milkmandan
New Around Here
I realize this is probably a pretty noobish question and it may not even be the right area, so I am apologizing ahead of time.
This is in regards to routing performance for many of the tested wireless routers on SNB.
As the title says:
- What is the Importance of Total Simultaneous Throughput for routers?
- How does having very high Simultaneous Throughput help in daily use?
- How does having low Simultaneous Throughput hurt daily use?
As an active user that has consistent downloads and uploads running constantly on the network through a Fiber connection (not 1Gbps yet), would I be affected greatly if I went with a router with lower simultaneous throughput (<700Mbps)?
*I see on many of the product reviews from SNB that Simultaneous Throughput may sometimes be even lower than individual downlink/uplink measurements. Why is that?
This is in regards to routing performance for many of the tested wireless routers on SNB.
As the title says:
- What is the Importance of Total Simultaneous Throughput for routers?
- How does having very high Simultaneous Throughput help in daily use?
- How does having low Simultaneous Throughput hurt daily use?
As an active user that has consistent downloads and uploads running constantly on the network through a Fiber connection (not 1Gbps yet), would I be affected greatly if I went with a router with lower simultaneous throughput (<700Mbps)?
*I see on many of the product reviews from SNB that Simultaneous Throughput may sometimes be even lower than individual downlink/uplink measurements. Why is that?
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