F5F Stay Refreshed Hardware Desktop Issues with USB-A connections when linking multiple external drives in various ports!

Issues with USB-A connections when linking multiple external drives in various ports!

Issues with USB-A connections when linking multiple external drives in various ports!

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iiDarkSoul
Member
122
08-23-2016, 03:41 AM
#1
I noticed an issue where connecting an external hard drive to the USB-A port causes the first drive to disconnect briefly before reconnecting. Have you seen this on your machines as well? Is this typical behavior? You have a Zepyrus G14 with a Rizen 9 and an RX6800.
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iiDarkSoul
08-23-2016, 03:41 AM #1

I noticed an issue where connecting an external hard drive to the USB-A port causes the first drive to disconnect briefly before reconnecting. Have you seen this on your machines as well? Is this typical behavior? You have a Zepyrus G14 with a Rizen 9 and an RX6800.

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Snowkiller953
Member
115
08-23-2016, 06:04 PM
#2
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Snowkiller953
08-23-2016, 06:04 PM #2

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Zoleks
Member
237
08-31-2016, 02:57 AM
#3
The drives use significant power during startup, often exceeding the capacity of a single USB port (0.5v x 0.9a = 4.5w). Certain motherboards include a resettable fuse or protection system that activates when more than 2–2.5A flows through two ports simultaneously. This means the running drive combined with its spinning drive might surpass the limit, triggering a reset of the USB ports.
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Zoleks
08-31-2016, 02:57 AM #3

The drives use significant power during startup, often exceeding the capacity of a single USB port (0.5v x 0.9a = 4.5w). Certain motherboards include a resettable fuse or protection system that activates when more than 2–2.5A flows through two ports simultaneously. This means the running drive combined with its spinning drive might surpass the limit, triggering a reset of the USB ports.

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AliReyiz_IK
Member
113
09-02-2016, 01:31 PM
#4
The issue might stem from incompatible ports between the devices.
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AliReyiz_IK
09-02-2016, 01:31 PM #4

The issue might stem from incompatible ports between the devices.

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narwhal_62
Member
200
09-05-2016, 11:30 PM
#5
there is a 2.5" Toshiba 4TB USB 3.2 Canvio Ready and a WD Elements 1TB drive, but i always get the same results when testing other external hard drives. could it be that the connection ports are faulty? they use different ports, yet after disconnecting and reconnecting they still stay connected.
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narwhal_62
09-05-2016, 11:30 PM #5

there is a 2.5" Toshiba 4TB USB 3.2 Canvio Ready and a WD Elements 1TB drive, but i always get the same results when testing other external hard drives. could it be that the connection ports are faulty? they use different ports, yet after disconnecting and reconnecting they still stay connected.

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KARLEISHAK
Member
197
09-06-2016, 03:40 AM
#6
It seems this might not be the right setup. Using a standard USB-C port instead of an external 3.5" dock could affect performance. If you have any free USB-C ports, you might try connecting an external HDD there—though the cables would likely need to be different, and power delivery behavior could vary.
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KARLEISHAK
09-06-2016, 03:40 AM #6

It seems this might not be the right setup. Using a standard USB-C port instead of an external 3.5" dock could affect performance. If you have any free USB-C ports, you might try connecting an external HDD there—though the cables would likely need to be different, and power delivery behavior could vary.

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GBLeon
Member
150
09-06-2016, 08:52 AM
#7
Motherboard USB connections work together as a unit, not separately. You’ll notice distinct controllers handling various speeds. To fix issues, switch drives to different controllers or skip USB-powered ones altogether, since they draw large startup and write currents. Most 2.5" drives have higher current limits than USB 3, which is surprising given the bundled nature of USB ports—each controller can exceed USB 3 ratings unless both drives share the same power path.
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GBLeon
09-06-2016, 08:52 AM #7

Motherboard USB connections work together as a unit, not separately. You’ll notice distinct controllers handling various speeds. To fix issues, switch drives to different controllers or skip USB-powered ones altogether, since they draw large startup and write currents. Most 2.5" drives have higher current limits than USB 3, which is surprising given the bundled nature of USB ports—each controller can exceed USB 3 ratings unless both drives share the same power path.