[CeBIT 06] Dedicated PSUs from Arctic-Cooling, the M1 and V1
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[CeBIT 06] Dedicated PSUs from Arctic-Cooling, the M1 and V1
Arctic-Cooling has joined in on the whole "let's create a dedicated PSU" thing and unveiled at CeBIT two models. Both will be placed in 5.25" bays.
The Fusion Supporter V1 for the VGA
It connects to the 24pin ATX connector and has two PCI-E connectors.
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The Fusion Supporter M1 for the CPU (yes, CPU)
It also connects to the ATX cable and has a 4pin power cable to the motherboard.
The Fusion Supporter V1 for the VGA
It connects to the 24pin ATX connector and has two PCI-E connectors.
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The Fusion Supporter M1 for the CPU (yes, CPU)
It also connects to the ATX cable and has a 4pin power cable to the motherboard.
Last edited by rpsgc on Sat Mar 11, 2006 6:45 am, edited 1 time in total.
Capacitors store energy. This means that the effective peak power rating of your PSU will be increased, although the sustained load rating will remain the same. This isn't really a power supply as such, but an energy storage device.jaganath wrote:Why does it have so many capacitors????? Any electrical engineering types can tell us? I'm assuming because the PSU has to deliver instantaneous load when the VGA card ramps up it has to store a lot of power?
Multiple small capacitors, apart from being easier to fit in small spaces than a single huge capacitor, tend to offer lower equivalent series resistance, which means higher peak current. They may also be slightly cheaper.
If you ask me, this whole secondary PSU think is just a stupid marketing gimmick.
Last edited by Mr Evil on Sat Mar 11, 2006 6:22 am, edited 2 times in total.
I agree - instead of wasting money on these "patch" power supplies, just upgrade to a good quality, higher-wattage supply. Simple and cost-effective.Mr Evil wrote:If you ask me, this whole secondary PSU think is just a stupid marketing gimmick.
Also, I assume those Artic units are prototypes. Their enclosures look too expensive (due to required machining) for high-volume and/or low-cost.
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I still think they'd be better off using a single capacitor*, specifically the "flux capacitor", but that would probably wind up sending the computer through time.Mr Evil wrote:Capacitors store energy. This means that the effective peak power rating of your PSU will be increased, although the sustained load rating will remain the same. This isn't really a power supply as such, but an energy storage device.jaganath wrote:Why does it have so many capacitors????? Any electrical engineering types can tell us? I'm assuming because the PSU has to deliver instantaneous load when the VGA card ramps up it has to store a lot of power?
Multiple small capacitors, apart from being easier to fit in small spaces than a single huge capacitor, tend to offer lower equivalent series resistance, which means higher peak current. They may also be slightly cheaper.
*It's a joke, I don't know anything about electronics. Not interested in getting into the capacitor debate.
If they used a flux capacitor, they might have to get a license from this patent holder:Shadowknight wrote:I still think they'd be better off using a single capacitor*, specifically the "flux capacitor"
edited for shorter URL by friendly mod