![]() ![]() ![]() You are totally convinced of fiber optics and only need 1 Gbit/s? Then the CRS106-1C-5S is for you: There are five cages for SFP modules as well as a combo port, which you can use either as another SFP port or as a normal RJ45 connector. Mikrotik CRS106-1C-5S 6-Port SFP Switch with RJ45 Combo Port The model Mikrotik RB260GSP (P for power) is for you if you need PoE support. The fact that it also offers a SFP cage on the backside is listed here. This model does the splits if you are looking for the cheapest and one of the most powerful managed switches. With it you can set everything a switch has to be able to do. The whole switch costs just over 40 Euro.Īnd it is managed! On board is Mikrotik’s RouterOS, an easy to use version of the router operating system RouterOS. So you can switch to fiber optics at low cost without incurring any expenses. The small microtik switch offers five conventional Gigabit ports and an SFP cage for a 1 Gigabit SFP module. Mikrotik RB260GS 5-Port Switch with SFP Cage The switches that understand SFP at least once cost around 50 and the 1 Gbit modules around ten Euros. This way everything stays cheap and the power consumption is low. If you decide to leave everything at 1 Gbit and wait, that’s a good decision (especially if you really only want to distribute Internet and only use the NAS from time to time). So first of all, focus on the cable that causes the most effort. You can also do without pure SFP switches. But you are not obliged to buy the most expensive switches and 10 Gbit/s SFP+ modules. ![]() Then you can do the effort once and lay a modern fiber optic cable. Should one rely on fiber optics at 1 Gbit/s speed and why? We think so, especially if you are currently rewiring. So check that beforehand if your device depends on it.Įntry-level fiber SFP Switches for 1 Gbit/s transmission (1 to 4 SFP ports) 10 Gbps they all can, but the intermediate speeds used by some devices, i.e. But it may well be that a Cisco switch only works with Cisco modules.įurthermore you have to check if a RJ45 SFP module maps the speed the connected device needs. These modules are available from different manufacturers and if you have a good switch, for example from MikroTik, it will also work with third party modules. This increases the costs a bit, but also makes you more flexible. If you buy a SFP/SFP+ switch, you have to take care that you only get the switch that has slots for the SFP modules. Fiber has the advantage that it uses less power than copper cables, sending light signals seems to be much more efficient than pushing electrons through the cable. So you can also use fiber optic for your internal cabling without having to increase the speed by force. If they are a bit slower than the SFP standard, they are faster than the SFP+ standard (look for the plus). In the course of this development, fiber optic cables were added, which can also transmit 1 Gbit/s and 10 Gbit/s. First the cables could transfer 10 Mbit/s, then 100, then 1 Gbit/s and now 10 Gbit/s. The thick network connectors in RJ45 format have been around forever. Necessary hardware for fiber optics and 10 Gbit/s Ethernet ![]()
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