Get into gear for the 2018 season with a sale on all Chippernut products and accessories! This deal is for a limited time only. Sale expires on May 15th, 2018. Enter the coupon code during the checkout process
Sale expires 05/15/2018 - May 15th, 2018 - Does not apply to previous orders or purchases.
DIY Shift Light Kit (Unassembled) v3.1
$99.99 - $114.99
An unassembled, open-source, sequential shift light with hundreds of colors, 4 animations, fast operation, serial output, and OLED display.
ChipperKit Arduino Nano Development Kit with Enclosure
$24.99 - $39.99
Only a few left!
Choose your own adventure! This Arduino Nano development kit comes with a Nano, custom Chippernut protoboard, headers, wires, standoffs, and a water-resistant enclosure. The perfect kit for developing any number of projects with a nice enclosure to keep everything neat-and-tidy. The Power Pack comes with an additional Buck Regulator, Diode, and Capacitor for a clean 5V @ 2A of power for the most demanding applications.
12" LED Extension Cable 4pin JST
Here we have a 12" (1 foot, 30cm) extension cable for the Chippernut LED strips. This 4-pin JST style connector makes it easy to remote mount your LED strip any distance away from the shift light controller. Chain multiple together for longer distances.
I've been meaning to do this for a while: It's a short, fast-paced, 1-minute overview video of the primary features of the Chippernut Shift Light.
YouTube Videos featured
"Apex" by Alexander Nakarada (www.serpentsoundstudios.com)
Licensed under Creative Commons: By Attribution 4.0 License
Just saw this in the forums. Nicely done!! The whole video is worth a watch. Quite a clever implementation.
Hi Everyone! I updated the Tech Pages for legacy shift lights and the RPM simulator. Check it out! Let me know if I missed anything.
A recent poll I posted in this blog has shown the overwhelming majority of poll-respondents do find the forums valuable. My website visitor statistics corroborate these results. The forums continue to see the largest "views" among all other pages. That being said, I'm actively looking for a new forum provider. Unfortunately, this means it's quite likely the majority of the data in the forums may be lost. :-( Not cool. I'll continue to work on this and keep you updated. I'll do my best to retain the data, but I wont' make any promises.
I was quite impressed with the construction of the topper. The decorative front resembled a stained glass window (but with plastic). The soldered metal frame was fastened to a sub-frame with 3 bolts. This sub-frame held a set of incandescent light bulbs and winds into a coil for tree attachment. I managed to strap 60 WS2812B LEDs to the sub-frame and a Nano. Powered off a 3A 5V cell-phone charger, the entire setup took mere minutes to wire-up. I loaded a modified version of my under-cabinet lighting "Mood Lamp" code. Overall, for about 2 hours of modification, I'm quite happy with it. I'm already thinking about different modes, brightness levels, etc. but I'll probably wait until next year before I try something new.
I noticed a minor issue when more than 25 LEDs were programmed in the menu. The system would slow and become a bit jumpy. I further optimized the code, removed some redundancy, and the system gained a significant amount of performance in RPM pickup resolution. I've posted V3.11 code to the TECH pages. All shift light kits shipped on or after 9/28/2017 will have the new code automatically uploaded.
The code, documents, schematics for the V3.1 Shift Light are available for download in the new "Tech" page. I'm adding this new section of the website as a permanent repository of information. (Still under construction)
Click Here: Shift Light V3.1 Information
I had an idea to remove the forums - they don't seem all that active, though I do see a lot of information I could aggregate in the "Source" pages. The support is lacking from the provider and it has some bugs -- tell me what you think. Should I remove the forums or keep them?
You'll also notice a new display. That's a neat OLED display - with improved menu system, option setting screens, more information, and status icons while running. However, the most significant improvements come from the RPM sensing circuitry and power management.
The old circuit relied on a directly connected transistor to sample the RPM signal. The new circuit is diode-protected and optically-isolated. This results in reduced noise, improved pickup response, and improved protection. The shift light is now totally isolated from your vehicles electronics and vice-versa. New power protection and a dedicated power regulator for the AMTEL chipset adds superior protection and noise elimination - taking the reliability and accuracy to new levels.
To make all this happen, I had to seriously overhaul major sections of code. It didn't take long before I hit (then exceeded) the program space on the AMTEL chip. The animation algorithms were totally stripped and re-written. A few menu items were removed and libraries were optimized. I had to save basically 20% of program space through redundancy checks and some good 'ol fashioned math.
Quality assurance and testing was carried out extensively. Not only did I scope nearly all inputs and outputs, but I also subjected the development units to different noise scenarios, power overloads, erratic signals, misconnections, and interruptions. The new circuitry performed admirably - detecting and accurately reporting signals down to 10% duty cycle and even AC signals +/- 15VDC.
Thanks again for the amazing community of dedicated enthusiasts from all makes, brands, models, and walks of life. This wouldn't be possible without you!
Jon @ Chippernut
This website uses marketing and tracking technologies. Opting out of this will opt you out of all cookies, except for those needed to run the website. Note that some products may not work as well without tracking cookies.Opt Out of Cookies