Thank you for you patience again.
We sell small, simple, circuitboards and kits.
If you've got any questions, please contact us!
Thank you for you patience again.
Good News :o) Loads more of the USB XMega PDI boards are on order - we're even having them couriered here for speed!
Bad News :o( We've run out of Batsocks stickers. Sorry if you've ordered recently and have missed out.
Good News :o) We're putting the new version of the vanilla XMega board (with tiny coin-cell holder) on sale soon. (honestly! we've taken photos and everything...)
David Watts wrote to us recently, letting us know about a video he'd made about a TellyMate Shield project... It's fantastic. So with no more ado...
We love to hear what our customers have done with their Batsocks stuff.
Jon Wilson told us about his project which uses a TellyMate Tiny:
I created a custom boot intro for my xbox arcade cabinet to replace the default Microsoft flubber animation.
I think this makes for a more authentic arcade experience and with a little effort the intro can be customised to match the theme of the arcade cabinet.
The video below shows an example of the boot intro compared to the default Microsoft flubber.
My custom intro shows a CoinOPS logo immediately when the machine is powered on. A progress bar works its way across the screen and sampled sound which speaks "Welcome to CoinOPS".
Development was done using Arduino Pro Mini, a TellyMate Tiny and 5V relays.
It's quite a simple circuit to build.
We'll be putting this project onto the TellyMate Examples page fairly soon.
We’ve just had a bunch of small (2cm) vinyl stickers made up.
We were going to stick them onto the packages we send out as some form of corporate branding (we dream big; sadly we’re not yet large enough to have fancy red boxes)
However, we’ve changed tack. We thought that you’d rather decide where to stick them!
So... We’ll be including a sticker with every order placed (until we run out).
(Don’t forget that the bat is upside down. It’s asleep. Shh.)
We think that they're a lovely step-up from the XMega32A4s, so we've added them to our BreadMate XMega Development boards lineup.
They complement the Audio/Visual (AV) variant of the boards particularly well, as the 8kb SRAM allows higher resolution video output:
We've taken the USB-powered version and have managed to squeeze on a 3.5mm jack socket and associated components, which allows simple audio or video output from an XMega32A4U. Example code is available to download from our XMega examples page.
We've also (finally) updated the whole XMega BreadMate range to be Open Source Hardware (OSHW) (<-- see the nifty little logos on the quick-links).
We've just done a mild update to our USB XMega PDI board, and have taken this opportunity to release it as Open Source Hardware.
Changes we've made:
Details of the license (CC-BY-SA) and all the design files are available for download on the product page.
Hopefully, we'll be releasing more of our stuff under OSHW in the future (if we ever get time!)
Royal Mail have just increased their prices across the board, and
the small parcels that we send out have been hit the hardest (60%+ increases).
Unfortunately, this means we have had to increase our P & P prices.
This is just a quick note to say we've added a couple of 'New!' suffixes on the Quick-links section (look at the left-hand side of your screen!)
They're there because we've recently released a couple of new product variants:
If you look at those product pages, you might also notice that we've now got higher-resolution pictures available.
<-- Go-on... try the Quick-links...
A simple page that shows pinouts and pictures of 6-pin PDI headers for AVR XMega microcontrollers.
We're pleased to announce a new addition to our BreadMate range; the BreadMate XMega PDI.
This really simple board allows you to use the XMega32A4 on a breadboard.
A pre-soldered XMega gives you 32 pins of I/O to play with and an onboard PDI header means they're easy to program.
The BreadMate 8-LED boards are back, this time with professionally made PCBs.
These tiny diagnostic boards have 8 pins, each with an LED.
We use them all the time - just plug them into a breadboard or arduino header. They're designed for 5v, but will work on 3v too (just a little less bright).