Documents

element14 DIY MiniPOV Kit - Maker Faire Giveaway

fustini — Tue, 09 Nov 2021 17:01:38 GMT

Current Revision posted to Documents by fustini on 11/9/2021 5:01:38 PM

Howdy,

If ya picked up an element14 MiniPOV kit at Maker Faire (designd by Limor Fried of http://adafruit.com/ with CadSoft EAGLE, http://cadsoftusa.com/), then here's the soldering instructions:

http://www.ladyada.net/make/minipov3/solder.html

For any comments or questions, please post on this discussion thread:

http://www.element14.com/community/thread/13117

Please note: after you finish your MiniPOV and switch it on, one of the LEDs on the end will never turn on. This is because the message 'element14' is in lower case and therefore none of the characters are "tall" enough to use the top LED. In retrospect, I should have tweaked the '1' to be taller and use the top LED so as not to be ambiguous if it was working.

Please do not contact Adafruit or post in their forums about the element14 MiniPOV kit as these kits are not supported by Adafruit.

And don't miss Sylvia's fantastic show on how to build & program the MiniPOV!

www.youtube.com/watch

Thanks!

Drew

http://twitter.com/pdp7

Tags: Tech First Kits, makerfaire, minipov, adafruit

Flyport : open source embedded Wi-Fi programmable platform

MicrochipRTCfr — Thu, 07 Oct 2021 06:57:30 GMT

Current Revision posted to Documents by MicrochipRTCfr on 10/7/2021 6:57:30 AM

Looking for a very low power embedded WiFi open source platform ?

Flyport module integrates a webserver application which can connect in access mode to any WiFi enabled device with an internet navigator.

A video showing how to control the Flyport module is visible here.

Using AJAX, the pages are updated in real-time without any intervention from the user.

regards

Tags: webserver, wifi, openhardware, pic24, diy, zeroG, module, opensource

High Level Solution Diagram for Archaeology Resistivity Meter Project

shabaz — Wed, 06 Oct 2021 22:25:17 GMT

Current Revision posted to Documents by shabaz on 10/6/2021 10:25:17 PM

The diagram here shows a possible solution for an Archaeology Resistivity Meter

The blue central device shown here is effectively a small custom computer with the right hardware inputs and outputs for users to perform archaeology resistivity based tasks with the right software and (if desired) attachments such as a PC or tablet.

In this solution, the hardware can define the possible inputs and outputs and other resources such as processing capability. The software on the blue central device and any attached computer devices will implement the specific desired features and algorithms.

In other words, it can be considered to be a software-defined tool for archaeology (or other) tasks.

Tags: armp, archaeology resistivity meter

Sparkfun lummenati 3x3

rmiltenberger — Wed, 06 Oct 2021 21:31:32 GMT

Current Revision posted to Documents by rmiltenberger on 10/6/2021 9:31:32 PM

hi fveryone

I got 5 SOARKFUN LUMMENATI 3x3 LED boards for free, but I can't find any information on coding them, ir what to code them on.

I would like to daisy chain them around a Top hat, and encode several different chase patterba,,

I have already wired them together do/ di

co/ic as well as voltage and ground...

i am hoping someone out there can help me with the code to get this project running

tjanks in advance

I love ELEMENT14,,,,

BOB M

Slides from hackerspace talk about C.H.I.P.

fustini — Wed, 06 Oct 2021 20:43:02 GMT

Current Revision posted to Documents by fustini on 10/6/2021 8:43:02 PM

PDF of slides from my talk about Next Thing Co C.H.I.P. at Chicago hackerspace The specified item was not found.

Check out my new blog post, too:
Hands on with C.H.I.P. ("The World's First Nine Dollar Computer")

Attachments:

community.element14.com/.../nerp_2D00_chip_2D00_fustini.pdf

nerp-chip-fustini.pdf

Tags: hackerspace, open_source, chip, ps1, oshw, chicago, open_hardware, linux

Documents

migration.user — Fri, 01 Oct 2021 17:55:39 GMT

Current Revision posted to Documents by migration.user on 10/1/2021 5:55:39 PM

Block Diagram for Archaeology Resistivity Meter Project (ARMP)

kltm — Wed, 22 Jul 2020 07:42:51 GMT

Current Revision posted to Documents by kltm on 7/22/2020 7:42:51 AM

Attached is a block diagram of the Archaeology Resistivity Meter REV2 in Archaeology Resistivity Meter

Tags: armp, archaeology resistivity meter

Intel Curie TinyTILE Graphic Diagram for documentation purposes

shabaz — Thu, 23 Mar 2017 01:32:59 GMT

Current Revision posted to Documents by shabaz on 3/23/2017 1:32:59 AM

Maybe useful for project documentation purposes.

Attachments:

Tags: intel, intel tinytile, documentation, genuino 101, intel curie, curie

Open Source Hardware products

fustini — Fri, 08 Jan 2016 05:48:15 GMT

Current Revision posted to Documents by fustini on 1/8/2016 5:48:15 AM

Per the Open Source Hardware (OSHW) Statement of Principles 1.0:

Open Source Hardware is hardware whose design is made publicly available so that anyone can study, modify, distribute, make, and sell the design or hardware based on that design. The hardware’s source, the design from which it is made, is available in the preferred format for making modifications to it. Ideally, open source hardware uses readily-available components and materials, standard processes, open infrastructure, unrestricted content, and open-source design tools to maximize the ability of individuals to make and use hardware. Open source hardware gives people the freedom to control their technology while sharing knowledge and encouraging commerce through the open exchange of designs.

For an electronics product, the schematic, PCB layout and BOM (bill of materials) would need to be published under an Open Source license. The Open Source Hardware Association (OSHWA) hosts a good document on best practices:

Best Practices for Open-Source Hardware 1.0 | Open Source Hardware Association

OSHWA also created a helpful Open Source Quick Reference Guide with a checklist and a "May" & "Must" poster.

Her are a few examples of Open Source Hardware boards:

BeagleBone BlackBeagleBone Black
- Features 1GHz ARM Cortex-A8, 512MB RAM, Debian GNU/Linux on 4GB eMMC, dual 32-bit real-time PRUs, HDMI (design files)
OLinuXino Maxi:OLinuXino Maxi:
- Industrial grade SBC runs Linux on Freescale i.MX233 ARM processor (design files)
Arduino Uno:Arduino Uno:
- Massively popular and easy to use micrcontroller dev kit (design files)
Arduino DUE:Arduino DUE:
- Combines the power of an ARM microcontroller with the ease of Arduino IDE & libraries (design files)
TI MSP430 LaunchPadTI MSP430 LaunchPad:
- Incredibly affordable microcontroller dev kit (design files)

The following is a listing of Open Source Hardware products stocked by Premier Farnell (Newark element14 [North America], Farnell element14 [Europe] & element14 [APAC]):

Adafruit:
- - [Design Files] ADAFRUIT INDUSTRIES - 69 - PCB, ATMEGA328 DC BOARDUINO KITADAFRUIT INDUSTRIES - 69 - PCB, ATMEGA328 DC BOARDUINO KIT
- - [Design Files] ADAFRUIT INDUSTRIES - 72 - DC BOARDUINO KIT, ATMEGA328 MCUADAFRUIT INDUSTRIES - 72 - DC BOARDUINO KIT, ATMEGA328 MCU
- - [Design Files] Adafruit FLORA GPS Starter PackAdafruit FLORA GPS Starter Pack
- - [Design Files] ADAFRUIT INDUSTRIES - 659 - EVAL BRD, AVR, FLORA, ARDUINO COMPATIBLEADAFRUIT INDUSTRIES - 659 - EVAL BRD, AVR, FLORA, ARDUINO COMPATIBLE
- - [Design Files] ADAFRUIT INDUSTRIES - ADAFRUIT FLORA WEARABLES - ADAFRUIT ELEMENT14 CHALLENGE PACKÂ ADAFRUIT INDUSTRIES - ADAFRUIT FLORA WEARABLES - ADAFRUIT ELEMENT14 CHALLENGE PACKÂ
- - [Design Files] Adafruit Prototyping Pi Plate Kit for Raspberry PiÂ Adafruit Prototyping Pi Plate Kit for Raspberry PiÂ
- - [Design Files] ADAFRUIT INDUSTRIES - 772 - LCD SHIELD KIT, 16x2 BLUE/WHITE DISPLAY, ARDUINOADAFRUIT INDUSTRIES - 772 - LCD SHIELD KIT, 16x2 BLUE/WHITE DISPLAY, ARDUINO
- - [Design Files] ADAFRUIT INDUSTRIES - 1141 - DATA LOGGING SHIELD BOARD, ARDUINOADAFRUIT INDUSTRIES - 1141 - DATA LOGGING SHIELD BOARD, ARDUINO
- - [Design Files] ADAFRUIT INDUSTRIES - 264 - RTC BREAKOUT BOARD KIT, DS1307ADAFRUIT INDUSTRIES - 264 - RTC BREAKOUT BOARD KIT, DS1307
- - [Design Files] ADAFRUIT INDUSTRIES - 284 - ADAPTER, FTDI FT232RL CHIPADAFRUIT INDUSTRIES - 284 - ADAPTER, FTDI FT232RL CHIP
Arduino:
- - [Design Files] ARDUINO DUE - A000062ARDUINO DUE - A000062
- - [Design Files] ARDUINO ETHERNET R2 W/ USB2SERIAL + POE - A000061ARDUINO ETHERNET R2 W/ USB2SERIAL + POE - A000061
- - [Design Files] ARDUINO LEONARDO R3 - A000057ARDUINO LEONARDO R3 - A000057
- - [Design Files] ARDUINO LEONARDO R3, NO HEADERS - A000052ARDUINO LEONARDO R3, NO HEADERS - A000052
- - [Design Files] ARDUINO MEGA 2560 R3 - A000067ARDUINO MEGA 2560 R3 - A000067
- - [Design Files] ARDUINO MICRO - A000053ARDUINO MICRO - A000053
- - [Design Files] ARDUINO NANO 3.0 - A000005ARDUINO NANO 3.0 - A000005
- - [Design Files] ARDUINO UNO 65PCS WORKSHOP SET - A000010ARDUINO UNO 65PCS WORKSHOP SET - A000010
- - [Design Files] ARDUINO UNO R3 DIP ED - A000066 ARDUINO UNO R3 DIP ED - A000066
- - [Design Files] ARDUINO MOTOR SHIELD R3 - A000079ARDUINO MOTOR SHIELD R3 - A000079
- - [Design Files] ARDUINO WIFI SHIELD R3, INT ANT - A000058ARDUINO WIFI SHIELD R3, INT ANT - A000058
Atmel:
- - [Design Files] ATMEL ATSAMA5D3-XPLD DEV BOARD, SAMA5D36, CORTEX-A5 ATMEL ATSAMA5D3-XPLD DEV BOARD, SAMA5D36, CORTEX-A5
BeagleBoard / BeagleBone:
- - [Design Files] CIRCUITCO - BEAGLE REV C5 - OMAP3530, WITH PMIC, BEAGLE BOARDCIRCUITCO - BEAGLE REV C5 - OMAP3530, WITH PMIC, BEAGLE BOARD
- - [Design Files] CIRCUITCO - BB-BBLK-000 - DEV BOARD, AM3358/59 ARM MPU, BEAGLEBONE BLACKCIRCUITCO - BB-BBLK-000 - DEV BOARD, AM3358/59 ARM MPU, BEAGLEBONE BLACK
- - [Design Files] CIRCUITCO - BB-BONE-000 - AM3359, BEAGLEBONE, JTAG VIA USB, ENET, DEV KITCIRCUITCO - BB-BONE-000 - AM3359, BEAGLEBONE, JTAG VIA USB, ENET, DEV KIT
- - [Design Files] CIRCUITCO - BEAGLE XM - DM3730, BEAGLEBOARD-XM, USB OTG, ENET, DEV KITCIRCUITCO - BEAGLE XM - DM3730, BEAGLEBOARD-XM, USB OTG, ENET, DEV KIT
- - [Design Files] ELEMENT14 BBONE-BLACK-4G BEAGLEBONE BLACK REV C, CORTEX A8 ELEMENT14 BBONE-BLACK-4G BEAGLEBONE BLACK REV C, CORTEX A8
BeagleBone Capes:
- - [Design Files] CIRCUITCO - 999-0004999 - ADC CAPE, AM3358 BEAGLEBONE BOARD NewCIRCUITCO - 999-0004999 - ADC CAPE, AM3358 BEAGLEBONE BOARD New
- - [Design Files] CIRCUITCO - BB-BONE-AUDI-01 - BOARD, BEAGLEBONE, AUDIO CAPECIRCUITCO - BB-BONE-AUDI-01 - BOARD, BEAGLEBONE, AUDIO CAPE
- - [Design Files] CIRCUITCO - 999-0002430 - AUDIO CAPE, AM3358 BEAGLEBONE BOARD NewCIRCUITCO - 999-0002430 - AUDIO CAPE, AM3358 BEAGLEBONE BOARD New
- - [Design Files] CIRCUITCO BACON CAPE FOR BBB BACON CAPE, BEAGLEBONE BOARDCIRCUITCO BACON CAPE FOR BBB BACON CAPE, BEAGLEBONE BOARD
- - [Design Files] CIRCUITCO - 999-0004263 - PROTO CAPE, AM3358 BEAGLEBONE BOARD NewCIRCUITCO - 999-0004263 - PROTO CAPE, AM3358 BEAGLEBONE BOARD New
- - [Design Files] CIRCUITCO - BB-BONE-CAM3-01 - BOARD, BEAGLEBONE, CAMERA 3.1MP CAPECIRCUITCO - BB-BONE-CAM3-01 - BOARD, BEAGLEBONE, CAMERA 3.1MP CAPE
- - [Design Files] CIRCUITCO - BB-BONE-BATT-01 - BOARD, BEAGLEBONE, BATTERY CAPECIRCUITCO - BB-BONE-BATT-01 - BOARD, BEAGLEBONE, BATTERY CAPE
- - [Design Files] CIRCUITCO - BEAGLEBONE BREADBOARD - PROTOTYPING TOOL, BEAGLEBONE, BREADBOARDCIRCUITCO - BEAGLEBONE BREADBOARD - PROTOTYPING TOOL, BEAGLEBONE, BREADBOARD
- - [Design Files] CIRCUITCO - BEAGLEBONE BREAKOUT CAPE - BEAGLEBONE, BREAKOUT CAPECIRCUITCO - BEAGLEBONE BREAKOUT CAPE - BEAGLEBONE, BREAKOUT CAPE
- - [Design Files] CIRCUITCO - BEAGLEBONE DVI-D CAPE - BEAGLEBONE BOARD, DVI-D CAPESCIRCUITCO - BEAGLEBONE DVI-D CAPE - BEAGLEBONE BOARD, DVI-D CAPES
- - [Design Files] CIRCUITCO - BB-BONE-DVID-02 - BOARD,BEAGLEBONE, DVI-D W/AUDIO CAPECIRCUITCO - BB-BONE-DVID-02 - BOARD,BEAGLEBONE, DVI-D W/AUDIO CAPE
- - [Design Files] CIRCUITCO - BB-BONE-LCD3-01 - ADD-ON BRD, BEAGLEBONE, LCD CAPE, 3.5 TFTCIRCUITCO - BB-BONE-LCD3-01 - ADD-ON BRD, BEAGLEBONE, LCD CAPE, 3.5 TFT
- - [Design Files] CIRCUITCO - BB-BONE-LCD4-01 - BOARD, BEAGLEBONE, LCD CAPE, 4.3 TFTCIRCUITCO - BB-BONE-LCD4-01 - BOARD, BEAGLEBONE, LCD CAPE, 4.3 TFT
- - [Design Files] CIRCUITCO - BEAGLEBONE LCD CAPE - TFT, LCD CAPES, FOR BEAGLEBONE BOARDCIRCUITCO - BEAGLEBONE LCD CAPE - TFT, LCD CAPES, FOR BEAGLEBONE BOARD
- - [Design Files] CIRCUITCO - BB-BONE-MOTOR-01 - BOARD, MOTOR CAPE, W/ NXT CONNCIRCUITCO - BB-BONE-MOTOR-01 - BOARD, MOTOR CAPE, W/ NXT CONN
- - [Design Files] CIRCUITCO - BB-BONE-MOTOR-02 - BOARD, MOTOR CAPE, W/ SCREW BLOCKSCIRCUITCO - BB-BONE-MOTOR-02 - BOARD, MOTOR CAPE, W/ SCREW BLOCKS
- - [Design Files] CIRCUITCO - BB-BONE-NINJA-01 - BOARD, BEAGLEBONE, NINJA CAPECIRCUITCO - BB-BONE-NINJA-01 - BOARD, BEAGLEBONE, NINJA CAPE
- - [Design Files] CIRCUITCO - BB-BONE-RF-01 - BOARD,BEAGLEBONE, RF CAPECIRCUITCO - BB-BONE-RF-01 - BOARD,BEAGLEBONE, RF CAPE
- - [Design Files] CIRCUITCO - BB-BONE-WIFI-03 - BOARD, TIWI-5E CAPE, W/ CHIP ANTCIRCUITCO - BB-BONE-WIFI-03 - BOARD, TIWI-5E CAPE, W/ CHIP ANT
- - [Design Files] CIRCUITCO - BB-BONE-WIFI-04 - BOARD,TIWI-5E CAPE, W/ EXT ANTCIRCUITCO - BB-BONE-WIFI-04 - BOARD,TIWI-5E CAPE, W/ EXT ANT
- - [Design Files] CIRCUITCO - BB-BONE-WIFI-01 - BOARD, TIWI-BLE CAPE, W/ CHIP ANTCIRCUITCO - BB-BONE-WIFI-01 - BOARD, TIWI-BLE CAPE, W/ CHIP ANT
- - [Design Files] CIRCUITCO - BB-BONE-WIFI-02 - BOARD, TIWI-BLE CAPE, W/ EXT ANTCIRCUITCO - BB-BONE-WIFI-02 - BOARD, TIWI-BLE CAPE, W/ EXT ANT
- - [Design Files] CIRCUITCO - BB-BONE-WTHR-01 - BOARD, BEAGLEBONE, WEATHER CAPECIRCUITCO - BB-BONE-WTHR-01 - BOARD, BEAGLEBONE, WEATHER CAPE
- - [Design Files] CIRCUITCO - BB-BONE-SERL-01 - BOARD, BEAGLEBONE, CAN-BUS CAPECIRCUITCO - BB-BONE-SERL-01 - BOARD, BEAGLEBONE, CAN-BUS CAPE
- - [Design Files] CIRCUITCO - 999-0001448 - CAN BUS CAPE, AM3358 BEAGLEBONE BOARD NewCIRCUITCO - 999-0001448 - CAN BUS CAPE, AM3358 BEAGLEBONE BOARD New
- - [Design Files] CIRCUITCO - 999-0004262 - EXTENDED PROTO CAPE, BEAGLEBONE BOARD NewCIRCUITCO - 999-0004262 - EXTENDED PROTO CAPE, BEAGLEBONE BOARD New
- - [Design Files] CIRCUITCO - 999-0004261 - GENERIC PROTO CAPE, BEAGLEBONE BOARD NewCIRCUITCO - 999-0004261 - GENERIC PROTO CAPE, BEAGLEBONE BOARD New
- - [Design Files] CIRCUITCO MINIDISPLAY CAPE FOR BBB MINIDISPLAY CAPE, BEAGLEBONE BOARD CIRCUITCO MINIDISPLAY CAPE FOR BBB MINIDISPLAY CAPE, BEAGLEBONE BOARD
- - [Design Files] CIRCUITCO - 999-0004099 - MOTO CAPE, AM3358 BEAGLEBONE BOARD NewCIRCUITCO - 999-0004099 - MOTO CAPE, AM3358 BEAGLEBONE BOARD New
- - [Design Files] CIRCUITCO POWER SUPPLY CAPE FOR BBB POWER SUPPLY CAPE, BEAGLEBONE BOARD CIRCUITCO POWER SUPPLY CAPE FOR BBB POWER SUPPLY CAPE, BEAGLEBONE BOARD
- - [Design Files] CIRCUITCO - 999-0004397 - PWM CAPE, AM3358 BEAGLEBONE BOARD NewCIRCUITCO - 999-0004397 - PWM CAPE, AM3358 BEAGLEBONE BOARD New
- - [Design Files] CIRCUITCO - 999-0004637 - RELAY CAPE, AM3358 BEAGLEBONE BOARD NewCIRCUITCO - 999-0004637 - RELAY CAPE, AM3358 BEAGLEBONE BOARD New
- - [Design Files] CIRCUITCO - BB-BONE-SERL-03 - BOARD, BEAGLEBONE, RS232 CAPECIRCUITCO - BB-BONE-SERL-03 - BOARD, BEAGLEBONE, RS232 CAPE
- - [Design Files] CIRCUITCO - 999-0001463 - RS-232 CAPE, AM3358 BEAGLEBONE BOARDCIRCUITCO - 999-0001463 - RS-232 CAPE, AM3358 BEAGLEBONE BOARD
- - [Design Files] CIRCUITCO - BB-BONE-SERL-04 - BOARD, BEAGLEBONE, RS485 CAPECIRCUITCO - BB-BONE-SERL-04 - BOARD, BEAGLEBONE, RS485 CAPE
- - [Design Files] CIRCUITCO - 999-0001464 - RS-485 CAPE, AM3358 BEAGLEBONE BOARD NewCIRCUITCO - 999-0001464 - RS-485 CAPE, AM3358 BEAGLEBONE BOARD New
- - [Design Files] CIRCUITCO - 999-0004279 - RTC CAPE, AM3358 BEAGLEBONE BOARD NewCIRCUITCO - 999-0004279 - RTC CAPE, AM3358 BEAGLEBONE BOARD New
CircuitCo:
- - [Design Files] CIRCUITCO - PANDABOARD ES - OMAP4460, PANDABOARD ES, DEV KITCIRCUITCO - PANDABOARD ES - OMAP4460, PANDABOARD ES, DEV KIT
- - [Design Files] CIRCUITCO - PANDABOARD ES - OMAP4460, PANDABOARD ES, FOR MOBILECIRCUITCO - PANDABOARD ES - OMAP4460, PANDABOARD ES, FOR MOBILE
- - [Design Files] CIRCUITCO - MINNOWBOARD - ATOM E640T PLATFORM, WITHOUT PSU, SBCÂ CIRCUITCO - MINNOWBOARD - ATOM E640T PLATFORM, WITHOUT PSU, SBCÂ
- - [Design Files] CIRCUITCO - MINNOWBOARD. - ATOM E640T PLATFORM, SBCCIRCUITCO - MINNOWBOARD. - ATOM E640T PLATFORM, SBC
ChipKit:
- - [Design Files] DIGILENT CHIPKIT UC32 PROTOTYPING BOARD, PIC32MX340F512 MCUDIGILENT CHIPKIT UC32 PROTOTYPING BOARD, PIC32MX340F512 MCU
- - [Design Files] MICROCHIP TDGL017 EVAL BOARD, CHIPKIT UC32, PIC32MX340 MICROCHIP TDGL017 EVAL BOARD, CHIPKIT UC32, PIC32MX340
- - [Design Files] DIGILENT CHIPKIT WIFI SHIELD INTERFACE BOARD, CHIPKIT WIFI, PIC32 MCU DIGILENT CHIPKIT WIFI SHIELD INTERFACE BOARD, CHIPKIT WIFI, PIC32 MCU
- - [Design Files] DIGILENT CHIPKIT DP32 PIC32MX, CHIPKIT DP32 PLATFORM DEV BOARD DIGILENT CHIPKIT DP32 PIC32MX, CHIPKIT DP32 PLATFORM DEV BOARD
- - [Design Files] DIGILENT CHIPKIT MOTOR SHIELD BOARD, CHIPKIT MOTOR SHIELD DIGILENT CHIPKIT MOTOR SHIELD BOARD, CHIPKIT MOTOR SHIELD
- - [Design Files] DIGILENT 410-273-KIT EVAL BRD, PIC32MX, CHIPKIT WF32 DIGILENT 410-273-KIT EVAL BRD, PIC32MX, CHIPKIT WF32
- - [Design Files] MICROCHIP TDGL021 DEV BOARD, PIC32MX695 CHIPKIT WF32 MICROCHIP TDGL021 DEV BOARD, PIC32MX695 CHIPKIT WF32
- - [Design Files] DIGILENT 410-269-KIT EVAL BRD, PIC32MX, CHIPKIT CMOD DIGILENT 410-269-KIT EVAL BRD, PIC32MX, CHIPKIT CMOD
- - [Design Files] MICROCHIP TDGL009 DEV BOARD, PIC32MX460 CHIPKIT PRO MX4 MICROCHIP TDGL009 DEV BOARD, PIC32MX460 CHIPKIT PRO MX4
- - [Design Files] DIGILENT CHIPKIT UNO32 CHIPKIT, UNO32, PIC32MX320F128, DEVELOPMENT BOARD DIGILENT CHIPKIT UNO32 CHIPKIT, UNO32, PIC32MX320F128, DEVELOPMENT BOARD
- - [Design Files] MICROCHIP TDGL002 EVAL BRD, CHIPKIT UNO32 BOARDMICROCHIP TDGL002 EVAL BRD, CHIPKIT UNO32 BOARD
- - [Design Files] DIGILENT CHIPKIT MAX32 CHIPKIT, MAX32, PIC32MX795F512, DEVELOPMENT BOARD DIGILENT CHIPKIT MAX32 CHIPKIT, MAX32, PIC32MX795F512, DEVELOPMENT BOARD
- - [Design Files] MICROCHIP TDGL003 EVAL BRD, CHIPKIT MAX32 BOARDMICROCHIP TDGL003 EVAL BRD, CHIPKIT MAX32 BOARD
- - [Design Files] MICROCHIP TDGL005 ADD-ON BRD, BASIC I/O SHIELD, CHIPKIT MICROCHIP TDGL005 ADD-ON BRD, BASIC I/O SHIELD, CHIPKIT
Freescale / NXP
- - [Design Files] FRDM-K22FFRDM-K22F
  - [Design Files] FRDM-K64FFRDM-K64F
  - [Design Files] FRDM-K82FFRDM-K82F
  - [Design Files] FRDM-KE02Z40MFRDM-KE02Z40M
  - [Design Files] FRDM-KE04zFRDM-KE04z
  - [Design Files] FRDM-KE06ZFRDM-KE06Z
  - [Design Files] FRDM-KL02ZFRDM-KL02Z
  - [Design Files] FRDM-KL03ZFRDM-KL03Z
  - [Design Files] FRDM-KL05ZFRDM-KL05Z
  - [Design Files] FRDM-KL25ZFRDM-KL25Z
  - [Design Files] FRDM-KL26ZFRDM-KL26Z
  - [Design Files] FRDM-KL27ZFRDM-KL27Z
  - [Design Files] FRDM-KL46ZFRDM-KL46Z
  - [Design Files] FRDM-KL43ZFRDM-KL43Z
  - [Design Files] FRDM-KV31FFRDM-KV31F
  - [Design Files] FRDM-MC-LVBLDCFRDM-MC-LVBLDC
  - [Design Files] FRDM-KW019032FRDM-KW019032
  - [Design Files] FRDM-KW24D512FRDM-KW24D512
  - [Design Files] FRDM-KEAZ128Q80FRDM-KEAZ128Q80
  - [Design Files] FRDM-STBC-AGM01FRDM-STBC-AGM01
  - [Design Files] KWIKSTIK-K40KWIKSTIK-K40
  - [Design Files] TWR-K20D50MTWR-K20D50M
  - [Design Files] TWR-K20D72MTWR-K20D72M
  - [Design Files] TWR-K21D50MTWR-K21D50M
  - [Design Files] TWR-K21F120MTWR-K21F120M
  - [Design Files] TWR-K22F120MTWR-K22F120M
  - [Design Files] TWR-K24F120MTWR-K24F120M
  - [Design Files] TWR-K40X256TWR-K40X256
  - [Design Files] TWR-K40X256-KITTWR-K40X256-KIT
  - [Design Files] TWR-K40D100MTWR-K40D100M
  - [Design Files] TWR-K53N512TWR-K53N512
  - [Design Files] TWR-K60D100MTWR-K60D100M
  - [Design Files] TWR-K60F120MTWR-K60F120M
  - [Design Files] TWR-K64F120MTWR-K64F120M
  - [Design Files] TWR-K70F120MTWR-K70F120M
  - [Design Files] TWR-KL25Z48MTWR-KL25Z48M
  - [Design Files] TWR-KL43Z48MTWR-KL43Z48M
  - [Design Files] TWR-KL46Z48MTWR-KL46Z48M
  - [Design Files] TWR-KM34Z50MTWR-KM34Z50M
  - [Design Files] TWR-KV10Z32TWR-KV10Z32
  - [Design Files] TWR-KV31F120MTWR-KV31F120M
  - [Design Files] TWR-KV46F150MTWR-KV46F150M
  - [Design Files] TWR-MC-LV3PHTWR-MC-LV3PH
  - [Design Files] TWR-KW21D256TWR-KW21D256
  - [Design Files] TWR-KW24D512TWR-KW24D512
Olimex:
- - [Design Files] OLIMEX - A10S-OLINUXINO-MICRO - A10S CORTEX A8, OLINUXINO, LINUX, SBCOLIMEX - A10S-OLINUXINO-MICRO - A10S CORTEX A8, OLINUXINO, LINUX, SBC
- - [Design Files] OLIMEX - A13-OLINUXINO - A13 CORTEX A8, OLINUXINO, LINUX, SBCOLIMEX - A13-OLINUXINO - A13 CORTEX A8, OLINUXINO, LINUX, SBC
- - [Design Files] OLIMEX - A13-OLINUXINO-MICRO - A13 CORTEX A8, OLINUXINO MICRO, SBCOLIMEX - A13-OLINUXINO-MICRO - A13 CORTEX A8, OLINUXINO MICRO, SBC
- - [Design Files] OLIMEX - IMX233-OLINUXINO-MAXI - SBC, LINUX, I.MX233 ARM926JOLIMEX - IMX233-OLINUXINO-MAXI - SBC, LINUX, I.MX233 ARM926J
- - [Design Files] OLIMEX - IMX233-OLINUXINO-MICRO - IMX233 ARM926J, OLINUXINO, LINUX, SBCOLIMEX - IMX233-OLINUXINO-MICRO - IMX233 ARM926J, OLINUXINO, LINUX, SBC
- - [Design Files] OLIMEX - A13-LCD7-TS - TOUCHSCREEN, 7INCH TFT FOR OLINUXINOOLIMEX - A13-LCD7-TS - TOUCHSCREEN, 7INCH TFT FOR OLINUXINO
- - [Design Files] OLIMEX - STM32-E407 - STM32F407ZGT6, ETHERNET, USB, DEV BOARDOLIMEX - STM32-E407 - STM32F407ZGT6, ETHERNET, USB, DEV BOARD
- - [Design Files] OLIMEX - STM32-H407 - STM32F407ZGT6, CORTEX M4, DEV BOARDOLIMEX - STM32-H407 - STM32F407ZGT6, CORTEX M4, DEV BOARD
- - [Design Files] OLIMEX - ARM-JTAG-COOCOX - DEBUGGER, JTAG, ARM, COLINK COMPATIBLEOLIMEX - ARM-JTAG-COOCOX - DEBUGGER, JTAG, ARM, COLINK COMPATIBLE
- - [Design Files] OLIMEX - AVR-ISP-MK2 - PROGRAMMER, USB 2.0, PDI, TPI, FOR AVROLIMEX - AVR-ISP-MK2 - PROGRAMMER, USB 2.0, PDI, TPI, FOR AVR
- - [Design Files] OLIMEX - OLIMEXINO-328 - DEMO BOARD, OLIMEXINO, ATMEGA328OLIMEX - OLIMEXINO-328 - DEMO BOARD, OLIMEXINO, ATMEGA328
- - [Design Files] OLIMEX - OLIMEXINO-32U4 - BOARD, LEONARDO-CLONE, ATMEGA32U4OLIMEX - OLIMEXINO-32U4 - BOARD, LEONARDO-CLONE, ATMEGA32U4
- - [Design Files] OLIMEX - OLIMEXINO-5510 - BOARD, ARDUINO-LIKE, MSP430F5510OLIMEX - OLIMEXINO-5510 - BOARD, ARDUINO-LIKE, MSP430F5510
- - [Design Files] OLIMEX - PIC32-PINGUINO-MICRO - PIC32MX440F256H, PINGUINO, DEV BOARDOLIMEX - PIC32-PINGUINO-MICRO - PIC32MX440F256H, PINGUINO, DEV BOARD
- - [Design Files] OLIMEX - PIC32-PINGUINIO-OTG - DEV BOARD, PINGUINO, PIC32, USB OTGOLIMEX - PIC32-PINGUINIO-OTG - DEV BOARD, PINGUINO, PIC32, USB OTG
- - [Design Files] OLIMEX PINGUINO PROTO-SHIELDOLIMEX PINGUINO PROTO-SHIELD
- - [Design Files] OLIMEX - SHIELD-EKG-EMG - BOARD, ECG / EMG ARDUINO SHIELDOLIMEX - SHIELD-EKG-EMG - BOARD, ECG / EMG ARDUINO SHIELD
- - [Design Files] OLIMEX - OLIMEXINO-STM32 - DEMO BOARD, OLIMEXINO, STM32OLIMEX - OLIMEXINO-STM32 - DEMO BOARD, OLIMEXINO, STM32
- - [Design Files] OLIMEX - MOD-RS485 - MODULE, RS485 - RS485 ADAPTOROLIMEX - MOD-RS485 - MODULE, RS485 - RS485 ADAPTOR
- - [Design Files] OLIMEX - MOD-USB-RS232 - MODULE, EMBEDDED RS232 - USB CONVERTEROLIMEX - MOD-USB-RS232 - MODULE, EMBEDDED RS232 - USB CONVERTER
- - [Design Files] OLIMEX - MOD-IO - MODULE, ATMEGA16, I/O, QUAD RELAYOLIMEX - MOD-IO - MODULE, ATMEGA16, I/O, QUAD RELAY
- - [Design Files] OLIMEX - MOD-IO2 - MODULE, ATMEGA16, I/O, DUAL RELAYOLIMEX - MOD-IO2 - MODULE, ATMEGA16, I/O, DUAL RELAY
- - [Design Files] OLIMEX - MOD-NOKIA6610 - MODULE, TFT LCD, 128X128, W / UTEXTOLIMEX - MOD-NOKIA6610 - MODULE, TFT LCD, 128X128, W / UTEXT
Texas Instruments:
- - [Design Files] TEXAS INSTRUMENTS - TMDSSK3358 - EVAL KIT, SITARA, AM335XTEXAS INSTRUMENTS - TMDSSK3358 - EVAL KIT, SITARA, AM335X
- - [Design Files] TEXAS INSTRUMENTS - MSP-EXP430G2 - MSP430G2XX, LAUNCHPAD, FLASH EMULATION, DEV KITTEXAS INSTRUMENTS - MSP-EXP430G2 - MSP430G2XX, LAUNCHPAD, FLASH EMULATION, DEV KIT
- - [Design Files] TEXAS INSTRUMENTS CAP TOUCH BOOSTER, FOR LAUNCH PAD TEXAS INSTRUMENTS CAP TOUCH BOOSTER, FOR LAUNCH PAD
- - [Design Files] TEXAS INSTRUMENTS - 430BOOST-SHARP96 - LCD BOOSTERPACK PIM, MSP430 LAUNCHPADTEXAS INSTRUMENTS - 430BOOST-SHARP96 - LCD BOOSTERPACK PIM, MSP430 LAUNCHPAD
- - [Design Files] TEXAS INSTRUMENTS - CC3200-LAUNCHXL - LAUNCHPAD CC3200 SIMPLELINK WIFI ON CHIPTEXAS INSTRUMENTS - CC3200-LAUNCHXL - LAUNCHPAD CC3200 SIMPLELINK WIFI ON CHIP
- - [Design Files] TEXAS INSTRUMENTS MSP-EXP430FR5969 EVAL BOARD, MSP430FR5969 FRAM LAUNCHPAD MSP-EXP430FR5969TEXAS INSTRUMENTS MSP-EXP430FR5969 EVAL BOARD, MSP430FR5969 FRAM LAUNCHPAD MSP-EXP430FR5969
- - [Design Files] TEXAS INSTRUMENTS MSP-EXP430FR5969 EVAL BOARD, MSP430FR5969 FRAM LAUNCHPAD MSP-EXP430FR5969TEXAS INSTRUMENTS MSP-EXP430FR5969 EVAL BOARD, MSP430FR5969 FRAM LAUNCHPAD MSP-EXP430FR5969
- - [Design Files] TEXAS INSTRUMENTS - TMDXEVM3358 - AM335X, WLAN / BLUETOOTH, EVAL MODTEXAS INSTRUMENTS - TMDXEVM3358 - AM335X, WLAN / BLUETOOTH, EVAL MOD
- - [Design Files] TEXAS INSTRUMENTS - TMDXICE3359 - SITARA, AM3359, INDUSTRIAL, DEV KITTEXAS INSTRUMENTS - TMDXICE3359 - SITARA, AM3359, INDUSTRIAL, DEV KIT
- - [Design Files] TEXAS INSTRUMENTS - TMDXIDK3359 - SITARA, AM3359, INDUSTRIAL, DEV KITTEXAS INSTRUMENTS - TMDXIDK3359 - SITARA, AM3359, INDUSTRIAL, DEV KIT

[ This list is still a work in progress, and I will be adding more product here in the future. Please leave a comment below if you have additional suggestions or feedback. Thanks, fustini ]

Tags: open_source, oshw, open_hardware, open_source_hardware

element14 DIY Drawdio Kit - Maker Faire Giveaway

fustini — Mon, 18 Aug 2014 16:39:24 GMT

Current Revision posted to Documents by fustini on 8/18/2014 4:39:24 PM

http://www.element14.com

Background:

Jay Silver of MIT Media Lab created the clever & fun Drawdio:

http://www.drawdio.com/

The Drawdio is a pencil that lets you draw music or, in more general sense, turn almost anything into a "theremin"!

Thanks to the power of Open Source Hardware, Limor Fried of Adafruit Industrires was able to design a fantastic DIY electronics kit based on Jay's Drawdio design:

http://www.ladyada.net/make/drawdio/index.html

The circuit board, or PCB, was designed with CadSoft EAGLE as are all of Adafruit's kits. They also release full design files and source code (when software is used) for all their project & kits.

Instructions:

At Maker Faire NYC, the element14 booth will be giving away Drawdio kits containing the PCB from Adafruit and electronics components sourced from the element14 Store. If you received such a kit, then please use the Adafruit Drawdio v1.1 instructions to build your kit:

SOLDER IT! @ http://www.ladyada.net/make/drawdio/solder.html

NOTE: The ceramic capacitors included in the element14 kit differ slightly from the illustrations in adafruit's instructions:

Both ceramic capacitors in the element14 kit are yellow. The smaller one, marked '681' and packaged on cardboard, is C1 (680pF).
The larger yellow capacitor is C3 (0.1 uF).
Also, the 300K resistor RB included with the kit is dark brown, but of course has the same colour code (Orange Black Yellow Gold) indicated in the instructions.

Please also note that Adafruit can not provide support for these element14 Drawdio kits. Please post any questions or concerns in the element14 Drawdio kit discussion thread in this Open Source Hardware Group.

Bill of Materials:

Adafruit Industries:

- Drawdio v1.1 PCB (Printed Circuit Board)

element14 electronic components:

SKU Qty Desc

08F9140 1 TEXS INSTRUMENTS TL551CPTEXS INSTRUMENTS TL551CP

83C0266 1 BIPOLAR TRANSISTOR, PNP, -60VBIPOLAR TRANSISTOR, PNP, -60V

46P6336 1 CAPACITOR CERAMIC 680PF, 100V, X7R, RADIALCAPACITOR CERAMIC 680PF, 100V, X7R, RADIAL

56K3637 1 CAPACITOR CERAMIC 0.1UF, 100V, X7R, 10%, RAD CAPACITOR CERAMIC 0.1UF, 100V, X7R, 10%, RAD

23K3685 1 CAPACITOR ALUM ELEC 100UF, 6.3V, 20%, RADIAL CAPACITOR ALUM ELEC 100UF, 6.3V, 20%, RADIAL

58K4999 1 RESISTOR, CARBON FILM, 10 OHM, 250mW, 5%RESISTOR, CARBON FILM, 10 OHM, 250mW, 5%

58K5002 1 RESISTOR, CARBON FILM, 10KOHM, 250mW, 5% RESISTOR, CARBON FILM, 10KOHM, 250mW, 5%

73K0308 1 RESISTOR CARBON, 300KOHM, 250mW, 5%RESISTOR CARBON, 300KOHM, 250mW, 5%

58K5005 1 RESISTOR, CARBON FILM, 10MOHM, 250mW, 5%RESISTOR, CARBON FILM, 10MOHM, 250mW, 5%

96K2702 1 Speaker
16F1095 1 BATTERY HOLDER, AAA, THDBATTERY HOLDER, AAA, THD

33C7229 1 HOOK_UP WIRE 25FT BLACKHOOK_UP WIRE 25FT BLACK *Each kit only needs 3"
33C7233 1 HOOK-UP WIRE, 25FT, 22AWG, CU, REDHOOK-UP WIRE, 25FT, 22AWG, CU, RED *Each kit only needs 3"

Newark Electronics:

96F9287 Qty 1 TAPE, FOIL SHIELD, COPPER, 0.25INX18YD TAPE, FOIL SHIELD, COPPER, 0.25INX18YD *Each kit only needs 6" of foil tape

Misc Parts:

2B Graphite Pencil with no eraser, open top (Blick or any art supply store)
Thumbtack
Small Zip Tie / Cable Tie

Tags: maker, openhardware, nyc, faire, newyork, theremin, makerfaire, mit, ohs, hardware, oshw, ladyada, make, diy, hobbyist, drawdio, adafruit

PANDABOARD ES - TI OMAP4460 ARM A9 Cortex MPCore with 1.2 GHz

ssilberhorn — Tue, 10 Jul 2012 11:58:56 GMT

Current Revision posted to Documents by ssilberhorn on 7/10/2012 11:58:56 AM

CIRCUITCO - PANDABOARD ESPANDABOARD ES - PANDABOARD ES,OMAP4460,ARM CORTEX A9

**** ON STOCK NOW...

www.youtube.com/watchwww.youtube.com/watch

PandaBoard ES Technical Specs

Core Logic OMAP4460 applications processor

Dual-core ARM® Cortex™-A9 MPCore™ with Symmetric Multiprocessing (SMP) at 1.2 GHz each. Allows for 150% performance increase over previous ARM Cortex-A8 cores.
Full HD (1080p) multi-standard video encode/decode
Imagination Technologies’ POWERVR™ SGX540 graphics core supporting all major API's including OpenGL® ES v2.0, OpenGL ES v1.1, OpenVG v1.1 and EGL v1.3 and delivering 2x sustained performance compared to the previous SGX530 core
Low power audio

Display

HDMI v1.3 Connector (Type A) to drive HD displays
DVI-D Connector (can drive a 2nd display, simultaneous display; requires HDMI to DVI-D adapter)
LCD expansion header
DSI Support

Memory

1 GB low power DDR2 RAM
Full size SD/MMC card cage with support for High-Speed & High-Capacity SD cards

Audio

3.5" Audio in/out
HDMI Audio out
Sterio audio input support

Connectivity

Onboard 10/100 Ethernet

Wireless Connectivity

802.11 b/g/n (based on WiLink™ 6.0)
Bluetooth® v2.1 + EDR (based on WiLink™ 6.0)

Expansion

1x USB 2.0 High-Speed On-the-go port
2x USB 2.0 High-Speed host ports
General purpose expansion header (I2C, GPMC, USB, MMC, DSS, ETM)
Camera expansion header
LCD signal expansion using a single set of resistor banks

Debug

JTAG
UART/RS-232
2 status LEDs (configurable)
1 GPIO Button
Sysboot switch available on board

Dimensions

Height: 4.5" (114.3 mm)
Width: 4.0" (101.6 mm)
Weight: 2.88 oz (81.5 grams)

more info here http://pandaboard.org/

Tags: circuitco, single_board_computer, omap4460, cortex, single_board_computers, pandaboard, pandaboard_es, arm, a9

BeagleBone 720MHz ARM Cortex A8, NEON GPU, 256 MiB DDR2, Ethernet

ssilberhorn — Thu, 14 Jun 2012 15:18:29 GMT

Current Revision posted to Documents by ssilberhorn on 6/14/2012 3:18:29 PM

BeagleBone 720MHz ARM Cortex A8, NEON GPU, 256 MiB DDR2, 10/100 Ethernet

On Stock BeagleBoneBeagleBone

click images to enlarge...

What is the BeagleBoneBeagleBone capable of doing?

At over 1.5 billion Dhrystone operations per second and vector floating point arithmetic operations, the BeagleBoneBeagleBone is capable of not just interfacing to all of your robotics motor drivers, location or pressure sensors and 2D or 3D cameras, but also running OpenCV, OpenNI and other image collection and analysis software to recognize the objects around your robot and the gestures you might make to control it. Through HDMI, VGA or LCD expansion boards, it is capable of decoding and displaying mutliple video formats utilizing a completely open source software stack and synchronizing playback over Ethernet or USB with other BeagleBoards to create massive video walls. If what you are into is building 3D printers, then the BeagleBone has the extensive PWM capabilities, the on-chip Ethernet and the 3D rendering and manipulation capabilities all help you eliminate both your underpowered microcontroller-based controller board as well as that PC from your basement. learn more here http://beagleboard.org/bone

AM335x ARM Cortex A8 BeagleBoneBeagleBone

BeagleBone Rev A3 - BeagleBoard.org Hardware Design Page

www.youtube.com/watchwww.youtube.com/watchwww.youtube.com/watch

How does Linux make the BeagleBone easier to use than a microcontroller-based platform?

The advantage of full-featured Linux is the Linux community. While the template-based coding of systems like the Arduino make it easy to copy-and-paste simple projects and a limited number of more complex libraries that don't have a lot of interaction, 20 years of Linux development have generated an extensive set of highly interoperable software that can be utilized and collaborated upon, without sacrificing the simplicity of doing something like toggling an LED or switch or reading an analog or I2C-based sensor.

The first example I have is node.js, the server-side JavaScript language interpreter with a rapidly growing community. The evented I/O model enables both building highly scalable web servers and being responsive to the many sensors within your embedded system. As part of the shipping image with the BeagleBone, we are looking to provide the git-enabled Cloud9 IDE that allows you to edit node.js applications directly over your web browser by simply pointing it to the BeagleBone. While this technology will be in a highly-alpha quality state intended to communicate the possibilities for making a quantum jump in rapid prototyping with Linux when the BeagleBone is initially launched, we intend to collaborate with the Linux, Cloud9 IDE (Ajax.org), node.js, github.com and BeagleBoard communities to evolve this to Arduino-like simplicity, without the need to install any development tools or understand Linux programming details. Development of the application library will be done entirely in the open and is awaiting launch until there is broad availability of the hardware to avoid any undue refactoring that might come from not having the proper collaboration and review. read more here... http://beagleboard.org/bone

www.youtube.com/watchwww.youtube.com/watchwww.youtube.com/watch

Is there a road-map for peripheral boards? "capes"

DVI-D, VGA, LCD, motorcontrol, prototyping, battery and more boards are available now. Plans for a Wi-Fi+Battery board are still in the very preliminary phases. We've engaged several open hardware developers for sensor and other interesting peripheral boards, but no hard commitments for a roadmap yet. We are in the very early life of the BeagleBone and I expect to see more available "sheilds", "capes", "peripheral boards" or whatever you want to call them than you can count! Take a look at the list of registered cape concepts and register your own. You can purchase some of the capes via the CircuitCo BeagleBone Cape wiki page which attempts to log all of the capes currently available for sale.

If I want to make a "cape", is there a starting point?

A community member has already started creating a starting reference in Eagle. More on that to come.

A "cape" is a BeagleBone daughterboard. We'll generally refer to them as "capes" because "Underdog" is a beagle and he wears a cape. The term "shields" is nice, but that has some implication of Arduino and this is definitely not an Arduino clone. Take a look at the list of registered cape concepts and register your own. You can purchase some of the capes via the CircuitCo BeagleBone Cape wiki page which attempts to log all of the capes currently available for sale.

What is the processor used on the board?

The BeagleBone uses a TI AM3358 ARM Cortex-A8-based microprocessor. Announced on Oct 31, 2011, the main processor is available for as little as $5, uses a 0.8mm ball-grid array and standard DDR2 memory, making this board easier to clone than other BeagleBoard designs.

Where do I find out about the AM3358/9 device used on the BeagleBone?

See http://www.ti.com/am335x. In particular, you might be interested in the AM335x Technical Reference Manual (TRM).

Customers can order the microprocessor XAM3358ZCE or XAM3359ZCZ with TI's standard lead time.

The Sitara ARM Microprocessor – High performance, ARM microprocessors include more than 120 ARM Cortex™-A8 and ARM9® devices. With speeds from 275 MHz up to 1.5 GHz, the Sitara ARM microprocessors give you a range of devices to meet any end application need. TI is committed to providing a complete ARM microprocessor solution with a range of performance and power options, as well as a software-compatible roadmap. This compatibility is applicable across the entire Sitara ARM microprocessor family – ARM Cortex-A8 and ARM9 devices – and extends compatibility across TI’s embedded processing portfolio. Buy Now Here

Order now... BeagleBoneBeagleBone

Tags: hackerspace, openhardware, hardware, beagleboard.org, cortex, hobbyist, hacker, BeagleBone, texas_instruments, am3358, beagleboardxm, arm, bb-bone-000, a8, ti, opensource

TI's Sitara ARM Cortex-A8 Free Ice Cream Sandwich (ICS) & GingerBread

ssilberhorn — Wed, 06 Jun 2012 15:33:06 GMT

Current Revision posted to Documents by ssilberhorn on 6/6/2012 3:33:06 PM

www.ti.com/dsp-arm-icecream-pr-sw

The Android 4.0 SDK for TI's Sitara ARM Cortex-A8 processors is available for free download today, with no development or production restrictions. Developers interested in experimenting with the latest Android code for Sitara can also visit the open source community at arowboat.org. Developers can begin evaluating on a variety of TI platforms including:

Full-featured AM335x EVM (TMDXEVM3558)
AM37x EVM (TMDXEVM3715) .
BeagleBone BeagleBone from www.beagleboard.org .
Flash Board, from www.theflashboard.com.

Description

Although originally designed for mobile handsets, the Android Operating System offers designers of embedded applications the ability to easily add a high-level OS to their product. Developed in association with Google, Android delivers a complete operating system that is ready for integration and production today.

Highlights of the Android OS include:

Complete, Open Source Software solution
Based upon Linux
Easy licensing terms for commercial development (Apache)
Includes a complete Application Framework
Allows for easy integration of customer developed Applications via Java
Multimedia, Graphics, and Graphical User Interface are included out of the box
A large community of Android and Applications developers are ready today

Additional Information

Forum: TI E2E Android

Features

The Android Development Kit from TI is a complete software offering to allow developers of Sitara devices the ability to easily and quickly evaluate the Android OS. The kit provides a stable and fully tested software foundation that can be utilized on a wide range of Sitara hardware including Evaluation Modules and Beagleboard (beagleboard.org).

The development kits include:

Linux Kernel
Uboot/x-loader
3-D Graphics OpenGL(r) Driver & Libraries
Adobe Flash 10 libraries for Android
RowboPERF, performance benchmarking application
Example Applications including 3-D Graphics
Host Tools
Debugging options
Complete documentation

Additional integrated features such as support for WLAN, Bluetooth(R),S-video,Component Video, Fastboot,Power Management,NAND UBIFS, Camera, HDMI, Gb Ethernet, Audio in/out, SATA, PCIe, and more are available depending on the hardware platform utilized. For a list of individual features of each release, please click the corresponding GET SOFTWARE button (above) to find Release Notes, related Guides and other documentation.

With the inclusion of OpenGL support, users will be able to accelerate the graphics functions included in Android for a smooth and robust user experience. While supporting numerous Sitara devices, developers can also take advantage of ARM(r) Cortex™-A8 cores up to 1GHz and numerous peripherals to fit most embedded applications.

The Android Development Kit for Sitara devices is provided free of charge with no development or production restrictions. Developers who would like to experiment with the latest Android code for Sitara can also visit the open source community at arowboat.org. There, users can download the latest code as well as interact with other developers and users of the Android operating system.

Learn more here... http://www.ti.com/tool/androidsdk-sitara?DCMP=dsp-arm-icecream-120501&HQS=dsp-arm-icecream-pr-sw

Tags: android, ice_cream_sandwich, gingerbread

OpenLink community provides open, comprehensive access to TI connectivity technology drivers.

ssilberhorn — Wed, 06 Jun 2012 12:01:23 GMT

Current Revision posted to Documents by ssilberhorn on 6/6/2012 12:01:23 PM

OpenLink (™) community provides open, comprehensive access to Texas Instruments' connectivity technology drivers. As a one-stop-shop for resources, support, product information and more, this community provides a centralized location to make connectivity-related designs more efficient, timely and distinctive. www.openlink.org

www.youtube.com/watchwww.youtube.com/watch

Looking to buy one of the platforms used to run OpenLink software?

PandaBoard Dual-core ARM® Cortex™-A9 MPCore™ with Symmetric Multiprocessing (SMP) at 1.2 GHz each. Allows for 150% performance increase over previous ARM Cortex-A8 cores Check out this page to buy a PandaBoard platformPandaBoard platform.
AM335x EVM The AM335x Evaluation Module (EVM) enables developers to immediately start evaluating AM335x processors (AM3352, AM3354, AM3356, AM3358) and begin building applications such as portable navigation, portable gaming and home/building automation, among others.
AM/DM37x EVM The AM/DM37x Evaluation Module (EVM) enables developers to immediately start evaluating AM37x (AM3715, AM3703) and DM37x (DM3730, DM3725) processors and begin building portable consumer, industrial and medical equipment.
AM18x EVM The Zoom AM18x Evaluation Module (EVM) is full-featured application development kit for evaluating the functionality of Texas Instruments' highly integrated, energy-efficient AM1808, AM1806 and AM1802 applications processors.

If you are a module vendor or a platform vendor that supports OpenLink, and would like to be listed on this page, please contact admin@openlink.org with the details.

Tags: www.openlink.org, single_board_computer, single_board_computers

Documents

element14 DIY MiniPOV Kit - Maker Faire Giveaway

Flyport : open source embedded Wi-Fi programmable platform

High Level Solution Diagram for Archaeology Resistivity Meter Project

Sparkfun lummenati 3x3

Slides from hackerspace talk about C.H.I.P.

Documents

Block Diagram for Archaeology Resistivity Meter Project (ARMP)

Intel Curie TinyTILE Graphic Diagram for documentation purposes

Open Source Hardware products

element14 DIY Drawdio Kit - Maker Faire Giveaway

PANDABOARD ES - TI OMAP4460 ARM A9 Cortex MPCore with 1.2 GHz

CIRCUITCO - PANDABOARD ESPANDABOARD ES - PANDABOARD ES,OMAP4460,ARM CORTEX A9

**** ON STOCK NOW...

PandaBoard ES Technical Specs

Core Logic OMAP4460 applications processor

Display

Memory

Audio

Connectivity

Wireless Connectivity

Expansion

Debug

Dimensions

BeagleBone 720MHz ARM Cortex A8, NEON GPU, 256 MiB DDR2, Ethernet

What is the BeagleBoneBeagleBone capable of doing?

AM335x ARM Cortex A8 BeagleBoneBeagleBone

BeagleBone Rev A3 - BeagleBoard.org Hardware Design Page

How does Linux make the BeagleBone easier to use than a microcontroller-based platform?

Is there a road-map for peripheral boards? "capes"

If I want to make a "cape", is there a starting point?

What is the processor used on the board?

Where do I find out about the AM3358/9 device used on the BeagleBone?

Order now... BeagleBoneBeagleBone

TI's Sitara ARM Cortex-A8 Free Ice Cream Sandwich (ICS) & GingerBread

Description

Additional Information

Features

OpenLink community provides open, comprehensive access to TI connectivity technology drivers.

Looking to buy one of the platforms used to run OpenLink software?

PandaBoard

AM335x EVM

AM/DM37x EVM

AM18x EVM