
jtag
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Content Count
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Last visited
Reputation Activity
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jtag got a reaction from Rei Vilo in Comparison between different compilers - Keil, Atollic, HiTex, IAR, CooCox and Raisonnance
I just got my STM32F4 kit and was looking for comparison between different software environments. This page is a good comparison for windows clients.
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jtag got a reaction from oulevmr in New Freescale M0+ Arm Freedom Development board for $13
Freescale yesterday unveiled their M0+ coretex board - the low power version of the M0. EDAInsider has a good writeup on the freedom development board. You can also pre-order the board for $13 at Newark.
Freedom Development Board Features:
KL25Z128VLK4—Cortex-M0+ MCU with:
128KB flash, 16KB SRAM
up to 48MHz operation
USB full-speed controller
OpenSDA—sophisticated USB debug interface
Tri-color LED
Capacitive touch “slider”
Freescale MMA8451QR1 accelerometer
Flexible power supply options
Power from either on-board USB connector
Coin cell battery holder (optional population option)
5-12V Vin from IO header
5V provided to IO header
3.3V to or from IO header
Reset button
Form-factor compatible with hardware designed to work with Arduino™ and Arduino-Compatible boards
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jtag got a reaction from bluehash in Program Olimexino-STM32 using a STM32F0 Discovery kit
An example on how to program the Olimexino-STM32 board with the STlink on a SFM32F0 Discovery.
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jtag got a reaction from bluehash in Play waveplayer example through USB host on STM32F4 Discovery
I'm not sure why he used a bunch of adapters instead of a single USB micro-usb B to a Type A female.
Here it is anyway.
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jtag reacted to oPossum in Which STM32 Discovery kit do you have?
Discovery VL Discovery F0 Netduino
Discovery F4 Tiny Gecko
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jtag got a reaction from oPossum in New Freescale M0+ Arm Freedom Development board for $13
Freescale yesterday unveiled their M0+ coretex board - the low power version of the M0. EDAInsider has a good writeup on the freedom development board. You can also pre-order the board for $13 at Newark.
Freedom Development Board Features:
KL25Z128VLK4—Cortex-M0+ MCU with:
128KB flash, 16KB SRAM
up to 48MHz operation
USB full-speed controller
OpenSDA—sophisticated USB debug interface
Tri-color LED
Capacitive touch “slider”
Freescale MMA8451QR1 accelerometer
Flexible power supply options
Power from either on-board USB connector
Coin cell battery holder (optional population option)
5-12V Vin from IO header
5V provided to IO header
3.3V to or from IO header
Reset button
Form-factor compatible with hardware designed to work with Arduino™ and Arduino-Compatible boards
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jtag got a reaction from bytesize in New Freescale M0+ Arm Freedom Development board for $13
Freescale yesterday unveiled their M0+ coretex board - the low power version of the M0. EDAInsider has a good writeup on the freedom development board. You can also pre-order the board for $13 at Newark.
Freedom Development Board Features:
KL25Z128VLK4—Cortex-M0+ MCU with:
128KB flash, 16KB SRAM
up to 48MHz operation
USB full-speed controller
OpenSDA—sophisticated USB debug interface
Tri-color LED
Capacitive touch “slider”
Freescale MMA8451QR1 accelerometer
Flexible power supply options
Power from either on-board USB connector
Coin cell battery holder (optional population option)
5-12V Vin from IO header
5V provided to IO header
3.3V to or from IO header
Reset button
Form-factor compatible with hardware designed to work with Arduino™ and Arduino-Compatible boards
-
jtag got a reaction from bluehash in New Freescale M0+ Arm Freedom Development board for $13
Freescale yesterday unveiled their M0+ coretex board - the low power version of the M0. EDAInsider has a good writeup on the freedom development board. You can also pre-order the board for $13 at Newark.
Freedom Development Board Features:
KL25Z128VLK4—Cortex-M0+ MCU with:
128KB flash, 16KB SRAM
up to 48MHz operation
USB full-speed controller
OpenSDA—sophisticated USB debug interface
Tri-color LED
Capacitive touch “slider”
Freescale MMA8451QR1 accelerometer
Flexible power supply options
Power from either on-board USB connector
Coin cell battery holder (optional population option)
5-12V Vin from IO header
5V provided to IO header
3.3V to or from IO header
Reset button
Form-factor compatible with hardware designed to work with Arduino™ and Arduino-Compatible boards