Dell S4112F-ON 12 Ports Network Switches 10GBE SFP+ 086KK.

DELL 086KK Networking Switch Specifications

Manufacturer Information

• Brand: DELL
• Model Number: 086KK

Port Configuration

• SFP+ Ports:
  • 12 fixed ports supporting both 1 Gigabit and 10 Gigabit Ethernet connectivity.
• Uplink Ports:
  • 3 fixed 100 Gigabit QSFP28 ports designed for high-speed uplinks.

Power Supply Details

• Power Supply Type: Features dual fixed AC power supplies for redundancy.
• Power over Ethernet (PoE): Not applicable for this model.

Technical Specifications

• Transceivers: Not included, allowing users to customize their selections.
• Airflow Configuration: Standard airflow design (I/O to PSU) ensures efficient cooling.
• Operating System: Pre-installed with DELL OS10 Enterprise for enhanced network management capabilities.

Benefits of the DELL 086KK Switch

• High port density suitable for demanding network environments.
• Redundant power supplies improve reliability and reduce downtime risks.
• Optimized for high-performance applications and data traffic.

Ideal Use Cases

• Best suited for enterprise-level networking solutions.
• Perfect for data center environments with heavy data processing needs.
• Designed for virtualized networks that require robust throughput.

Ports

Introduction

The Dell S4112F-ON Network Switches are equipped with an impressive array of ports, making them an ideal choice for businesses that require high-performance networking solutions. With a total of 12 ports, including 3 uplink ports, this switch provides users with unparalleled connectivity options.

Benefits of Multiple Ports

Enhanced Network Flexibility

The presence of 12 ports on the Dell S4112F-ON Network Switches ensures enhanced network flexibility. Users can connect multiple devices simultaneously, such as computers, servers, printers, and IP cameras, without the need for additional switches or routers. This eliminates the hassle of dealing with complex network setups and simplifies the overall infrastructure.

Improved Network Performance

Having multiple ports allows for better network performance by decreasing network congestion. With more ports available, the switch can handle a higher volume of traffic, preventing bottlenecks and ensuring smooth data transmission. This is particularly beneficial in environments with heavy network usage or demanding applications that require large bandwidth.

Scalability

The 12 ports on the Dell S4112F-ON Network Switches provide scalability for growing businesses. As the organization expands and more devices need to be connected, users can easily add new devices to the switch without worrying about limited port availability. This scalability feature future-proofs the network infrastructure and saves costs in the long run.

Increased Productivity and Efficiency

With 12 ports at their disposal, users can connect multiple devices directly to the switch, eliminating the need for additional equipment. This reduces cable clutter and simplifies cable management, resulting in a cleaner and more organized workspace. Additionally, direct connections to the switch enable faster data transfer rates, boosting productivity and efficiency.

Uplink Ports

What are Uplink Ports?

Uplink ports are specialized ports on a network switch that allow for the connection of other switches or routers. The Dell S4112F-ON Network Switches come equipped with 3 uplink ports, enhancing the switch's capabilities and expanding its potential uses.

Importance of Uplink Ports

Increased Network Expansion

Uplink ports play a crucial role in network expansion. With the Dell S4112F-ON Network Switches' 3 uplink ports, users can easily connect additional switches or routers to expand their network infrastructure. This is particularly beneficial for large organizations or businesses with multiple locations, as it enables seamless integration of various network segments.

Fault Tolerance and Redundancy

The presence of multiple uplink ports on the Dell S4112F-ON Network Switches offers fault tolerance and redundancy. In case one uplink port fails, the other functioning ports continue to provide uninterrupted connectivity, ensuring minimal downtime and maintaining network stability. This redundancy feature is critical for businesses that rely heavily on network availability, preventing potential disruptions or loss of productivity.

Load Balancing

Uplink ports facilitate load balancing across multiple switches or routers. By distributing network traffic evenly across different devices, load balancing optimizes network performance and prevents overloading of any single device. This results in efficient utilization of resources and ensures a smooth flow of data within the network.

Additional Features

Apart from their primary function as uplink ports, the 3 uplink ports on the Dell S4112F-ON Network Switches offer additional features that enhance their usability and flexibility. These include:

Link Aggregation

Link aggregation combines multiple physical connections into a single logical connection, increasing network bandwidth and providing redundancy. With the uplink ports supporting link aggregation, users can create high-bandwidth connections between switches or routers, improving network performance and reliability.

VLAN Support

Virtual Local Area Networks (VLANs) allow for the segmentation of a network into smaller virtual networks, enhancing network security and management. The uplink ports on the Dell S4112F-ON Network Switches support VLANs, enabling users to create separate network segments for different departments or purposes, ensuring data privacy and efficient network administration.

Conclusion

In summary, the Dell S4112F-ON Network Switches' ports, particularly the 12 total ports and 3 uplink ports, offer numerous benefits and play a vital role in enhancing network flexibility, performance, scalability, and productivity. The uplink ports further expand the switch's capabilities by providing fault tolerance, load balancing, and additional features like link aggregation and VLAN support. With these features, businesses can create robust and efficient network infrastructures to meet their growing connectivity needs.