F5F Stay Refreshed Power Users Networks Experiencing a notable slowdown in the secondary router linked through a CAT6 LAN cable

Experiencing a notable slowdown in the secondary router linked through a CAT6 LAN cable

Experiencing a notable slowdown in the secondary router linked through a CAT6 LAN cable

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Monkey_D_Toast
Junior Member
34
09-21-2020, 09:55 PM
#11
The recommended approach is to investigate further before making decisions. Consider contacting TP-Link support directly to clarify their process and address any potential issues. Avoid immediately blaming others unless you have concrete evidence of a technical fault.
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Monkey_D_Toast
09-21-2020, 09:55 PM #11

The recommended approach is to investigate further before making decisions. Consider contacting TP-Link support directly to clarify their process and address any potential issues. Avoid immediately blaming others unless you have concrete evidence of a technical fault.

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Cv7
Member
116
09-29-2020, 05:07 PM
#12
It seems you're wondering if you can reshape the cable after cutting it once it's pre-crimped, especially since you're trying to fit it through window openings that don't accommodate RJ45 connectors. The process of recrimping might still be possible later.
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Cv7
09-29-2020, 05:07 PM #12

It seems you're wondering if you can reshape the cable after cutting it once it's pre-crimped, especially since you're trying to fit it through window openings that don't accommodate RJ45 connectors. The process of recrimping might still be possible later.

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Arazon
Member
177
09-29-2020, 07:02 PM
#13
Examine both ends of the cable that deliver just 100 megabits. If the homemade end used EZ RJs (where conductors pass through and a blade cuts them cleanly), inspect the cut ends of the cables. I've noticed this when the crimper's blade dulled and bent the wires instead of slicing them. It might also stem from crosstalk or interference. A tight loop of cable pulled into a twist can disrupt balanced signals. A professional cable certifier could explain why a cable fails, but they're prohibitively costly for just one run. (The basic continuity testers with flashing lights only confirm wire order.) Definitely. Ensure you use the correct ends and crimper, and install the connector according to specifications.
A
Arazon
09-29-2020, 07:02 PM #13

Examine both ends of the cable that deliver just 100 megabits. If the homemade end used EZ RJs (where conductors pass through and a blade cuts them cleanly), inspect the cut ends of the cables. I've noticed this when the crimper's blade dulled and bent the wires instead of slicing them. It might also stem from crosstalk or interference. A tight loop of cable pulled into a twist can disrupt balanced signals. A professional cable certifier could explain why a cable fails, but they're prohibitively costly for just one run. (The basic continuity testers with flashing lights only confirm wire order.) Definitely. Ensure you use the correct ends and crimper, and install the connector according to specifications.

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Einhorn_Kevin
Member
94
09-29-2020, 10:40 PM
#14
Is it meant for outdoor use? Verify the rating to ensure the outer coating isn’t damaged by weathering. Pre-terminated options can help you validate performance right from the factory. Even if you need to crimp one end later, you’ll know at least one connection is solid. The biggest concern is troubleshooting when you’re unsure which part is faulty or if the cable was originally sound.
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Einhorn_Kevin
09-29-2020, 10:40 PM #14

Is it meant for outdoor use? Verify the rating to ensure the outer coating isn’t damaged by weathering. Pre-terminated options can help you validate performance right from the factory. Even if you need to crimp one end later, you’ll know at least one connection is solid. The biggest concern is troubleshooting when you’re unsure which part is faulty or if the cable was originally sound.

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