F5F Stay Refreshed Power Users Networks Both download and upload speeds can be accessed at the same time.

Both download and upload speeds can be accessed at the same time.

Both download and upload speeds can be accessed at the same time.

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Okunino
Posting Freak
845
03-28-2023, 04:17 PM
#1
The query asks about network bandwidth limits. If the available bandwidth is 500 down and 70 up, can it handle a transfer of 430 and 70 at the same time? I'm just exploring this for curiosity since I'm not sure if it's accurate. Appreciate any guidance you can provide.
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Okunino
03-28-2023, 04:17 PM #1

The query asks about network bandwidth limits. If the available bandwidth is 500 down and 70 up, can it handle a transfer of 430 and 70 at the same time? I'm just exploring this for curiosity since I'm not sure if it's accurate. Appreciate any guidance you can provide.

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Epik_Fluffy
Junior Member
11
03-28-2023, 07:28 PM
#2
In theory, you could achieve 500/70, but it’s probably unlikely. From my experience, once your upload reaches its limit, your download speed tends to drop. I’m still unsure about the exact reason behind this issue.
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Epik_Fluffy
03-28-2023, 07:28 PM #2

In theory, you could achieve 500/70, but it’s probably unlikely. From my experience, once your upload reaches its limit, your download speed tends to drop. I’m still unsure about the exact reason behind this issue.

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Sussu
Senior Member
708
03-29-2023, 02:45 PM
#3
Several elements influence whether you can fully utilize your bandwidth on one device. Ensure no other devices are consuming the connection. Maintain a stable link to your router, either through a wired or wireless connection. Your ISP must provide consistent speeds—typically 500Mb/s down and 70Mb/s up in standard contracts. ISPs such as Comcast, Charter, and AT&T usually don’t confirm peak performance. When using Ethernet, verify that all cables meet CAT5e or higher standards and that your router’s port supports 10/100/1000 Mbps.
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Sussu
03-29-2023, 02:45 PM #3

Several elements influence whether you can fully utilize your bandwidth on one device. Ensure no other devices are consuming the connection. Maintain a stable link to your router, either through a wired or wireless connection. Your ISP must provide consistent speeds—typically 500Mb/s down and 70Mb/s up in standard contracts. ISPs such as Comcast, Charter, and AT&T usually don’t confirm peak performance. When using Ethernet, verify that all cables meet CAT5e or higher standards and that your router’s port supports 10/100/1000 Mbps.

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Tyson142
Member
148
04-04-2023, 12:04 AM
#4
Uploading heavily on any link slows downloads because it consumes bandwidth needed to transmit acknowledgments and fetch the next packet. This issue may also arise before reaching your cap if the connection between you and your provider is near its maximum, since each user shares a portion of the total allowed bandwidth. Broadband systems are built assuming only a limited number of users will use their full capacity simultaneously. It's typical for high-speed fiber to operate at around 2.4Gbps down and 1.2Gbps up among 32 customers.
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Tyson142
04-04-2023, 12:04 AM #4

Uploading heavily on any link slows downloads because it consumes bandwidth needed to transmit acknowledgments and fetch the next packet. This issue may also arise before reaching your cap if the connection between you and your provider is near its maximum, since each user shares a portion of the total allowed bandwidth. Broadband systems are built assuming only a limited number of users will use their full capacity simultaneously. It's typical for high-speed fiber to operate at around 2.4Gbps down and 1.2Gbps up among 32 customers.