CS-7050T-64-F 48-Port Copper Network Switch with 4x 40Gb Qsfp+ and Front-to-Back Airflow DCS-7050T-64-F

Ports

Built for Connectivity

The unknown CS-7050T-64-F 48-Port Copper Network Switch is designed to provide users with exceptional connectivity options. With its impressive 48 ports, this switch offers an abundance of possibilities for connecting devices and expanding your network.

Flexible Network Expansion

Whether you're setting up a small office network or a large-scale enterprise solution, the 48 ports on this network switch allow you to easily connect numerous devices. From computers and printers to IP cameras and access points, this switch has you covered.

Enhanced Performance and Efficiency

With 48 ports at your disposal, you can eliminate the need for additional switches or hubs, simplifying your network infrastructure and reducing clutter. This not only improves performance but also enhances the overall efficiency of your network.

Scalable Solution

The 48 ports on this network switch provide a scalable solution that can grow with your business. As your network requirements evolve, you can easily add more devices without worrying about running out of available ports.

Increased Bandwidth

The abundance of ports allows for increased bandwidth, ensuring that each device connected to the switch can operate at its full potential. This is particularly important in high-demand environments where data-intensive applications require a reliable and fast connection.

Simplified Network Management

Having 48 ports available means you can organize your network more effectively. You can assign specific ports to different departments or devices, making it easier to troubleshoot issues and manage network traffic efficiently.

Reduced Latency

By distributing the load across multiple ports, the 48-port configuration helps reduce latency in your network. This is crucial for applications that require real-time data transmission, such as video conferencing, online gaming, and VoIP services.

Cost Savings

Investing in a network switch with 48 ports can lead to significant cost savings. Instead of purchasing multiple smaller switches, you can consolidate your network infrastructure into a single device. This not only reduces upfront costs but also lowers maintenance and power consumption expenses.

Future-Proofing

48 ports provide ample room for future expansion. As technology advances and your network requirements grow, you can rest assured knowing that your switch can accommodate new devices and higher bandwidth demands without the need for additional investments.

Uplink Ports

Seamless High-Speed Connectivity

The unknown CS-7050T-64-F 48-Port Copper Network Switch is equipped with 4 uplink ports, enabling seamless high-speed connectivity to other network devices or upstream switches.

Enhanced Network Performance

The presence of uplink ports allows for the aggregation of bandwidth from multiple ports, resulting in improved network performance. This is particularly beneficial when dealing with data-intensive tasks or transferring large files between devices.

Flexibility in Network Design

The 4 uplink ports give you the flexibility to design your network topology in a way that best suits your needs. You can connect the switch to other switches or routers, creating a hierarchical network structure that enhances efficiency and simplifies management.

Redundancy and Failover Protection

Uplink ports provide redundancy and failover protection by allowing for the connection of multiple upstream devices. In the event of a port or device failure, traffic can be automatically rerouted through an alternative path, minimizing downtime and ensuring continuous network operation.

Increased Scalability

The presence of uplink ports enables easy expansion of your network by connecting additional switches or devices. This scalability is crucial for businesses that anticipate future growth or require the flexibility to adapt their network infrastructure as their needs change.

Improved Network Resilience

By utilizing multiple uplink ports, you can distribute network traffic across different connections, reducing the risk of bottlenecks and enhancing network resilience. This is especially valuable in mission-critical environments where uninterrupted connectivity is paramount.

Efficient Network Segmentation

Uplink ports allow for efficient network segmentation by connecting separate VLANs or subnets. This segmentation enhances security, isolates traffic, and improves overall network performance by reducing broadcast traffic and optimizing bandwidth allocation.

Seamless Integration with Existing Infrastructure

The inclusion of uplink ports ensures seamless integration with your existing network infrastructure. Whether you're upgrading an existing network or expanding your infrastructure, these ports provide compatibility with legacy devices and support interoperability between different generations of networking equipment.

Future-Ready Networking

The 4 uplink ports future-proof your network by offering compatibility with emerging technologies and higher-speed connections. As the demand for faster data transfer rates increases, having uplink ports capable of supporting advanced networking protocols ensures your network remains at the forefront of technological advancements.

Uplink Type

High-Speed Data Transfer

The unknown CS-7050T-64-F 48-Port Copper Network Switch features 40Gb Qsfp+ uplink type, providing high-speed data transfer capabilities for your network.

Optimal Network Performance

The 40Gb Qsfp+ uplink type ensures optimal network performance by delivering increased bandwidth and faster data transfer rates. This is essential for demanding applications that require real-time data processing or large-scale data transfers.

Effortless Handling of Bandwidth-Intensive Tasks

With 40Gb Qsfp+ uplink type, the switch can effortlessly handle bandwidth-intensive tasks, such as video streaming, cloud computing, and data center applications. This enables smooth and uninterrupted operation of your network even under heavy workloads.

Easier Network Upgrades

The inclusion of 40Gb Qsfp+ uplink type ensures compatibility with future network upgrades and advancements. As technology evolves, you can seamlessly transition to higher-speed connections and take advantage of new networking capabilities without the need for extensive infrastructure changes.

Reduced Latency and Jitter

By utilizing 40Gb Qsfp+ uplink type, the switch minimizes latency and jitter, providing a stable and responsive network environment. This is particularly beneficial for latency-sensitive applications such as online gaming, financial transactions, and real-time communication.

Improved Network Efficiency

The higher data transfer rates enabled by 40Gb Qsfp+ uplink type allow for efficient handling of network traffic. This results in reduced bottlenecks, improved overall network efficiency, and seamless operation even during peak usage periods.

Support for High-Density Networks

40Gb Qsfp+ uplink type supports high-density networks by allowing for the connection of multiple devices or switches through a single high-speed link. This simplifies cable management, reduces power consumption, and optimizes network resources.

Future-Proof Networking

The 40Gb Qsfp+ uplink type ensures your network is prepared for future advancements and higher bandwidth requirements. By investing in a switch with this uplink type, you can confidently adapt to emerging technologies and industry standards without the need for immediate hardware upgrades.

Seamless Integration with Existing Infrastructure

40Gb Qsfp+ uplink type provides seamless integration with your existing network infrastructure. Whether you're expanding your network or upgrading an existing setup, this uplink type offers compatibility with various networking devices and ensures interoperability between different generations of equipment.

Airflow Direction

Efficient Cooling

The unknown CS-7050T-64-F 48-Port Copper Network Switch features a front-to-back airflow direction, optimizing cooling efficiency and ensuring the switch operates at optimal temperatures.

Preventing Heat-Related Issues

By directing airflow from the front of the switch to the back, heat is efficiently expelled from the device. This prevents heat-related issues such as overheating, which can lead to performance degradation, hardware failures, and reduced lifespan of components.

Enhanced Reliability and Longevity

The front-to-back airflow design contributes to the reliability and longevity of the switch by maintaining optimal operating temperatures. By keeping internal components cool, the switch can perform at its best and deliver consistent performance over an extended period.

Improved Energy Efficiency

The front-to-back airflow direction promotes energy efficiency by ensuring that cooling resources are effectively utilized. This reduces the strain on cooling systems and minimizes energy consumption, contributing to a more sustainable and cost-effective network infrastructure.

Effective Hot Aisle/Cold Aisle Design

Front-to-back airflow aligns with the hot aisle/cold aisle design commonly used in data centers and server rooms. This facilitates proper airflow management, preventing hot and cold air from mixing and optimizing cooling efficiency throughout the network environment.

Quiet Operation

The front-to-back airflow design contributes to a quieter operation as the expelled hot air is directed away from users and workspaces. This is particularly important in noise-sensitive environments such as offices, classrooms, or any setting where a quiet working environment is desired.

Improved Device Performance

The efficient cooling provided by the front-to-back airflow direction ensures that the switch can maintain optimal performance even during demanding tasks. By preventing overheating, the switch avoids performance throttling and maintains consistent operation, ensuring reliable network connectivity.

Reduced Maintenance and Downtime

The optimized cooling facilitated by front-to-back airflow direction reduces the likelihood of hardware failures due to overheating. This results in reduced maintenance requirements and minimizes downtime, allowing for uninterrupted operation of your network.