F5F Stay Refreshed Hardware Desktop ARGB hub issue with Lancool 205 mesh—fans still work fine.

ARGB hub issue with Lancool 205 mesh—fans still work fine.

ARGB hub issue with Lancool 205 mesh—fans still work fine.

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RonniMolo4ko_
Member
172
09-02-2016, 01:35 PM
#1
I made my initial attempt with a lian li Lancool 205 mesh case featuring an ARGB fan hub. The case originally came with three fans, but I used a Mag Coreliquid 280R cooler that had two fans. All fans connected to the hub, and I experimented with different ARGB headers and even other fan connections. The chip’s LED lights function properly, yet none of the fan indicators illuminate. The motherboard software manages both the cooler lighting and fan speeds accurately. However, the fan lights remain off—though they spin freely and are controlled by the board for speed adjustments. I’ve changed the ARGB header, tried cycling through color modes and switches, updated the MSI LED Firmware, and rearranged fan connections on the hub. I’ve attached photos of the chip lighting successfully but not the fans. Currently, the hub is daisy-chained to the cooler light without success. Could you help identify what went wrong? This is my first build for this project, and I’m still confused about the lights! Thanks for your assistance.
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RonniMolo4ko_
09-02-2016, 01:35 PM #1

I made my initial attempt with a lian li Lancool 205 mesh case featuring an ARGB fan hub. The case originally came with three fans, but I used a Mag Coreliquid 280R cooler that had two fans. All fans connected to the hub, and I experimented with different ARGB headers and even other fan connections. The chip’s LED lights function properly, yet none of the fan indicators illuminate. The motherboard software manages both the cooler lighting and fan speeds accurately. However, the fan lights remain off—though they spin freely and are controlled by the board for speed adjustments. I’ve changed the ARGB header, tried cycling through color modes and switches, updated the MSI LED Firmware, and rearranged fan connections on the hub. I’ve attached photos of the chip lighting successfully but not the fans. Currently, the hub is daisy-chained to the cooler light without success. Could you help identify what went wrong? This is my first build for this project, and I’m still confused about the lights! Thanks for your assistance.

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_Lolikc_
Member
184
09-02-2016, 02:23 PM
#2
Always be able to skip the hub and connect directly to the board when there are sufficient headers.
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_Lolikc_
09-02-2016, 02:23 PM #2

Always be able to skip the hub and connect directly to the board when there are sufficient headers.

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ItsTheSoul
Senior Member
410
09-02-2016, 06:31 PM
#3
I'm facing the same problem again. I'm wondering if you managed to fix it. What was the solution?
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ItsTheSoul
09-02-2016, 06:31 PM #3

I'm facing the same problem again. I'm wondering if you managed to fix it. What was the solution?

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herobrine3959
Senior Member
443
09-03-2016, 01:21 AM
#4
It varies. I recommended connecting to the motherboard but didn’t get a response. Whether it works depends on several factors: What model of board do you have? How much current do your fans draw? Are they RGB-enabled? Do you have the right type of RGB cable for your board? A standard 4-pin connector can handle about 1 amp, while the labeled “pump” connector usually supports 4A. Of course, in real life it’s often less. My guideline is to keep no more than three case fans on a single port. Most case fans draw around 0.2A, so that’s about 0.6A total. I’ve heard some people manage a .5 limit and only get two fans on one header for 0.4A. Alternatively, you could use five fans with a standard header and twenty with a pump header—just be careful not to overload the board. The original poster had an MSI all-in-one with RGB, which suggests they used a jrainbow setup.
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herobrine3959
09-03-2016, 01:21 AM #4

It varies. I recommended connecting to the motherboard but didn’t get a response. Whether it works depends on several factors: What model of board do you have? How much current do your fans draw? Are they RGB-enabled? Do you have the right type of RGB cable for your board? A standard 4-pin connector can handle about 1 amp, while the labeled “pump” connector usually supports 4A. Of course, in real life it’s often less. My guideline is to keep no more than three case fans on a single port. Most case fans draw around 0.2A, so that’s about 0.6A total. I’ve heard some people manage a .5 limit and only get two fans on one header for 0.4A. Alternatively, you could use five fans with a standard header and twenty with a pump header—just be careful not to overload the board. The original poster had an MSI all-in-one with RGB, which suggests they used a jrainbow setup.

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wybren
Member
74
09-04-2016, 03:17 AM
#5
I own a GB Z790 UD-AC motherboard. It has three ARGB fans linked to an ARGB hub. One fan connects directly to the board via an ARGB or D_LED1 connector with three pins. The hub receives power through a SATA port.
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wybren
09-04-2016, 03:17 AM #5

I own a GB Z790 UD-AC motherboard. It has three ARGB fans linked to an ARGB hub. One fan connects directly to the board via an ARGB or D_LED1 connector with three pins. The hub receives power through a SATA port.

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SydneyMAK
Junior Member
11
09-04-2016, 03:14 PM
#6
The motherboard either has the right argb connection or it doesn't.
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SydneyMAK
09-04-2016, 03:14 PM #6

The motherboard either has the right argb connection or it doesn't.

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Zaigo_
Junior Member
30
09-06-2016, 10:06 AM
#7
The motherboard includes two ARGB 5V 3-pin ports and twelve 12V 4-pin connections.
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Zaigo_
09-06-2016, 10:06 AM #7

The motherboard includes two ARGB 5V 3-pin ports and twelve 12V 4-pin connections.

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audi497mks
Senior Member
601
09-06-2016, 06:06 PM
#8
Just using argb might not be enough. Apparently, when manufacturers pushed rgb standards, they quickly abandoned any real commitment. Each tried to make their own rules, hoping others would pay them to adopt it. Of course, no one did—everyone had their own version, and none actually built the lights themselves. Companies like Sylvania agreed on a standard long before computer fans caught on, so each “unique” design mostly just meant not being compatible with the real thing. The whole situation felt as foolish and self-serving as the Asshat from dragonsden’s actions toward the cat genie. Not sure what happened with argb. It seems it only works for that specific motherboard model. Edited May 11, 2023 by Bombastinator
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audi497mks
09-06-2016, 06:06 PM #8

Just using argb might not be enough. Apparently, when manufacturers pushed rgb standards, they quickly abandoned any real commitment. Each tried to make their own rules, hoping others would pay them to adopt it. Of course, no one did—everyone had their own version, and none actually built the lights themselves. Companies like Sylvania agreed on a standard long before computer fans caught on, so each “unique” design mostly just meant not being compatible with the real thing. The whole situation felt as foolish and self-serving as the Asshat from dragonsden’s actions toward the cat genie. Not sure what happened with argb. It seems it only works for that specific motherboard model. Edited May 11, 2023 by Bombastinator

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RainbowCrazy
Member
229
09-27-2016, 11:05 AM
#9
Sure, I can help with that. The system functions properly, yet the fans aren't visible in the interface.
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RainbowCrazy
09-27-2016, 11:05 AM #9

Sure, I can help with that. The system functions properly, yet the fans aren't visible in the interface.

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Tive
Member
64
09-27-2016, 05:32 PM
#10
Bios typically includes a fan control curve feature. You often have to select the sensor it adjusts from, but sometimes that’s not possible. Modern MSI models allow this adjustment. Earlier ASUS models (2015) didn’t support it. Usually only motherboard and CPU sensors were available; GPU sensors weren’t pull-downable.
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Tive
09-27-2016, 05:32 PM #10

Bios typically includes a fan control curve feature. You often have to select the sensor it adjusts from, but sometimes that’s not possible. Modern MSI models allow this adjustment. Earlier ASUS models (2015) didn’t support it. Usually only motherboard and CPU sensors were available; GPU sensors weren’t pull-downable.

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