The advent of big data, virtualization and cloud computing are pushing higher speed network adoption. As such, data center networks are going through a profound change – in which 40GE has become ubiquitous and 10GE a must. Network managers have reaped great benefits by deploying 10G Ethernet switch at the edge of the large professional network, which makes 10G SFP+ switch a choice for speed and productivity.
In the midst of various 10G Ethernet switch, a 48-port 10GE switch is considered as an optimal solution for handling data traffic that delivers great scalability. Then how to choose the right 48-port 10GE switch? We’re going to explore it in this article.
10G Ethernet switch is a cost-effective solution compared to multiple Gigabit Ethernet ports, while delivers substantially better throughput and latency. It is already well established in the IT industry and we’ve seen massive adoption of 10G infrastructure. Density, power, and cooling of 10G SFP+ switch are key motivators for deployment of data center network. With the compelling improvement in bandwidth, port density, latency, and power consumption.
10G SFP+ switch has become the interconnect of choice for latency-sensitive application with enhanced reliability and network performance. 10G Ethernet switch comes into the various port configuration, and a 48-port 10GE switch is the most future-proofing one with abundant application in the business-oriented network. It increases the total available bandwidth, the reduced power consumption in cables and switch ports, and an overall reduction in infrastructure costs.
As the need for 48-port 10 Gigabit switch spurring, vendors also compete to offer 10G Ethernet switch with advanced function and decreased cost. Here we compare some commonly seen 48-port 10GbE switch along with FS.COM N5850-48S6Q 48-port 10GE switch, including parameters about their port combination, switching capacity, latency, power consumption, and 48-port 10Gb switch price.
Dell Networking S4048-ON
HPE 5900AF (JC772A)
L2 and L3
L2 and L3
|Max Power Drew|
When selecting a 10G SFP+ switch, it all comes down to two things: application and budget. Your application of the 48-port 10GE switch partially determines several factors, such as port configuration, switching capacity, power consumption, and switch class. The port configuration and speed are relative to switching capacity. So you have to consider the amount of traffic to run through this 48-port 10GE switch and select one that can accommodate all the data flow.
Power consumption, on the other hand, is also very essential as it defines the operating cost, in the long run, a power efficient switch can save you a great amount of money. All the 10G Ethernet switch in the table have very similar port combination and they are all L2/L3 switches. As for these 48-port 10Gb switch price, N5850-48S6Q has unsurpassed benefits over the others.
This 48-Port 10GE switch N5850-48S6Q is a 10G SDN switch, which is designed to meet the high-performance, availability, and network-scaling requirements of enterprise and cloud data centers. It provides full line-rate switching at Layer 2 or Layer 3 across 48 x 10GbE ports and 6 x 40GbE uplinks, delivering 1.44Tbps switching capacity for the most demanding applications.
This 48-port 10GE switch can be used either as a Top-of-Rack switch or as part of a 10GbE or 40GbE spine-leaf fabric. All ports support full L2/L3 features, IPv4/IPv6, and OpenFlow for high scalability and Software-defined Network (SDN) for ease of operation. Besides, N5850-48S6Q 48-Port 10GE switch delivers excellent low latency (680 ns) and power efficiency in a PHYless design. While support for advanced features, including MLAG, VxLAN, SFLOW, SNMP, MPLS etc, this 48-port 10G Ethernet switch is ideal for the traditional or fully virtualized data center.
48-port 10GE switch has made a great leap forward to satisfy the demand for increased network performance, reliability and scalability. The need for 10 Gigabit Ethernet spans all markets and business types, as technology marches forward, these 10G Ethernet switches will no doubt drop in cost and increase in capability.