C9350-24P Cisco 24-Port 30W PoE+ Switch

Overview of Cisco C9350-24P Catalyst Switch

The Cisco C9350-24P Catalyst 9350 series switch is a robust enterprise-grade solution featuring 24 Gigabit Ethernet ports with 30W PoE+ support. Designed for scalability, secure networking, and high availability, it is ideal for modern IT infrastructures and data centers.

General Information

• Manufacturer: Cisco
• Part Number: C9350-24P
• Product Type: 24-Port Ethernet Switch
• Product Line: Catalyst
• Product Series: C9350

Technical Specifications

• Network RJ-45: Supported
• Uplink Port: Available
• Stack Port: Supported
• Total Network Ports: 24

Port & Expansion Slot Details

• 1 x 10/100/1000Base-T RJ-45 Management Port
• 1 x RJ-45 Console Port
• 24 x 10/100/1000Base-T Gigabit Ethernet PoE+ RJ-45 Ports
• 1 x USB 3.0 Port

Management & Protocols

• Fully manageable for enterprise environments
• Supports advanced Layer 3 protocols

Reliability

• MTBF: 342,720 hours for dependable operation

Network & Communication

Layer & Standards

• Layer Supported: 3
• Networking Standards: IEEE 802.3bt

I/O Expansions

• Expansion Slot Type: SFP (mini-GBIC), SFP+
• Number of SFP Slots: 24
• Number of SFP+ Slots: 4
• Total Expansion Slots: 28

Media & Performance

Network Technology

• 10/100/1000Base-T supported
• Maximum Data Transfer Rate: 128 Mb/s
• Ethernet Technology: Gigabit Ethernet
• Media Type Supported: Twisted Pair

Power Description

Input Voltage Options

• 230 V AC
• 72 V DC
• 36 V DC
• 120 V AC

Power Source & Supply

• Power Source: AC/DC Power Supply
• Number of Power Supplies Supported: 3
• Number of Power Supplies Installed: 1
• Redundant Power Supply: Supported

PoE Capabilities

• PoE (RJ-45) Port: Yes
• PoE Budget: 720 W
• Supports 30W PoE+ per port

Cisco C9350-24P 24-Port PoE+ Ethernet Switch

The Cisco C9350-24P 9350 24-Port 30W PoE+ Ethernet Switch is engineered to support modern enterprise networking environments that require advanced connectivity, high-density power delivery, secure access, and scalable Layer 2 and Layer 3 switching performance. Designed for organizations that demand uninterrupted communication, simplified management, and long-term infrastructure reliability, this enterprise-grade switch delivers intelligent networking functions suitable for branch offices, campuses, educational institutions, healthcare environments, and data-intensive business operations.

Built with enterprise mobility and digital transformation initiatives in mind, the Cisco C9350-24P integrates high-performance switching technology with advanced Power over Ethernet Plus capabilities. The 24-port PoE+ configuration allows administrators to deploy connected devices such as wireless access points, IP surveillance cameras, VoIP phones, smart sensors, digital signage systems, and IoT-enabled infrastructure without requiring separate electrical cabling.

The switching platform is optimized for consistent traffic forwarding and low-latency packet delivery. Enterprises deploying cloud applications, virtualization services, collaboration tools, and unified communications benefit from the switch’s intelligent traffic prioritization and enhanced forwarding architecture. Network administrators can manage high-bandwidth applications while maintaining operational stability across multiple departments and distributed locations.

Enterprise Switching Performance for High-Density Environments

The Cisco C9350-24P switch is developed for organizations that require dependable throughput and continuous operational efficiency. The switching engine is capable of handling simultaneous data streams generated by modern enterprise devices and cloud-connected applications. As more businesses adopt hybrid work models and connected infrastructure, switching hardware must support increasing traffic demands while maintaining security and performance integrity.

Organizations deploying real-time collaboration applications such as video conferencing, VoIP communication systems, and virtual desktop infrastructure require stable network performance. The Cisco C9350-24P is engineered to optimize packet forwarding and minimize congestion in busy network environments. Its enterprise-grade architecture helps maintain application responsiveness and reliable user experiences across wired and wireless infrastructure deployments.

The switch is particularly effective in bandwidth-intensive environments where multiple connected devices continuously exchange data. Educational institutions streaming online learning content, healthcare facilities transferring medical imaging files, and corporate offices supporting remote collaboration all benefit from the switch’s intelligent network optimization capabilities.

Scalable Network Infrastructure for Growing Businesses

Scalability is one of the defining advantages of the Cisco C9350-24P Ethernet switch. Modern organizations frequently expand their network infrastructure to accommodate additional users, wireless devices, branch offices, and smart technologies. This switch supports flexible deployment strategies that allow businesses to scale network operations without replacing core infrastructure components.

The 24-port design offers a balanced combination of connectivity density and operational flexibility. Enterprises can deploy multiple access layer devices while maintaining centralized management and consistent policy enforcement. The switch architecture is suitable for both standalone deployments and larger integrated network ecosystems.

Businesses investing in long-term infrastructure modernization benefit from Cisco’s commitment to future-ready networking technologies. The switch is compatible with enterprise management frameworks that simplify deployment, monitoring, troubleshooting, and lifecycle management across distributed network environments.

Power over Ethernet Plus Technology and Intelligent Device Connectivity

The Cisco C9350-24P incorporates advanced PoE+ functionality capable of delivering up to 30 watts of power per port. This capability significantly simplifies network deployments by eliminating the need for dedicated power adapters and electrical outlets near connected devices. PoE+ technology supports streamlined installation processes while reducing infrastructure complexity and operational costs.

Organizations deploying wireless access points, IP cameras, VoIP handsets, and smart building technologies can centralize power delivery through the switch infrastructure. This approach simplifies cable management and enhances deployment flexibility, especially in large enterprise environments where device placement may not align with traditional power availability.

Efficient Power Distribution Across Enterprise Devices

Power efficiency is a critical consideration for modern IT infrastructure. The Cisco C9350-24P switch intelligently allocates power resources to connected devices based on operational requirements and device classification. This optimized power management strategy helps organizations improve energy utilization while ensuring stable device operation.

Wireless access points supporting next-generation Wi-Fi standards often require higher power levels to support advanced radio technologies and increased client density. The switch’s PoE+ capabilities provide sufficient power delivery to support these advanced wireless deployments without additional external power injectors.

In surveillance environments, IP security cameras equipped with advanced analytics, infrared imaging, and pan-tilt-zoom functionality benefit from consistent PoE+ power delivery. Organizations can deploy security infrastructure across large campuses while maintaining centralized power control and monitoring capabilities.

Support for Unified Communications Infrastructure

Modern businesses rely heavily on unified communications systems that integrate voice, video, messaging, and collaboration applications. The Cisco C9350-24P provides reliable support for IP telephony deployments through dedicated power delivery and intelligent traffic prioritization mechanisms.

VoIP devices connected to the switch benefit from consistent power availability and Quality of Service optimization. Administrators can prioritize latency-sensitive voice traffic to maintain clear communication quality during periods of heavy network utilization. This capability is particularly valuable in customer service centers, healthcare communication systems, and corporate collaboration environments.

The switch architecture also supports video conferencing equipment and collaboration endpoints that require both stable connectivity and continuous power delivery. Organizations deploying hybrid meeting environments benefit from centralized infrastructure management and simplified endpoint deployment.

Advanced Security Features for Enterprise Network Protection

Cybersecurity is a fundamental requirement for modern enterprise networking infrastructure. The Cisco C9350-24P switch integrates advanced security technologies designed to protect organizational assets, prevent unauthorized access, and maintain compliance with enterprise security policies.

As cyber threats continue to evolve, organizations require network hardware capable of enforcing identity-based access controls and monitoring suspicious activity across the network edge. The switch supports secure segmentation strategies that help isolate sensitive business systems from unauthorized users and compromised devices.

Network Access Control and Device Authentication

The Cisco C9350-24P switch supports enterprise authentication protocols that validate user identities and device credentials before granting network access. This security-first approach helps organizations reduce the risk of unauthorized connections and potential security breaches.

Identity-based access control policies enable administrators to define granular permissions based on user roles, device types, and departmental requirements. Sensitive business systems and confidential data can be segmented from general network traffic to improve security posture and regulatory compliance.

In educational environments, access policies can separate administrative systems from student networks. Healthcare organizations can protect patient information by isolating medical systems and restricting unauthorized access to sensitive data repositories.

Threat Mitigation and Traffic Monitoring

Modern enterprise switches must provide visibility into network traffic patterns and potential security anomalies. The Cisco C9350-24P includes intelligent monitoring capabilities that help administrators identify unusual traffic behavior, suspicious access attempts, and unauthorized device activity.

Integrated security mechanisms help mitigate common network threats such as spoofing attacks, unauthorized DHCP servers, and malicious traffic injection. These features contribute to a more resilient networking environment capable of supporting mission-critical business operations.

Organizations implementing zero-trust networking models benefit from the switch’s ability to enforce consistent security policies across access layer infrastructure. By validating device identity and controlling network segmentation, businesses can reduce attack surfaces and strengthen overall cybersecurity resilience.

Layer 2 and Layer 3 Networking Intelligence

The Cisco C9350-24P Ethernet switch combines advanced Layer 2 switching functionality with intelligent Layer 3 routing capabilities. This integration enables organizations to build efficient and scalable network architectures capable of supporting dynamic enterprise environments.

Layer 2 features support efficient local network communication, VLAN segmentation, and traffic isolation. Layer 3 functionality enables inter-VLAN routing and intelligent traffic forwarding between different network segments. Together, these capabilities provide flexibility for organizations implementing complex network topologies.

Virtual LAN Segmentation and Traffic Isolation

VLAN technology enables organizations to segment network traffic logically without requiring separate physical infrastructure. The Cisco C9350-24P supports VLAN deployments that improve security, optimize bandwidth utilization, and simplify network management.

Businesses can create dedicated network segments for departments, guest users, surveillance systems, wireless infrastructure, and voice communication platforms. This segmentation strategy helps reduce broadcast traffic and improve overall network efficiency.

Educational institutions often use VLAN segmentation to separate faculty networks, student access systems, research environments, and administrative infrastructure. Healthcare organizations can isolate medical devices, patient management systems, and visitor internet access to strengthen operational security.

Dynamic Routing and Traffic Optimization

Layer 3 intelligence allows the Cisco C9350-24P to support efficient traffic routing across enterprise networks. Dynamic routing capabilities improve path selection and enable more efficient data flow between network segments and external connections.

Organizations with distributed branch offices and multiple departments benefit from optimized routing performance that reduces latency and enhances application responsiveness. The switch can intelligently forward traffic based on network conditions and predefined policies.

Cloud-connected enterprises increasingly require efficient routing strategies to support SaaS applications, remote connectivity, and hybrid cloud environments. The Cisco C9350-24P contributes to optimized cloud application performance by enabling intelligent network traffic management.

Cloud Networking and Digital Transformation Support

The evolution of enterprise networking is closely tied to cloud computing, remote work infrastructure, and digital transformation initiatives. The Cisco C9350-24P switch supports these modern business requirements through intelligent networking technologies designed for hybrid IT environments.

Organizations adopting cloud applications require consistent network reliability and secure connectivity between local infrastructure and external cloud services. The switch supports scalable connectivity architectures that help businesses maintain application performance and operational continuity.

Hybrid Workforce Connectivity Solutions

Hybrid work models have increased the demand for reliable network infrastructure capable of supporting collaboration platforms, remote access technologies, and cloud-based workflows. The Cisco C9350-24P enables businesses to build resilient access layer infrastructure that supports modern workplace connectivity requirements.

Wireless access points powered by the switch provide secure wireless connectivity for employees, guests, and IoT devices. Consistent wireless performance is essential for video conferencing, remote collaboration, and cloud application access.

The switch also supports secure integration with VPN infrastructure and remote connectivity services. Organizations can extend secure access to distributed users while maintaining centralized network policy enforcement and visibility.

Support for IoT and Smart Building Technologies

Internet of Things deployments continue to expand across commercial and industrial environments. The Cisco C9350-24P supports IoT infrastructure through reliable connectivity, PoE+ power delivery, and intelligent traffic segmentation.

Smart building technologies such as environmental sensors, automated lighting systems, access control devices, and occupancy monitoring platforms require scalable network connectivity. The switch enables centralized management of these connected systems while maintaining operational efficiency.

Manufacturing facilities deploying industrial IoT devices benefit from consistent device connectivity and enhanced network segmentation capabilities. The switch can support operational technology environments alongside traditional enterprise networking infrastructure.

High Availability and Network Reliability Features

Enterprise environments require continuous network availability to support business-critical operations and digital communication platforms. The Cisco C9350-24P switch is designed with reliability-focused architecture that helps minimize downtime and maintain operational continuity.

Network outages can disrupt communication systems, business applications, and productivity workflows. The switch includes intelligent redundancy mechanisms and traffic optimization features that contribute to stable network performance even during periods of high demand.

Redundant Infrastructure and Fault Tolerance

Organizations implementing resilient network architectures benefit from the switch’s support for redundancy technologies and failover strategies. Redundant connectivity paths help maintain network availability in the event of hardware failures or link disruptions.

Spanning Tree Protocol enhancements and intelligent path management features contribute to efficient traffic flow while preventing network loops and broadcast storms. These technologies are essential for maintaining stable enterprise connectivity.

Data-intensive environments such as financial institutions, healthcare systems, and large educational campuses require reliable infrastructure capable of supporting continuous operations. The Cisco C9350-24P is engineered to meet these demanding operational requirements.

Quality of Service Optimization

Quality of Service technology plays a vital role in prioritizing mission-critical traffic across enterprise networks. The Cisco C9350-24P supports advanced QoS policies that help ensure consistent application performance for voice, video, and business-critical workloads.

Latency-sensitive applications such as VoIP communication, real-time collaboration tools, and streaming media benefit from traffic prioritization mechanisms that reduce packet delay and jitter. This capability enhances user experiences and supports productive digital collaboration.

Administrators can define custom traffic classes and prioritize specific application categories based on organizational requirements. This flexibility enables businesses to optimize bandwidth utilization while maintaining service quality for essential business applications.

Centralized Management and Network Automation

Modern enterprise environments require simplified management platforms capable of supporting large-scale network infrastructure. The Cisco C9350-24P switch integrates with centralized management ecosystems that streamline deployment, monitoring, and troubleshooting processes.

Network automation capabilities reduce administrative complexity and improve operational efficiency. Organizations managing distributed branch offices or campus environments benefit from centralized visibility and policy-based configuration management.

Intelligent Monitoring and Analytics

Visibility into network performance and device activity is essential for proactive infrastructure management. The Cisco C9350-24P provides monitoring capabilities that help administrators identify performance bottlenecks, connectivity issues, and abnormal traffic patterns.

Analytics-driven management platforms can collect operational data from the switch to support capacity planning, performance optimization, and predictive maintenance strategies. This proactive approach helps organizations reduce downtime and improve infrastructure efficiency.

Network administrators can monitor connected endpoints, bandwidth utilization, and power consumption through centralized dashboards. These insights support informed decision-making and long-term infrastructure planning.

Automated Provisioning and Configuration Management

Automation technologies simplify switch deployment and configuration processes across enterprise environments. The Cisco C9350-24P supports automated provisioning workflows that reduce manual configuration tasks and improve deployment consistency.

Organizations deploying large-scale infrastructure upgrades can standardize network policies and configuration templates across multiple switches. This approach minimizes configuration errors and accelerates deployment timelines.

Automated firmware management and software update capabilities help maintain security compliance and operational stability. Businesses can implement consistent update policies across distributed infrastructure while reducing administrative overhead.