F5F Stay Refreshed Power Users Networks No, the router or the client's network card cannot restrict the duration of running an Ethernet cable.

No, the router or the client's network card cannot restrict the duration of running an Ethernet cable.

No, the router or the client's network card cannot restrict the duration of running an Ethernet cable.

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PersieO
Posting Freak
786
10-21-2023, 10:46 AM
#1
Check the router’s capabilities for power delivery over the cable and ensure the PC’s network card can handle the signal strength. Both devices should support the required performance without exceeding their limits.
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PersieO
10-21-2023, 10:46 AM #1

Check the router’s capabilities for power delivery over the cable and ensure the PC’s network card can handle the signal strength. Both devices should support the required performance without exceeding their limits.

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RCVincnet
Member
50
10-21-2023, 10:51 PM
#2
No conflicts expected for 30m.
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RCVincnet
10-21-2023, 10:51 PM #2

No conflicts expected for 30m.

C
233
10-25-2023, 10:23 PM
#3
In regular network setups, most devices agree the signal stays strong up to about 100 meters. Currently this means Gigabit speeds on Cat5e or better cables. For 10Gbps you’ll need different cable types. The range changes based on the cable type—Cat6 supports roughly 50 meters, while Cat6a can reach up to 100 meters. Things become more tricky with PoE or Power over Ethernet, as each has its own distance constraints.
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captainevan100
10-25-2023, 10:23 PM #3

In regular network setups, most devices agree the signal stays strong up to about 100 meters. Currently this means Gigabit speeds on Cat5e or better cables. For 10Gbps you’ll need different cable types. The range changes based on the cable type—Cat6 supports roughly 50 meters, while Cat6a can reach up to 100 meters. Things become more tricky with PoE or Power over Ethernet, as each has its own distance constraints.

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demigod17
Member
137
10-27-2023, 11:26 AM
#4
Ethernet can reliably reach up to 100 meters. However, many modern network cards include "power saving" or "green" modes that automatically lower transmission power when the cable is short and losses are minimal. This generally functions effectively most of the time. The issue arises with inexpensive cables labeled CCA or "copper clad aluminum," which use a thinner copper layer over aluminum instead of solid copper. These wires have increased resistance, making them less suitable for longer distances. Combined with reduced power transmission from network cards, this can lead to signal degradation and errors. If you're using such cables, check Device Manager, disable any power-saving settings, and let the card operate at full power—typically adding only a small amount of extra consumption.
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demigod17
10-27-2023, 11:26 AM #4

Ethernet can reliably reach up to 100 meters. However, many modern network cards include "power saving" or "green" modes that automatically lower transmission power when the cable is short and losses are minimal. This generally functions effectively most of the time. The issue arises with inexpensive cables labeled CCA or "copper clad aluminum," which use a thinner copper layer over aluminum instead of solid copper. These wires have increased resistance, making them less suitable for longer distances. Combined with reduced power transmission from network cards, this can lead to signal degradation and errors. If you're using such cables, check Device Manager, disable any power-saving settings, and let the card operate at full power—typically adding only a small amount of extra consumption.