Today we received the first samples of final SimuCUBE board designs. Testing of it shows no flaws so we’re giving the green light for the first 250 pcs batch assembly! All parts are already in stock, so assembly should not take too many days.
SimuCUBE with the needle bed SimuCUBE production tester device
The photo above shows also the work-in-progress test bed for SimuCUBE that will be used to test & verify the operation of every shipped SimuCUBE. The device under test will be placed on the top of the bed and the spring loaded pins will contact certain pads on the bottom of the SimuCUBE board to allow tester to contact all necessary signals at once.
After long beta phase of Argon 2.0 firmware with lots of received feedback and experience, we finally made 2.0 to official production version. Seems like “2.0 beta 5″ was mature enough to be turned as offical 2.0
To see full list of changes compared to 1.x series and downloads, see Argon fifmware releases at Wiki.
The last day of SimuCUBE Indiegogo campaign is starting! See also the updates on the Indiegogo page for latest news in development.
Last chances to contribute are going on
Campaign at: https://igg.me/at/simucube
As the title says, SimuCUBE campaign is now launched! Go grab yours before they’re all gone! Link.
Prototypes of SimuCUBE motherboards and acrylic case have just arrived! The first successful test drive has been done with a big smile :) We hope to have Indiegogo campaign launched on the next week. Get ready for early bird specials!
SimuCUBE motherboard with IONI Pro HC and 320 power supply
Construction of the acrylic case
Aside with 30 Nm peak MiGE motor
Ingenious SimuCUBE hardware & enclosure design and photos by Aki.
We’re working on to make a reference design of acrylic enclosure for a SimuCUBE system. The box will fit all necessary force feedback system electronics, including a 320 W power supply. In our tests 320 W was fully sufficient for a 20 Nm wheel and well usable also with higher torque systems with power draw limit of IONI.
Work in progress acrylic case for SimuCUBE system. Design by Aki Korhonen.
The plan is to eventually offer a kit of all components, SimuCUBE + IONI Pro HC + PSU + case parts. Stay tuned!
I’m happy to reveal the details of the upcoming force feedback controller – SimuCUBE! The hardware design is now complete for prototyping and we will get prototypes in the lab in the next month. SimuCUBE has a STM32F4 microcontroller that is compatible to a popular STM32F4 Discovery board. The plan is to start an open source firmware project for this board.
SimuCUBE will change the way simulators are built. Click to enlarge.
Brilliant hardware design & image render by Aki.
To celebrate the launch of the completely redesigned main granitedevices.com web site, we have started an ARGON & IONI sale campaign that lasts for one week. Grab the discount coupon code from the main site front page before it’s gone!
The new site
The web site is the first complete renewal since the original site introduced 2007. All content has been written my self to guarantee maximum accuracy in details. I hope it’s more clear and informative than the old one :)
We’re proud to announce ATOMI, the revolutionary multi axis drive for CNC applications. It is a closed loop stepper drive that essentially turns stepping motors into servo motors. ATOMI gives the benefits of both worlds: reliability of servos and high torque of steppers.
ATOMI age is coming
ATOMI will be launched in the Indiegogo on Q2/2016. Stay tuned and grab the early bird specials!
Ps. it is largely based on IONI technology. IONI Pro will get all the same features than ATOMI through firmware upgrades.
Today’s development on IONI Pro has revolved around the development of feature called Peak power limit. With that, user can set the exact amount of Watts that drive is allowed to transfer from PSU to motor.
This may be useful when using drive from a switch mode power supplies that normally shut down on overload condition. With this parameter, one can set exact amount of power that is available from PSU to prevent overloads. This also helps to save money on power supply as there is less need oversize the PSU in order to handle the highest load peaks.