48 Port Switch Buying Guide

As the central hardware device in data centers, the network switch is vital to setting up a reliable network. Meanwhile, the high-port density 48-port switch has become popular with business-class, small and medium-sized, and even home users. However, how to buy an optimal 48-port switch for different network environments confuses many people. This article will do a review of the 48-port switch for your buying guide.

What to consider when buying a 48-port switch?

To buy an 48 ports switch for your network, there are several factors to consider. Above all, choose managed over unmanaged if possible. The 48-port managed switch has advanced features in reliable performance, traffic control, custom management, and security regulation. For modern applications that require high privacy and network resilience, managing a 48-port gigabit switch is a must. In addition, other factors important to your managed 48-port switch selection are listed here.

• Capacity What kinds of virtualization applications are you implementing? Do they require extra high switching capacity? Generally, the 48-port switches on the market come with 2 different speeds: a 48-port gigabit switch and a 48-port 10Gb switch. For average customers with no special requirements, the 48-port gigabit switch can meet their demands. But for speed chasers, a 48-port 10Gb switch should be implemented for smooth operation under high traffic conditions.

Uplink configuration In addition to the normal port, pay attention to the uplink port on the 48-port switch. For connecting multiple switches, the 48-port gigabit switch often comes with multiple 10G SFP + uplink ports, while the 10Gb switch comes with 40G QSFP + or even 100G QSFP + uplink ports for aggregation. of links. With some corresponding uplink ports reserved, the 48-port gigabit switch can access the 10G core switch. And the 48-port 10Gb switch can meet future demands like next-generation Metro, Dater Center, and Enterprise networks.

Power over Ethernet For situations where power outlets are not available for wired devices, the 48-port PoE switch is a natural choice. A typical case mentioned above is for connecting powered devices (PDs): IP cameras, VoIP phones, and wireless access points (APs). By implementing a 48-port gigabit PoE switch, you can easily place an IP surveillance camera anywhere on the ceiling.

What are the economical recommendations for 48-port switches?

You can easily get the best 48-port switch with all the advanced features once the budget is not a concern. However, most people should consider cost/performance to get a good but inexpensive 48-port switch. For a good shopping experience, here we recommend 2 best 48-port switches for reference.

Cost-effective 48-port switch without PoE Without PoE capability, the S3800–48T4S 48-port managed switch is recommended here. It comes with 48 10/100/1000 Mb autosensing RJ45 ports and 4 10GE SFP + uplinks for cost-effective gigabit access or 10G link aggregation. Therefore, you can easily implement this 48-Port Metro Ethernet Switch in the access layer or as a core switch. Plus, with available dual power, this managed 48-port gigabit switch provides redundancy in the event of an emergent outage.

Cost-effective 48-port PoE switch FS recommends the S1600–48T4S 48-Port PoE Switch for both a high 600W PoE power budget and reliable hardware with software integration. With 48 1000M RJ45 ports and 4 compact 10G SFP + uplinks in 1RU, this 48-port gigabit PoE switch has high-density and space-saving features. As a managed 48-port gigabit switch, it supports the web interface and the CLI command. Therefore, it offers free-to-configure enterprise-class functionality, robust security, and reliable RSTP. As a PoE + switch, it complies with the IEEE802.3af / at standard. Therefore, the PoE network switch can automatically calculate which standard the PoE-enabled device supports and then supply power to it. To implement the S1600–48T4S 48-Port Switch, you can flexibly place it in a rack, on a wall, or on a desktop. Turn on the switch. Then connect more than 40 APs or other PDs throughout the building with just one of each cable to run them.

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