S5300-48T6X VS S5300-48T4X Ethernet Switch Introduction
S5300-48T6X Managed Ethernet Switch Overview
The S5300-48T6X is a highly efficient L3 Gigabit Managed Ethernet Switch that offers 48 GE RJ45 downlinks and 6 10GE SFP+ uplinks. It supports stacking up to eight switches, allowing them to be managed as a single unit. The switch has 1+1 redundant power supplies and two intelligent fans for improved network reliability. It can be easily controlled and managed through CLI and WEB interfaces. The S5300-48T6X is an excellent choice for metro and enterprise networks, campus networks, and SMBs, providing a stable and reliable network architecture.
S5300-48T4X Managed Ethernet Switch Overview
The S5300-48T4X is a highly efficient Ethernet L2+ switch that boasts 48x GE RJ45 downlinks and 4x 10GE SFP+ uplinks. It can support stacking up to two S5300 series switches, enabling them to function seamlessly as a unified entity and simplifying management tasks. The switch is equipped with 45W low power consumption and 2 smart fans to ensure network reliability. Managing and controlling the switch is a breeze with CLI and WEB interfaces at your disposal. The S5300-48T4X switch is an exceptional choice for meeting the demands of metro and enterprise networks, campus networks, and SMBs, delivering a more dependable and secure network infrastructure for businesses.
What similarities do S5300-48T6X and S5300-48T4X Managed Ethernet Switch share?
Hardware: Both switches must have robust hardware capabilities to handle high-speed data transmission and provide reliable network connectivity. They are likely built with quality components and may include features such as advanced chipsets, sufficient memory, and efficient power supplies.
Functions: Both switches are likely designed to provide advanced networking functionalities. These may include features such as VLAN (Virtual Local Area Network) support, Quality of Service (QoS) capabilities, link aggregation, Spanning Tree Protocol (STP), Access Control Lists (ACLs), and various management options like SNMP (Simple Network Management Protocol) and web-based interfaces.
Differences Between S5300-48T6X and S5300-48T4X Managed Ethernet Switch
Port Configuration: The most apparent difference between the two models is likely the port configuration. The “48” in both model numbers indicates 48 Ethernet ports. However, the numbers after the “T” (e.g., 6X and 4X) suggest that they may have different types or speeds of uplink ports. The “X” in the model number is usually used to denote uplink ports, which typically have higher rates or different connector types than regular Ethernet ports.
Uplink Speed: The number preceding the “X” in the model number may indicate the uplink speed of the switch. For example, “6X” might suggest that the switch has six uplink ports with higher rates, such as 10 Gigabit Ethernet, or even faster, like 40 Gigabit Ethernet. Similarly, “4X” might indicate four uplink ports, potentially with lower speeds, such as 1 Gigabit Ethernet.
Hardware Capability: While the S5300 series is generally designed for mid-range to enterprise-level deployments, the specific hardware capabilities can vary between models. There may be differences in processing power, memory capacity, and forwarding performance between the S5300-48T6X and S5300-48T4X models. These differences can affect factors such as throughput, packet forwarding rates, and the ability to handle advanced networking features.
Feature Set: S5300-48T6X performs as a layer 3 device, supporting the entire layer three functions, while S5300-48T4X works as a layer2+ switch.
|Ports||48x 1G RJ45 | 6x 10G SFP||48x 1G RJ45 | 4x 10G SFP|
|Forwarding Rate||162 Mpps||132 Mpps|
|LACP, BFD, MSTP, ERPS, VRRP, ISSU IPv4/IPv6, SNMP, MLAG, QoS, etc.||Support||Support|
S5300-48T6X and S5300-48T4X managed ethernet switch share the same features in most of the basic configurations, but the S5300-48T6X ethernet switch is more prominent in some of the more advanced operations, which means it will have a broader range of applications in metro and enterprise network requirements, campus networks, and SMB environment.