Cisco C1300X-48T-4X Switch

Cisco C1300X-48T-4X Switch: Product Overview

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The Cisco Catalyst C1300X-48T-4X is a rack-mountable managed switch that combines 48 standard Gigabit Ethernet ports with four high-speed SFP28 interfaces. The copper access ports support 10/100/1000 Mbps Ethernet connectivity, allowing businesses to connect a wide range of standard network devices without replacing their existing Gigabit Ethernet infrastructure.

The four SFP28 interfaces provide 10 Gigabit Ethernet uplink connectivity, subject to compatible transceivers, cables, and network configurations. Cisco also specifies support for 25G operation on these interfaces for stacking purposes only. This distinction is important when planning a network because 25G stacking capability should not be interpreted as a general-purpose 25G uplink capability.

Unlike an unmanaged desktop switch, a managed Catalyst platform allows network administrators to configure traffic handling, segment the network, monitor performance, and implement security and access policies. These capabilities help organizations build a more organized, maintainable, and predictable network environment.

Key Product Highlights

• 48 Gigabit Ethernet ports: Connect up to 48 wired Ethernet endpoints directly to the switch.
• Four 10G SFP28 uplinks: Support high-speed connections to compatible aggregation switches, core switches, or other network infrastructure.
• Managed switching: Configure and monitor network behavior using supported management interfaces and features.
• Network segmentation: Use supported VLAN capabilities to separate departments, devices, and traffic types.
• Advanced traffic management: Apply supported Quality of Service (QoS) policies to help prioritize important applications.
• Enterprise-oriented security: Use supported access-control and traffic-protection features to strengthen network administration.
• Rack-mountable design: Integrate the switch into a suitable network cabinet or equipment rack.
• Flexible deployment: Suitable for business access networks, branch offices, and selected aggregation scenarios.

Technical Specifications of the Cisco C1300X-48T-4X

Review the following specifications before purchasing the Cisco Catalyst C1300X-48T-4X for your network. The table summarizes the principal hardware characteristics published for this model.

Important: The C1300X-48T-4X is a non-PoE model. Devices that require power over Ethernet must use a suitable external power source or a PoE-capable switch. For deployments that need integrated PoE, consider the Cisco Catalyst C1300X-48P-4X or the Cisco Catalyst C1300-48FP-4X only after verifying the exact model designation and power requirements.

48 Gigabit Ethernet Ports for Business Connectivity

One of the main advantages of the Cisco Catalyst C1300X-48T-4X is its 48-port copper interface configuration. Organizations can connect a large number of wired endpoints through one managed switching platform, reducing the need to deploy multiple smaller switches simply to accommodate device counts.

Gigabit Ethernet remains a practical access technology for many business environments. Office computers, network printers, IP phones with independent power supplies, access-control systems, and numerous other Ethernet-enabled devices can operate on a compatible Gigabit network. The actual connection speed depends on the connected device, cabling quality, network configuration, and negotiated link speed.

Suitable for High-Density Network Environments

In offices with several departments, 48 access ports provide room for a substantial number of wired connections. Network administrators can organize endpoints by function, create logical network segments, and plan uplink connectivity according to traffic requirements.

For organizations expanding from a smaller installation, the Cisco Catalyst C1300-24T-4X offers a 24-port alternative. Businesses that need additional ports can also evaluate the Cisco Catalyst C1300-48T-4X as part of the broader Catalyst 1300 product range.

Four 10G SFP28 Uplinks for Faster Network Connections

Modern business networks often generate more traffic than a single Gigabit connection can efficiently carry between access and aggregation layers. Applications such as file sharing, centralized storage, virtualization, cloud backups, and collaboration platforms can increase the demand for uplink bandwidth.

The four 10G SFP28 uplink interfaces on the Cisco C1300X-48T-4X provide options for higher-bandwidth connections to compatible network infrastructure. These interfaces can help reduce uplink congestion when appropriately designed and configured, although actual throughput depends on topology, traffic distribution, link aggregation, and the capabilities of the connected equipment.

Fiber and Transceiver Planning

Before deploying an SFP28 uplink, confirm the supported transceiver or direct-attach cable, transmission medium, connector type, required reach, and compatibility with the device at the other end. Fiber connections can be useful when connecting equipment in different rooms or network closets, while suitable copper or direct-attach solutions may be appropriate for shorter links.

Do not assume that every SFP or SFP+ module is interchangeable with an SFP28 interface. Verify compatibility using the official Cisco documentation and the specifications of the selected optical module or cable.

High-Speed Uplinks in a Structured Network

For larger installations, the C1300X-48T-4X can serve as an access-layer switch connected to an aggregation or core layer. Organizations using a broader Cisco switching architecture can evaluate products such as the Cisco Catalyst C9200-48T-E, the Cisco Catalyst C9300L-48T-4X-A, and the Cisco Catalyst C9500-48Y4C-E for different network roles and performance requirements.

These products belong to different Cisco switching families and should not be treated as identical replacements. Select equipment according to required features, licensing, scale, uplink speeds, routing design, and operational needs.

Managed Switching, VLANs, and Network Control

A managed switch gives administrators greater control over how traffic moves through the network. Instead of treating every connected endpoint as part of one undifferentiated environment, supported management features can help organize devices into logical groups and enforce policies appropriate to the business.

VLAN-Based Network Segmentation

Virtual LANs allow compatible devices to be separated into logical network segments, even when they share physical switching hardware. For example, a business may use separate VLANs for employee workstations, guest connectivity, printers, voice services, and network management.

VLANs can help limit unnecessary broadcast traffic and simplify administration. However, VLAN segmentation alone does not replace firewall rules, identity controls, or a properly designed security policy. Inter-VLAN communication should be configured according to the organization’s requirements.

Quality of Service for Business Applications

Quality of Service features can help administrators prioritize selected traffic classes when the network becomes congested. This may be useful for business voice, video meetings, and other applications that are sensitive to delay or packet loss.

QoS policies should be configured consistently across relevant network devices. A switch cannot guarantee application performance if congestion, insufficient bandwidth, poor cabling, or problems elsewhere in the network remain unresolved.

Monitoring and Troubleshooting

Managed switching can provide administrators with useful visibility into port status, link activity, traffic behavior, and configuration. Such visibility helps technical teams identify disconnected endpoints, investigate unexpected traffic patterns, and maintain a more consistent network configuration.

For background information, read our guide to what a Cisco switch is and how it works. This resource can help buyers understand the differences between basic connectivity devices and managed business switches.

Security Features for Professional Networks

Business switching infrastructure plays an important role in an organization’s overall security architecture. The Cisco Catalyst C1300X platform supports management and network-control capabilities that can help administrators implement appropriate access and traffic policies.

Depending on the supported firmware and configuration, relevant capabilities may include access-control lists, port-level controls, VLAN isolation, authentication-related functions, and protections against selected network threats. Administrators should confirm the exact feature availability in the documentation for the specific model and software release.

Practical Security Recommendations

• Change default credentials and use strong administrative authentication.
• Restrict management access to authorized administrators and trusted management networks.
• Disable unused ports where appropriate and document active connections.
• Use VLANs and access policies to separate devices with different security requirements.
• Maintain approved firmware versions and review release notes before upgrades.
• Back up switch configurations and maintain a documented recovery procedure.
• Monitor network logs and investigate unusual device or traffic behavior.

Security is a combination of hardware capabilities, software maintenance, configuration, monitoring, and operational practices. The switch should be deployed as one component of a broader network-security strategy.

Recommended Deployment Scenarios

Corporate Offices and Business Campuses

Organizations with multiple departments can use the C1300X-48T-4X to connect desktop computers, printers, compatible communication devices, and other wired endpoints. VLANs and managed port configurations can help separate business functions while maintaining centralized switching infrastructure.

Branch Offices and Distributed Locations

Branch offices often require a balance between port density, manageable network operations, and reliable connectivity. The 48 Gigabit access ports can accommodate a substantial number of endpoints, while 10G uplinks provide options for connecting to higher-capacity aggregation equipment.

Server Rooms and Network Closets

In suitable designs, the switch can connect servers with Gigabit interfaces, management workstations, monitoring equipment, and other network appliances. Applications requiring faster individual server links may need a different interface configuration or an additional high-speed switching platform.

Education, Retail, and Professional Services

Educational facilities, retail operations, and professional-service organizations may benefit from a managed 48-port switch when they need to connect numerous endpoints and maintain structured network policies. The correct design depends on the number of devices, traffic levels, segmentation requirements, and availability expectations.

For smaller installations, consider the Cisco Catalyst C1300-24T-4G or the Cisco Catalyst C1300-48T-4G. For installations that require PoE, review the Cisco Catalyst C1300-48P-4G and Cisco Catalyst C1300-48FP-4G.

Cisco Catalyst C1300X-48T-4X vs. Related Switches

Choosing a switch involves more than comparing port counts. Uplink capacity, PoE requirements, access speeds, network management features, and future expansion plans should all influence the decision.

When Is the C1300X-48T-4X the Right Choice?

This model is worth evaluating when a business needs 48 copper Gigabit access ports, multiple high-speed uplink interfaces, managed switching features, and a rack-mountable form factor. It is especially relevant when the existing access devices operate at Gigabit speeds but the network requires more uplink capacity than a basic Gigabit uplink configuration provides.

When Should You Consider Another Model?

Choose a PoE-capable alternative if the switch must power compatible access points, IP phones, or other powered Ethernet devices. Consider a multigigabit switch if wireless access points or other endpoints require 2.5G or 5G copper connections. For more demanding routing, scale, or high-speed access requirements, compare the available enterprise switching platforms before making a final selection.

For additional options, browse the Cisco C1300-24P-4X, Cisco C1300-24FP-4X, Cisco C1300-16P-4X, and Cisco C1200-48T-4X to compare alternative port counts and feature sets.

Installation and Network Planning

Before installing the Cisco Catalyst C1300X-48T-4X, verify that the equipment rack, power supply, ventilation, and cable-management arrangements meet the installation requirements. Ensure that the chosen location provides adequate airflow and access for maintenance.

Use suitable Category 5e or better copper cabling for 1000BASE-T connections, following applicable cabling standards. For optical uplinks, select supported modules and fiber types based on link distance, connector requirements, and the capabilities of the remote device.

During commissioning, update the configuration, define management access, plan VLANs, configure uplinks, and test connectivity. If link aggregation or redundant paths are used, confirm that the connected devices support the intended configuration and that the topology avoids switching loops.

Compatibility and Purchase Checklist

• Confirm that 48 Gigabit copper access ports meet your endpoint requirements.
• Check whether connected devices need PoE, because this model does not provide PoE power.
• Confirm the exact speed and stacking limitations of the SFP28 interfaces.
• Verify transceiver, fiber, cable, and remote-device compatibility.
• Review the required VLAN, routing, QoS, and security features against the relevant software documentation.
• Confirm the required rack space, power, cooling, and operating environment.
• Check the supplied accessories, warranty terms, and product condition with the seller before ordering.

Why Buy Networking Equipment from NexoGet?

NexoGet provides an online catalog of networking equipment and related IT products for customers comparing infrastructure options for business and professional environments. Buyers can explore the NexoGet online store to review available products and identify equipment that matches their technical requirements.

For assistance with product selection, visit our contact page or review our customer services information. Before placing an international order, customers should also review the applicable shipping policy, if available, along with the published payment policy and returns and refunds information.

For further purchasing details, consult the site’s warranty information, terms and conditions, and privacy policy. Confirm the availability and applicable terms for your country before completing your purchase.

Frequently Asked Questions

How many ports does the Cisco Catalyst C1300X-48T-4X have?

The switch has 48 Gigabit Ethernet RJ-45 access ports and four SFP28 interfaces specified for 10 Gigabit Ethernet uplinks.

Does the Cisco C1300X-48T-4X support 10G uplinks?

Yes. It provides four SFP28 uplink interfaces for 10G connectivity with compatible modules or cables and supported configurations.

Can the four SFP28 ports operate at 25G?

Cisco specifies 25G capability for stacking purposes only on this model. Do not assume that the interfaces support general-purpose 25G uplinks.

Does the C1300X-48T-4X support Power over Ethernet?

No. The C1300X-48T-4X is a non-PoE model. If you need to power compatible network devices through Ethernet, evaluate a PoE model such as the Cisco Catalyst C1300X-48P-4X.

Is the Cisco Catalyst C1300X-48T-4X a managed switch?

Yes. It is a managed switch intended for business networking environments, with configurable network-management and traffic-control capabilities. Review Cisco’s documentation for the precise functions available in the installed software release.

What is the switching capacity of this model?

The published switching capacity is 285.6 Gbps, with a forwarding rate of 212.2 million packets per second, according to Cisco’s product specifications.

Is this switch suitable for a growing business?

It can be a suitable option for businesses that need 48 Gigabit access ports and higher-speed uplink connectivity. The best choice depends on endpoint density, traffic levels, PoE requirements, security policies, and future network expansion plans.

What should I verify before ordering?

Confirm the exact SKU, required uplink modules, PoE requirements, software features, product condition, delivery terms, and warranty coverage. For official technical details, consult the Cisco Catalyst 1300 and 1300X Series datasheet.

Conclusion: Cisco Catalyst C1300X-48T-4X Managed Switch

The Cisco Catalyst C1300X-48T-4X is a managed Gigabit Ethernet switch designed for organizations that need high-density wired connectivity and multiple 10G uplink options. Its 48 Gigabit Ethernet access ports, four SFP28 interfaces, rack-mountable design, and management capabilities make it a candidate for business access networks, branch offices, and selected network aggregation deployments.

For organizations seeking a practical balance between Gigabit endpoint connectivity and faster uplink capacity, this Cisco Catalyst 1300X switch offers a configuration worth considering. Evaluate the technical specifications, software capabilities, transceiver compatibility, and power requirements against your deployment before ordering.

Explore the NexoGet networking catalog to compare related Cisco switches and select a solution that fits your network architecture, connectivity requirements, and long-term expansion plans.