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8, 24, 48 Port Switch Recommendations

There are multiple switches in the market and their count of ports can come with 8, 12, 24, 48, etc. Among them, 8, 24, 48 port switch are more commonly used. Well, what should be considered before buying 8, 24, 48 port switch? Are there any recommendations for it?

What to Consider Before Buying 8, 24, 48 Port Switch?

When buying 8, 24, 48 port switch in the market, you can consider the following factors.

Features – The Gigabit switch has many features. Except for the basic features like VLAN, security, warranty and so on, you’d better take switching capacity, max power consumption, continuous availability into consideration. Moreover, stack and fanless designs are considerable factors as well. Stack design is able to save the place and fanless design helps reduce the power consumption and noise. Besides, you can choose managed switch or unmanaged switch and the former offers better performance than the latter.
Switch ports – Except for the number of ports which should be considered, there are some different types of ports based on their port speeds. For example, RJ 45 port, SFP port, SFP+ port, QSFP+ port, QSFP28 port, etc. You can choose a suitable one according to your need.
Price – The switches from famous brands are usually costly and there are some three-party networking vendors offering cost-effective switches. If you have limited costs, you can consider buying switches from reliable three-party vendors.

8, 24, 48 Port Switch Recommendations

The right Gigabit switch should meet the needs of your organization and keep your network running efficiently. Here are some switches recommendations for you.

8 Port Switch

If you have only a few devices to be connected, this 8 port Gigabit switch may be a good choice. FS S1150-8T2F 8 port Gigabit PoE+ managed switch has 2 SFP ports, which transmission distance is up to 120km. It is highly flexible that controls L2-l7 data based on physical port and has powerful ACL functions to access. What’s more, it features superior performance in stability and environmental adaptability. This 8 port switch may be one of the best gigabit switches for home network, including weather-proof IP cameras with windshield wiper and heater, high-performance AP and IP telephone.

Figure 1: 8 port Gigabit switches

24 Port Switch

If you are looking for the best 24 port Gigabit switch, this S1400-24T4F managed PoE+ switch would be one of your proper choices. It comes with 24x 10/100/1000Base-T RJ45 Ethernet ports, 1x console port, and 4x Gigabit SFP slots. It can protect the sensitive information and optimizes the network bandwidth to deliver information more effectively. This switch is the best fit for SMBs or entry-level enterprises which need to power for the surveillance, IP Phone, IP Camera or wireless devices.

Figure 2: 24 port switch

48 Port Switch

When you need to uplink a Gigabit SFP switch to a higher end 10G SFP+ switch for network upgrade, this 48 port switch can meet your demand. FS S1600-48T4S PoE+ switch offers 4 SFP+ ports for high-capacity uplinks. It also provides integrated L2+ features such as 802.1Q VLAN, QoS, IGMP Snooping and Static Routing. What’s more, this solution makes it easier to deploy wireless access point (AP) and IP-based terminal network equipment with PoE technology. This switch would be one of your choices if you need the best managed switch for small business or data center.

Figure 3: 48 port switch

Summary

The best Gigabit switch is the one that suits your network most. When you buying 8, 24, 48 port switch, remember to consider the factors mentioned above. FS provides various switches with high-quality and high performance. If you have any needs, welcome to visit FS.COM.

48 Port Switch Buying Guide

As a core hardware device in data centers, network switch is vital for setting up a reliable network. Meanwhile 48 port switch with high port density has become popular among enterprise-class, small to midsize and even home users. However, how to buy an optimal 48 port switch for different network environment confuses many people. This article will make an analysis of 48 port switch for your buying guide.

What to Consider for Buying 48 Port Switch?

To buy an optimal 48 port switch for your network, one should take several factors into consideration. Above all, choose managed over unmanaged if possible. 48 port managed switch has advanced features in reliable performance, traffic control, custom management and security regulation. For modern applications requiring for high network privacy and resiliency, 48 port gigabit switch managed is a must. Besides, here lists other important factors for 48 port switch managed selection.

how to choose 48 port switch

·Capacity

What kind of virtualization applications are you implementing? Do they require extra high switching capacity? Generally 48 port switches in the market come with 2 different speed basis: 48 port gigabit switch and 48 port 10Gb switch. For average customers without special requirements 48 port gigabit switch can well meet their demands. But for speed pursuers 48 port 10Gb switch should be deployed for smooth operation in high traffic.

·Uplink Configuration

In addition to regular port, pay attention to the uplink port on 48 port switch. For multiple switch connection, 48 port gigabit switch often comes with several 10G SFP+ uplink ports whereas 10Gb switch comes with 40G QSFP+ or even 100G QSFP+ uplink ports for link aggregation. With a few corresponding uplink ports reserved, the 48 port gigabit switch can access to 10G core switch. And 48 port 10Gb switch can cater for future demands like next generation Metro, Dater Center and Enterprise networks.

·Power over Ethernet

For situations where power outlets are unavailable for cabling devices, 48 port PoE switch is a natural fit. A typical aforesaid case is for connecting Powered Devices (PD): IP cameras, VoIP phones and wireless access points (AP). By deploying 48 port PoE gigabit switch, you can easily put an IP surveillance camera anywhere on the ceiling.

What Are the Cheap 48 Port Switch Recommendations?

You can easily get the best 48 port switch with all advanced features once budget is not a concern. However, most people should note cost/performance ratio to get good but cheap 48 port switch. For good purchasing experience, here recommend you 2 best 48 port switch for reference.

·Cost-effective Non-PoE 48 Port Switch

Without PoE capability, here recommend S3900-48T4S 48 port switch managed. It comes with 48 10/100/1000Mb auto-sensing RJ45 ports and 4 10GE SFP+ uplinks for cost-effective gigabit access or 10G link aggregation. Thus you can easily deploy this 48 port Metro Ethernet switch either in the access layer or as core switch. Also, with dual power available this 48 port gigabit switch managed provides redundancy in emergent outage.

FS 48 port switch application

Figure 1: Deploying FS S3800-48T4S 48 port gigabit switch as access switch and S1600-48T4S 48 port PoE switch for PDs in network layer.

·Cost-effective 48 Port PoE Switch

FS recommends S1600-48T4S 48 port PoE switch for both 600W high PoE power budget and reliable hardware with software integration. With 48 1000M RJ45 ports and 4 10G SFP+ uplinks compact in 1RU, this 48 port PoE gigabit switch owns high density and space saving features. As a 48 port gigabit switch managed, it supports both Web Interface and CLI command. Therefore it offers enterprise-class functionality of free configuration, strong security and reliable RSTP. As PoE+ switch, it complies IEEE802.3af/at standard. Thus the PoE network switch can auto figure which standard the PoE enabled device supports and then supply power to it. To deploy S1600-48T4S 48 port switch, you can flexibly put it in a rack, on a wall or on desktop. Power on the switch. Then connect over 40 APs or other PDs all over the building with only one each cable is required to run for them.

S1600-48T4S 48 port switch PoE

Figure 2: S1600-48T4S 48 port PoE switch connecting to VoIP phones, wireless APs and IP surveillance cameras for intelligent switching and networks growth.

Conclusion

Take a long-term view, 48 port switch with high port density provides abundant ports for your current devices and room for future network growth. Buying a best 48 port switch requires one to consider its own demands for specific applications. Based on which, one should take based speed, uplink port configuration, PoE capability and other personal requirement into consideration. For cheap 48 port gigabit switch, we recommend you classic one S3900-48T4S and 48 port PoE switch S1600-48T4S. For 48 port 10Gb switch, you can also find one with decent offer in FS.COM.

Gigabit Switch with 10G Uplink Recommendation

Touching on switching capacity of the modern networks, the invariant rule is: the faster, the better. Of course for large enterprises, 10G network is a lower value. And more often 40G even 100G network is required for data centers. However, for individuals, small and medium-sized business (SMB), 10G network is often out of reach for exorbitant price of 10gbe switch. In this case, Ethernet switch with 10G uplink can help to achieve 10G network. This article will recommend affordable managed gigabit switch with 10G uplink.

Gigabit Switch with 10G Uplink: Choose 1000Base-T Copper Switch or Fiber SFP Switch

Generally, there are two gigabit switch with 10G uplink solutions: 1000base-T copper switch and 1G SFP fiber switch. In the current market, 1000base-T gigabit switch with 10G uplink is usually more popular, especially with home individuals, office users, and SMBs. The main reason is largely traced back to price discrimination between them. RJ45 copper gigabit switch employs existing Ethernet copper cable (Cat5e/6, etc.) as a medium to transmit data, which saves one budget for matched fiber optics of SFP switch. Moreover, the 1000base-T copper switch is backward compatible with legacy networks. However, 1G SFP link owns the edges of reduced electromagnetic interference, lower latency and power consumption over copper link. For advanced users sensitive to aforesaid factors, one can consider taking gigabit switch with SFP uplink.

FS copper vs SFP gigabit switch with 10G uplink

This figure shows FS S3800-24T4S copper gigabit switch vs S3800-24F4S 1GE SFP switch with 10G uplink.

1000Base-T Copper Gigabit Switch with 10G Uplink Recommendation

For 1000Base-T copper gigabit switch, here recommends both PoE and non-PoE ones for your selection guide.

·Non-PoE

For non-PoE gigabit switch, here strongly recommends you FS S3900-24T4S 24 port switch and S3900-48T4S 48 port switch. They come with 24/48-port 10/100/1000base-T ports with 4 x 10GE SFP+ uplinks. Both of them are gigabit stackable managed switches and designed to cater for cost-efficient gigabit access or aggregation for 10G uplink networks.

FS P/N	S3900-24T4S	S3900-48T4S
1000Base-T RJ45 Port	24	48
10GbE Uplink	4	4
Switch Class	Layer 2+	Layer 2+
Switching Capacity	128Gbps	176Gbps
Power Consumption	43W	48W
Throughput	95Mpps	130Mpps

·PoE

For Gigabit PoE switch with 10G uplink, here recommends you S1600-48T4S 48 port PoE+ switch with 4 SFP+. The 48 port PoE switch can better fit for SMBs or enterprise class network as access switch. It can be mounted in a rack, on a wall or on desktop. One can connects it to VoIP phones, wireless APs and IP cameras for intelligent switching and network growth. Besides this 48 port PoE switch, 8 port gigabit switch and 24 port PoE switch are also available. Generally speaking, 8 port gigabit switch is suitable for home use. And 24 port PoE switch is commonly deployed in small business with few connections.

S3800-48T4S and S1600-48T4S gigabit switch application

Deploying FS S3800-48T4S 48 port switch and S1600-48T4S 48 port PoE+ gigabit switch with 4 x 10G uplink in access layer.

Fiber SFP Gigabit Switch with 10G Uplink Recommendation

For gigabit SFP switch with 10G link, here recommends S3900-24F4S. It comes with 4 x 1GE combo ports, 20 x 1G SFP ports and 4 x 10GE SFP+ ports. This 24 port gigabit switch comes with 1+1 redundant power supplies. For 48 port switch demand, go for S5800-48F4S. It is a Layer 2/3 switch with 4 x 10G SFP+ uplinks. The table below lists the details of these two Ethernet switches.

FS Fiber SFP Gigabit Switch	S3900-24F4S	S5800-48F4S
Port Configuration	24 x 1G SFP ports, 4 x 10G SFP+ uplinks	48 x 1G SFP ports, 4 x 10G SFP+ uplinks
Switch Class	Layer 2+	Layer 2/3
Switching Capacity	128Gbps	176Gbps
Throughput	95Mpps	130.95Mpps
Max. Power Consumption	43W	75W

Conclusion

For 10G network, deploying gigabit switch with 10G uplink can largely save you budget. No matter copper RJ45 1000base-T switch or 1GE SFP switch, you should consider your own requirements before purchasing an Ethernet switch. Gigabit switches with different ports have been recommended in this post, including 8 port gigabit switch, 24 port switch and 48 port switch. All those can be found in FS.COM with the most competitive price.

25G Switch Vs. 40G Switch: How to Choose?

25G Ethernet and 40G Ethernet are two “transiting” approaches for upgrading network from 10G to 100G. Some analysts believe 25G could be the second highest Ethernet server connectivity technology sold and shipped in the next five years, behind 10G. Meanwhile, a number of comments from industry experts declaring that 40G Ethernet is dead. Is that true? And how to make a right decision? This passage would give a brief introduction on 25G switch and 40G switch and put emphasis on 25G switch Vs. 40G switch.

25G Switch

25G technology is the new standard that offer significant density, cost and power benefits for server to top of rack connections. Its single higher speed 25 Gb/s lanes maximize bandwidth and switch fabric utilization. A single lane per physical port maximizes the number of connected servers or uplinks per switch. Generally, 25G switch is a 48 port switch on the 25G switch market right now. Nowadays, many major brands of switch manufactures have launched their 25G switch, such as Cisco, Juniper, Arista, Mellanox, Dell.

fs-n-series-leaf-spine-switch-25g-switch

40G Switch

Comparing with 25G switch, 40G switch is much familiar to us. A 40G switch generally refers to the data speeds of the ports feeding into the switch. Hence, a 40G switch has 40 Gb/s ports. The overall switching capacity of the 40G switch will be much higher depending on the total number of ports and the power of the switching fabric itself. According to Infonetics Research in early 2015, 40Gb Ethernet switch has been popular in the data center market while 100G switch is more popular with service providers. And thus, 40G Ethernet and 40G switch are not so dead like being mentioned in the fast paragraph.

FS S8050-20Q4C 40G switch

25G switch Vs. 40G switch

—Switch Compatibility

Relatively speaking, 25G switch is less common on the market. In terms of 25G switch compatibility, that is depending the switch supplier. Just take Arista 25G switch for an example, the majority of their 25G switches and Network Interface cards offer backward compatibility to 10G, there is the flexibility to manage a gradual migration to higher speed servers and mix and match port speeds. All SFP based 25G ports on Arista switches and 25G NICs from Cavium can be used at 10G speed. The compatibility of 40G switch also depends on the switch brands. But as a new emerging technology, 25G switch has higher compatibility than 40G switch.

—Port and system density

High performance 25GbE chips use single-lane 25G serializer-deserializer (Serdes) technology similar in operation to 10GbE but delivering 2.5 times the performance, thus reducing the power and cost per gigabit significantly. 25G provides higher port and system density than a comparable 40G solution. Both power savings and higher density results in lower cooling requirements and operational expenditure for data center operators.

—Connection Option

Switch-to-server or switch-to-switch (or switch-to-blade switch) are two connection options for 25G switch connection. Right now, network vendors are positioning 25G only for switch-to-server. Until now, no network vendor advertising 25G for switch-to-switch—Cisco doesn’t even offer a 25G fiber transceiver, and HPE has priced theirs higher than 40G and 100G transceivers. In other words, no one is talking about 25G for switch-to-switch links right now. We shall see this in 2018.

—Cabling

25G twinax works best within a single rack with a top-of-rack switch and 1 and 2 meter cables. 25G with 3+ meter cables requires forward error correction (FEC), which adds ~250ns of one-way latency and may introduce vendor interop issues. If you’re adopting 25G, plan to densely pack compute into 10kVA–12kVA racks. 40G DAC cable is more expensive than 25G DAC cable based on the identical cable length.

25G Switch Vs. 40G Switch: How to Choose?

Through the above description and comparison, we are cleared about some pros and cons of 25Gb Ethernet switch and 40Gb Ethernet switch as well as 25G switch Vs. 40G. As for how to choose the best one, that depends on your demand and usage environment. 25G switch uses less power and produce less heat than 40G, but it is limited at 25G distance. For data center network connectivity, 100G switch is more of a smart choice than 25G switch and 40G switch. In campus and access networks with their long fiber runs and low bandwidth needs, 40G switch is more worthy to buy. So far it seems that 25G switch is not a cost-effective solution.