Wow thanks for all the questions, I'll do my best to answer them for you below!
Thanks for the answers, sorry if I threw a lot out there...
Originally they were added in case I ever developed a handle, but as you say, they could potentially be used for a multitude of different gizmos I suppose.
Storing light sabers yes!
I would DEFINITELY use those handle mounting points for a custom light saber hilt holder...!
Yes this is something I have put some thought into but not done anything about yet. Potentially a small bracket could be 3D printed that attaches and hangs from the holes in the top panel and provides a small ledge for the PSU to rest on. As you mention you would need to think about the order in which you install your components, it would add some difficulty.
I will see what I can do to design a bracket for this and report back to see what you think.
I would see this a a U-shaped bracket that would fit snug around the PSU bottom & sides, two new screw holes would be needed on the top panel for securing. I would leave the lightsaber mounting points, er, I mean, the potential handle mounting points alone...
Thanks, yes when you finish off your cabling in front of the PSU make sure you bundle and tie up those cables nice and tight, the cable bundle becomes very rigid doing this and provides extra support for the PSU.
I would want to get some custom cables to minimize cable clutter blocking any airflow...
Yes you can select an 'open' panel for the GPU side which can then either have a fan guard or dust filter mounted to the panel.
Actually, I am REALLY digging the Radial vent pattern, so I would go with that on both the chassis fan side & the GPU side...
This is definitely possible and was actually tried by @Phuncz in his build thread HERE. But something to bare in mind is that when you remove the shroud of a GPU you are reducing the efficiency of the heatsink, the shroud plays a very important role in directing airflow into and along the entire length of every metal fin. Without the shroud airflow will hit the heatsink fins and just bounce off greatly reducing its effectivity, the airflow doesn't get into the nooks and crannies so to speak, just flows over the top.
I think Phuncz reported mixed results using this method.
I DID see that thread, and it seems he also attributed the not as expected performance of the set-up to the "less robust" GPU heatsink...
I would be using either the EVGA GTX 1060 SC or possibly the MSI GTX 1070 Aero ITX GPUs, of which I believe both have more substatial heatsinks...
I am sure the gap between the fan & heatsink in @Phuncz's set-up did not help either...
Y...Big Shuriken 2...
I'm sure you could try it with other 120mm slim fans aswell and find the best one, I can't wait for Noctua to release those 120mm and 140mm slim fans they showed off a while back.
Kinda leaning towards the Cryorig C7 CPU cooler & XT140 chassis fan at this point; any experience in the chassis with either...?
And I know there are a LOT of people awaiting those Noctua slim fans...!
Unfortunately Black is not possible as the PCB assembly which includes the USB ports is an off the shelf component and cannot be modified.
In terms of the LED light colours, yes it can look blue in the photos but I think this is just my camera, its actually a white LED.
When choosing coloured corner pieces the light bleeds through the material and takes its colour, so if you have green corners the power LED will appear green as it glows through the material.
Bummer on the USBs & Black, but I can understand why...
Cool on the white LED...!
I would be going for black corners...
Efficient airflow and low noise was my primary objective for the LZ7. Heat re-circulation is SFF's number 1 enemy, lowering the full potential of high end hardware when used over extended periods of time.
Using a combination of a positive pressure wind tunnel effect and 360 degree direct GPU exhaust ventilation, all of the heat produced inside the LZ7 is pushed straight out the case before it has chance to re-circulate, giving the installed hardware the best chance to maintain high boost/clock speeds at low fan speeds.
Exactly what I am looking for...! SFF chassis that actually has GOOD cooling...!!!
I know, I can only apologise. The case design is complete, I am just waiting for a final confirmation on something before I can make the announcement and kick off production to get the ball rolling again. I am just as frustrated as you guys as I want to get this moving, hopefully it will be worth it in the end.
Excuses, excuses...! ;^p
Come on man, spill the beans already, I won't tell...!
I have no plans for metal panels at the moment, perhaps down the line it will be something to look into. I want to concentrate on making a success of the current design first.
I understand that, but maybe as an option (with countersunk screw holes added) for purchase thru the Ponoko website...?!?
I would definitely pay extra for aluminium panels...!
If the countersunk screw holes are an issue (two separate CAD files, one with countersunk & one without), than some nice black low profile button-head hex screws could do for attaching metal panels to the 3D corner pieces (but please DO put the threaded metal inserts into said corner pieces)...
Looking forward to that next production run, definitely add me to your "Will Purchase" list...!!!
My 'low end' parts list, coming in at a whooping 251 watts...
CPU: Intel - Core i5-7600 3.5GHz Quad-Core Processor
CPU Cooler: CRYORIG - C7 40.5 CFM CPU Cooler
Motherboard: ASRock - H270M-ITX/ac Mini ITX LGA1151 Motherboard
Memory: G.Skill - NS 16GB (2 x 8GB) DDR4-2400 Memory
Storage: Samsung - 960 EVO 250GB M.2-2280 Solid State Drive
Video Card: EVGA - GeForce GTX 1060 6GB 6GB SC GAMING Video Card
Power Supply: Corsair - SF 600W 80+ Gold Certified Fully-Modular SFX Power Supply
Case Fan: CRYORIG - XT140 65.0 CFM 140mm Fan
I would eventually add a pair of 500GB Samsung 850 Evo 2.5" SSDs, possibly in a RAID configuration...