Compared to daisy chain topology, a physical star topology by deploying a powerful core switch to connect multiple access switches with uplinks is an optimal solution. Or connecting a powerful gigabit Ethernet switch to each edge switches. In this scenario no loop occurs and all access switch is much closer to the central switch data center. For redundancy concern, you can also double or triple uplink each access switch to the core switch. Figure 2: Deploying a powerful gigabit Ethernet switch ST4S as core switch to connect edge switches, which forms a simple star topology.
Daisy chaining switch can be a solution when Ethernet switch quantity is small and separate placement is required in low demanding applications. How about an optimized way to connect multiple switches? Here comes stackable switch. Stackable switch deploys advanced stacking technology to achieve switch stacking, leaving out performance issues of clumsy daisy chaining topology like loops and bottlenecks. To stack switch with managed stackable Ethernet switch can set up a switch stack, which works as a unified system with one console port for control to enhance network scalability and simplify network management.
The port density and performance of switch stack can equal to expensive rack mount switch. Both Ethernet switch supports up to 4 24 port switches stacked together, providing 96 1GbE port density and switching a total capacity of up to Gbps.
Keep in mind also that unless the building is relatively new, you may have issues with the existing Cat3 cabling especially if you're not careful when re-terminating them with new jacks. Show 2 more comments. Active Oldest Votes. Improve this answer. A "loop" is literally a loop, i. If you get only one managed switch, I would put it in the central spot utility box — it'll be able to show statistics of both Cat3 connections in case of problems.
But it won't be very useful besides that. I think a managed switch would be overkill for your YouTube and Netflix. Personally, I'd go with a a 5-port in each bedroom and a third one back at the utility box. I'd also not be in a hurry to install CAT5 between the bedrooms.
It's nice to have but I'd only consider it if the CAT3 actually lets you down. Jason: Usually it happens either by accident, or by expecting to provide a faster "direct" path between two locations. For example, right now any file transfer between bedroom A and bedroom B needs to go through the central switch, and therefore through two slow Cat3 connections.
Many people would think that if they directly connect both A and B using a third cable, the switches would do the smart thing and just choose the shortest path Show 3 more comments. For a basic home network? Literally just plug them into each other! A continuity tester will tell you which wires to avoid if there's a problem:.
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Turn on suggestions. Auto-suggest helps you quickly narrow down your search results by suggesting possible matches as you type. Showing results for. Search instead for. Did you mean:. All Community This category This board. Is it ever okay to daisy chain switches? Labels: Labels: Other Switching. I have this problem too.
All forum topics Previous Topic Next Topic. Accepted Solutions. Joseph W. Hall of Fame Expert. Reza Sharifi. Karsten Iwen. VIP Mentor. Many switches these days will come with 48 available ports, which for most is way more than is needed. Personally, instead of having multiple switches with few ports available, I would rather have a single switch with more than enough ports than I currently need as this allows for future expansion without the need for any additional hardware.
This will result in not having to daisy-chain switches and only one Ethernet port on the router being consumed by a connection to a switch. Theoretically, the number of network switches that can be connected to a router is infinite. A process known as daisy-chaining allows you to connect as many switches together as you wish, however, this is not recommended as it does come with the risk of creating a loop if they are not connected correctly.
In regards to a direct connection to the router, the number of switches you can connect is simply limited by the number of Ethernet ports built into the router itself. My recommendation would be to instead replace the multiple switches with a single switch that has more than enough ports than needed whilst allowing for future expansion.
This way, only one port on the router will be consumed for a switch, and a 24 or 48 port switch will be more than is ever needed for many home networks. If you absolutely have to use multiple switches, I would suggest connecting each switch to its own port on the router instead of daisy-chaining them together.
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