Description

Cisco N9K-C93600CD Nexus 9300 Switch Dubai | Hybrid 100G/400G Data Center UAE

N9K-C93600CD Nexus 9300 Hybrid Performance Switch – Advanced Spine Architecture for Dubai

The Cisco N9K-C93600CD Dubai represents a revolutionary approach to data center spine switching, delivering a unique hybrid port configuration that combines 28 x 100 Gigabit Ethernet QSFP28 ports with 8 x 400 Gigabit Ethernet QSFP-DD ports to provide organizations in Dubai with unprecedented flexibility in designing and implementing high-performance data center fabrics. This innovative switch architecture enables organizations to optimize their data center investments by providing both high-density 100 Gigabit connectivity for current requirements and future-ready 400 Gigabit capabilities for next-generation applications and traffic growth, all within a single, compact 1RU platform that maximizes rack space efficiency and operational simplicity.

In Dubai’s rapidly evolving data center landscape, where organizations must balance current operational requirements with future scalability needs while managing infrastructure costs and complexity, the N9K-C93600CD provides an ideal solution for building spine networks that can adapt to changing traffic patterns and application requirements. The switch’s hybrid port configuration enables organizations to implement phased migration strategies that can leverage existing 100 Gigabit infrastructure while providing clear upgrade paths to 400 Gigabit performance as application requirements and traffic volumes continue to grow.

The N9K-C93600CD incorporates Cisco’s most advanced data center networking technologies, including Cloud Scale ASIC architecture, comprehensive AI/ML optimization features, advanced security capabilities, and full integration with Cisco’s Application Centric Infrastructure (ACI) platform. These capabilities enable organizations to implement sophisticated data center architectures that can support the most demanding modern applications while providing the automation, security, and operational simplicity required for efficient data center operations in Dubai’s competitive business environment.

Hybrid 100G/400G Architecture for Maximum Flexibility

The Cisco N9K-C93600CD’s unique hybrid architecture represents a breakthrough in data center switching design, providing organizations with the flexibility to optimize their network infrastructure according to specific traffic patterns, application requirements, and migration strategies. The switch’s 28 x 100 Gigabit Ethernet QSFP28 ports provide high-density connectivity that can support substantial leaf switch populations while maintaining the performance levels required for modern data center applications, while the 8 x 400 Gigabit Ethernet QSFP-DD ports provide ultra-high bandwidth connectivity for the most demanding applications and future growth requirements.

This hybrid port configuration enables organizations to implement sophisticated traffic engineering strategies that can optimize network utilization and performance according to specific application characteristics and business priorities. Organizations can use the 100 Gigabit ports for standard data center traffic while reserving the 400 Gigabit ports for bandwidth-intensive applications such as AI/ML workloads, high-performance computing, large-scale data analytics, and backup/replication traffic that require maximum bandwidth and minimal latency.

The N9K-C93600CD’s support for port breakout capabilities enables organizations to further optimize their connectivity options by splitting higher-speed ports into multiple lower-speed connections when needed. This flexibility enables organizations to adapt their network configuration to changing requirements without requiring hardware changes, providing significant operational flexibility and investment protection as application requirements evolve over time.

Advanced load balancing and traffic distribution capabilities built into the N9K-C93600CD ensure optimal utilization of both 100 Gigabit and 400 Gigabit connections, automatically distributing traffic across available paths to maximize performance while preventing congestion or bottlenecks that could impact application performance. This intelligent traffic management is particularly important for spine switches that must efficiently distribute traffic across diverse leaf switch populations with varying performance characteristics and requirements.

AI/ML and High-Performance Computing Optimization in Abu Dhabi

The Cisco N9K-C93600CD is specifically optimized to support the demanding requirements of artificial intelligence, machine learning, and high-performance computing workloads that are becoming increasingly important for organizations in Abu Dhabi’s technology-focused economy. The switch incorporates specialized features and capabilities designed to optimize network performance for these advanced computing paradigms, including advanced congestion management algorithms, intelligent buffer allocation, and comprehensive telemetry capabilities that can ensure optimal performance for compute-intensive applications.

The N9K-C93600CD’s support for advanced flow control mechanisms, including Priority Flow Control (PFC) and Explicit Congestion Notification (ECN), enables organizations to implement lossless networking architectures that are essential for AI/ML and high-performance computing workloads. These capabilities prevent packet loss during traffic bursts and congestion conditions, ensuring that compute-intensive applications can maintain optimal performance without experiencing the performance degradation that could result from packet retransmissions or application-level error recovery mechanisms.

Remote Direct Memory Access (RDMA) over Converged Ethernet (RoCE) support built into the N9K-C93600CD enables ultra-low latency, high-throughput communication between distributed computing nodes, which is essential for AI/ML workloads that require rapid access to large datasets and frequent communication between processing elements. RoCE capabilities can significantly reduce CPU overhead and improve application performance for memory-intensive workloads that are characteristic of modern AI/ML and high-performance computing environments.

The switch’s comprehensive telemetry and analytics capabilities provide detailed visibility into network performance characteristics that are particularly important for AI/ML workloads, including latency distributions, congestion patterns, traffic flow characteristics, and buffer utilization patterns. This detailed performance visibility enables organizations to optimize their AI/ML infrastructure and identify potential bottlenecks or performance issues before they impact application performance or training efficiency.

Advanced Security and Multi-Tenancy Architecture

Security represents a fundamental requirement for spine switch infrastructure, and the Cisco N9K-C93600CD addresses this challenge through the most comprehensive security architecture available in data center switching platforms. The switch incorporates multiple layers of security protection specifically designed for spine layer deployments where traffic aggregation and distribution functions require sophisticated security capabilities that can protect against both external threats and internal security risks.

The N9K-C93600CD’s security features include hardware-based encryption capabilities that can provide line-rate encryption for all network traffic without impacting switching performance. The switch’s support for MACsec encryption ensures that data remains protected during transmission across the data center fabric, while advanced key management capabilities ensure that encryption keys are properly managed and rotated according to security best practices and regulatory requirements that are increasingly important for organizations operating in Abu Dhabi’s regulated business environment.

Micro-segmentation capabilities built into the N9K-C93600CD enable organizations to implement zero-trust security architectures that can contain potential security breaches and limit the lateral movement of threats within the data center infrastructure. The switch’s integration with Cisco’s Application Centric Infrastructure (ACI) platform provides comprehensive policy-based security that can automatically enforce security policies based on application requirements, user identity, and data classification, ensuring consistent security protection across all data center resources.

The switch’s support for multi-tenancy enables organizations to implement shared spine infrastructure that can support multiple business units, customers, or applications while maintaining strict isolation and security boundaries between different tenants. Advanced Virtual Routing and Forwarding (VRF) capabilities enable organizations to create isolated network domains with independent routing policies and security controls, which is essential for service provider environments and large enterprise data centers that must support diverse user communities with varying security requirements.

Comprehensive Automation and Orchestration Capabilities

The Cisco N9K-C93600CD incorporates the most advanced automation and orchestration capabilities available in spine switching platforms, enabling organizations to implement efficient, scalable data center operations while reducing the complexity and expertise required for managing large-scale network infrastructures. The switch’s integration with Cisco’s Application Centric Infrastructure (ACI) platform provides comprehensive intent-based networking that can automatically configure network services based on application requirements and business policies.

Intent-based networking capabilities built into the N9K-C93600CD enable organizations to define network policies in business terms rather than technical configurations, automatically translating high-level application requirements into specific network configurations and ensuring consistent policy enforcement across the entire data center fabric. This approach significantly reduces the complexity and time required to deploy new applications while ensuring that network infrastructure can adapt to changing application requirements without manual intervention.

The switch’s comprehensive automation capabilities support various industry-standard tools and frameworks, including REST APIs, NETCONF, YANG data models, and integration with popular DevOps platforms such as Ansible, Puppet, and Chef. This comprehensive automation support enables organizations to integrate network management tasks into their existing operational workflows and development processes, improving efficiency while reducing the risk of human errors that could impact data center performance or availability.

Model-driven telemetry capabilities built into the N9K-C93600CD provide real-time visibility into network performance, application behavior, and infrastructure utilization patterns that can be used to optimize data center operations and prevent potential issues before they impact application performance or availability. The switch’s streaming telemetry capabilities enable integration with various analytics platforms and monitoring tools, providing the detailed information needed for proactive data center management and optimization.

Scalability and Future-Proofing Features

The Cisco N9K-C93600CD is specifically designed to provide exceptional scalability and future-proofing capabilities that enable organizations to build data center infrastructures that can adapt to evolving business requirements and technology innovations. The switch’s hybrid port configuration provides clear migration paths from current 100 Gigabit infrastructure to future 400 Gigabit requirements, enabling organizations to implement phased upgrade strategies that can optimize infrastructure investments while ensuring continuous performance improvements.

The N9K-C93600CD’s support for various spine-leaf topologies enables organizations to implement highly scalable data center architectures that can grow from small deployments to large-scale fabrics without requiring fundamental architectural changes. The switch’s non-blocking architecture ensures that performance remains consistent as the data center fabric scales, while advanced routing and forwarding capabilities can support the large routing tables and complex traffic patterns that are characteristic of large-scale data center deployments.

Software modularity built into the N9K-C93600CD ensures that organizations can implement new features and capabilities as they become available, providing investment protection and ensuring that the platform can continue to meet evolving business requirements throughout its operational lifetime. This software modularity is particularly important for organizations that must maintain current technology capabilities while managing infrastructure costs and minimizing disruption to business operations.

The switch’s integration with Cisco’s data center ecosystem ensures compatibility with current and future Cisco technologies, providing organizations with clear technology roadmaps and upgrade paths that can support long-term strategic planning and infrastructure development. This ecosystem integration is particularly valuable for organizations that must maintain consistent technology platforms while adapting to changing business requirements and technology innovations.

CISCO N9K-C93600CD NEXUS 9300 SWITCH – Specifications