CPT-50-44GE-48A Cisco 44 Ports Ethernet Switch

Cisco CPT-50-44GE-48A 44-Port Ethernet Switch Overview

The Cisco CPT-50-44GE-48A is engineered to deliver high-efficiency network performance, offering dependable throughput, improved scalability, and versatile connectivity for both expanding enterprises and advanced IT infrastructures. With 44 Ethernet ports, this switch provides robust, streamlined data routing designed for smooth traffic flow across diverse applications.

Key Details of the Cisco CPT-50-44GE-48A

• Brand: Cisco
• Model / SKU: CPT-50-44GE-48A
• Category: Managed Ethernet Switch
• Total Ports: 44

Performance & Functional Highlights

This switch is tailored for environments requiring stable, intelligent management features and smooth data distribution. Its optimized architecture ensures reduced latency and dynamic traffic handling for demanding workloads.

Advantages at a Glance

• Reliable packet handling for high-density networks
• Improved switching capacity for efficient data flow
• Energy-optimized design to help reduce power consumption
• Flexible deployment for varied enterprise scenarios

Enhanced Management Features

• Intuitive configuration capabilities
• Streamlined monitoring tools for troubleshooting
• Advanced safety protocols for network protection
• Support for scalability and growth-oriented setups

Technical Specifications

Port Configuration

• 44 dedicated Ethernet ports for multi-device connectivity
• High-throughput capabilities to sustain heavy traffic loads

Networking Capabilities

• Optimized switching fabric for faster data exchange
• Stable performance across complex enterprise networks

Built-In Security Enhancements

• Multiple security layers to safeguard critical data
• Network access control features for better endpoint management

Additional Technical Benefits

• Durable build quality suitable for long-term integration
• Configurable settings that adapt to evolving network demands
• Low maintenance requirements with minimal downtime

Ideal Use Cases

• Corporate IT infrastructures
• Data centers requiring dense port configurations
• Growing businesses needing dependable network expansion
• High-performance operational environments

Cisco CPT-50-44GE-48A 44 Ports Ethernet Switch

The Cisco CPT-50-44GE-48A 44 Ports Ethernet Switch represents a focused category of high-density access and aggregation switches designed for environments that demand dependable connectivity, flexible port density, and enterprise-grade management. This category page groups products and solutions centered around the Cisco CPT-50-44GE-48A model and closely related switches engineered for small and medium enterprise networks, campus access layers, branch office aggregation, and converged wiring closets. Content on this page emphasizes practical deployment scenarios, technical capabilities, performance considerations, management and automation features, security and compliance posture, and lifecycle economics that buyers, network architects, and IT procurement teams need to know when evaluating a 44-port Ethernet switch offering from Cisco.

Key Functional Pillars of the 44-Port Ethernet Switch Category

The primary pillars that define this category are port density, throughput and switching capacity, resiliency and redundancy features, management and orchestration capabilities, and integration with existing LAN/WAN ecosystems. The Cisco CPT-50-44GE-48A family is typically positioned to deliver a balance between large port counts and advanced feature sets such as VLAN segmentation, Layer 2 and Layer 3 functionality, quality of service (QoS) controls, and secure management interfaces. Buyers should expect the category to address both copper and fiber access requirements, to support flexible uplink options, and to integrate with Cisco's broader network management portfolio for centralized monitoring and policy enforcement.

Target Use Cases and Deployment Scenarios

Campus Network Access Layer

In campus environments where end-user density and device proliferation are high, a 44-port switch serves as a compact yet powerful access-layer device. It is well suited to connecting workstations, wireless access points, VoIP phones, and meeting room equipment while providing a clear path for uplinks to distribution or core switches. This placement allows network teams to implement VLAN-based segmentation, per-port security policies, and PoE capabilities for powering endpoint devices without additional power infrastructure. The category content highlights how such switches simplify wiring closet design by consolidating many edge ports into a single, manageable device while preserving headroom for growth.

Branch Office and Retail Aggregation

For branch offices and retail locations with a moderate number of endpoints, the 44-port switch category offers the right mix of connectivity and centralized control. Branch deployments benefit from the switch's ability to host multiple services on a single appliance, including secure remote management, firewall integration through adjacent devices, and optional stacking or virtual chassis configurations for simplified administration across scattered sites. Retail environments can leverage the switch to link point-of-sale terminals, inventory systems, surveillance cameras, and in-store Wi-Fi controllers, all while maintaining performance and availability requirements.

Small Data Center and Edge Compute

At the small data center or edge compute layer, the 44-port switch can function as a top-of-rack or mid-row aggregation device for server clusters or for connecting edge appliances. The category emphasizes non-disruptive maintenance, support for link aggregation to increase bandwidth to servers, and the suitability of the switch for converged traffic patterns where storage, management, and application data share the same physical fabric. This use case often requires careful attention to latency, buffer management, and QoS configuration to ensure application SLAs are met.

Performance and Capacity Considerations

Performance expectations in this category revolve around line-rate switching across all ports, sufficient forwarding capacity for mixed traffic patterns, and low port-to-port latency. The Cisco CPT-50-44GE-48A category description provides buyers with guidance on how to evaluate throughput metrics such as switching capacity (in Gbps), forwarding rate (in Mpps), and buffer memory characteristics, which collectively determine how well the switch handles bursty traffic and sustained high utilization. It also addresses the relevance of uplink port speed and type because uplinks govern the aggregated bandwidth available to upstream distribution and core layers; options for 1GbE, 10GbE, or modular SFP/SFP+ uplinks are a key differentiator within the category.

Port Density versus Uplink Capacity

When selecting a 44-port switch, decision-makers should weigh the number of edge ports against the uplink architecture. A high ratio of edge ports to uplinks can create potential bottlenecks if many endpoints simultaneously access high-bandwidth services. The category content explains how link aggregation (LACP), port-channeling, and stacking techniques can be used to increase available uplink bandwidth and provide redundancy. It also covers how to plan for headroom by reserving uplink capacity for future expansion and by choosing switches that support modular uplink modules or SFP cages for fiber-based links.

Resiliency and High Availability

Resiliency features in this category include support for rapid spanning tree protocol variations, link-state routing protocols where Layer 3 is enabled, redundant management interfaces, and the ability to perform hitless failover when part of a larger stack or virtual chassis. The category content outlines best practices for designing networks that minimize single points of failure, including the use of redundant power supplies where supported, the implementation of port redundancy and diverse uplink paths, and the adoption of software features that reduce convergence times after topology changes.

Security and Compliance Attributes

Security is a foundational concern for any Ethernet switch category. The Cisco CPT-50-44GE-48A category content addresses port-level security mechanisms such as MAC address filtering, 802.1X port-based access control, dynamic host configuration policy enforcement, and DHCP snooping. It also outlines how network segmentation through VLANs, private VLANs, and ACLs can be used to isolate sensitive systems and control east-west traffic. The description highlights the importance of secure management channels including SSH, secure SNMP variants, and HTTPS for GUI access, as well as the need for timely patching and firmware updates to mitigate vulnerabilities.

Compliance Features and Auditability

For organizations subject to regulatory requirements, switches in this category should support audit logging, granular role-based access control, and the ability to export logs to centralized SIEM systems. The category explains how these features enable traceability of configuration changes, help meet internal governance standards, and facilitate compliance with frameworks that require evidence of network segmentation and secure administrative practices.

PoE and Device Powering Strategies

When PoE support is required for endpoint devices, such as phones, wireless access points, and cameras, the category explains how to assess PoE budgets, per-port power allocation, and PoE standards compatibility. The content advises on best practices for prioritizing critical devices, staggering power-hungry endpoints, and understanding how PoE affects thermal design and power redundancy strategies. These considerations are particularly relevant for deployments that rely heavily on powered devices.