Tetris LED Tie: The Missing Puzzle Piece for Your Geeky Suit

A few months ago we saw an awesome tie with a built-in equalizer. Bill Porter is working on a more interactive necktie: one that plays Tetris. Bill made it to trump his usual geeky teaching attire, a lab coat with lots of LEDs on it. Even in its unfinished state I think we can all agree that the Tetris Tie is much better than the lab coat.

tetris led tie by bill porter

The tie is made of a DigiSpark microcontroller, 80 RGB LEDs and two Li-ion batteries in a custom 3D-printed housing. Bill originally used the batteries for his wedding suit. Don’t be afraid of clicking that link; it’s much better than the lab coat.

All in all Bill only spent four hours and about $50(USD) to make the tie, but as I said, it’s still unfinished. Right now the tie only displays random movements. I’m pretty sure he’s also going to trim the cardboard overlay or perhaps get rid of it altogether. Bill is also planning on adding A.I. that can actually play the game as well as a Bluetooth module so that it can be played using a smartphone as a controller.

[via Bill Porter via inStash]

Thanko – USB Necktie Cooler 3 – A tie that cools down your body – Savior of Japanese salarymen in the summer time!

Thanko - USB Necktie Cooler 3 - A tie that cools down your body - Savior of Japanese salarymen in the summer time!

Those who have ever visited Japan in the summer time must remember how brutal Japanese summer is. It’s very hot and humid so that you pour sweat all over your body right after leaving home. Japanese salarymen (meaning corporate employees in Japanese) are poor things because many of them have to put on a tie even in the hottest month of August.

So, we would like to recommend the “USB Necktie Cooler 3″ released by Thanko. It looks like a regular tie at first sight, however you can pull the knot down and a fan shows up. Once you connect the tie to your PC’s USB port with the accompanying USB cable, the fan starts running and cooling down your neck area.

With a portable battery (sold separately), you can run the fan anywhere and anytime without a PC.

This practical tie with some light humor could be a great belated gift for your salaryman dad for Father’s Day.

Price: ¥2,980 (including tax)
Size: 480 x 95 x 24mm (tie part)
Weight: 120g
Power source: USB bus power
Accessory: USB cable

Light-Up Ties Light Up Your Work Life

Ties don’t have to be boring. If you’re sick of wearing the same checkered tie every day because it’s required at your work place, then fret not, because Electric Styles is here to save the day with their quirky ties.

They’re shaped like a regular tie, but what makes them different is the fact that they outlined with electroluminescent wire.

LED Outline TieThese ties not only literally light up your outfit, but they can also light up your work life in a figurative sense. I doubt you can have a boring day at work when you’ve got this tie on.

These Light-Up Ties are available for $29.97(USD) each on Electric Style’s Etsy shop. Each tie is sewn by hand, and they’re available in blue, green or white versions. Two modes for the light are available: on (static, so you’re lit up the whole time) and blinking (use this mode if you don’t think a light-up tie is enough of an attention grabber.)

[via Gadgets Matrix]

LED Ampli-tie: Daft Punk Formal

Have you seen those t-shirts that have a built-in equalizer? They look cool in theory, but they’re not really awesome up close. Most of them have this awkward-looking large cardboard in the middle where the LEDs shine through. Then there’s the fact that you have to carry around a battery pouch. This necktie variant is a lot cooler.

adafruit led ampli tie

Becky Stern of Adafruit calls her creation the LED Ampli-tie. This particular tie runs on Adafruit’s FLORA, an Arduino-compatible board. The Flora detects ambient noise via a small microphone hidden behind the tie’s knot. Adafruit already wrote the program that will make the 16 Flora RGB LEDs react to the noise. The best part? The Ampli-tie runs on the FLORA’s battery.

Check out Becky’s post on Adafruit’s website for the full walkthrough.

[via MAKE]