Available depth varies between 40.6 cm (16.0 in) and 55.9 cm (22.0 in), accommodating different installation needs ? Uniform height and width at 4.40 x 44.2 cm (1.73 x 17.4 in) ### Weight and Build Variants ? Weight ranges from 7.71 kg (17.00 lb) to 10.73 kg (23.65 lb) depending on selected model and build ? Engineered for durability while maintaining ease of handling during installation ## Product Differentiation and Modularity ### System Configuration ? This base unit version is offered without power supplies and cooling fans ? Enables customization based on user-specific infrastructure needs ? Ideal for scalable deployments requiring tailored hardware components #### Deployment Benefits ? Gives organizations the freedom to select power and fan options that suit their cooling and redundancy strategies ? Supports evolving business requirements with modular upgrade paths ##### Use Case Adaptability ? Designed to support data centers, enterprise campuses, and high-density switching applications ? Optimized for reliability, high-speed connectivity, and policy-based traffic control ## HPE JL720C Aruba 48-Port Switch CX 8360-48XT4C V2 Overview The HPE JL720C Aruba 8360-48XT4C V2 is a next-generation, high-performance Layer 3 switch designed to meet the advanced networking needs of modern data centers, enterprise campuses, and edge computing environments. With its 48-port 1G/10GBASE-T configuration and four high-speed 100G QSFP+/QSFP28 uplink ports, this model ensures scalable, high-throughput connectivity with the flexibility to support diverse workloads. As part of the Aruba CX 8360 series, it delivers cutting-edge features for automation, visibility, and analytics, making it ideal for IT professionals seeking robust, secure, and programmable switching solutions. ### Next-Level Performance for Enterprise Networking Engineered for modern enterprise demands, the JL720C offers wire-speed performance across all ports. Its integration of high-bandwidth capabilities and low latency ensures optimal traffic handling in demanding network environments such as cloud-scale data centers, large corporate offices, and core network applications. The Aruba CX 8360 series is also designed to minimize downtime and improve availability with advanced redundancy and power failover features. #### Scalable 48-Port 1G/10GBASE-T Architecture The 48 RJ45 ports support both 1G and 10G Ethernet, making the JL720C highly flexible for varying network speeds and legacy device compatibility. This dual-rate support enables phased upgrades, allowing organizations to transition from 1GbE to 10GbE without replacing existing cabling or reengineering network layouts. The high port density on a 1U chassis optimizes rack space usage while delivering maximum link efficiency. #### High-Speed Uplinks with 100G QSFP+/QSFP28 In addition to the access layer, the JL720C Aruba switch includes four QSFP+/QSFP28 uplink ports, each capable of handling up to 100Gbps. These uplinks provide robust aggregation and backbone connectivity, allowing seamless integration with core routers or aggregation switches. These ports also support 40G modes, offering additional flexibility for legacy connections and step-by-step bandwidth upgrades. ### Advanced Aruba Network Operating System (AOS-CX) One of the defining attributes of the JL720C is its deployment of Aruba's AOS-CX, a cloud-native operating system that simplifies network operations and enhances programmability. AOS-CX delivers a fully distributed architecture that enables always-on availability, dynamic traffic handling, and intelligent analytics. #### Built-In Network Analytics Engine (NAE) Aruba?s NAE is integrated directly into the hardware and provides real-time and historical network insights. It automates problem detection and root cause analysis, significantly reducing Mean Time to Resolution (MTTR). This is particularly important in large-scale environments where quick diagnostics are critical to maintaining operational continuity. ##### Event-Based Telemetry Event-driven telemetry offers real-time visibility into network health by exporting data on demand. It leverages open standards such as gRPC and REST APIs, ensuring compatibility with leading network monitoring platforms. ##### Network Programmability Aruba?s API-first architecture allows network administrators to create custom automation workflows, integrate with third-party orchestration tools, and deploy Zero-Touch Provisioning (ZTP) at scale. This programmatic interface drastically reduces manual tasks and configuration errors. ### Deployment Use Cases and Application Scenarios The JL720C switch is versatile and fits seamlessly into a range of networking topologies. Whether used as a top-of-rack switch in data centers or a core switch in enterprise branch offices, it supports reliable, scalable deployment patterns. #### Top-of-Rack (ToR) in Data Centers In data center environments, the JL720C acts as a powerful ToR switch. With high-density 10GBASE-T downlinks and 100G uplinks, it can connect to server nodes while aggregating traffic to core switches with minimal latency. Its redundant power and fan designs enhance resilience, which is crucial for data center uptime. #### Aggregation Layer in Large Campuses Large enterprise campuses benefit from the JL720C?s capabilities at the aggregation layer. Its Layer 3 switching capabilities support routing protocols such as OSPF, BGP, and EVPN-VXLAN, allowing for complex, segmented network designs with multi-tenant support. #### Edge Computing Environments Edge computing scenarios often require rapid processing, low latency, and robust connectivity. The JL720C's rich telemetry, fast forwarding engines, and deep buffer capacity make it an ideal solution for distributed edge deployments requiring intelligent traffic handling and high-speed interconnects. ### Security Features for Modern Network Protection Security is an integral part of the JL720C?s design. With role-based access controls, 802.1X authentication, MACsec encryption, and dynamic segmentation, the switch ensures enterprise-grade security for sensitive data and mission-critical applications. #### MACsec Encryption Support IEEE 802.1AE MACsec encryption ensures secure communication between network devices at Layer 2. It provides line-rate encryption and integrity for data in motion, protecting against man-in-the-middle attacks and interception in shared environments. #### Dynamic Segmentation with Aruba ClearPass When integrated with Aruba ClearPass Policy Manager, the JL720C supports dynamic segmentation by enforcing policies at the edge. This allows administrators to create user- and device-based microsegmentation rules without changing VLAN or subnet configurations manually. ### Reliability and High Availability Downtime is not an option in critical environments, and the JL720C ensures high availability through redundant power supplies, hot-swappable fans, and support for Virtual Switching Extensions (VSX). These features eliminate single points of failure and enable seamless failover. #### Redundant Components Dual, hot-swappable power supplies and fans allow maintenance and replacement without interrupting switch operations. This modular hardware architecture ensures continued uptime even during component servicing. #### VSX and Multichassis Link Aggregation VSX technology enables high availability through active-active Layer 2 and Layer 3 resiliency without requiring complex protocols like Spanning Tree. Paired with Multichassis LAG (MC-LAG), the JL720C supports link redundancy with seamless traffic failover. ### Power Efficiency and Environmental Sustainability Power efficiency is a key concern for enterprise IT departments. The JL720C switch is Energy Efficient Ethernet (EEE) compliant and optimized for low power draw across all operational states. Smart fan speed control and intelligent port management reduce unnecessary energy consumption. #### Energy Efficient Ethernet Compliance The switch supports IEEE 802.3az, which reduces power consumption during idle periods. This standard significantly lowers operational costs while supporting green data center initiatives. #### Smart Cooling and Thermal Optimization Intelligent airflow and smart fan modules adjust cooling dynamically based on internal temperature readings, further optimizing power usage while extending hardware longevity. ### Physical and Technical Specifications Understanding the physical and technical specifications of the JL720C is crucial for deployment planning. Below is a comprehensive list of the hardware details and capabilities. #### Form Factor and Dimensions The JL720C is a 1U rack-mountable switch that fits standard 19-inch racks. Its compact form factor optimizes data center space while maintaining robust port density and airflow. #### Ports and Interfaces ? 48 x 1G/10GBASE-T Ethernet ports (RJ-45) ? 4 x 100G QSFP+/QSFP28 uplinks ? 1 x RJ-45 serial console port ? 1 x USB Type-A port for external storage and configuration ? Management and out-of-band interfaces #### Performance Metrics ? Switching capacity: 2.8 Tbps ? Forwarding rate: 2,083 Mpps ? Latency: Sub-microsecond ? MAC address table: 128K entries ? Packet buffer memory: 32 MB ### Integration with Aruba?s Cloud-Native Ecosystem The JL720C integrates seamlessly with Aruba Central, Aruba?s cloud-based management platform. Through Aruba Central, administrators gain a unified dashboard to manage wired, wireless, and WAN infrastructure with AI-powered insights. #### Cloud-Based Configuration and Monitoring Aruba Central provides zero-touch provisioning, real-time monitoring, firmware management, and AI-driven analytics across the entire Aruba network ecosystem. This is particularly valuable for distributed IT teams managing multiple remote locations. #### Artificial Intelligence for IT Operations (AIOps) Aruba Central's AIOps functionality detects anomalies, identifies trends, and recommends optimizations based on telemetry collected from JL720C switches and other network elements. This AI-driven approach reduces time to insight and enhances user experiences. ### Licensing and Software Options The JL720C supports flexible licensing models including perpetual and subscription-based options. Licensing covers advanced features such as Dynamic Segmentation, Enhanced Routing (e.g., BGP, EVPN), and centralized management. #### Base License Features Out of the box, the switch includes essential Layer 2 and Layer 3 features, including VLANs, static routing, ACLs, and QoS. These are sufficient for many campus and SMB deployments. #### Advanced Feature Licenses For more complex networks, optional software licenses enable capabilities such as BGP routing, EVPN-VXLAN support, advanced telemetry, and VSX high-availability. These licenses future-proof your network for scale and complexity. ### Why Choose the HPE JL720C Aruba 8360-48XT4C V2 Switch? The HPE JL720C is an ideal solution for organizations that demand performance, flexibility, and operational simplicity. Its combination of high-speed ports, cloud-native OS, rich telemetry, robust security, and seamless integration with Aruba?s network ecosystem makes it a compelling choice for both greenfield and brownfield deployments. Whether you're building a high-speed access network, upgrading your aggregation layer, or designing a new data center fabric, the JL720C offers the tools, intelligence, and resilience you need to meet current and future demands.

## Product Overview for the HPE JL722-61201 Aruba 24 Port Switch ### Advanced Switching Capabilities for Next-Level Connectivity ? Outfitted with 24 high-speed 10 Gigabit SFP/SFP+ slots for dense aggregation needs ? Includes dual 100G QSFP+/QSFP28 uplinks, boosting backbone performance ? Engineered to handle modern data center workloads with low-latency switching ? Seamless scalability with support for both current and future bandwidth demands ### Precision Hardware Engineering ? Compact rack-mount form factor fits seamlessly into enterprise and colocation environments ? Rugged design with a chassis measuring just 1.7 inches in height and 17.4 inches in width ? Weighs approximately 17.80 pounds, balancing sturdiness with manageable deployment ? Supports surface mounting for flexible integration in various IT infrastructures #### Optimized Port Density for High-Traffic Workloads ? Provides a total of 24 expansion-ready 10G SFP/SFP+ ports ? Ideal for server aggregation, high-speed campus cores, or edge deployments ? Built for environments requiring large-scale, multi-gigabit throughput #### Robust Uplink Capabilities ? Equipped with 2x QSFP28 ports, supporting 100G Ethernet connections ? Reduces bottlenecks by delivering ultra-fast inter-switch communication ? Future-proofs your network infrastructure with next-generation link capacity ### Model and Series Identification ? Part Number: JL722-61201 ? ensuring accuracy for ordering and configuration ? Product Series: CX 8360v2, tailored for intelligent Layer 3 switching environments ? Model Identifier: 8360-24XF2C ? optimized for performance and modular scalability ? Product Classification: High-performance enterprise-grade Ethernet Switch #### Manufacturer Excellence ? Backed by Hewlett Packard Enterprise's industry leadership in network solutions ? Integrated with Aruba?s cloud-native CX switching architecture ? Delivers automated insights and enhanced operational visibility for IT teams ##### Physical Form & Deployment Versatility ? Streamlined design allows deployment in both modern and legacy rack systems ? Lightweight enough for solo installation but rugged for demanding use cases ? Surface-mount compatibility extends installation flexibility ##### Technology Stack ? 10 Gigabit Ethernet backbone connectivity for modern enterprise networks ? Support for expansion modules tailored to evolving infrastructure demands ? Compatible with Aruba Network Analytics Engine (NAE) for AI-driven operations ### Ideal Use Cases ? Mid-to-large data centers requiring dense 10G aggregation ? Campus core networks seeking low-latency and high-throughput switching ? Edge computing locations needing resilient, scalable switch infrastructure #### Key Benefits Recap ? Delivers a total of 26 high-speed ports (24 x 10G, 2 x 100G) ? Supports future upgrades with modular expansion architecture ? Energy-efficient and performance-optimized for 24/7 operations ? Backed by HPE?s reliability and the Aruba switching ecosystem ## Enterprise Networking Redefined with the HPE JL722-61201 Aruba 8360-24XF2C V2 Switch The HPE JL722-61201 Aruba 24 Port Switch CX 8360-24XF2C V2 is engineered for high-density enterprise environments, offering advanced Layer 3 switching, seamless cloud integration, and robust performance under demanding workloads. This category focuses on enterprise-grade switches with high throughput, advanced management capabilities, and modular scalability. ### Core Architecture of the Aruba 8360-24XF2C V2 At the heart of the Aruba 8360-24XF2C V2 lies a flexible, high-performance design built for core, aggregation, and top-of-rack deployments. This switch is part of the Aruba CX 8360 Series, which addresses evolving data center and campus network needs with cloud-native principles and dynamic network telemetry. #### Advanced ASIC Design for Performance and Efficiency The JL722-61201 switch incorporates Aruba?s latest ASIC (Application-Specific Integrated Circuit) technology, optimizing packet processing and latency reduction. This hardware is ideal for enterprises looking for deterministic performance and efficient packet forwarding across hybrid environments. ##### Energy-Efficient Switching Designed with power efficiency in mind, the Aruba 8360-24XF2C V2 reduces operational costs through smart fan control and energy-efficient transceiver support. This makes it a practical solution for businesses seeking a balance between performance and sustainability. #### Cloud-Native Operating System: Aruba AOS-CX The switch runs on Aruba?s AOS-CX, a modern, modular OS engineered to provide consistency across the access, aggregation, and core layers of the network. AOS-CX enables fine-grained control, programmability, and automated troubleshooting to reduce network downtime and manual configurations. ##### Programmability via REST APIs and Python For network engineers and developers, Aruba AOS-CX supports full programmability through REST APIs and Python scripting. This ensures rapid deployment and customized automation across infrastructure stacks without needing proprietary software interfaces. ## Key Port Configuration and Connectivity Capabilities The Aruba JL722-61201 features a versatile port mix, ideal for high-throughput aggregation or backbone setups. It includes: ? 24 x 10G SFP/SFP+ ports for dense server and storage connectivity ? 2 x 100G QSFP+/QSFP28 uplink ports for high-capacity data backhaul ### Optimized for Dense 10G Deployments The 24-port SFP/SFP+ interface enables extensive 10G connectivity, making it suitable for virtualization clusters, storage area networks (SANs), and multi-tenant enterprise environments. These ports support a wide range of optical and copper transceivers, ensuring deployment flexibility. #### Dual 100G QSFP+/QSFP28 Ports The dual 100G uplinks offer high-capacity links for uplink aggregation, data center interconnects (DCI), or core-to-core redundancy. These ports support 40G and 100G transceivers and breakout cables, ensuring adaptability across legacy and modern infrastructures. ##### Breakout Support for Enhanced Versatility Using breakout cables, the 100G ports can be configured to support 4x25G or 4x10G links, depending on transceiver compatibility. This makes the Aruba 8360-24XF2C V2 suitable for hybrid environments that demand both modern and backward-compatible connectivity. ## Layer 3 Switching and Advanced Routing Capabilities As a Layer 3 switch, the Aruba 8360-24XF2C V2 integrates robust routing protocols that support dynamic network environments, enabling real-time route optimization, policy enforcement, and load balancing. ### Dynamic Routing Protocol Support This switch supports a wide array of Layer 3 protocols, including: ? OSPFv2 and OSPFv3 for interior routing ? BGP for inter-domain routing and WAN edge deployments ? IS-IS for flexible path computation in complex topologies ? IPv6 routing for future-proofed deployments #### Virtual Routing and Forwarding (VRF) VRF instances allow multiple virtual routing tables on a single switch, enabling multi-tenant architectures and departmental isolation. This makes the JL722-61201 ideal for service providers and large enterprises with segmented infrastructure needs. ##### Policy-Based Routing (PBR) With PBR, traffic can be directed based on source, destination, or service criteria rather than just destination IP. This ensures precise traffic engineering and enhances application performance. ## High Availability and Resilient Design Aruba 8360-24XF2C V2 supports redundancy and high availability features to minimize downtime and ensure uninterrupted service delivery across mission-critical operations. ### Redundant Power Supply Units and Fans Hot-swappable dual PSUs and fans ensure continued operation in case of hardware failure. Load sharing capabilities reduce stress on individual components and extend lifecycle longevity. #### VSX (Virtual Switching Extension) VSX enables high availability without traditional chassis-based limitations. It allows two switches to operate as one logical switch while maintaining control plane independence, ensuring zero-downtime upgrades and active-active architecture. ##### Live Software Upgrades (ISSU) With ISSU, firmware and OS updates can be applied without rebooting the switch or impacting live traffic, reducing planned downtime and operational disruptions. ## Security and Access Control Features The JL722-61201 Aruba CX switch comes equipped with a range of security features to protect enterprise networks against internal and external threats. ### Role-Based Access Control (RBAC) RBAC allows administrators to assign granular permissions based on user roles. This ensures secure network operation and minimizes the risk of unauthorized changes to configurations. #### 802.1X Port-Based Authentication Enforcing 802.1X authentication at the port level helps secure endpoints before they can access network resources. Integration with RADIUS servers enables centralized policy enforcement. ##### Dynamic Segmentation with ClearPass Integration When integrated with Aruba ClearPass, the switch can dynamically assign VLANs and security policies based on user identity, device type, and location?enabling context-aware security segmentation. ## Telemetry, Analytics, and Automation The Aruba 8360-24XF2C V2 offers deep visibility into network performance through real-time telemetry and analytics, promoting proactive troubleshooting and automated optimization. ### Network Analytics Engine (NAE) NAE provides continuous monitoring, event correlation, and real-time alerting. Its customizable scripts and dashboards empower administrators to detect anomalies before they impact services. #### Integrated Time-Series Database Time-series data storage on the switch enables historical trend analysis without requiring external monitoring tools. This is critical for capacity planning, SLA enforcement, and root cause analysis. ##### Automation with NetEdit and Aruba Central NetEdit enables centralized configuration validation, change tracking, and compliance checks, while Aruba Central provides cloud-based visibility and orchestration across distributed sites. ## Deployment Scenarios and Use Cases This switch is well-suited for several enterprise deployment scenarios, including: ### Data Center Top-of-Rack (ToR) Its compact form factor, dense 10G/100G interfaces, and high resiliency make it ideal for top-of-rack deployments in data centers, ensuring ultra-low latency interconnects between servers and storage. #### Aggregation Layer in Campus Networks In large campus environments, this switch serves as an aggregation point for multiple access switches, centralizing traffic routing, policy enforcement, and monitoring. ##### Hybrid Cloud Gateway Its high-speed uplinks and programmable interface make it suitable for environments transitioning to hybrid cloud infrastructures, ensuring seamless cloud connectivity and service integration. ## Modularity, Licensing, and Future Expansion Unlike fixed-configuration switches, the JL722-61201 supports future expansion through modular licensing and software-defined networking features. ### Flexible Licensing Options Aruba offers flexible consumption models with perpetual, subscription, and cloud-based licensing. Advanced features such as BGP, VSX, and NAE are included with the base license, streamlining deployment. #### Support for Aruba Fabric Composer Fabric Composer automates provisioning and fabric orchestration across multi-vendor environments. It simplifies setup and reduces the complexity of managing leaf-spine topologies. ##### Lifecycle Investment Protection The modular architecture and software-defined capabilities ensure that investments in the Aruba 8360-24XF2C V2 remain relevant as standards and business needs evolve. ## Competitive Advantages Over Peer Switches Compared to other switches in its class, the Aruba JL722-61201 stands out due to its robust software features, modern OS, and extensive integration ecosystem. ### Edge-to-Cloud Security and Automation Unlike traditional enterprise switches, Aruba integrates tightly with edge and cloud platforms, offering policy-based access control and identity-aware networking across all touchpoints. #### Operational Simplicity with AI-Driven Insights Aruba?s AI-driven diagnostics and suggestions significantly reduce mean time to resolution (MTTR) for network issues. These capabilities are natively built into the switch?s software stack. ##### Interoperability with HPE GreenLake The switch seamlessly connects with HPE?s GreenLake platform, enabling consumption-based networking, analytics-driven infrastructure, and cloud-native management from edge to core. ## Environmental and Physical Specifications The JL722-61201 switch complies with modern environmental and hardware standards, ensuring safe, reliable operation across various installation environments. ### Compact 1U Form Factor Designed for rack-based deployments, the switch fits into a 1U rack space, optimizing physical footprint while providing enterprise-grade performance. #### Thermal and Acoustic Specifications Intelligent fan controls adapt to environmental changes to maintain ideal temperatures while minimizing noise ? an important consideration in open office or edge deployments. ##### Compliance and Certifications The switch meets a variety of certifications, including RoHS, FCC, CE, and ENERGY STAR, indicating its readiness for global deployment and sustainability adherence.