Description

Cisco C9200-24P-4G PoE+ Managed Switch Dubai

The Cisco C9200-24P-4G emerges as a powerhouse solution for organizations in Dubai seeking comprehensive Power over Ethernet capabilities combined with enterprise-grade networking performance. This advanced 24-port PoE+ managed switch represents the pinnacle of Cisco’s access layer technology, delivering full PoE+ power to all 24 ports while maintaining the robust feature set that has made the Catalyst 9200 series the preferred choice for demanding enterprise environments across the UAE.

Engineered specifically for power-hungry network deployments, the C9200-24P-4G provides up to 30 watts per port across all 24 Gigabit Ethernet interfaces, enabling organizations to power a comprehensive range of network devices including high-performance wireless access points, IP cameras, VoIP phones, and digital signage systems. This full PoE+ capability eliminates the need for separate power infrastructure, significantly reducing installation complexity and ongoing maintenance requirements for businesses operating in Abu Dhabi’s competitive marketplace.

The switch’s integration of StackWise-160 technology with comprehensive PoE+ capabilities creates unprecedented opportunities for network architects designing scalable, power-efficient solutions. Organizations can stack up to eight C9200-24P-4G units to create a unified system delivering up to 192 PoE+ ports with centralized management and automatic failover capabilities. This scalability is particularly valuable for large enterprise deployments, educational institutions, and healthcare facilities that require extensive PoE device connectivity.

Built on Cisco’s trusted UADP 2.0 Mini ASIC platform, the C9200-24P-4G delivers exceptional packet processing performance while intelligently managing power distribution across connected devices. The switch’s advanced power management algorithms continuously monitor power consumption and automatically adjust allocation to ensure optimal efficiency and device protection. This intelligent power management is essential for organizations in Dubai implementing large-scale IoT deployments or unified communications systems that demand reliable, consistent power delivery.

Advanced PoE+ Technology and Power Management

The Cisco C9200-24P-4G represents a significant advancement in Power over Ethernet technology, incorporating sophisticated power management capabilities that address the evolving requirements of modern network-attached devices. With a total PoE+ budget of 740 watts, this switch can simultaneously power demanding devices across all 24 ports, making it an ideal solution for organizations in Dubai implementing comprehensive IoT strategies or deploying high-density wireless networks.

The switch’s PoE+ implementation adheres to IEEE 802.3at standards while providing enhanced power delivery capabilities that exceed basic PoE requirements. Each port can deliver up to 30 watts of power, sufficient to support the latest generation of wireless access points, including Wi-Fi 6 and Wi-Fi 6E devices that require additional power for advanced antenna systems and signal processing capabilities. This power capacity is particularly important for organizations in Abu Dhabi deploying next-generation wireless infrastructure to support increasing mobile device density and bandwidth requirements.

Intelligent power management algorithms integrated into the C9200-24P-4G continuously monitor power consumption across all connected devices, automatically adjusting power allocation to optimize efficiency and prevent overload conditions. The switch can detect device power requirements during the initial negotiation phase and allocate power accordingly, ensuring that devices receive exactly the power they need without waste or inefficiency. This dynamic power management capability is essential for organizations seeking to minimize energy consumption while maintaining optimal device performance.

The switch’s power prioritization features enable network administrators to designate critical devices that should receive power preference during high-demand scenarios. This capability ensures that essential network infrastructure components such as wireless controllers, security cameras, or emergency communication systems maintain power availability even when total power demand approaches system limits. For organizations operating mission-critical applications, this power prioritization provides an additional layer of operational resilience.

Advanced power monitoring and reporting capabilities provide comprehensive visibility into power consumption patterns across the network infrastructure. Network administrators can track power usage by port, device type, or time period, enabling data-driven decisions about power allocation and capacity planning. This monitoring capability is particularly valuable for organizations implementing energy management initiatives or seeking to optimize their power infrastructure investments.

The C9200-24P-4G supports perpetual PoE functionality, which maintains power delivery to connected devices even during switch reboots or firmware upgrades. This capability ensures that critical devices such as IP phones, security cameras, or access control systems remain operational during maintenance activities, minimizing disruption to business operations. For organizations in Dubai that operate 24/7 facilities or provide critical services, this perpetual PoE capability is essential for maintaining operational continuity.

Enhanced Security for Powered Device Networks

The integration of comprehensive PoE+ capabilities with advanced security features makes the Cisco C9200-24P-4G particularly well-suited for organizations deploying security-sensitive powered devices such as IP cameras, access control systems, or environmental monitoring equipment. The switch’s security architecture provides multiple layers of protection that safeguard both the network infrastructure and the powered devices connected to it.

Device authentication capabilities ensure that only authorized devices can receive power from the switch, preventing unauthorized equipment from accessing network resources or consuming power budget. The switch supports comprehensive device fingerprinting that can identify device types and manufacturers, enabling granular control over which devices are permitted to connect and receive power. This authentication capability is particularly important for organizations implementing IoT security policies or seeking to prevent unauthorized device connections.

The switch’s support for MACsec encryption extends to powered devices, ensuring that sensitive data transmitted by security cameras, access control systems, or other critical devices remains protected throughout the network infrastructure. This encryption capability operates transparently to connected devices while providing robust protection against eavesdropping or data interception attempts. For organizations in Abu Dhabi handling sensitive security or surveillance data, this encryption capability provides essential protection for critical information.

Network segmentation capabilities enable organizations to isolate powered devices into separate VLANs or security zones, preventing lateral movement of potential threats and limiting the impact of compromised devices. The switch can automatically assign powered devices to appropriate network segments based on device type, location, or security policy, simplifying network administration while maintaining strong security boundaries. This segmentation capability is essential for organizations implementing zero-trust security architectures or seeking to comply with industry-specific security requirements.

Advanced threat detection capabilities specifically designed for powered device networks enable the switch to identify and respond to various types of attacks targeting IoT devices or network infrastructure. The switch can detect anomalous power consumption patterns that might indicate device compromise or malfunction, automatically alerting administrators to potential security incidents. This threat detection capability provides an additional layer of security monitoring that is particularly relevant for organizations deploying large numbers of powered devices.

Scalability and Performance for Growing Networks

The performance characteristics of the Cisco C9200-24P-4G have been optimized to handle the demanding requirements of networks supporting numerous powered devices while maintaining the throughput necessary for modern business applications. With a switching capacity of 56 Gbps and forwarding rate of 41.67 million packets per second, the switch delivers consistent performance even when fully loaded with power-hungry devices generating significant network traffic.

The switch’s buffer architecture has been specifically designed to accommodate the traffic patterns commonly associated with powered device networks, where numerous devices may simultaneously transmit data such as video streams, sensor readings, or voice communications. With 1.5 MB of buffer memory per port, the switch can handle traffic bursts from multiple devices without packet loss, ensuring that critical applications maintain optimal performance characteristics.

StackWise-160 technology enables organizations to scale their powered device infrastructure as business requirements evolve, combining multiple C9200-24P-4G switches into a single logical unit that provides linear scalability for both port density and power capacity. A fully configured stack can provide up to 192 PoE+ ports with a combined power budget of nearly 6 kilowatts, sufficient to support large-scale deployments such as campus wireless networks, comprehensive security systems, or extensive IoT implementations.

The switch’s modular uplink architecture provides flexibility for connecting to distribution layer switches or other network infrastructure components, ensuring that the increased traffic generated by numerous powered devices can be efficiently transported throughout the network. Support for various uplink modules enables organizations to select the most appropriate connectivity options based on their specific bandwidth requirements and network architecture.

Quality of Service capabilities integrated into the C9200-24P-4G ensure that traffic from different types of powered devices receives appropriate handling based on application requirements. Voice traffic from IP phones receives priority treatment to maintain call quality, while video streams from security cameras can be allocated sufficient bandwidth to ensure clear image transmission. This QoS capability is essential for organizations implementing unified communications or surveillance systems that require predictable network performance.

Integration with Cisco Ecosystem

The Cisco C9200-24P-4G seamlessly integrates with Cisco’s comprehensive networking ecosystem, enabling organizations to implement cohesive solutions that leverage the full capabilities of Cisco’s technology portfolio. This integration extends beyond basic connectivity to include advanced features such as centralized management, policy enforcement, and automated configuration that simplify network operations while enhancing security and performance.

Integration with Cisco DNA Center provides centralized management capabilities that enable network administrators to configure, monitor, and troubleshoot multiple C9200-24P-4G switches from a single management platform. This centralized approach is particularly valuable for organizations managing large numbers of powered devices, as it provides comprehensive visibility into both network performance and power consumption across the entire infrastructure. Administrators can quickly identify power-related issues, monitor device health, and implement configuration changes across multiple switches simultaneously.

The switch’s support for Cisco’s Software-Defined Access (SD-Access) architecture enables organizations to implement intent-based networking policies that automatically configure network access and security settings based on device type, user identity, and location. For powered device networks, this capability enables automatic policy application for different device categories, ensuring that IP cameras receive appropriate security settings while IP phones are configured for optimal voice quality. This automated policy enforcement reduces administrative overhead while maintaining consistent security and performance standards.

The switch’s compatibility with Cisco’s wireless infrastructure enables seamless integration with wireless LAN controllers and access points, creating unified wired and wireless networks that provide consistent user experiences and security policies. This integration is particularly important for organizations in Dubai implementing comprehensive mobility solutions that require tight coordination between wired and wireless network components.

Specifications:

• Switch Type: Layer 2 Managed PoE+ Access Switch

• Port Configuration: 24 x 10/100/1000 Ethernet PoE+ ports

• PoE+ Power Budget: 740W total, 30W per port

• PoE+ Standard: IEEE 802.3at compliant

• Uplink Options: Modular uplink slots supporting various network modules

• Switching Capacity: 56 Gbps

• Forwarding Rate: 41.67 Mpps (million packets per second)

• MAC Address Table: 16,000 entries

• VLAN Support: Up to 4,094 VLANs

• Stacking Technology: StackWise-160 (up to 8 units, 160 Gbps stack bandwidth)

• Buffer Memory: 1.5 MB per port

• Power Consumption: Maximum 67W (switch only), 807W total with full PoE load

• Power Supply: PWR-C6-600WAC (600W AC)

• Dimensions (H x W x D): 1.73 x 17.5 x 13.8 inches (4.4 x 44.5 x 35.0 cm)

• Weight: 8.8 lbs (4.0 kg)

• Operating Temperature: 32°F to 113°F (0°C to 45°C)

• Operating Humidity: 10% to 85% non-condensing

• MTBF: 613,482 hours

• Fans: Field-replaceable redundant fans

• Management: Web GUI, CLI, SNMP, Cisco DNA Center

• Security Features: MACsec encryption, 802.1X authentication, device fingerprinting

• QoS: 8 queues per port, DiffServ marking, traffic shaping, voice VLAN

• Standards Compliance: IEEE 802.3, 802.3u, 802.3ab, 802.3at, 802.1Q, 802.1p

• Routing Table: Up to 1,000 IPv4 routes, 1,000 IPv6 routes

• PoE Features: Perpetual PoE, power prioritization, intelligent power management

• Warranty: Cisco Limited Lifetime Hardware Warranty