أخبار الشركة عن Cisco WS-C2960X-24PS-L: 24-Port Gigabit PoE+ Catalyst 2960-X Switch with 370W Power Budget and 4 SFP Uplinks

The Cisco WS-C2960X-24PS-L is a reliable enterprise access-layer switch designed to deliver Gigabit Ethernet connectivity, Power over Ethernet Plus (PoE+), and flexible fiber uplink capabilities for modern business networks. As part of the Cisco Catalyst 2960-X Series, this 24-port managed Ethernet switch provides 24 Gigabit Ethernet ports, a 370W PoE power budget, and four dedicated 1G SFP uplink interfaces. It combines efficient network access, centralized device connectivity, and simplified infrastructure management in a compact 1U rack-mountable design. With a 216Gbps switching capacity, 108Gbps forwarding bandwidth, and support for stacking up to eight switches, the WS-C2960X-24PS-L offers a practical solution for enterprise offices, educational institutions, retail environments, and distributed business networks. Its ability to transmit data and electrical power through Ethernet cabling helps reduce installation complexity while supporting IP phones, wireless access points, and other compatible PoE-powered devices. For organizations seeking dependable Gigabit access switching with fiber connectivity, this model remains a relevant option for maintaining and expanding established enterprise LAN infrastructure.

The Cisco Catalyst 2960-X family is designed for enterprise access-layer networking, where switches must connect end-user devices, provide power to network endpoints, and maintain reliable communication with distribution switches. The WS-C2960X-24PS-L is particularly suitable for organizations that need a combination of copper access ports and Gigabit fiber uplinks without moving to a higher-cost 10-Gigabit access platform.

The WS-C2960X-24PS-L is a fixed-configuration, managed Layer 2 access switch featuring Cisco IOS LAN Base software. Its front-panel connectivity consists of two interface groups:

• 24 × 10/100/1000BASE-T Ethernet ports: These RJ45 interfaces provide automatic speed negotiation and Gigabit Ethernet connectivity for computers, IP phones, wireless access points, printers, surveillance equipment, and other Ethernet-enabled devices.

• 4 × 1000BASE-X SFP uplink slots: These interfaces support compatible Gigabit SFP optical transceivers, allowing the switch to connect to fiber-optic infrastructure and upstream network equipment.

The copper access interfaces support IEEE 802.3af Power over Ethernet (PoE) and IEEE 802.3at PoE+ functionality. Instead of installing separate electrical outlets for every connected endpoint, network administrators can deliver both Ethernet data and DC power through the same compatible twisted-pair cable.

The advertised 370W PoE budget is an important specification. According to Cisco's product documentation, the WS-C2960X-24PS-L supports up to 12 PoE+ ports at a maximum allocation of 30W per port, or up to 24 standard PoE ports at 15.4W per port, subject to the total available power budget and actual device requirements. This allows administrators to distribute power according to the needs of connected devices rather than treating every port as having an independent 370W capacity.

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Another important characteristic is its LAN Base feature set. This software configuration provides enterprise access-layer functionality and supports network segmentation, traffic prioritization, access control, and other managed switching capabilities. It is therefore different from an unmanaged desktop switch that simply forwards Ethernet frames without providing comparable administrative controls.

Specifications are based on the supplied product listing and relevant Cisco documentation. Confirm hardware revision, accessories, power configuration, and condition with the supplier before ordering.

For procurement teams, understanding the distinction between PoE and PoE+ is essential when selecting an enterprise PoE network switch.

The WS-C2960X-24PS-L supports both standards, making it suitable for mixed endpoint environments where different devices have different power requirements.

Its four SFP uplinks also provide greater flexibility when designing the physical network. A business can connect local endpoints through copper Ethernet while using fiber connections to reach another equipment room, building, or distribution switch.

This combination of PoE+ access, Gigabit Ethernet switching, and optical uplink connectivity makes the product a practical option for enterprise networks that require predictable performance and manageable infrastructure costs.

As business networks continue to support more connected devices, organizations face several infrastructure challenges. These include increasing endpoint density, limited electrical outlets, the need for stable uplink connectivity, and the difficulty of maintaining equipment across multiple locations.

Selecting the right access switch can help address these challenges without introducing unnecessary network complexity.

The Cisco WS-C2960X-24PS-L offers four important advantages.

One of the main reasons organizations select a 24-port PoE+ Gigabit switch is the ability to simplify endpoint installation.

Traditional network deployments often require a separate electrical connection for each IP phone, wireless access point, or compatible surveillance camera. In large offices, this can increase installation costs, consume available power outlets, and make cable management more complicated.

The WS-C2960X-24PS-L addresses this issue through its 370W PoE power budget.

By supplying electrical power directly through Ethernet connections, the switch allows administrators to deploy supported network devices without installing an individual power adapter at every endpoint.

For example, an office can connect IP phones and wireless access points to the same access switch while managing their power allocation centrally. If the business changes its office layout, compatible devices can be relocated without redesigning the electrical infrastructure at every workstation.

The 370W power budget also provides flexibility for mixed PoE and PoE+ environments. Administrators should calculate the total endpoint consumption before deployment, allowing sufficient power headroom for future expansion.

A major consideration when selecting an enterprise access switch is how it connects to the rest of the network.

Copper Ethernet is convenient for local connections, but fiber-optic connectivity becomes increasingly valuable when the network spans multiple floors, equipment rooms, or buildings.

The Cisco WS-C2960X-24PS-L includes four 1G SFP uplink slots, supporting compatible Gigabit optical transceivers.

These interfaces allow network administrators to select suitable optical modules according to transmission distance, fiber type, and connector requirements.

For instance, a 1000BASE-SX SFP module can be used for compatible multimode fiber applications, while a 1000BASE-LX/LH module is commonly selected for suitable single-mode fiber links.

The actual transmission distance depends on the selected transceiver, optical budget, fiber specifications, and link conditions.

Having four dedicated SFP uplinks provides additional connection options for redundant physical paths, separate upstream connections, or different network segments, subject to the supported network configuration.

For companies maintaining existing Gigabit fiber infrastructure, this can reduce the need to replace optical cabling simply because a new access switch is being installed.

Network reliability is important for organizations that depend on continuous access to business applications, cloud services, internal databases, and communication platforms.

The WS-C2960X-24PS-L is designed for enterprise access switching rather than basic unmanaged connectivity.

Its product listing specifies 216Gbps switching capacity and 108Gbps forwarding bandwidth. These figures describe the switching performance claimed for the product and should be interpreted according to the relevant vendor specification methodology.

The LAN Base software configuration also gives network administrators access to managed switching functions.

Depending on the software release and configuration, these functions can support VLAN segmentation, traffic prioritization, port management, and network access policies.

For example, an enterprise can separate employee computers, voice traffic, guest access, and surveillance equipment into different VLANs. This logical separation helps improve network organization and simplifies the implementation of access policies.

Quality of Service (QoS) mechanisms can also help prioritize latency-sensitive traffic, such as voice communications, over less time-sensitive data transfers.

For businesses operating several departments or network segments, these capabilities make the Catalyst 2960-X a more flexible solution than a basic plug-and-play Ethernet switch.

Physical installation and future scalability are equally important considerations for IT infrastructure planning.

The WS-C2960X-24PS-L uses a compact 1U rack-mountable enclosure, with listed dimensions of approximately 44.5 × 36.8 × 4.5cm.

This allows it to be installed in standard network equipment racks and integrated into existing structured cabling environments.

The supplied product listing also identifies support for stacking up to eight switches and an 80Gbps stack bandwidth. Cisco documentation identifies FlexStack-Plus as an optional stacking capability for this model family. Buyers should confirm the required stacking module, cables, software compatibility, and exact configuration rather than assuming these accessories are included with every switch.

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For organizations expanding their access-layer infrastructure, stacking can help simplify the administration of multiple switches and provide a more organized network architecture.

Although newer Catalyst platforms are available, organizations do not always need to replace every access switch when upgrading their network.

Some businesses operate established Gigabit Ethernet environments with existing fiber uplinks, compatible endpoint devices, and network management procedures built around the Catalyst 2960-X platform.

In these situations, the WS-C2960X-24PS-L can be considered for compatible replacement projects, spare equipment inventories, maintenance requirements, and extensions of existing infrastructure.

However, procurement teams should also understand the product's lifecycle status. Cisco has published an end-of-sale and end-of-life announcement for the Catalyst 2960-X family and identifies the C9200L-24P-4G as a replacement for the WS-C2960X-24PS-L. Buyers planning a new long-term deployment should compare both models and check current software and support requirements.

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The Cisco WS-C2960X-24PS-L is best understood as an enterprise access-layer switch. Its role is to connect local devices to the business network, supply power to compatible endpoints, and provide upstream connectivity to distribution or core switching equipment.

The following deployment scenarios illustrate how its technical specifications can be applied to practical networking requirements.

In a medium-sized office, employees typically require wired network access for desktop computers, IP phones, printers, and other business equipment. Wireless access points are also necessary to provide connectivity for laptops, smartphones, and tablets.

The WS-C2960X-24PS-L provides 24 Gigabit Ethernet access ports, allowing IT administrators to connect multiple devices through a centralized switching platform.

A typical deployment could allocate:

• Ports 1–12 for employee computers and IP phones.

• Ports 13–18 for wireless access points and additional PoE-powered devices.

• Ports 19–24 for printers, meeting-room equipment, and other Ethernet endpoints.

• SFP uplink interfaces for connections to distribution switches or fiber-optic network infrastructure.

This configuration is only an illustrative port-allocation plan; actual port assignments depend on the network design.

The PoE power budget is particularly useful when deploying IP phones and wireless access points throughout an office. Rather than installing separate power adapters at every workstation or ceiling-mounted access point, administrators can supply power through compatible Ethernet connections.

For voice and data integration, network administrators can configure separate VLANs for voice and user traffic. QoS policies can then help prioritize real-time communication packets, reducing the impact of competing network traffic.

For businesses operating several office departments, this approach provides a structured access-layer design that is easier to monitor and maintain.

Modern surveillance systems increasingly depend on IP-based cameras connected through managed Ethernet infrastructure.

A typical enterprise surveillance deployment may include fixed IP cameras, wireless bridges, network video recorders, monitoring workstations, and management servers.

The WS-C2960X-24PS-L can provide Gigabit Ethernet connectivity and PoE power for compatible IP cameras, reducing the requirement for separate electrical installations at camera locations.

For example, a security system may connect several fixed PoE cameras and a smaller number of higher-power PoE+ devices to the switch.

When planning this type of deployment, network administrators should consider three factors.

First, calculate the PoE power requirements. Each connected camera has a specific power consumption rating. The total consumption must remain within the 370W switch budget, with additional headroom recommended for startup loads and future expansion.

Second, consider network bandwidth. High-resolution video streams can generate considerable traffic, especially when several cameras transmit simultaneously. Administrators should evaluate camera bitrates, recording requirements, uplink utilization, and the available capacity of the upstream network.

Third, separate surveillance traffic. Configuring a dedicated VLAN for security cameras can help isolate surveillance devices from ordinary office traffic and simplify access control.

The four Gigabit SFP uplink interfaces can connect the access switch to compatible fiber-optic infrastructure, making it suitable for surveillance networks where camera locations and monitoring facilities are separated by longer cable routes.

Schools, colleges, and training centers often need to connect a combination of classroom computers, wireless access points, IP phones, printers, and administrative systems.

The challenge is not simply providing enough Ethernet ports. Network administrators must also manage different user groups, distribute power to endpoint devices, and maintain reliable connections between buildings or equipment rooms.

The WS-C2960X-24PS-L offers a combination of 24 Gigabit Ethernet ports and four 1G SFP uplink slots that can support this type of access-layer deployment.

For example, one switch can be installed in a classroom building's telecommunications cabinet. Copper Ethernet ports can connect local endpoints, while fiber-optic uplinks provide connectivity to a central distribution switch.

A network administrator can configure separate VLANs for students, teachers, administrative employees, and wireless guest access. This helps establish a more organized network structure and supports the application of different security policies.

PoE+ functionality also simplifies the installation of compatible wireless access points in classrooms, corridors, and common areas.

When multiple switches are required across a campus, administrators can evaluate FlexStack-Plus compatibility and the appropriate stacking accessories to determine whether stacking is suitable for their network architecture.

Retail environments depend on stable network connections for point-of-sale terminals, inventory systems, IP phones, wireless access points, and surveillance equipment.

A network interruption can affect payment processing, stock management, communication, and daily store operations.

The WS-C2960X-24PS-L can serve as a centralized access switch in a retail network cabinet, connecting different business devices through its Gigabit Ethernet interfaces.

For example:

• Point-of-sale terminals can use dedicated wired Ethernet connections.

• Compatible wireless access points can receive power through PoE.

• IP surveillance cameras can connect through PoE or PoE+ ports.

• Network printers and inventory terminals can use standard Gigabit Ethernet.

• SFP uplinks can connect the store network to an upstream router or distribution switch.

Network segmentation can help separate payment systems, guest wireless access, employee devices, and surveillance equipment.

This is particularly important for businesses that need to manage multiple categories of network traffic while maintaining appropriate access restrictions.

However, the switch itself does not automatically guarantee payment-system compliance or network security. Those requirements must be addressed through the complete network architecture, firewall policies, endpoint security, and operational procedures.

Another important application is connecting copper access networks to existing fiber infrastructure.

Many enterprises use fiber-optic cabling between floors, buildings, or equipment rooms because fiber supports longer transmission distances and provides immunity to electromagnetic interference along the optical path.

The four 1G SFP interfaces on the WS-C2960X-24PS-L provide flexibility when connecting to compatible fiber-optic equipment.

The appropriate transceiver must be selected according to the optical interface requirements.

These are general Gigabit SFP categories, not a statement that every individual transceiver is automatically compatible. Administrators should verify Cisco compatibility, wavelength, connector type, fiber specifications, and optical reach before purchasing.

For example, a building using multimode fiber may require 850nm SX optical modules, whereas a longer single-mode connection may require an appropriate 1310nm LX/LH transceiver.

When designing the connection, both ends of the fiber link must use compatible optical specifications. A mismatch in wavelength, fiber type, or connector configuration can prevent the link from establishing correctly.

Before deploying the WS-C2960X-24PS-L, procurement and engineering teams should complete a basic compatibility assessment.

1. Verify the model number: Confirm that the requested equipment is WS-C2960X-24PS-L rather than WS-C2960X-24PD-L or another Catalyst 2960-X variant. Their uplink interfaces are different.

2. Check PoE requirements: Calculate the power consumption of every connected endpoint and ensure that the combined load remains within the 370W budget.

3. Confirm optical modules: Match SFP transceivers with the fiber type, wavelength, connector, and required transmission distance.

4. Review software requirements: Confirm the LAN Base feature set, IOS version, and compatibility with the existing network configuration.

5. Evaluate stacking requirements: If stacking is required, verify the necessary FlexStack-Plus modules and cables separately.

6. Inspect equipment condition: For new or replacement purchases, request confirmation of the hardware condition, serial number, accessories, warranty terms, and shipping arrangements.

One additional consideration is lifecycle planning. The Catalyst 2960-X is an established product family, and Cisco has announced its end of sale and end of life. Organizations maintaining existing networks may still have valid reasons to purchase this model, but buyers implementing new infrastructure should evaluate the newer Catalyst 9200L platform as well.

For procurement projects, comparing technical compatibility, total cost of ownership, software support, and replacement availability is more useful than evaluating the initial hardware price alone.

Q1: What is the Cisco WS-C2960X-24PS-L used for?

The WS-C2960X-24PS-L is a managed enterprise access switch used to connect computers, IP phones, wireless access points, and other Ethernet devices. It provides 24 Gigabit Ethernet ports, PoE+ power, and four Gigabit SFP uplinks.

Q2: Does the WS-C2960X-24PS-L support PoE+?

Yes. It supports IEEE 802.3af PoE and IEEE 802.3at PoE+. Its total available PoE power is 370W, supporting up to 12 ports at 30W each or up to 24 standard PoE ports at 15.4W each.

Q3: How many SFP uplink ports does this Cisco switch have?

The WS-C2960X-24PS-L provides four dedicated 1G SFP uplink slots. Compatible Gigabit optical transceivers can be selected according to fiber type, wavelength, connector, and transmission distance.

Q4: What is the difference between WS-C2960X-24PS-L and WS-C2960X-24PD-L?

Both models offer 24 Gigabit PoE+ ports and a 370W PoE budget. The 24PS-L provides four 1G SFP uplinks, while the 24PD-L uses two 10G SFP+ uplinks. Selection depends on uplink speed requirements.

Q5: Is the Cisco WS-C2960X-24PS-L suitable for new network projects?

It can be suitable for maintaining existing Catalyst 2960-X infrastructure or compatible replacement projects. However, Cisco has announced its end of sale and end of life, so buyers should also evaluate newer Catalyst 9200L alternatives.

Q6: What warranty and after-sales support are available when purchasing this switch?

The supplied product page lists new condition and a one-year warranty, with a stated delivery time of 2–3 days. Buyers should confirm stock, warranty coverage, accessories, shipping arrangements, and technical support terms before placing an order.

The Cisco WS-C2960X-24PS-L combines 24 Gigabit Ethernet access ports, a 370W PoE+ power budget, and four dedicated Gigabit SFP uplinks in a compact 1U enterprise switching platform. Its LAN Base feature set, flexible fiber connectivity, and support for compatible network stacking make it a practical option for businesses maintaining established Cisco access-layer infrastructure.