Super Swift Holiday Special

We’re offering our fast-turn super swift service for only an additional $5/sqin until New Year’s!

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2 Layer Super Swift Service

Need 2-layer boards in a hurry? Our Super Swift Service has the same quality you know and love, with an even faster turn time of 5 business days.

Pricing

Happy Holidays! Until Jan 1st, we’re reducing the price of to $10 per square inch, which includes three copies of your design.

For example, a 2 square inch board would cost $20 and you’d get three copies of your board. This includes our Free Shipping option, although expedited shipping options are available.

Starting Jan 1st, the price will return to the normal rate of $89 + $5 per square inch.

Turn Times

Orders are sent to fabrication daily, and will ship within 5 business days days.

You can get a quote, approve a design, and pay for an order at OSH Park.

Super Swift Service is not available for Medium Run or Four Layer orders.

As a special bonus, orders placed before 11AM on Monday will ship by Friday of that week.

Note for international orders: In most cases, it will cost less and arrive faster if you order on the standard 2 layer service with expedited shipping.

Quick 2-layer Specs

  • 6 mil minimum trace width
  • 6 mil minimum trace spacing
  • 13 mil minimum drill
  • 7 mil annular ring
  • PCB thickness of 1.6mm (.063”)
  • 1oz copper on both sides (1.4mil, 35um)
Super Swift Holiday Special

DICE10: electronic dice controlled by two GPIO

Yay, another mini-project with the ATtiny10! A while ago I devised a scheme to drive an electronic dice with only two IO lines. I finally found the time and motivation to build up a small design using this as an entry for the hackaday 1k compo

via DICE10 – electronic dice controlled by two GPIO. — Tim’s Blog

DICE10: electronic dice controlled by two GPIO

DIYing A Raspberry Pi Power Bank

Over the last decade or so, battery technology has improved massively. While those lithium cells have enabled thin, powerful smartphones and quadcopters, [patrick] thought it would be a good idea to do something a little simpler. He built a USB power bank with an 18650 cell. While it would be easier to simply buy a USB…

via DIYing A Raspberry Pi Power Bank — Hackaday

DIYing A Raspberry Pi Power Bank

IR receiver and transmitter for Raspberry Pi

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Combo board for the Raspberry Pi with IR receiver and transmitter along with Real-Time Clock and coin cell battery:

Raspberry Pi IR receiver + IR transmitter + RTC

I needed an IR receiver for my Raspberry Pi which I use as an internet TV receiver [..]  Solution: make my own.

kentauta has shared the board on OSH Park:

Raspberry Pi IR receiver + IR transmitter + RTC

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Order from OSH Park

IR receiver and transmitter for Raspberry Pi

Comprehensive Respiratory Health Monitor

279361444154700437.jpgDean Gouramanis is building a wearable Bluetooth-enabled Arduino Pulse Oximeter:

Comprehensive Respiratory Health Monitor

bluetooth-enabled wearable device can measure Pulse Oximetry, and ambient CO2 24/7

The board is shared on GitHub:

images11 dgouramanis/CRHM

Comprehensive Respiratory Health Monitor

Parallel port interface for FPGA board

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Machinekit is a platform for machine control applications.  It is based on LinuxCNC and can drive mills, lathes, 3D printers, laser cutters and more.

Machinekit can run on an Altera SoC which combines a hard silicon ARM core with a FPGA.  Charles Steinkuehler has been working with the DE0-Nano development board from Terasic.  MachineKit runs on the ARM core with the FPGA configured as a MesaNet card:

DE0-Nano_Soc and the DB25 interface board

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Charles designed a DB25 connected interface board, with pin-outs matching the P2 and P3 headers on a 5i25

cdsteinkuehler has shared the board on OSH Park:

DE0-Nano_DB25 V1.0

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Mesanet DB25 daughter-card adapter for Terasic DE0-Nano development board

Order from OSH Park

Parallel port interface for FPGA board

Black Magic Probe: The Best ARM JTAG Debugger?

We don’t always JTAG, but when we do, we use a Black Magic Probe. It’s a completely open ARM-chip debugging powerhouse. If you program the small ARM chips and you don’t have a BMP, you need a BMP. Right now, one of the main producers of these little gems is running a Kickstarter where you…

via Black Magic Probe: The Best ARM JTAG Debugger? — Hackaday

Black Magic Probe: The Best ARM JTAG Debugger?