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691368-B22 HPE BLc VC FlexFabric-20/40 F8 TAA Module
£379.87£455.84 Incl. VAT
## HPE 691368-B22 BLc VC FlexFabric-20/40 F8 TAA Module Overview The HPE 691368-B22 FlexFabric module is a powerful and efficient connectivity solution designed for the HPE BladeSystem c-Class environment. This advanced Virtual Connect (VC) technology helps streamline network and storage traffic by merging them into a unified fabric. It is optimized for enterprises looking for flexibility, high throughput, and simplified management. Its architecture supports multiple speeds and protocols, making it highly adaptable to modern data center requirements. ### Main Technical Highlights ? Form Factor: BLc half-height interconnect bay module for HPE BladeSystem c-Class. ? Function: Virtual Connect FlexFabric 20/40 F8 technology. ? Connectivity: Eight server downlinks and eight uplink ports supporting QSFP+ or SFP+ modules. ? Speed Support: Compatible with 40GbE, 20GbE, 10GbE, 1GbE, and Fibre Channel 16/8/4/2Gb. ? TAA Compliance: Fully meets U.S. Trade Agreements Act requirements. ? Virtualization: Provides vNICs and vHBAs for stateless computing and smooth profile mobility. ### Flexible Connectivity Options This FlexFabric module supports both Ethernet and Fibre Channel protocols, ensuring versatile deployment across various workloads. With the ability to utilize QSFP+ for 40Gb uplinks or SFP+ for 20Gb connections, organizations can easily adapt to evolving bandwidth needs without hardware overhauls. #### Supported Network Protocols ? Ethernet: 40GbE, 20GbE, 10GbE, 1GbE ? Fibre Channel: 16Gb, 8Gb, 4Gb, 2Gb ? Converged traffic handling with simultaneous storage and data workloads #### Uplink Versatility With eight flexible uplink ports, IT administrators can customize their connectivity for redundancy, high performance, or cost optimization. This scalability makes the HPE 691368-B22 suitable for both small-scale and enterprise-grade environments. ### Advanced Virtualization Capabilities One of the most valuable aspects of the HPE 691368-B22 module is its ability to virtualize network and storage adapters. This means a single physical adapter on a server blade can be partitioned into multiple vNICs and vHBAs. Such virtualization improves resource utilization, simplifies provisioning, and supports stateless computing models. #### Benefits of vNICs and vHBAs ? Improved workload isolation and network segmentation ? Enhanced scalability with multiple logical interfaces per physical port ? Simplified server profile migration across hardware platforms ? Reduced cabling and infrastructure complexity ### Management and Operational Efficiency The HPE 691368-B22 FlexFabric-20/40 F8 Module significantly reduces networking complexity in a blade environment. IT teams can configure and manage virtual networks centrally, cutting down on repetitive tasks and deployment times. #### Key Management Advantages ? Centralized control through HPE Virtual Connect Manager ? Faster provisioning of servers and workloads ? Seamless firmware updates and compatibility assurance ? Supports automated workload mobility ##### Stateless Computing Advantages Stateless computing provided by this module allows administrators to detach server identities from the physical hardware. This leads to quick disaster recovery, simplified replacement of failed hardware, and improved agility in large-scale operations. ### Compliance and Reliability Being TAA compliant, the HPE 691368-B22 meets U.S. government procurement standards, making it a trusted solution for public sector deployments. Its engineering ensures enterprise-grade reliability and long-term operational stability. #### Enterprise-Class Benefits ? Optimized for high-density blade environments ? Future-ready design supporting current and next-gen workloads ? Proven compatibility with HPE BladeSystem infrastructure ? Compliance with global and government regulations ## HPE 691368-B22 BLc VC FlexFabric-20/40 F8 TAA Module The HPE 691368-B22 BLc VC FlexFabric-20/40 F8 TAA Module is engineered to simplify and accelerate networking for HPE BladeSystem c-Class environments by consolidating LAN and SAN traffic, reducing top-of-rack switch sprawl, and streamlining server-to-network provisioning. As part of the HPE Virtual Connect family, this FlexFabric module delivers flexible 10GbE server downlinks and high-bandwidth 20/40Gb uplinks, while offering Trade Agreements Act (TAA) compliance for public sector and regulated buyers. It enables administrators to carve multiple logical connections from a single physical link, present clean Ethernet and storage interfaces to servers, and manage connectivity profiles at the enclosure level rather than at every external switch, significantly reducing complexity and ongoing operational costs. Designed for converged infrastructure, the FlexFabric-20/40 F8 integrates Ethernet, iSCSI, and FCoE capabilities, making it easier to support diverse workloads?virtualization clusters, hybrid cloud platforms, VDI, container orchestration, and tiered storage. With Virtual Connect Manager and profile-based networking, you can assign MAC addresses, WWNs, VLANs, and SAN fabrics to server bays dynamically, enabling rapid repurposing of compute capacity without re-cabling or touching upstream networks. The result is a cleaner architecture that accelerates provisioning, maintains policy consistency, and supports high availability through link aggregation and multi-module redundancy. ### Position in the HPE Networking and Blade Ecosystem Within the HPE portfolio, the 691368-B22 module sits at the intersection of server, storage, and network infrastructure. It is embedded in the HPE BladeSystem c-Class enclosure and interacts with on-blade adapters (LOMs and mezzanines) to abstract connectivity. Instead of wiring each server directly to separate LAN and SAN switches, the FlexFabric module aggregates internal server connections and presents a unified, simplified set of uplinks to the broader data center network. This central abstraction layer supports: ? LAN convergence with VLAN tagging, LACP, and QoS enforcement. ? Storage convergence via iSCSI and FCoE options to existing SAN fabrics. ? Profile mobility so workloads can move without reconfiguring upstream switches. ? TAA compliance to meet procurement rules in government and public sector deployments. #### When to Choose the FlexFabric-20/40 F8 TAA Module Organizations standardizing on HPE BladeSystem that want to collapse multiple networks, reduce cables, and simplify change management gain immediate value. It is particularly compelling for buyers who need a verified TAA-compliant supply chain, who operate mixed Ethernet and storage traffic, or who want to minimize external switch counts in edge or core racks. ## Core Capabilities and Advantages The 691368-B22 module is designed to be feature-rich yet operationally simple. Core capabilities revolve around bandwidth flexibility, protocol convergence, and profile-driven automation. ### Flexible 10GbE Downlinks with Multi-Function Personality Downlinks from the FlexFabric-20/40 F8 to server blades are typically 10GbE connections that can be partitioned into FlexNICs and FlexHBAs. This approach lets administrators assign independent bandwidth caps and priorities per logical function?separating, for example, VM traffic, vMotion/live migration, backup, management, and storage flows?without requiring additional physical adapters or cabling. #### Benefits of FlexNIC and FlexHBA Partitioning ? Granular control over bandwidth per traffic class to protect latency-sensitive workloads. ? Reduced adapters in each server while still meeting multi-network needs. ? Easier scale across large blade farms with consistent templates. ### High-Bandwidth 20/40Gb Uplinks with Breakout Options On the uplink side, the module supports 40Gb capabilities (commonly via QSFP+ form factor) and 10Gb options (often via SFP+). QSFP+ can be broken out into four lanes of 10Gb for flexible topologies. This lets operators choose whether to build a few fat uplinks to core aggregation or many smaller 10Gb links to ToR/End-of-Row switches, striking the right balance between throughput, redundancy, and cabling simplicity. #### Uplink Aggregation and Resiliency ? LACP for link aggregation to upstream switches. ? Active/standby uplink groups for simplified failover behavior. ? Multi-module redundancy inside the enclosure for path resiliency. ### Converged Protocols: Ethernet, iSCSI, and FCoE Built for convergence, the FlexFabric-20/40 F8 presents standard Ethernet to LAN domains and supports iSCSI and FCoE for storage. This allows organizations to leverage existing SAN investments while streamlining wiring. iSCSI provides IP-based storage flexibility, while FCoE bridges Fibre Channel semantics over Ethernet for integration with FC fabrics through appropriate upstream gateways or native support. #### Implications for Storage Design ? Use iSCSI for scale-out storage and IP-native arrays. ? Adopt FCoE to unify SAN/Ethernet where FC remains standard. ? Mix and match per workload with profile-driven assignments. ### TAA Compliance for Public Sector Procurement TAA (Trade Agreements Act) compliance indicates that the product meets sourcing and manufacturing requirements for government procurement. The 691368-B22 TAA variant is intended for agencies and contractors obligated to procure compliant hardware, simplifying acquisition cycles and audit trails. ## Architecture and Operational Model The module functions as a Virtual Connect interconnect, abstracting the internal blade fabric from external switches. Administrators manage server-facing identities and network mapping within the Virtual Connect Manager (VCM) or centrally via HPE OneView, while keeping external network configurations relatively static. ### Separation of Internal and External Domains Virtual Connect decouples server identity from physical location. This separation enables workload mobility and consistent policy adherence without altering upstream networks. The module is effectively a boundary where internal server profiles meet external VLAN/SAN topology. #### Key Elements of the Model ? Server profiles define MACs, WWNs, NIC/HBA mappings, VLANs, and bandwidth controls. ? Network sets bundle VLANs into reusable, standardized groups. ? Uplink sets map internal networks to physical uplink ports for resilience and scale. ? Role-based access allows secure delegation of admin tasks. ##### Advantages of the Boundary Abstraction ? Upstream network remains stable despite server churn. ? Fewer external switch ports and cables to manage. ? Rapid reprovisioning through profile assignment instead of rewiring. ### Integration with HPE OneView and Automation When used with HPE OneView, the FlexFabric-20/40 F8 becomes part of a software-defined lifecycle. Templates control enclosure, interconnect, and server profile configuration. Infrastructure-as-code practices emerge naturally, with repeatable patterns for VLAN sets, SAN fabrics, and QoS policies applied across multiple enclosures. #### Template and Policy-Driven Consistency ? Define once, stamp many times across pods or sites. ? Automate safe changes via change windows and audit trails. ? Coordinate server, storage, and network teams via shared models. ## Connectivity and Port Topologies The 691368-B22 FlexFabric-20/40 F8 supports a mix of high-speed uplink options and dense server downlinks within the c-Class enclosure. The ?F8? designation is associated with eight high-speed uplink-capable positions, designed to maximize enclosure-to-network throughput while limiting cabling. ### Downlink Connectivity to Blade Servers Each blade slot connects internally to the interconnect bay via the midplane. With appropriate LOM or mezzanine adapters, servers obtain 10GbE links that can be virtualized into multiple FlexNICs and FlexHBAs. These links are configured in profiles and can be adjusted without downtime in many cases, enabling bandwidth reallocation as workloads evolve. #### Optimizing Downlink Allocation ? Assign dedicated FlexNICs for management, VM data, backup, and vMotion/live migration. ? Use FlexHBAs for iSCSI or FCoE paths to storage with multipathing. ? Apply minimum/maximum bandwidth reservations to protect critical traffic. ### Uplink Options and Cabling Strategy Common uplink strategies include deploying QSFP+ ports for 40Gb trunks toward aggregation layers or using SFP+ ports for 10Gb links to top-of-rack switches. QSFP+ breakouts can feed multiple 10Gb endpoints from a single 40Gb port for efficient fan-out, while LACP provides both increased throughput and link-level fault tolerance. #### Design Patterns for Redundancy ? Dual-module pairs inside the enclosure for path redundancy to each server. ? Multi-uplink groups forming LAGs to upstream switches. ? Active/standby groups for simple failover where LACP is not preferred. ## Network Services, VLANs, and QoS The module provides a policy-centric approach to delivering network services to blades. VLAN tagging separates tenant or application networks, while QoS and bandwidth controls ensure fair resource distribution across shared physical links. ### VLAN Tagging and Network Sets Administrators define networks with specific VLAN IDs and combine them into network sets for easy reuse. Server profiles then attach to these sets, automatically inheriting VLAN availability. This scales well in multi-tenant environments and large virtualization clusters where dozens or hundreds of VLANs are common. #### Operational Advantages ? Reduced manual mapping mistakes. ? Streamlined onboarding for new servers and tenants. ? Consistent policy enforcement across racks and sites. ### QoS, Bandwidth Caps, and Traffic Prioritization QoS tools help prioritize latency-sensitive traffic (e.g., storage or vMotion) and cap non-critical flows (e.g., backup during business hours). Minimum/maximum bandwidth reservations and relative weighting keep shared links predictable even during congestion bursts. #### Example QoS Profiles ? Gold: Storage and management with higher priority and minimum guarantees. ? Silver: VM data traffic with balanced priorities and moderate caps. ? Bronze: Backup and batch replication with lower priority and tighter limits. ## Storage over Ethernet: iSCSI and FCoE Considerations Storage convergence is a hallmark of FlexFabric. Whether you use iSCSI or FCoE, ensure designs maintain multipathing, redundancy, and consistent zoning or LUN masking at the arrays. ### iSCSI Best Practices ? Use dedicated VLANs for storage traffic to isolate flows and simplify troubleshooting. ? Enable flow control and ensure adequate buffer settings on upstream switches. ? Implement MPIO at the OS/hypervisor layer to sustain availability during path failures. ### FCoE Design Notes ? Integrate with upstream FCoE-capable switches or converged FC gateways as needed. ? Maintain dual-fabric designs mirroring traditional FC A/B fabrics for resiliency. ? Coordinate WWN assignments through server profiles to simplify SAN administration. ## Server Profiles, Identity, and Lifecycle Management Server profiles are the nexus of speed and governance. By binding network/storage identities to profiles rather than to specific hardware, administrators enable rapid replacement and workload mobility while maintaining auditability. ### Identity Abstraction Profiles can include MAC addresses, WWNs, boot settings, firmware baselines, and network mappings. When a blade fails or is upgraded, simply assign the profile to a replacement bay; the network perceives the same identity, minimizing change scope. #### Impact on Change Management ? Less coordination needed across teams for routine replacements. ? Lower risk of misconfigurations during urgent maintenance windows. ? Predictable outcomes verified by template conformance checks. ## Security, Segmentation, and Compliance Security in converged networking is a layered exercise. The FlexFabric-20/40 F8 supports network segmentation, role-based administration, and consistent identity assignment for predictable enforcement at policy boundaries. ### Segmentation Strategies ? Assign VLANs per tenant/app and restrict server profiles to only the necessary networks. ? Use distinct iSCSI or FCoE network definitions and SAN fabrics for tiered storage. ? Apply QoS and bandwidth caps to protect mission-critical streams from bursty neighbors. #### Administrative Controls ? Role-based access control for network, server, and storage operators. ? Audit logs to trace configuration changes and policy application. ? Standardized templates to enforce configuration hygiene. ## Performance and Scalability Planning Performance is determined by uplink design, redundancy, and bandwidth governance. The FlexFabric-20/40 F8 lets architects scale enclosure bandwidth using 40Gb trunks or fan-out 10Gb breakouts depending on topology constraints. ### Throughput Maximization ? Use LACP across multiple uplinks to distribute flows. ? Balance East?West and North?South traffic expectations when sizing uplink sets. ? Leverage breakout cables to allocate 10Gb lanes where granular distribution is preferred. #### Latency and Jitter Considerations ? Prioritize storage and live-migration traffic via QoS to avoid latency spikes. ? Ensure buffer and queue settings on upstream switches match expected workloads. ? Monitor per-queue counters to identify microbursts and adjust reservations. ## Compatibility within HPE BladeSystem c-Class The FlexFabric-20/40 F8 TAA module is designed for the HPE BladeSystem c-Class enclosure portfolio, integrating with compatible server LOMs and mezzanine adapters. Before deployment, confirm adapter support matrices for your server generation and desired protocols (Ethernet, iSCSI, FCoE) to ensure optimal performance and feature availability. ### Adapter and Mezzanine Considerations ? Choose NIC/HBA combos that support FlexNIC/FlexHBA partitioning. ? Validate firmware baselines across servers and interconnects for stability. ? Plan for dual-path connectivity to redundant interconnect modules. #### Firmware and Interoperability Maintaining a consistent firmware baseline is key for large deployments. Align server adapter drivers with interconnect firmware to ensure features like QoS, FCoE, and link aggregation perform as intended. Coordinated updates reduce the risk of unexpected behavior after change windows. ## Deployment Patterns and Best Practices Successful rollouts combine sound cabling practices, clear naming conventions, strong templates, and proactive monitoring. Below are field-proven recommendations to keep environments stable and auditable. ### Cabling and Physical Layout ? Label QSFP+/SFP+ uplinks with enclosure, bay, and upstream switch identifiers. ? Use color-coded cables for fabric A/B or for separating storage and general data networks. ? Bundle breakout strands cleanly and document mapping to upstream ports. ### Naming and Documentation ? Adopt consistent naming for networks, network sets, uplink sets, and profiles. ? Embed VLAN IDs and fabric letters in names for quick operator recognition. ? Maintain an authoritative source (CMDB or OneView) for mapping and change history. ### Template-First Provisioning ? Build gold templates for hypervisors, databases, and VDI workloads. ? Include QoS, bandwidth caps, and VLAN memberships in templates by default. ? Review templates quarterly to prune stale networks and align with security policies. ### Monitoring, Telemetry, and Capacity Planning ? Track per-uplink utilization, error counts, and LACP member health. ? Collect downlink statistics per FlexNIC to right-size bandwidth reservations. ? Forecast growth using historical peaks; add uplinks or rebalance VLANs as needed. ## Migrating from Legacy Interconnects Many organizations adopt the FlexFabric-20/40 F8 while modernizing from legacy 1GbE or non-converged designs. A staged approach minimizes risk and downtime. ### Phased Migration Strategy ? Assess: Inventory VLANs, SAN fabrics, and adapter capabilities. ? Design: Map target profiles, QoS, and uplink topology with redundancy. ? Pilot: Migrate low-risk workloads to validate performance and workflows. ? Scale: Move critical apps during maintenance windows with rollback plans. ? Optimize: Tune QoS and bandwidth caps based on real-world traffic. #### Common Pitfalls to Avoid ? Mismatched MTU across paths causing silent fragmentation. ? Insufficient uplink capacity during consolidation waves. ? Unlabeled breakouts creating confusion during incident response. ## High Availability and Resilience Design Achieving high availability starts with redundancy at every layer?server adapters, interconnect modules, uplinks, and fabrics. The FlexFabric-20/40 F8 supports resilient topologies that withstand link, port, and device failures with minimal impact. ### Inside the Enclosure ? Deploy interconnect pairs in complementary bays to serve each server NIC/HBA path. ? Ensure server profiles map ports to both modules for multipathing and failover. ? Use consistent firmware versions across module pairs to avoid asymmetric behavior. ### Upstream Network Resilience ? Distribute LACP members across separate upstream switches or chassis. ? Keep fabric A/B symmetry for storage networks to maintain dual-fabric integrity. ? Document and test failover?pull a link during a maintenance window to verify behavior. ## Licensing, Procurement, and Lifecycle Considerations As a TAA-designated product, the 691368-B22 BLc VC FlexFabric-20/40 F8 TAA Module can fit into procurement frameworks that require compliant sourcing. When budgeting, include optics, breakout cables, and any required transceivers. Plan lifecycle schedules that align enclosure refresh, interconnect firmware updates, and server generation transitions to reduce overlapping change risks. ### Spares and Optics Planning ? Maintain spare QSFP+/SFP+ optics and breakout cables for rapid field replacement. ? Standardize on transceiver models across enclosures to simplify inventory. ? Track optic power levels periodically to preemptive-replace aging hardware. ### Sustainability and Density Consolidation through Virtual Connect reduces top-of-rack device counts and can lower power and cooling requirements. High-density uplinks minimize cables, improving airflow and serviceability, while profile-based management reduces truck rolls and hands-on time.LSRM1GT48LEC1 HPE 9500 48-port Gig-T Advanced Module
£495.13£594.16 Incl. VAT
## HPE LSRM1GT48LEC1 Advanced Module Details The HPE LSRM1GT48LEC1 is a high-performance 48-port Gigabit-T advanced module designed for HPE 9500 series networking switches. Engineered for enterprise-grade networks, this module ensures seamless connectivity, enhanced throughput, and robust network efficiency. ### Key Features and Specifications ? Brand: HPE ? Part Number: LSRM1GT48LEC1 ? Product Type: Advanced Module ? 48 Gigabit-T ports for extensive network coverage ? Optimized for high-density switch environments ? Supports energy-efficient operation and reduced power consumption ? Compliant with HPE 9500 series switch architecture ? Plug-and-play installation for minimal downtime ### Enhanced Network Performance The LSRM1GT48LEC1 module is designed to boost network performance with advanced data handling capabilities. It provides reliable Gigabit-T connectivity for servers, workstations, and other network devices, ensuring smooth data transfer across your enterprise environment. #### High-Speed Data Transfer This advanced module supports high-speed Gigabit-T connections, enabling rapid file sharing, low-latency communication, and uninterrupted network operations. Its superior performance helps minimize network bottlenecks, improving overall productivity. #### Scalable Networking Solution Ideal for growing organizations, the module allows scalable network expansion. IT administrators can easily integrate additional modules to increase port capacity without compromising network performance or reliability. ## HPE 9500 48-port Gig-T Advanced Module Overview The LSRM1GT48LEC1 HPE 9500 48-port Gig-T Advanced Module is a high-performance networking solution designed for enterprise environments that require reliable, scalable, and efficient connectivity. As a crucial component of the HPE 9500 switch series, this advanced module delivers 48 Gigabit Ethernet ports, providing high-density, high-speed access to core and distribution networks. ### Key Features of the HPE 9500 48-port Gig-T Advanced Module ? 48-port Gigabit Ethernet: Offers comprehensive port density for seamless connectivity across enterprise networks. ? Advanced Performance: Supports high throughput and low-latency switching for mission-critical applications. ? Scalability: Enables network expansion without significant infrastructure changes. ? Redundancy and Reliability: Equipped with resilient architecture to prevent network downtime. ? Energy Efficient: Optimized for reduced power consumption without compromising performance. #### Optimized Network Performance The HPE 9500 48-port Gig-T Advanced Module is engineered to provide superior network performance. Each port supports Gigabit speeds, ensuring high data throughput and minimal latency across enterprise applications. This module enables seamless data transmission for bandwidth-intensive workloads, including virtualization, storage, and multimedia traffic. ##### Low Latency and High Throughput By delivering consistent low-latency switching, the LSRM1GT48LEC1 module minimizes packet delays, which is essential for real-time applications such as VoIP, video conferencing, and cloud-based solutions. Its high throughput capabilities ensure that large volumes of data can move across the network without bottlenecks. #### Scalability and Flexibility The module supports scalable network deployments, allowing IT teams to expand their network capacity as business requirements grow. Its flexible architecture is compatible with existing HPE 9500 switches, making it a practical choice for organizations planning phased network upgrades. ##### Seamless Integration with HPE 9500 Switch Series The LSRM1GT48LEC1 integrates seamlessly with the HPE 9500 switch family, offering a unified management interface and consistent configuration experience. IT administrators can easily monitor, configure, and maintain the network, ensuring operational efficiency and simplified management. ### Advanced Security Features Security is a critical consideration in enterprise networking. The HPE 9500 48-port Gig-T Advanced Module provides a range of security features to safeguard network integrity and prevent unauthorized access: ? Port Security: Restricts access to designated devices and prevents MAC address spoofing. ? 802.1X Authentication: Ensures secure network access for connected devices. ? Access Control Lists (ACLs): Allows administrators to define granular traffic policies. ? Network Segmentation: Supports VLANs to separate sensitive traffic and enhance security. #### High Availability and Redundancy Enterprise networks demand uninterrupted service. The HPE 9500 48-port Gig-T Advanced Module incorporates redundancy features that enhance network availability: ? Redundant Power Support: Ensures continued operation in case of power module failure. ? Failover Capabilities: Maintains network connectivity by automatically switching to backup links during outages. ? Hot-swappable Design: Allows replacement or upgrades without disrupting network operations.. #### Network Management and Monitoring Effective network management is crucial for maintaining performance and uptime. The HPE 9500 48-port Gig-T Advanced Module integrates with HPE?s robust management tools, enabling administrators to: ? Monitor network performance and traffic patterns in real time. ? Configure ports, VLANs, and security policies efficiently. ? Generate alerts and reports for proactive network maintenance. ? Streamline troubleshooting and reduce mean time to resolution (MTTR). ##### Compatibility and Interoperability The module ensures seamless interoperability with existing HPE switches, routers, and third-party network devices. Its compliance with industry standards, including IEEE 802.3 and Gigabit Ethernet protocols, guarantees reliable communication and broad device support.LSRM2GT48LEB1 HPE 48-port 1000BASET Advanced Module.
£324.68£389.62 Incl. VAT
## Details of HPE 48-Port 1000BASE-T Module The HPE LSRM2GT48LEB1 is a high-performance 48-port 1000BASE-T advanced module designed to enhance network efficiency, reliability, and scalability. Engineered for enterprise environments, this module provides robust connectivity solutions, ensuring seamless data transmission across multiple devices. ## Key Features ? Brand: HPE ? Part Number: LSRM2GT48LEB1 ? Product Type: Port Module ? Supports 48 1000BASE-T Ethernet ports for high-speed networking ? Advanced traffic management and load balancing capabilities ? Energy-efficient design for reduced power consumption ? Hot-swappable for zero downtime during upgrades ? Enhanced compatibility with HPE FlexNetwork and ProCurve switches ### High-Density Connectivity The LSRM2GT48LEB1 module delivers high-density network connectivity, making it an ideal choice for data centers and enterprise networks that require fast, reliable, and scalable connections. Its 48 ports support gigabit speeds, ensuring efficient communication between servers, storage devices, and networking equipment. ### Optimized Network Performance HPE designed this advanced module to optimize network traffic and reduce latency. Key performance advantages include: ? Improved bandwidth allocation for critical applications ? Efficient packet processing for high-demand workloads ? Advanced Quality of Service (QoS) support for prioritizing traffic ? Reduced network congestion through intelligent traffic management #### Reliability and Scalability The LSRM2GT48LEB1 ensures enterprise-grade reliability and supports future network growth. Benefits include: ? Redundant network paths for continuous connectivity ? Hot-swappable design minimizes operational downtime ? Compatibility with multiple HPE switch platforms for flexible deployment ? Scalable architecture to accommodate network expansion ##### Choose HPE LSRM2GT48LEB1 ? Proven HPE reliability and support ? Enhanced performance for mission-critical applications ? Future-proof solution for growing enterprise networks ? Optimized energy usage for cost-effective operations ## LSRM2GT48LEB1 HPE 48-port 1000BASET Advanced Module Overview The LSRM2GT48LEB1 HPE 48-port 1000BASET Advanced Module is a high-performance networking component designed for enterprise-level data centers and IT infrastructures. This advanced module delivers superior connectivity, robust performance, and seamless integration with HPE networking systems, enabling organizations to manage high-volume network traffic efficiently. Engineered with cutting-edge technologies, it supports large-scale deployments while ensuring minimal latency and maximum throughput. ### Key Features and Capabilities ? Supports up to 48 dedicated 1000BASE-T ports for extensive network connectivity. ? Optimized for HPE modular switches, providing high-speed data transfer and reliable performance. ? Advanced power efficiency to reduce energy consumption and operational costs. ? Compact, modular design for easy installation and integration into existing network infrastructure. ? Enhanced management features compatible with HPE Intelligent Management tools for streamlined network monitoring. ### Technical Specifications #### Port Configuration The module is equipped with 48 individual 1000BASE-T copper Ethernet ports, offering high-density network connectivity. Each port supports auto-negotiation and is capable of full-duplex communication, ensuring optimal data transfer rates and network stability. #### Compatibility and Integration The LSRM2GT48LEB1 module is fully compatible with HPE FlexNetwork switches, allowing seamless integration into HPE's network architecture. Its design supports backward compatibility with previous-generation HPE switches, making it an ideal choice for organizations seeking to upgrade their network without replacing existing hardware. #### Performance and Reliability Engineered for enterprise environments, this module provides: ? High throughput capacity to accommodate large-scale data operations. ? Low latency communication for real-time applications and high-demand workloads. ? Advanced error detection and correction mechanisms for consistent network reliability. ? Redundant design features ensuring uninterrupted network operations even during peak traffic. ## Advanced Management Features ### Monitoring and Diagnostics The module includes integrated monitoring tools that allow network administrators to track performance, detect faults, and optimize traffic distribution. Features include real-time port utilization statistics, error logging, and SNMP compatibility for automated network management. ### Configuration Flexibility With the HPE Intelligent Management interface, the LSRM2GT48LEB1 module offers flexible configuration options: ? VLAN tagging and segmentation for secure, isolated network traffic. ? Link aggregation for combining multiple ports to increase bandwidth. ? QoS prioritization to ensure critical applications receive necessary network resources. ? Support for advanced network protocols, including Spanning Tree Protocol (STP) and Link Layer Discovery Protocol (LLDP). #### Security Enhancements Enterprise-grade security features include: ? Port-level access control to restrict unauthorized device connections. ? 802.1X authentication for secure user and device identification. ? Encrypted management traffic to protect sensitive network data. ? Integration with HPE Aruba ClearPass for centralized policy enforcement. ## Scalability and Deployment Advantages ### High-Density Network Expansion The 48-port configuration of the LSRM2GT48LEB1 module is ideal for environments that require dense network connectivity. It supports extensive server, storage, and endpoint connections without compromising performance, making it a preferred choice for growing data centers. ### Flexible Deployment Options This advanced module supports multiple deployment scenarios: ? Rack-mounted network switches for compact server environments. ? Modular switch chassis, allowing easy addition or replacement of modules. ? High-availability network setups with redundant modules for critical operations. #### Energy Efficiency Designed with power optimization in mind, the module minimizes energy consumption while maintaining high-speed performance. Intelligent power management ensures that inactive ports consume minimal energy, contributing to overall cost savings for enterprises.WS-X6066-SLB-APC Cisco Content Module Switch
£125.00£150.00 Incl. VAT
## Overview of the Cisco WS-X6066-SLB-APC Switch Module The Cisco WS-X6066-SLB-APC is an advanced switch module designed to enhance content management in network environments. ### Specifications ? Brand: Cisco ? Part Number: WS-X6066-SLB-APC ? Product Type: Switch Module ? Model Name: Catalyst 6500 Content Switch Module ### Series and Compatibility ? This model belongs to the Catalyst line, specifically under the 6500 series. #### Technical Applications The WS-X6066-SLB-APC is optimized for: ? Content Switching ? Improving traffic management and load balancing ### Compatibility Information The switch module is compatible with the following systems: ? Cisco Catalyst 6500 Series ? Cisco 7600 Series Internet Router #### Key Features ? Enhances network performance and efficiency ? Seamless integration with existing Cisco infrastructure ? Scalable solutions for growing network demands ## The relevant information about the Product and its Features Cisco WS-X6066-SLB-APC Content Module Switch is a high-performance switch module designed to enhance the functionality and performance of Cisco Catalyst 6500 Series switches. It provides advanced content-switching capabilities, allowing for efficient and intelligent distribution of network traffic. With its powerful features and robust design, this module is suitable for large-scale enterprise networks and data centers. ### One of the key features of the Cisco WS-X6066-SLB-APC Content Module Switch is its ability to perform advanced server load balancing. It utilizes the Application Policy Infrastructure Controller (APIC) to intelligently distribute incoming network traffic across multiple servers based on predefined policies. This ensures efficient utilization of server resources and improves overall network performance. The APIC also provides real-time monitoring and analysis of server health, enabling administrators to quickly identify and resolve any issues. This content module switch supports a wide range of advanced content-switching algorithms, including round-robin, weighted round-robin, least connections, and source IP hashing. These algorithms allow for flexible and granular control over how traffic is distributed across servers, ensuring optimal performance based on specific application requirements. Additionally, the module supports SSL offloading, allowing for secure and efficient handling of SSL/TLS encrypted traffic. In addition to content switching capabilities, the Cisco WS-X6066-SLB-APC Content Module Switch also offers advanced traffic management features. It supports advanced Layer 4-7 load balancing, providing intelligent routing based on factors such as server availability, response time, and network congestion. This ensures that network traffic is efficiently distributed while maintaining high availability and responsiveness. Furthermore, this content module switch includes integrated health monitoring features that allow administrators to proactively monitor the health and performance of servers. It provides real-time metrics such as server availability, response time, CPU utilization, and memory usage. These metrics enable administrators to identify potential bottlenecks or issues before they impact the performance of applications or services. The Cisco WS-X6066-SLB-APC Content Module Switch also supports high availability and redundancy features, ensuring uninterrupted operation even in the event of a hardware failure. It supports active standby failover, where one module acts as the active unit, while the other operates in standby mode. In the event of a failure, the standby unit seamlessly takes over, ensuring the continuity of network services without any disruption. This content module switch is easy to deploy and manage, thanks to its integration with Cisco Catalyst 6500 Series switches. It can be easily installed in an available slot on the switch chassis without requiring any additional rack space. Once installed, it can be configured and managed using the Cisco IOS command-line interface (CLI) or through a web-based management interface. ### The Cisco WS-X6066-SLB-APC Content Module The switch is designed for scalability, allowing for future growth and expansion. It supports virtualization technologies such as Virtual Port Channels (vPC), which enable the aggregation of multiple physical links into a single logical link. This increases bandwidth and provides redundancy, ensuring high availability and performance for mission-critical applications. In terms of security, this content module switch offers robust features to protect against unauthorized access and attacks. It supports Access Control Lists (ACLs), which allow administrators to define granular rules to control traffic flow based on source/destination IP addresses, protocols, or ports. Additionally, it supports Secure Shell (SSH) for secure remote management and Secure Sockets Layer (SSL) encryption for secure communication between the module and clients. To summarize, the Cisco WS-X6066-SLB-APC Content Module Switch is a powerful and feature-rich solution for enhancing the performance and functionality of Cisco Catalyst 6500 Series switches. With its advanced content-switching capabilities, traffic management features, high availability, and scalability, it is well-suited for large-scale enterprise networks and data centers. Its ease of deployment and management, along with robust security features, make it an ideal choice for organizations looking to optimize their network infrastructure and deliver high-performance applications and services to their users.SM-ES2-24= Cisco Ethernet Switch 24-Ports
£125.00£150.00 Incl. VAT
## Overview of Cisco SM-ES2-24= 24 Ports Ethernet Switch ### Manufacturer Details ? Brand: Cisco ? Part Number: SM-ES2-24= ? Product Designation: Enhanced EtherSwitch Service Module ? Category: Service Module ### Technical Specifications #### Application and Usage Designed for: ? Data Networking Solutions #### Interface and Ports ? Uplink: 1 x 10/100/1000Base-T ? LAN Ports: 23 x 10/100Base-TX ##### Interface Details ? 1 x RJ-45 10/100/1000Base-T Network (Auto-negotiation Uplink) ? 23 x RJ-45 10/100Base-TX Network (Auto-negotiation LAN) ### Media and Performance #### Connectivity Options ? Twisted Pair 10/100/1000Base-T ? Twisted Pair 10/100Base-TX #### Data Transfer Rates ? 1 Gigabit Ethernet ? 100 Mbps (Fast Ethernet) ? 10 Mbps (Standard Ethernet) ### Management Protocols #### Supported Management Tools ? Command Line Interface (CLI) ? Quality of Service (QoS) ? Simple Network Management Protocol (SNMP) ? Dynamic Host Configuration Protocol (DHCP) ? Virtual Local Area Network (VLAN) ? Hypertext Transfer Protocol (HTTP) #### Configuration Management ? Cisco Configuration Professional ? Cisco Network Assistant ? CiscoWorks LAN Management System (LMS) ? CiscoView ? Cisco CNS Configuration Engine ? Cisco Auto Smartports ### Compatibility Information #### Minimum Software Requirements Compatible with: ? Minimum Cisco EtherSwitch and Cisco IOS Software Release: 12.2(52)EX #### Supported Router Platforms ? Cisco 3925 ? Cisco 3945 ? Cisco 2951 ? Cisco 2921 ? Cisco 2911 ## Ports The Cisco SM-ES2-24= Ethernet Switch is equipped with a remarkable 24 ports, offering unparalleled connectivity and versatility for users. These ports play a vital role in facilitating smooth communication and data transfer within a network infrastructure. Whether you are a business owner or a home user, the abundance of ports on this switch opens up endless possibilities for connecting various devices and expanding your network capabilities. ### Enhanced Connectivity With 24 ports at your disposal, the Cisco SM-ES2-24= allows you to effortlessly connect multiple devices simultaneously. This switch can accommodate a wide range of equipment such as computers, printers, servers, IP phones, and many other network devices. The ample number of ports eliminates the need for additional switches or hubs, simplifying your network setup and reducing clutter. ### Increased Bandwidth Each port on the Cisco SM-ES2-24= Ethernet Switch supports high-speed data transfer rates, enabling swift and efficient communication between connected devices. This is crucial for businesses that rely heavily on data-intensive applications or transfer large files regularly. The increased bandwidth provided by the 24 ports ensures that your network operates at optimal speed, minimizing latency and maximizing productivity. ### VLAN Support Virtual Local Area Networks (VLANs) are an essential feature for segregating network traffic and improving security. The Cisco SM-ES2-24= switch offers VLAN support on all of its ports, granting you the ability to create separate networks within your infrastructure. This feature is particularly beneficial for businesses that need to isolate sensitive data or provide different levels of access to various departments or user groups. #### Improved Network Performance By utilizing VLANs on the Cisco SM-ES2-24=, you can prioritize critical traffic and allocate bandwidth accordingly. For example, you can assign higher priority to voice and video data, ensuring smooth communication and uninterrupted streaming. This level of control over your network traffic optimizes performance and enhances user experience, particularly in environments where network congestion is a concern. #### Enhanced Security The VLAN support on each port of the Cisco SM-ES2-24= also enhances network security. By segregating traffic, you can isolate potential threats and contain any malicious activities within a specific VLAN. This adds an extra layer of protection to your network infrastructure, safeguarding sensitive data and minimizing the risk of unauthorized access or data breaches. ### Power over Ethernet (PoE) Capability In addition to its abundant 24 ports, the Cisco SM-ES2-24= Ethernet Switch offers Power over Ethernet (PoE) capability on select ports. PoE allows you to power devices such as IP cameras, wireless access points, and IP phones directly through the Ethernet cable, eliminating the need for separate power adapters. This feature simplifies installation, reduces cable clutter, and provides flexibility in deploying devices in locations where power outlets may be limited. #### Cost Savings PoE capability eliminates the need for additional electrical wiring and power outlets, resulting in significant cost savings during installation. You can easily deploy PoE-enabled devices in various areas without the hassle of hiring an electrician or investing in additional infrastructure. This feature is particularly advantageous for businesses that require widespread deployment of IP cameras or wireless access points. #### Flexibility and Scalability The PoE capability on the Cisco SM-ES2-24= offers flexibility and scalability in network expansion. You can easily add or relocate PoE-powered devices without the constraints of power outlet availability. This allows for dynamic network configurations and simplifies future scalability as your business grows or your needs change. ##### Intelligent Power Management The Cisco SM-ES2-24= switch incorporates intelligent power management features, enabling efficient utilization of available power. It can automatically detect the power requirements of connected devices and allocate power accordingly. This ensures optimal performance while preventing overloading or power wastage. The intelligent power management feature also provides advanced troubleshooting capabilities, allowing you to monitor power consumption and identify potential issues. In conclusion, the Cisco SM-ES2-24= Ethernet Switch with its 24 ports offers unrivaled connectivity, increased bandwidth, VLAN support, and Power over Ethernet capability. These features provide enhanced network performance, improved security, cost savings, flexibility, and scalability. Whether you are a business aiming to optimize your network infrastructure or a home user seeking a reliable and versatile switch, the Cisco SM-ES2-24= with its abundant 24 ports is an ideal choice to meet your networking needs.SM-ES2-24 Cisco 23-Ports Ethernet Switch
£125.00£150.00 Incl. VAT
## Overview of Cisco SM-ES2-24 The Cisco SM-ES2-24, also known as the Enhanced Ethernet Switch Service Module, is designed to provide exceptional data networking capabilities. This service module, identified by SKU# SM-ES2-24, is a robust addition to your network infrastructure. ### Manufacturer and Model Information ? Brand: Cisco ? Model Number: SM-ES2-24 ? Product Type: Service Module ## Technical Specifications ### Applications and Usage ? This service module is primarily utilized for data networking, enhancing the overall efficiency and speed of your network operations. ### Ports and Interfaces ? Uplink: 1 x 10/100/1000Base-T ? LAN Ports: 23 x 10/100Base-TX #### Detailed Interface Specifications ? Uplink Interface: 1 x RJ-45 10/100/1000Base-T with auto-negotiation ? LAN Interfaces: 23 x RJ-45 10/100Base-TX with auto-negotiation ## Media and Performance ### Connectivity Media ? Supported Media: Twisted Pair 10/100/1000Base-T ? Additional Media: Twisted Pair 10/100Base-TX ### Data Transfer Rates ? Gigabit Ethernet: 1 Gbps ? Fast Ethernet: 100 Mbps ? Standard Ethernet: 10 Mbps ## Management and Protocols ### Management Capabilities ? Management Tools: CLI, QoS, SNMP, DHCP, VLAN ? Configuration and Monitoring: HTTP, Cisco Configuration Professional, Cisco Network Assistant, CiscoWorks LAN Management System (LMS) ? Additional Features: CiscoView, Cisco CNS Configuration Engine, Cisco Auto Smartports ## Additional Information ### Software Requirements ? Minimum Cisco EtherSwitch and Cisco IOS Software Release: 12.2(52)EX ### Compatibility with Cisco Routers ? Supported Platforms: Cisco 3925, 3945, 2951, 2921, 2911 ## Ports The Cisco SM-ES2-24 Ethernet Switch is equipped with a total of 24 ports, making it an ideal choice for businesses and organizations that require a high level of connectivity. These ports provide users with the ability to connect multiple devices, such as computers, servers, printers, and other network devices, allowing for seamless communication and data transfer within the network. ### Flexibility and Scalability The 24 ports on the Cisco SM-ES2-24 Ethernet Switch offer users tremendous flexibility and scalability. With this many ports, businesses can easily connect numerous devices without having to invest in additional switches or routers. This not only saves costs but also simplifies network management as all devices can be connected directly to the switch. Moreover, the Cisco SM-ES2-24 Ethernet Switch supports various types of connections, including Fast Ethernet and Gigabit Ethernet. This ensures that regardless of the network speed required by different devices, the switch can handle the demands efficiently, providing a smooth and reliable network experience. ### Improved Network Performance The 24 ports of the Cisco SM-ES2-24 Ethernet Switch contribute to improved network performance. With more ports available, users can eliminate bottlenecks and ensure that each device has sufficient bandwidth to operate at its maximum potential. This is particularly crucial in environments where bandwidth-intensive applications or large file transfers are common. By distributing network traffic across multiple ports, the switch prevents congestion and minimizes latency. This translates into faster data transfer speeds and reduced waiting times for users accessing network resources. Whether it's accessing shared files, streaming media, or collaborating on real-time applications, users will experience enhanced productivity and efficiency. #### VLAN Support In addition to its 24 standard ports, the Cisco SM-ES2-24 Ethernet Switch also provides support for virtual LANs (VLANs). VLANs allow users to segment the network into smaller, isolated networks, providing enhanced security and improved network management. By creating VLANs, businesses can separate different departments or user groups, ensuring that sensitive data remains isolated and only accessible to authorized personnel. This feature is particularly beneficial in environments where data privacy and security are of utmost importance. #### Power over Ethernet (PoE) Capability The Cisco SM-ES2-24 Ethernet Switch offers power over Ethernet capability on select ports. This feature allows the switch to supply power to devices connected to those ports, eliminating the need for separate power sources. Devices such as IP phones, wireless access points, and security cameras can be conveniently powered through the Ethernet cable. By leveraging PoE, businesses can simplify their network infrastructure and reduce cable clutter. This not only saves costs on additional power adapters but also provides greater flexibility in device placement. Users can deploy devices in locations without easy access to power outlets, improving overall network design and convenience. ##### Easy Management and Configuration The Cisco SM-ES2-24 Ethernet Switch comes with intuitive management tools that simplify the configuration and monitoring of the switch. These tools provide a user-friendly interface for network administrators to manage the switch settings, monitor network performance, and troubleshoot any issues that may arise. Administrators can easily configure VLANs, prioritize traffic, and set up quality of service (QoS) settings to ensure critical applications receive the necessary bandwidth. The switch supports various management protocols, including SNMP (Simple Network Management Protocol), making it compatible with existing network management systems. ##### Reliability and Redundancy With its 24 ports, the Cisco SM-ES2-24 Ethernet Switch offers built-in redundancy and failover capabilities. In the event of a port failure, users can easily switch to an available port, ensuring uninterrupted network connectivity. This redundancy feature provides peace of mind, particularly in critical environments where network downtime can result in significant financial losses. The switch also supports link aggregation, allowing multiple ports to be combined into a single logical link. This not only increases overall bandwidth but also provides redundancy in case one of the links fails. Link aggregation enhances network reliability and ensures continuous connectivity for devices. In conclusion, the Cisco SM-ES2-24 Ethernet Switch's 24 ports offer users flexibility, scalability, improved network performance, and enhanced management capabilities. With its VLAN support, PoE capability, and reliability features, this switch is an excellent choice for businesses and organizations seeking a robust networking solution.WS-CBS3012-IBM-I Cisco Catalyst 4 Ports Switching Module
£125.00£150.00 Incl. VAT
General Details of the Cisco Catalyst 3012 Switching Module ### Manufacturer and Model Information ? Manufacturer: Cisco ? Part Number (SKU): WS-CBS3012-IBM-I ? Model: 3012 ? Product Line: Catalyst ? Product Name: Catalyst 3012 Switching Module for IBM BladeCenter ? Type: Switching Module ### Technical Specifications #### Application and Switching Technology ? Application: Network Switching ? Switching Technology: Twisted Pair Switching #### Interfaces and Ports ? Port Configuration: 4 x 10/100/1000Base-T LAN ? Management Port: 1 x RJ-45 Console Management ? LAN Ports: 4 x RJ-45 10/100/1000Base-T ### Media and Performance Details #### Connectivity Media ? Media Type: Twisted Pair 100/1000Base-T #### Data Transfer Rates ? Gigabit Ethernet: 1 Gbps ? Fast Ethernet: 100 Mbps ? Ethernet: 10 Mbps ### Management and Protocols #### Management Tools ? Management Software: Cisco Device Manager, CiscoWorks Support #### Supported Protocols ? IEEE 802.1p QoS ? IEEE 802.1q VLAN ? SNMP v1, v2c, v3 ? HTTP ? Telnet ? DHCP ? CLI ? RMON ? Syslog ### Additional Information ? Switching Fabric: 36 Gbps ? Forwarding Rate: 36 million packets per second (mpps) ? Operating System: Cisco IOS Software ? RAM: 256MB SDRAM ? Flash Memory: 64MB ? Power Requirement: 12V ? Security Protocols: IEEE 802.1x, SSH, SSL, TACACS, RADIUS ### Compatibility ? Compatible With: IBM BladeCenter ## Ports The Catalyst Cisco WS-CBS3012-IBM-I Switching Module is equipped with 4 ports, making it a highly versatile and powerful networking solution. These ports enable seamless connectivity between various devices, allowing for efficient data transmission and communication within a network. ### Increased Flexibility and Scalability With its 4 ports, this switching module offers users increased flexibility and scalability. The multiple ports allow for the connection of different devices simultaneously, such as servers, computers, printers, and other networking equipment. This flexibility makes it an ideal choice for businesses and organizations that require a diverse range of connections to support their operations. The 4 ports also provide room for future expansion. As the network grows or new devices are added, having additional ports readily available ensures that the infrastructure can accommodate the increased demand without requiring additional costly hardware upgrades. This scalability allows businesses to adapt to changing requirements without disrupting their existing network infrastructure. ### Enhanced Performance and Throughput Each of the 4 ports on the Catalyst Cisco WS-CBS3012-IBM-I Switching Module supports high-speed data transmission, ensuring optimal performance and throughput. This is particularly important in environments where large amounts of data are transferred frequently, such as data centers or multimedia production facilities. By having multiple ports available, bandwidth can be effectively distributed across different devices, preventing bottlenecks and ensuring smooth and uninterrupted data flow. This results in improved overall network performance and faster data transfers, enhancing productivity and reducing potential delays or downtime. #### Efficient Network Segmentation The 4 ports on this switching module can be utilized to segment a network effectively. Network segmentation involves dividing a network into smaller subnetworks or VLANs (Virtual Local Area Networks), which helps isolate traffic and improve security. By assigning different devices to separate ports, network administrators can create logical boundaries within the network, ensuring that sensitive data remains isolated and protected. This feature is particularly valuable for organizations that handle confidential information or have strict regulatory compliance requirements. #### Redundancy and High Availability Having 4 ports on the Catalyst Cisco WS-CBS3012-IBM-I Switching Module allows for redundancy and high availability configurations. Redundancy is crucial in mission-critical environments where any network downtime can result in significant financial losses or operational disruptions. By connecting devices to multiple ports, administrators can implement link aggregation techniques such as EtherChannel or LACP (Link Aggregation Control Protocol). These techniques combine multiple ports into a single logical link, providing increased bandwidth and ensuring that if one port fails, traffic will seamlessly flow through the remaining functional ports. This redundancy enhances network reliability and minimizes the risk of downtime. ##### Easy Management and Troubleshooting The presence of 4 ports simplifies network management and troubleshooting tasks. Each port can be individually configured, allowing for granular control over network settings and traffic distribution. Network administrators can easily monitor each port's performance, identify potential bottlenecks, and optimize the network's overall efficiency. Furthermore, when troubleshooting network issues, having multiple ports facilitates the process of isolating problematic devices or connections. By systematically testing each port, administrators can pinpoint the source of the problem more efficiently, reducing downtime and minimizing the impact on end-users. In conclusion, the Catalyst Cisco WS-CBS3012-IBM-I Switching Module's 4 ports provide users with increased flexibility, scalability, enhanced performance, efficient network segmentation, redundancy, high availability configurations, and simplified management and troubleshooting. These features make it an excellent choice for businesses and organizations that require a reliable and versatile networking solution to support their growing needs. Whether it is for data centers, offices, or any other networking environment, the 4 ports offered by this switching module deliver outstanding benefits and play a crucial role in ensuring a robust and efficient network infrastructure.WS-X4013+ Cisco Catalyst 4500 Series Switching Module
£272.05£326.46 Incl. VAT
Overview of Cisco WS-X4013+ ### Manufacturer Information Produced by Cisco, the WS-X4013+ is part of their esteemed Catalyst 4000 Series. It is specifically designed as a Supervisor Engine II-Plus, ensuring top-tier performance and reliability in network management. ### Product Specification ? Product Name: Catalyst 4000 Series Supervisor Engine II-Plus ? Product Type: Supervisor Engine ? Model Number: WS-X4013+ ## Technical Details ### Application and Usage This Supervisor Engine is ideal for data networking applications, facilitating efficient management and operation of network resources. ### Interface and Port Information ? Management Interfaces: ? 1 x DB-25 Console Management Port ? 1 x RJ-45 Ethernet Management Port ## Performance Metrics ### Data Transfer Rate The WS-X4013+ supports a maximum data transfer rate of 1 Gbit/s, optimizing data flow and network efficiency. ### Expansion Capabilities ? Total Expansion Slots: 3 ? Expansion Slot Type: GBIC ## Processor and Chipset ### Processor Specifications Equipped with a 266 MHz processor, the WS-X4013+ ensures robust and reliable performance for network management tasks. ## Additional Features ### Hot-Swappable Supervisor Engine This Supervisor Engine can be replaced without powering down the entire system, though data forwarding will be interrupted during the swap. A system reboot is necessary upon reinsertion. ### Layer Services Supported ? Layer 3 ? Layer 2 ? Layer 4 ### Access Control Lists (ACLs) The WS-X4013+ supports Access Control Lists, enhancing security and network management capabilities. ## Compatibility Information ### Supported Switch Models ? Catalyst 4006 ? Catalyst 4503 ? Catalyst 4506 ? Catalyst 4507R ## Series: Catalyst 4500 The Cisco WS-X4013+ Switching Module is part of the Catalyst 4500 series, which is known for its exceptional performance and reliability in enterprise networks. This series is designed to meet the demanding requirements of large-scale deployments, making it a popular choice for organizations of all sizes. Let's explore the benefits and importance of the Catalyst 4500 series in more detail. ### Exceptional Performance One of the key features of the Catalyst 4500 series is its exceptional performance. This series is equipped with high-performance switching fabric that delivers non-blocking, wire-speed performance for all network traffic. Whether you're dealing with data, voice, or video traffic, the Catalyst 4500 series ensures that your network operates efficiently and without any performance bottlenecks. With its advanced hardware architecture and powerful processors, this series can handle high-density deployments and support bandwidth-intensive applications. This is particularly important for organizations that rely on real-time applications such as video conferencing or voice-over IP (VoIP), where delays or disruptions can severely impact productivity. #### Benefits of Exceptional Performance: - Improved productivity: The Catalyst 4500 series ensures that your network can handle heavy workloads without slowing down, enabling your employees to work efficiently.- Enhanced user experience: By providing high-quality, uninterrupted service, this series improves the overall user experience, reducing frustration and ensuring seamless communication.- Future-proofing: The exceptional performance of the Catalyst 4500 series allows your network to accommodate future growth and increasing bandwidth demands without requiring significant upgrades. ### Scalability Scalability is another crucial aspect of the Catalyst 4500 series. As your organization grows and evolves, it's essential to have a network infrastructure that can scale accordingly. The Catalyst 4500 series offers flexible scalability options to meet the changing needs of your business. Whether you need to increase the number of users, add new devices, or expand your network to additional locations, the Catalyst 4500 series can easily accommodate these changes. With its modular design, you can add or upgrade modules as needed without disrupting the entire network. This scalability ensures that your network remains agile and adaptable to future requirements. #### Benefits of Scalability: - Cost-effective growth: The scalability of the Catalyst 4500 series allows you to scale your network without incurring significant costs associated with replacing existing infrastructure.- Flexibility: As your organization evolves, you have the freedom to add new devices or modules without having to make substantial changes to your network architecture.- Simplified management: The modular design of the Catalyst 4500 series makes it easier to manage and maintain, reducing the complexity associated with network upgrades or expansions. ### Reliability In a business environment, network downtime can have severe consequences. The Catalyst 4500 series is designed with reliability in mind, ensuring that your network remains up and running at all times. This series incorporates various features and technologies that enhance network reliability and minimize the risk of disruptions. Redundancy is a critical aspect of the Catalyst 4500 series. It supports redundant power supplies and supervisor engines, allowing for seamless failover in case of a hardware failure. This redundancy ensures that your network continues to operate even if one component fails, reducing the risk of downtime and data loss. #### Benefits of Reliability: - Increased uptime: The reliability features of the Catalyst 4500 series minimize downtime, ensuring that your network remains available and accessible to users.- Business continuity: By minimizing disruptions, this series helps maintain business continuity, preventing revenue loss or productivity setbacks.- Peace of mind: Knowing that your network is built on a reliable platform gives you peace of mind, allowing you to focus on other critical aspects of your business. ### Advanced Security Features Network security is a top priority for any organization. The Catalyst 4500 series offers advanced security features that help protect your network infrastructure and data from unauthorized access, threats, and attacks. These security features are integral to creating a secure network environment. The series supports features such as access control lists (ACLs), which allow you to define and enforce policies for traffic filtering and control. It also provides robust authentication mechanisms like 802.1X, ensuring that only authorized devices and users can access the network. Additionally, the Catalyst 4500 series supports advanced threat detection and prevention technologies to safeguard your network against malware and other malicious activities. #### Benefits of Advanced Security Features: - Network protection: The advanced security features of the Catalyst 4500 series help protect your network infrastructure, preventing unauthorized access and potential security breaches.- Data confidentiality: By implementing secure access controls and encryption mechanisms, this series safeguards your sensitive data from unauthorized interception or tampering.- Compliance adherence: Many industries have stringent security regulations. The Catalyst 4500 series enables organizations to meet these compliance requirements, ensuring data privacy and integrity.WS-SUP720 Cisco Supervisor Expansion Module 100 Mbps
£230.52£276.62 Incl. VAT
## Overview of Cisco WS-SUP720 The Cisco WS-SUP720 is an advanced supervisor engine designed to enhance data networking capabilities. This model, part of the 720 series, is known for its reliability and efficiency in managing high-performance network environments. ### Manufacturer Information ? Manufacturer: Cisco ? Model Number: WS-SUP720 ? Product Type: Supervisor Engine #### Key Features ? Optimized for data networking applications ? Support for various connectivity options ? Robust memory and expansion capabilities ? Wide operational temperature range ### Technical Specifications #### Application and Usage This supervisor engine is primarily utilized for: ? Data networking applications #### Interface and Connectivity The WS-SUP720 is equipped with multiple interfaces: ? Uplink: 1 x RJ-45 for 10/100/1000Base-T ? Console Management: 1 x RJ-45 #### Data Transfer Rates The device supports varying data transfer rates: ? 10 Mbps for Ethernet ? 100 Mbps for Fast Ethernet ? 1 Gbps for Gigabit Ethernet ### I/O Expansion Capabilities For enhanced functionality, the WS-SUP720 offers the following expansion options: ? 2 x SFP (mini-GBIC) slots ? 2 x PCMCIA slots ### Memory Specifications The memory configuration of the WS-SUP720 includes: ? Installed DRAM: 512 MB ? Upgradeable DRAM: Up to 1 GB ? Supported CompactFlash (CF) Cards: ? 128 MB ? 256 MB ? 512 MB ? 1 GB ? Boot Flash: 64 MB installed ### Environmental Specifications #### Operating Conditions ? Operating Temperature: 32?F (0?C) to 104?F (40?C) ? Storage Temperature: -40?F (-40?C) to 167?F (75?C) ? Relative Humidity: 10% to 90% (non-condensing) ### Compatibility Information The WS-SUP720 is compatible with a range of Cisco systems, including: ? Disco 6503 ? Disco 6506 ? Disco 6509 ? Cisco 6509-NEB ? Cisco 6509-NEB-A ? Disco 6513 ? Disco 7603 ? Disco 7606 ? Disco 7609 ? Cisco OSR-7609 ? Disco 7613 ## Speed The Cisco WS-SUP720 Supervisor Expansion Module is a high-performance module that offers exceptional speed capabilities. With its impressive 100 Mbps speed, this module ensures fast and reliable data transmission, making it an invaluable tool for users in need of quick and efficient network connectivity. ### Benefits of 100 Mbps Speed #### 1. Enhanced Data Transfer The 100 Mbps speed of the Cisco WS-SUP720 Supervisor Expansion Module allows for seamless and uninterrupted data transfer. Whether you are transferring large files, streaming high-definition videos, or participating in bandwidth-intensive applications, this module provides a smooth and lag-free experience. #### 2. Faster Network Response Time By supporting a high-speed connection, the Cisco WS-SUP720 Supervisor Expansion Module significantly reduces network response time. This means that your network devices will be able to communicate with each other more quickly, resulting in improved productivity and efficiency. #### 3. Efficient Data Processing With its 100 Mbps speed, the Cisco WS-SUP720 Supervisor Expansion Module ensures that data processing occurs at an optimal rate. This is particularly important for businesses that rely on real-time data processing, such as financial institutions that need to process transactions swiftly or online gaming platforms that require low latency. ### The Importance of 100 Mbps Speed #### 1. Business Productivity In today's fast-paced business environment, every second counts. The 100 Mbps speed of the Cisco WS-SUP720 Supervisor Expansion Module enables businesses to maintain high productivity levels by ensuring swift data transfer and response times. This is crucial for tasks such as file sharing, video conferencing, and accessing cloud-based applications. #### 2. Seamless Multimedia Streaming The demand for multimedia content continues to grow, with video streaming and online gaming becoming increasingly popular. The 100 Mbps speed of this expansion module guarantees smooth and uninterrupted streaming experiences, allowing users to enjoy high-quality videos or engage in online gaming without any lag or buffering issues. #### 3. Collaborative Work Environments In today's digital age, collaboration is a key aspect of many workplaces. The 100 Mbps speed of the Cisco WS-SUP720 Supervisor Expansion Module facilitates seamless collaboration by ensuring that team members can quickly share files, access shared documents, and collaborate in real time without any delays or disruptions. In conclusion, the Cisco WS-SUP720 Supervisor Expansion Module's speed capability of 100 Mbps is a highly beneficial feature. It enables enhanced data transfer, faster network response times, and efficient data processing. The importance of this feature lies in its ability to boost business productivity, facilitate seamless multimedia streaming, and foster collaborative work environments. With a range of other valuable features, this module is a reliable and versatile choice for users seeking optimal network performance.
