![]() ![]() It provides upto 4.5A of Sata 5v to power the lights, the pwm signal just sets the address of each individual light and it's color. ![]() Non addressable RGB is entirely different, although you can find RGB hubs that use a pwm signal.Īrgb is a pwm signal. The signals from the headers all going back to the same source, the software supplying them.īut like a owm fan system, that only applies to the ARGB lighting. Or you could run 12 fans with 2x headers and 2x Sata. You could easily power 11 fans from 2x 6way hubs daisy chained, you'd just need a single input signal from a header and 2x Sata. But generally a max of 10 fans/strips is the limit for power on a single Sata from the psu.Īll a hub does is share the signal and provide external power, so there's no danger at all of overloading a header. The only way to really overload a hub is with splitters, where 2 fans are sharing one port of the hub for a total of 12 fans. So you can power that 5v from anywhere, the data wire being priority from somewhere. With argb its 3pin, 5v power, ground and data, basically exactly the same as a pwm fan without the speed sensor at a different voltage. If my mobo can't eventually handle it, is there any other way to power these strips but also to control them via mobo? Thanks in advance for every possible answer!!Īn argb fan is nothing more than an argb strip glued to the fan, that's why the seperate cables. Questions is, will I be able to safely connect these strips to my mobo, or something bad will happen? Don't know exactly what math should I do to solve this. ![]() ![]() Obviously I connect these 6 total fans to the 2 headers, through 2 rgb hubs (3+3 for propitiatory connectors of 2 different brands) Now I want to add (x2 Phanteks Neon Digital RGB LED Strip M5) argb led strips from a third different brand with ''propitiatory'' 3pin connectors, tho I think I will be able to connect them to exactly the same female 3pin headers of the one already existed DeepCool hub (which ends to JRAINBOW2 where the 3 fans with the above specs are connected) These strips are 5V, total 76 LEDs (38 each) KS6812, with a maximum of 1,14A, 5,7W each (total 11,4W for 2 strips) Mobo's manual says 'The JRAINBOW connector supports up to 75 LEDs WS2812B Individually Addressable RGB LED strips (5V/Data/Ground) with the maximum power rating of 3A 5V (so 15W) In the case of 20% brightness, the connector supports up to 200 LEDs. ![]()
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