Around 9.4L, nice.
Is the funding page up yet?
Yes it is. I searched for "Dune" on Kickstarter and found it here:
Dune might want to make it searchable for "Small form factor" and "SFF" to get some more exposure.
Around 9.4L, nice.
Is the funding page up yet?
yeah ... the kickstarter is live at the moment and in the 4th day ... im not trying to promote it in the forums as I want to respect the rules
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I don't have direct experience but I learn a lot from the many projects I've seen and plentiful discussions here on manufacturing to know this is an insanely low price.Yes and phunc you must have some experience in this because for the prototype just to cut up the tube and bend it with no line on top cost a little more than $300-$500 and thats not painted and polished. I set the goal at $130K so it will cover the tooling, assembly and molds for those who paid up to that point. So the deals now you are getting it at a good deal.
Thanks for the questions our target price is 189 to retail and that will be after Kickstarter as well. We set the goal on Kickstarter at 130k so that if we reach that amount the backers will get a case and also the pay for the tooling and material. If the goal is met, it also means the tools and molds can be reused over and over again and the cost of making the dune case will only be the material and assemble because the molds and tools have been paid for. So yes if funded the price will remain at 189
One question, though: Why did you choose to have multiple tiers with differing price where the cheapest tier gets the case earliest? To me it seems more reasonable to let the people that want to go in early pay a small premium for delivering the case to them faster.
It's very common for a crowdfunding campaign to provide a small number of items at a discount. This provides incentives for people to pitch in ASAP, and that lends the appearance of early momentum in raising funds - all of which are a good thing.
It probably isn't economically efficient, since it invariably results in a lot of consumer surplus (diehard fans buy first, and they tend to be less price-sensitive anyway), but a lot of people seem to think it's worthwhile given the prevalence.
Hello.
Can you explain the difference between your case and this one here:
http://www.aliexpress.com/item/2015...free-2-LED-fan-without-power/32496222527.html
Hello.
Can you explain the difference between your case and this one here:
http://www.aliexpress.com/item/2015...free-2-LED-fan-without-power/32496222527.html
Questions on Backing Levels/Funding Goal
I've seen a few comments re: backing levels and whether they will meet funding requirements. While I have answered those in comments/emails, I thought it would be good to send an update, so all backers have the information.
1. Kickstarter approved the project with the funding levels.
2. Our levels do get us to the amount needed to be raised.
However, I understand there's still some confusion on this, and I think I now understand why.
The descriptions for the $189+, $289+ and $1,345+ indicate there are limits (200, 50, and 5 respectively.) This was an editing mistake on my part. There are no amount limits in the area to the right of the backer tracking for those reward levels.
Kickstarter doesn't allow editing of a reward description after a project has gone live. But, I can assure you, if more people want in at the $189+, $289+ and $1,345+ levels, that is possible - and welcomed.
If you have any questions/concerns or just want to send a shout out of encouragement, you can comment here or email me at Alex@dunecase.com.
Thanks again for all the support so far. I really do appreciate it and look forward to the next 30 days of the campaign.
Alex
Technical Specs for Dune Case
Thanks for all the technical questions! Here's a consolidated view of the in's and out's of Dune Case.
Front Panel
The front panel is the Input and Output connections for the case. It serves as the bridge to connect the external devices to the motherboard, graphics card, and power supply. The connector consists of the following:
4 x USB 3.0 Connectors
2 x HDMI 2.0 Connectors or 2 x Display Port Connectors
1 x 3.5mm Female Headphone / Speaker output
1 x 3.5mm Female Microphone jack input
1 x Ethernet port – Supports up to 1 GigE 1 x Power on / off button
The connectors are all put on to a custom PCB. USB, Audio, Ethernet and power cables connect to the PCB and is routed to the motherboard. The display connectors are the same but connects to the graphics card or motherboard if a graphics card is not present and motherboard has on-board graphics. The custom cables are sized to fit exactly to the dimensions of the case.
The cables are connected to the front panel PCB from the bottom of the PCB. Once connected it routes into the PSU holder.
PSU Holder – Cables
The PSU holder has an Input and Output opening for cables. The input opening of the PSU holder joins directly to the bottom of the front panel. The input opening allows cables from the front panel to route into the PSU holder and to continue routing to the output opening which leads to the middle section of the case and finally to the motherboard / graphics card. The input opening also allows the power cable to be connected to the SFX PSU from the front panel.
The output opening enables routing from the input opening to continue, but also allows cables from the PSU to be distributed to the motherboard, graphics card, hard drives.
PSU Holder – Mount and Airflow
The PSU holder mount has two purpose, mounting and air flow. When mounting the PSU, it will be accessed from the bottom of the case. The positioning of the PSU needs to be air input from the bottom and pushing the air horizontally out towards the front panel. The design of the mount was to also segregate the air input from the bottom vents of the case into two section, graphics card and motherboard. This is done with air vents from the bottom of the case flowing directly to the graphics card and air vents for the CPU is sourced through the PSU pulling air from the bottom.
Mid-Section – Cable Management and Hard Drive Mounts
The mid-section of the case is positioned between the motherboard plate and behind the GPU door. It is a very important part of the case and helps with air flow distribution inside the case. The mid-section also manages the cables from the output opening of the PSU mount and provides a pathway for the cables to connect to the GPU and motherboard. The Mid-section has 2 x 2.5 inch brackets for hard drives. The power for the hard drives are sourced from the PSU through the output opening of the PSU mount. The SATA cables are managed through the motherboard back plate with an opening for power, SATA cables, and front panel motherboard connectors. The top of the Mid-Section is left open to allow the display cables to connect to the GPU and other cables to be connected to the motherboard back plate.
GPU Door Mount
The GPU door mount is unique and has two functions, mount GPU and hide cables. The door has an opening for the PCIe port to allow GPU card connect to the motherboard. A PCIe extender is mounted to the door near the opening to avoid any vibration from the GPU. The PCIe extender is then routed through the mid-section of the case and connects to the PCIe port on the motherboard. The door also hides the cables that resides behind when closed. When the door is open it allows access to the cables management of the case and mounts for the hard drives. The GPU door mount is built for GPU with a maximum of 2 slots and a maximum length of 185mm
140mm Case Fan
On top of the chassis of the case, a 140mm case fan is placed to help accelerate hot air out of the case. The fan mount for the fan is an exact fit allowing for optimal air flow. The fan pulls hot air from both GPU and CPU areas. Other non-standard fans can be replaced provided it is the same shape and size. The specs for the 140mm case fan is the following:
Dimensions: L150 mm x H140 mm x W13 mm
Rated Speed: 700~1300RPM±15% Noise Level: 30.6dBA(Max.)
Air Flow: 64.52CFM
Wi-Fi
The place for additional Wi-Fi antennas (optional) is placed on the Case Fan mount and position for best performance. The Wi-Fi antennas are not included.
CPU Clearance
The CPU cooling fan has a potential maximum height of 60MM.
Testing Equipment
We tested the Dune Case with the following equipment:
Intel i7 4770k
Intel Stock Fan (50x90x90mm)
Asus P8Z77-I DELUXE
Corsair 16GB DDR3
Silverstone ST45SF-G 450W Gold Certified
Intel 535 Series 2.5" 240GB
GALAX GeForce GTX 970 OC
Case Temps
When testing with the equipment listed we used Prime 95 to do 100% stress test on all cores on the CPU. We tested this with outside climate of 30 degrees Celsius and humidity of 80-95%. We constantly got CPU temps between 58-59 degrees’ Celsius left for more than 6 hours of testing. We tested the GPU using Furmark stress test. In the same weather conditions and a 100% stress test on the GPU core we achieved a consistent 65 degrees Celsius.
Locking Mechanism
There are guides inside the case housing that help guide the case to closure. Once the case is fully close, it needs to be twisted in a clockwise direction to secure that the case is locked. There are icons on case to help indicate if the case in locked or not.