Prototype KMPKT Dynamo DC-12V
- Thread starter Kmpkt
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Would this have a new DC-DC board to support the high wattage or would this be using two Dynamo 360s?
If this works out (currently in the early stages of board and enclosure design), you would use the unit with a Dynamo Duo (Dynamo 360 + Dynamo Mini [160W]) for a 520W rated unit that can really handle just north of 550 if needed.
Not sure about a combo "deal" if that's what you are referring to, but those items are still up. It looks like you have to add the Mini 200 separately.
It is and should be 125 USD for the pair once you hit the shopping cart. Currently out of 200 stock, but the new batch in matching Gunmetal should be arriving in warehouse around mid month.
Holy Shit! Sounds brilliant!
Might be too soon, but what kind of pricerange would it be targeted at?
Well the Bel 180W unit I'm basing my design off is about 100 USD while the Meanwell EPP-200-24 is like 30 USD. For this to be viable I'd like them to be max 50-60 USD per 200W brick. think beyond that they would be completely out of reach for the bulk of users. My plan is to have a larger footprint (2.25" x 4.5" x 0.75") than the Bel 180 (2" x 4" x 0.75") in order to have more low profile and cheaper parallelized components.
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Here is the Bel Power unit for those interested in seeing what I am aiming for:
https://www.mouser.com/productdetai...2bVrH5rwl1u5ossONMqQFXbEPQHUK667xb5RSqka2Eg==
https://www.mouser.com/productdetai...2bVrH5rwl1u5ossONMqQFXbEPQHUK667xb5RSqka2Eg==
Hi,
First time poster so my apologies in advance if this is obvious: what is the best way to connect the 8-pin PCIE out on the D360 to a 6-pin GTX 1060 mini? Also, my D160 appears to have lost a jumper in transit, similar to an earlier poster. Could i confirm that a jumper should be on the PS_ON spot?
Thanks,
Also, loving the combo right now. Looks very well built. Now, if I could just get an S4M mount bracket...
First time poster so my apologies in advance if this is obvious: what is the best way to connect the 8-pin PCIE out on the D360 to a 6-pin GTX 1060 mini? Also, my D160 appears to have lost a jumper in transit, similar to an earlier poster. Could i confirm that a jumper should be on the PS_ON spot?
Thanks,
Also, loving the combo right now. Looks very well built. Now, if I could just get an S4M mount bracket...
The connector for pcie power is made to fit 6 or 8 pin. Look carefully; 2 pin is floating and can slot in and out. Contrast this with eps/motherboard cpu power connector, it's also 8 pin but consists of two 4 pin, also can slot in and out of each other.
Ah, found it. 8-pin to 2 x 6+2 pin connectors?
Also, any advice on whether the PS_ON jumper on the D160 should be on? Mine wasn't when i received it. I'm runnin a Dynamo duo setup if that helps.
There is no jumper for the Dynamo Mini (160W). The only jumper used is on the Dynamo 360 and it should be pre-installed on the two pins closest to DC-OUT.
With respect to the PCIe connector, just plug the solid 8 pin end into the Dynamo 360 and either one of the 6 pin plugs into your GPU (just leave the spare +2 pin Minifit connector floating free).
With respect to the PCIe connector, just plug the solid 8 pin end into the Dynamo 360 and either one of the 6 pin plugs into your GPU (just leave the spare +2 pin Minifit connector floating free).
Cheers, I got there in the end and the whole thing's built now. Thanks for the help. Also as it is I've got PPS sleeving in contact on all sides of the D360. Will that be a problem?
It's kind of a hidden feature, but if you swap the jumper to the other pair of pins it works in an always-on state. I believe this had to do with possible additional uses as an EGPU solution and was designed in addition to my specification in case HDPlex wants to reuse the board design for something else. If you can think of a use for it, go nuts!
Sleeving is non-conductive so contact with components on the board isn't an issue. As far as heat goes, the bulk of the heat will be coming from the heatsink in the middle which I presume the sleeving is not contacting or smothering (ie. not an issue).
Sleeving is non-conductive so contact with components on the board isn't an issue. As far as heat goes, the bulk of the heat will be coming from the heatsink in the middle which I presume the sleeving is not contacting or smothering (ie. not an issue).
Thanks, I'd read that but just wanted to be sure. At the moment there's probably not great airflow over the heatsink because of how much cabling there is, I had thought the back heatsink would be able to use the front panel as a radiator since it's attached to it. Might try do something about that then.
Again, I appreciate the advice.
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