F5F Stay Refreshed Power Users Networks How to choose the right router?

How to choose the right router?

How to choose the right router?

Pages (2): 1 2 Next
E
erin_33
Member
209
05-14-2021, 04:25 PM
#1
Hello! You're switching providers and updating your equipment, which can be a bit confusing. Let's go through your questions one by one.
E
erin_33
05-14-2021, 04:25 PM #1

Hello! You're switching providers and updating your equipment, which can be a bit confusing. Let's go through your questions one by one.

T
TruZZted
Junior Member
26
05-16-2021, 03:30 PM
#2
How much you'd like to spend and your location around the globe.
T
TruZZted
05-16-2021, 03:30 PM #2

How much you'd like to spend and your location around the globe.

I
Ipod984
Senior Member
707
05-16-2021, 10:33 PM
#3
Do you know that 100Mbps was essentially the norm for routers and network cards back in 2003? You should be okay unless you upgrade to a Gb connection.
I
Ipod984
05-16-2021, 10:33 PM #3

Do you know that 100Mbps was essentially the norm for routers and network cards back in 2003? You should be okay unless you upgrade to a Gb connection.

P
PoodleLux
Junior Member
5
05-17-2021, 01:33 PM
#4
Max speed bandwidth measured in Mbps. Minimum requirement is 100Mbps; opt for a 1Gbps router. 802.11ac offers improved performance. 5GHz provides faster rates but struggles with concrete, while 2.4GHz delivers lower speeds but better penetration through walls. Choose a router compatible with both bands.
P
PoodleLux
05-17-2021, 01:33 PM #4

Max speed bandwidth measured in Mbps. Minimum requirement is 100Mbps; opt for a 1Gbps router. 802.11ac offers improved performance. 5GHz provides faster rates but struggles with concrete, while 2.4GHz delivers lower speeds but better penetration through walls. Choose a router compatible with both bands.

M
maklom
Junior Member
27
05-19-2021, 11:02 PM
#5
This involves various data rates ports can support at 10Mbps, 100Mbps, and 1000Mbps (1Gbps). 2. From a technical standpoint, 100Mbps is essentially the same as 1000Mbps in terms of cost, so opting for 1000Mbps isn't necessary. 3. 802.11ac standard. 4. Both options available. 5. 5GHz offers higher bandwidth with less interference, though its coverage is limited and it doesn’t penetrate walls as well as 2.4Ghz. 5. Antenna gain measurement refers to the strength of the antennas. Certain regions impose limits on antenna power without proper permits.
M
maklom
05-19-2021, 11:02 PM #5

This involves various data rates ports can support at 10Mbps, 100Mbps, and 1000Mbps (1Gbps). 2. From a technical standpoint, 100Mbps is essentially the same as 1000Mbps in terms of cost, so opting for 1000Mbps isn't necessary. 3. 802.11ac standard. 4. Both options available. 5. 5GHz offers higher bandwidth with less interference, though its coverage is limited and it doesn’t penetrate walls as well as 2.4Ghz. 5. Antenna gain measurement refers to the strength of the antennas. Certain regions impose limits on antenna power without proper permits.

L
Lihz
Member
56
05-23-2021, 04:23 AM
#6
Here are some alternative phrasings of your points:

- LAN ports support speeds like 10/100 and 100/100, which correspond to 10 Mbps, 100 Mbps, and 1 Gbps respectively.
- The router needs at least 100 Mbps to handle a 100 Mb connection; most modern routers meet this requirement today.
- For a 100 Mb connection, a speed of 1000 Mbps is ideal.
- Routers today typically offer around 1000 Mbps, so you should be fine.
- I think 802.11ac provides the best performance.
- If your device supports it, using 5GHz frequency bands is recommended.
- I’m not particularly enthusiastic about wireless tech, so I don’t have much insight here.
L
Lihz
05-23-2021, 04:23 AM #6

Here are some alternative phrasings of your points:

- LAN ports support speeds like 10/100 and 100/100, which correspond to 10 Mbps, 100 Mbps, and 1 Gbps respectively.
- The router needs at least 100 Mbps to handle a 100 Mb connection; most modern routers meet this requirement today.
- For a 100 Mb connection, a speed of 1000 Mbps is ideal.
- Routers today typically offer around 1000 Mbps, so you should be fine.
- I think 802.11ac provides the best performance.
- If your device supports it, using 5GHz frequency bands is recommended.
- I’m not particularly enthusiastic about wireless tech, so I don’t have much insight here.

L
LeachyBella
Junior Member
43
05-23-2021, 12:01 PM
#7
I reside in Brazil yet can purchase the router from the USA. For pricing, I aim for approximately $150 or less, if feasible.
L
LeachyBella
05-23-2021, 12:01 PM #7

I reside in Brazil yet can purchase the router from the USA. For pricing, I aim for approximately $150 or less, if feasible.

S
SkiL_bagina
Junior Member
3
05-24-2021, 09:22 PM
#8
Looking at the price of $90 for that item, it seems to be a good deal on Amazon.
S
SkiL_bagina
05-24-2021, 09:22 PM #8

Looking at the price of $90 for that item, it seems to be a good deal on Amazon.

L
litterlymack_
Member
68
05-28-2021, 02:52 PM
#9
Thanks for your kind words! I'll look for a router matching 802.11ac, 10/100/1000 Mbps speeds, and support for both 5GHz and 2.4GHz bands.
L
litterlymack_
05-28-2021, 02:52 PM #9

Thanks for your kind words! I'll look for a router matching 802.11ac, 10/100/1000 Mbps speeds, and support for both 5GHz and 2.4GHz bands.

I
ImKilleR_
Junior Member
40
06-15-2021, 05:21 AM
#10
If you're willing to adjust the budget a bit, this router stands out. I personally use one with a 350MB fiber connection and it performs exceptionally well. Check it out here: https://www.amazon.com/Dual-band-Dual-co...s+rt-ac86u
I
ImKilleR_
06-15-2021, 05:21 AM #10

If you're willing to adjust the budget a bit, this router stands out. I personally use one with a 350MB fiber connection and it performs exceptionally well. Check it out here: https://www.amazon.com/Dual-band-Dual-co...s+rt-ac86u

Pages (2): 1 2 Next