Embedded ARM Development Blog

Atmel MBS-SAM9G45 SBC Board

messages@element14.com — Thu, 19 Aug 2010 07:25:45 GMT

The ATMEL MBS-SAM9G45 Evaluation Kit is a low power, high performance single board computer produced by Embest, it is consisted of one base board (MBM-SAM-9G) and one processor card (MBC-SAM9G45), this evaluation kit based on ATMEL AT91SAM9G45 (ARM926EJ-S Core) microcontroller intended for applications such as the for examples, POS terminals, security, building automation, industrial control, medical, PC and gaming peripherals, toys and cellular phone accessories, data acquisition system, handheld devices, and intelligent instruments and other fields. It has a flexible design with a tiny daughter board MBC-SAM9G45 mounted directly onto the mother board through a QTH-060-01-L-D-A QTH-060-01-L-D-A expansion but connector.

The daughter board (MBC-SAM9G45) integrates a AT91SAM9G45 processor and plenty of memories on board. It extends most features of the AT91SAM9G45 through 120 pins bus expansion connector. The mother board provides a rich set of peripherals and interfaces including Ethernet, USB Host & Device, RS232/TTL/RS422 Serial ports, Audio, LCD, Keyboard, SD/MMC, Buttons, LEDs etc.

Embest offers Linux 2.6 BSP and WinCE6.0 BSP for this board. Customers can use it already or use it for your design reference.

Hardware Features

Communication Interface:
- 1 x LCD & TSP interface
- 1 x Ethernet Port, RJ45
- 1 x USB Host Port, Type A
- 1 x IIS Port, Stereo Input/Output
- 1 x RS232 Serial Port
- 1 x CAN Bus Interface
- 1 x RS485 Port
- 1 x User Interface: 30 Pins, 2.0mm
Other features
- 1 x SD/MMC Socket
- 1 x Camera Interface
- 1 x Buzzer
- 4 Buttons 1 for Reset, 1 for Wakeup and 2 for User Definition
- 1 x RTC Battery, CR2032 CR2032
JTAG Debug Port, IDC20 Pins, 2.54mm
Power Switch and Indicator
DC5.0V Power Input, BNC2.0mm and DIP2 2.54mm
Temperature range: -20 to +70 Celsius

Core Board Features

CPU: ATMEL ARM-based eMPUs AT91SAM9G45, ARM926EJ-S Core, 400MHz,MBC-SAM9G45 mounted. - 2 KBytes D-Cache, 32 KBytes I-Cache, with MMU - Internal memory: 64KB ROM and 64KB SRAM
External memory: 4MB DataFlash, 256MB NandFlash, 64KB EEPROM and 128MB DDR2 RAM
One Micro USB Connector
One UART Serial Port (TTL level)
One RTC Unit (without battery)
JTAG interface support debugging and downloading
Crystal: 12MHz for CPU and 32.768KHz for RTC
Power Supply: 5V, with power on indicated LED
OS: Preinstalled Linux2.6, support WinCE6.0 (BSPs Free)
Dimension: 52 x 45mm

For more information about the Atmel MBS-SAM9G45 SBC Board, please refer to: http://www.samicc.com/2010/0807/mbs-sam9g45.html

Atmel AT91SAM9G20 Core Board

messages@element14.com — Wed, 07 Jul 2010 03:25:51 GMT

The Atmel AT91SAM9G20 Core Board produced by Embest, measuring 45mm x 52mm, is a very small size, low power consumption but high performance arm9 based processor board. It is based on an ATMEL AT91SAM9G20 ARM926EJ-S core based microprocessor, with 64KB ROM and 16KB SRAM on-chip memories. The board features a Micro USB port, a Debug UART port, a 5V power port and comprehensive external memories: 4MB DataFlash,256MB NandFlash,64KB EEPROM and 64MB SDRAM. It is so tiny that it can reduce much space of your products. You can use it easily to complete your project development and save much of your time to the market.

Features

- Processor: Atmel AT91SAM9G20 ( based on ARM926EJ-S Core), 400MHz

* 32 KBytes Data Cache, 32 KBytes Instruction Cache, with MMU

* Internal memory: one 64KB ROM and one 16KB SRAM

- External memory: 4MB DataFlash,256MB NandFlash,64KB EEPROM and 64MB SDRAM

- One Micro USB connector

- One UART Serial Port (TTL Level)

- OS: Preinstalled Linux2.6, support WinCE6.0 (BSP, optional)

- Power supply: 5V

- Temperature range: -20 to +70 Celsius

- The module is led out most signals of Atmel AT91SAM9G20, like UART, Ethernet, LCD, Touch Screen, USB Host, USB Device, ADC, DAC, SPI, SDIO, GPIO and so on.

Mechanical Parameter

- Dimension: 45mm x 52mm x 11mm (Length x Width x Thickness)

- Base Board Connector

* Interface type: QSH-060-01-X-D-A

* Dimension: 42.3mm x 8.6mm x 0.5mm (Length x Width x Thickness)

* Pins gap: 0.5mm

* Pins: 120

- PCB layers: 8

- Power supply: 5V DC or powered by base board.

- Weight: 15.4g

Deliverables

- One ATMEL MBC-SAM9G20 Core Board

- One MiniUSB Cable

- One IDC4 to Line

Applications

- Industrial Control

- Medical Electronics

- Consumer Electronics

- Automotive Electronics

- Monitoring and communication devices

For more information about Embest MBC-SAM9G20 Core Board, please refer to http://www.samicc.com/2010/0521/35.html.

Embest MBC-SAM9G45 Core Board

messages@element14.com — Fri, 11 Jun 2010 06:51:53 GMT

The ATMEL MBC-SAM9G45 is an ARM9 module board produced by Embest, built in with powerful ATMEL AT91SAM9G45 embedded microprocessor which is based on the integration of an ARM926EJ-S core with fast SRAM and a wide range of peripherals. The board supports Linux2.6 and WinCE6.0, and incorporates plenty of external memories: 4MB DataFlash, 256MB NandFlash, 64KB EEPROM and 128MB DDR2 SDRAM. Measuring only 45mm x 52mm, it is an ideal smart processor card easy to integrate in your solution, or a minimum system and/or a reference board for your next design.

Features

- Processor: Atmel AT91SAM9G45 ( based on ARM926EJ-S Core)

*2 KBytes Data Cache, 32 KBytes Instruction Cache, with MMU

* Runs at up to 400MHz

* Internal memory: one 64KB ROM and one 64KB SRAM

- External memory: 4MB DataFlash, 256MB NandFlash, 64KB EEPROM and 128MB DDR2 SDRAM

- One Micro USB connector

- One RS232 Serial Port

- OS: Preinstalled Linux2.6, support WinCE6.0 (BSP, optional)

- Power supply: 5V

- Temperature range: -20 to +70 Celsius

- The module is led out most signals of Atmel AT91SAM9G45, like UART, Ethernet, LCD, Touch Screen, USB Host, USB Device, ADC, DAC, SPI, SDIO, GPIO and so on.

Board Dimension

- Board size: 45mm x 52mm x 11mm (Length * Width * Thickness)

- Interface type: QSH-060-01-X-D-A

- Connector size: 42.3mm x 8.6mm x 0.5mm (Length x Width x Thickness)

- Connector gap: 0.5mm

- Pins: 120

- Board layers: 8

- Power supply: 5V DC or powered by base board.

- Weight: 15.2g

For more information about MBC-SAM9G45 Core Board, please find it at: http://www.samicc.com/2010/0521/34.html.

NXP LPC1768 Starter Kit

messages@element14.com — Fri, 26 Feb 2010 03:40:55 GMT

This is the low cost development kit for NXP LPC1768 (100MHz, the very fast Cortex-M3 processor), including the LPC1768 evaluation board(P768) and Emlink for ARM(EAH1)JTAG Emulator for ARM Cortex-M3 Core based processor, so the developers can easy start to learn and test all the relevant applications on it, or evaluate your new project design through this entire system.

NXP LPC1768 Starter Kit contains all the necessary hardware and software and allows you to design, develop, integrate and test your applications:

NXP LPC1768 ARM Cortex-M3 Board
Keil MDK-ARM Development Kit, 32K evaluation edition
Emlink for ARM - a high speed JTAG Emulator for ARM Cortex-M3 processors
Plenty of example programs, all in source code

NXP LPC1768 ARM Cortex-M3 Board:

Include one 2.4" TFT LCD (240*320)
NXP LPC1768 processor, based on ARM Cortex-M3 Core, 100MHz
512KB internal flash and 64KB SRAM
XTAL Frequency: 12 MHz
Two RS232 Interfaces
Two CAN Interfaces
One 10/100M Ethernet Interface
One ETM Interface
One Micro SD Card Interface
One USB Device Interface
One USB Host Interface
One USB OTG Interface
One 20pins JTAG Interface
One 10pins Cortex Debug Interface
One 18pins Cortex Debug Interface
One TFT LCD Interface
One Joystick with 4-direction control and selector
One Analog Output (connected to speaker by default)
One Analog Input (connected to potentiometer by default)
Supply Voltage: 5V DC (provided by the USB bus of a PC)
Supply Current: 65mA typical, 120mA maximum
Board Size: 119mm x 119mm (4.68" x 4.68")

Click here to find more information about this NXP LPC1758 Cortex-M3 Board.

Keil MDK-ARM Development Kit

µVision IDE, debugger and simulation environment
ARM industry-leading C/C++ compiler from ARM
MicroLib highly optimized run-time library
Real-Time Trace for Cortex-M3 processor based devices
Keil RTX - deterministic Real-Time Operating System
More information about Keil MDK-ARM could be found in Keil website: http://www.keil.com.

Emlink for ARM JTAG Emulator

Supports debugging with Realview MDK and EWARM
Supports ARM Cortex-M3 processors: STM32, LPC17XX, AT91SAM3UE, etc.
JTAG 20 pins connects to target
Supports hardware and software breakpoints
Supports USB port connecting to host PC
Downloads and debugs speed up to 250KBytes/s (about 1.5Mbps)
Integrates seamlessly into IAR Embedded Workbench and Keil RealView MDK

Click here to find more information about this JTAG Emulator.

Deliverables:

1) NXP LPC1768 ARM-M3 Board

* One LPC1768 ARM-CM3 Board

   * One RS-232 Serial Cable
   * One USB Cable
   * One RJ45 Ethernet Cable
   * One 2.4" TFT LCD Panel (240 x 320)

2) Emlink for ARM JTAG Emulator

* One Emlink for ARM JTAG Emulator
* One JTAG20-14-8 Convert Module
* One IDC14 Cable
* One 8pins Cable

More info: NXP LPC1768 Starter Kit

NXP LPC1114 Starter Kit

messages@element14.com — Fri, 26 Feb 2010 03:27:13 GMT

The LPC1114FBD48/301,1 Starter Kit produced by Embest is a brand new and very cheap(only 50 USD) full-featured evaluation kit based on the NXP LPC1100 Cortex-M0 Series processor. The target board works at up to 50MHz, supports the RS485 Mode and integrates power management Unit (PMU). In addition, the board features a wide range of peripherals, including UART interface, eight channels 10bit ADC, tow 16bit timers, two 32bit timers, SSP, I2C.

The kit also integrates a smart and easy-to-use Colink2 JTAG Debugger. It is a good platform for application development and the first choice for learners.

LPC1114FBD48/301,1 LPC1114FBD48/301,1 Target Board Hardware Resources

LPC1114FBD48/301,1 LPC1114FBD48/301,1 32bit RISC processor, based on ARM Cortex-M0, 50MHz
Eight LEDS
One Power Indicator
One BOOT Key-press
One RESET Key-press
48pins IO extension One UART, supporting RS-485/EIA-485
SSP Interface
I2C Interface
Eight Channels 10bits ADC Module
One 10pins SWD Debugging Interface
One temperature sensor

Colink2 JTAG Debugger Features

Colink2 for LPC1100 parameters as follows:
Only support LPC1100 Series currently(Can support other Cortex-M0/M3 MCU later)
Support SW/JTAG debug and Download
Download speed up to 110Kb/s
flexible debugging socket, support 20/10/8 pins connector
Support Keil MDK and CooCox full series software
* Debugging conditions: use SW debug, the LPC1114FBD48/301,1 LPC1114FBD48/301,1 need to run at 50MHz frequency.

About LPC1114FBD48/301,1 LPC1114FBD48/301,1 Processor

The LPC1114 Starter Kit integrates the NXP LPC1114FBD48/301,1 processor which is used high-performance ARM Cortex-M0 32bit RISC kernel, works at up to 50MHz and belongs to the LPC1100 Series Microcontrollers. The LPC1100 Series works in the temperature range from minus 65 Celsius degrees to 150 Celsius degrees, and its power voltage is from 2.0V to 3.6V. The various power saving modes highlight its low power consumption feature.

The comprehensive peripherals of the LPC1114FBD48/301,1 processor make it suitable for a variety of applications:

Motor driver and application control
PC peripherals
Alarm system

More info: NXP LPC1114 Starter Kit

UART to Wifi Model

messages@element14.com — Wed, 03 Feb 2010 03:15:49 GMT

The UART to Wifi Model is a UART/Wi-Fi converter which is embedded the TCP / IP protocol, IEEE 802.11 b/g protocol, and DATA converting firmware between UART and Wi-Fi, it has two 2.4GHz antenna connectors and a UART interface, supports several communication modes: TCP Server, TCP Client, and virtual-COM (virtual serial port) and works in the temperature ranging from minus 25 degrees Celsius to 75 degrees Celsius. This module provides evaluation kit and sample application software, makes designers speed up their project development.

FEATURES

UART to IEEE802.11b/g and 802.11b/g to UART
UART interface: TTL level
Wi-Fi modes: ad-hoc mode and Access Point mode
Wi-Fi Features: Access Point scanning and signal strength measurement
Wi-Fi Features: support WEP encryption
UART baud rate: 9600 ~ 115200
Support static IP or DHCP
Support three communication modes: TCP Server, TCP Client, virtual-COM (virtual serial port mode)
Automatic re-connection if TCP connection is lost
TCP socket modes (TCP Server, TCP Client): PC communicates with your appliance with SOCKET compatible software
Support virtual serial port mode. In this mode, user's PC software based on COM communication can still be used in the new wireless TCP/IP environment
Provide evaluation kit and sample application software to speed up your software development

More information about this convert module, please refer to: http://www.embedinfo.com/en/list.asp?id=69.

NXP LPC1300 ARM Cortex-M3 Board

messages@element14.com — Wed, 03 Feb 2010 03:03:50 GMT

The NXP LPC1300 ARM-CM3 Board is a brand new, cost-effective but high-performance evaluation tool of the ARM Cortex-M3 based LPC1300 controller family from NXP, allowing you to create and test working programs for this advanced architecture.

The board has a wide range of interfaces making it a great starting point for your next Cortex-M3 project.

Hardware Features

Processor: NXP LPC1343FBD48,151 LPC1343FBD48,151, based on ARM Cortex-M3 Core, 72MHz
On-Chip Memory: 32KB Flash & 8KB RAM
External Memory: 8KB EEPROM accessible via I2C bus
1 x RS232 Interface
1 x USB Interface
1 x 20pins JTAG Interface
2 x Push buttons (Reset, BOOT)
Board Size: 110mm x 140mm (4.33" x 5.5")
Supply Voltage: 5 Volts DC (provided by the USB bus of a PC)
Supply Current: 180mA typical, 200mA maximum
XTAL Frequency: 12 MHz

Development Environment
To compile, link and run applications on the LPC1300 Evaluation Board, you must install these products:

The RealView MDK-ARM which includes the µVision Debugger and provides several example programs for the LPC1300 Board.
The example programs and project files for the board are accompanied with CDROM, developed by Embest.

Software and Examples
Embest Provides plenty of software examples for this evaluation board, all in source code. These software examples can be debugged under the popular Keil MDK (Microcontroller Development Kit) environments, making practical use of the board's peripherals.

More information about this board, please refer to http://www.embedinfo.com/en/list.asp?id=56.

Embest STM32F107 ARM Cortex-M3 Board - only US$150

messages@element14.com — Tue, 26 Jan 2010 08:19:13 GMT

The Embest STM32F107 ARM Cortex-M3 board is used the STMicroelectronic's ARM Cortex-M3 core based STM32F107VC microcontroller, working at up to 72MHz frequency, with 256KB Flash and 64KB RAM internal memory.

The board features a 2.4 inch TFT LCD Panel (320*240) with touch screen, as well as a wide rang of peripherals: mini USB supporting USB OTG , 10/100Mb Ethernet, Micro SD Card, TFT-LCD, ADC, DAC, SPI, IIC, RS232 (DB9), two CAN, speaker, earphone, five-position Joystick, Reset buttons, etc. In addition, there are plenty of example projects accompanied with this board, which enables engineers to evaluate the full features of the STM32F107VC processor and accelerate to design and develop their own projects based on this processor.

The STM32F107VC processor is suitable for a wide range of applications: Motor drive and application control; Medical and handheld equipment; Industrial applications: PLC, inverters, printers, and scanners; Alarm systems, Video intercom and HVAC; Home audio equipment. So engineers who work in these fields can use this board to evaluate your project and reduce the time to market.

More info: Embest STM32F107 ARM Cortex-M3 Evaluation Board.

Embest SAM9G45 ARM9 Development Board

messages@element14.com — Tue, 26 Jan 2010 08:14:42 GMT

The SAM9G45 ARM9 Board produced by Embest is a full-featured evaluation board based on the ATMEL' new processor - AT91SAM9G45 which runs at up to 400MHz, with plenty of internal memories: 64KB ROM & 64KB SRAM, as well as many external memories: 256MBNandFlash, 2MB NorFlash, 4MB DataFlash & two 64MB DDR2 SDRAM.

The board provides a wide range of peripherals, including USB host, USB device, 10/100Mb Ethernet, SD/MMC, Micro SD, TFT LCD, User extension interfaces, four key buttons and IIS Audio Input/Output Jack. Moreover, the board is able to connect with the QVGA LCD panel with resistive touch screen at various sizes, such as 3.5", 4.3", 7", 8"and 10". In addition, the board supports Linux, WinCE OS and offers plenty of example applications under these three OS, making engineers easy to develop their project based on this AT91SAM9G45 processor.

"Atmel's SAM9G45 is a high-performance eMPU with the right peripheral mix and performance characteristics to make it the ideal solution for main powered, cost-sensitive industrial applications such as industrial & building control, HVAC, POS terminals, alarm systems, printers and medical." said ATMEL Corporate. So engineers who work in these fields can use this board to evaluate their programs and speed up the development of their project.

Hardware Features
Support Linux2.6, WinCE6.0 OS
Includes one 4.3" QVGA 320x240 LCD panel with Resistive touch screen
CPU: Atmel AT91SAM9G45 ARM926 processor, 400MHz
On-chip memory: 64KB ROM & 64KB SRAM
External memory: 256MBNandFlash, 2MB NorFlash, 4MB DataFlash & two 64MB DDR2 SDRAM
Four UART interfaces
One high-speed USB Host Port
One high-speed Host Device Port
One JTAG Debug Interface
One 10/100 Ethernet interface
One SD/MMC card interface
One Micro SD card interface
One IIS Audio output port
One IIS Audio input port
Two User buttons
One Wake-up button
One Reset button
One User LED
One Power LED
60 I/O Pins User Extention Interface

More info: Embest SAM9G45 ARM9 Development Board.

Selection Guide for NXP LPC17xx Series Processors

messages@element14.com — Wed, 06 Jan 2010 07:31:36 GMT

NXP's LPC1700 series is the industry's highest performance Cortex-M3 based MCU series, operating at speeds up to 100 MHz and offering peripherals like Ethernet, USB 2.0 Host/OTG/Device, and CAN 2.0B.

The attached file will guide you to select the lpc17xx arm cortex-m3 processors you desired.

Atmel AT91SAM9G45 Microcontroller Datasheet

messages@element14.com — Wed, 06 Jan 2010 07:05:35 GMT

This article is forwarded from Atmel, it mainly describes the delighted features of the new Atmel AT91SAM9G45 ARM9 Microcontroller which is released by Atmel in December of 2009.

Atmel's SAM9G45 is a high-performance eMPU with the right peripheral mix and performance characteristics to make it the ideal solution for main powered, cost-sensitive industrial applications such as industrial & building control, HVAC, POS terminals, alarm systems, printers and medical.

High-speed Connectivity and Intelligent User Interfaces
Combines 100 Mbps+ data rates on multiple high-speed peripherals including HS USB, Ethernet 10/100, SDIO/SDCard, MMC with advanced intelligent User Interfaces (LCD, Camera, Touch screen and audio interfaces).

High Performance Data Speedway
Features a processor clock running at 400 MHz and a high data-bandwidth architecture based on a 12-layer bus matrix with 37 DMA channels. Dual External Bus Interface supporting distributed on- and off-chip memory.

Next-generation Memories
Offers DDR2 and NAND Flash support, in addition to SDRAM and NOR Flash, with boot from NAND Flash, SDCard, DataFlash® or serial DataFlash.

Low Power, Low Cost
Only 350µW/MHz at 400 MHz operation and 8µA backup mode. 3.3V IOs eliminate the need for external level shifters.

NXP LPC2478 ARM7S Board

messages@element14.com — Sat, 14 Nov 2009 03:47:15 GMT

For more details, please feel free to visit: http://www.embedinfo.com/en/list.asp?id=34.

LPC2478 evaluation board is based on ARM7TDMI-S Core, running at up to 72MHz, with 512KB internal flash memory and 98KB SRAM, together with comprehensive external memory: 128MB NandFlash, 32MB SDRAM, 2MB NorFlash and 512KB external SRAM (optional). The board features: two RS232 interfaces, USB HOST and OTG circuit, I2S interface circuit, I2C memory circuit, TFT LCD interface, CAN, SD/MMC, 10/100MB Ethernet, JTAG debug interface, etc.

The LPC2478 is an ARM microcontroller core based evaluation board produced by Embest, operating at 72MHz, with up to 512KB on-chip flash memory and 98KB on-chip SRAM. The board provides a wide range of functional devices like: Ethernet, USB host and USB OTG circuit, SD/MMC interface, LCD, UART, I2C, CAN, I2S, ADC/DAC circuit, which is especially suitable for the development of industrial control, communication, automation, medical appliance. The LPC2400 platform is compatible with LPC2460, LPC2470, LPC2468, LPC2478, etc. The comprehensive software examples and resources we provide for this board will help you quickly start your project development and personal study.

Hardware Specifications

CPU
   LPC2478( NXP )，ARM7TDMI-S, the frequency is up to 72MHz.
Internal Memory
   512KB on-chip flash memory, 98KB on-chip SRAM.
External Memory
   64MB Nand Flash, 32MB SDRAM, 2MB Nor RAM, 512KB external SRAM(optional), 16MB SPI Flash Memory(optional).
Serial Port
   Two RS232 interfaces, the serial port 0 includes automatic ISP circuit.
USB
   USB2.0 standard, with status indicator light, one USB HOST interface, one USB OTG interface.
LCD
   Support TFT(5:6:5)LCD interface, with Buffer chip driver;
   Support 1602 character LCD(suited for LPC2468 evaluation board)
CAN
   Support two-channel CAN bus
SD/MMC
   One SD/MMC interface
Audio Interface
   Use audio decoding chip HT28V31, be able to play music directly
Ethernet interface
   PHY chip using the DP83848 of American National Semiconductor, three LED connecting indicator light
Reset Circuit
   One reset button, use special reset chip to reset, stable and reliable.
Debug and Download Interface
   One 20 pin Multi-ICE standard JTAG interface, support variable JTAG emulators debug online.
Power Interface
   5V DC power input with power status indicator light
Other
   Three small buttons, eight highlight LED, one buzzer;
   Lead out all the external bus, convenient for customers to expand.

Block Diagram
The hardware block diagram displays the input, configuration, power system, and User I/O on the board. This visual presentation helps you to understand the LPC2478 board components.

Fw: AT91SAM 32-bit ARM based Microcontrollers

messages@element14.com — Sat, 14 Nov 2009 03:40:31 GMT

Atmel's AT91SAM 32-bit ARM Flash MCUs and Embedded MPUs are designed for system control, wired & wireless connectivity, user interface management, low power and ease of use. They have received wide acceptance in markets like POS terminals, security, building automation, industrial control, medical, white goods, PC and gaming peripherals, toys and cellular phone accessories. A comprehensive and high-quality eco-system provides access to development tools, Flash programming, software and worldwide technical support.

Atmel has a proven track record as a market leading ARM MCU and MPU vendor, a developer of high bandwidth architectures, an innovator of low power microcontrollers and a facilitator of software portability.

The broadest software compatible ARM MCU & Embedded MPU portfolio
Optimal peripheral mix, memory footprint, low power and performance
Only supplier with 200+ MIPS 32-bit Flash MCU (SAM9XE)
Highest SRAM integration (SAM7X512, SAM9261)
Lowest power standby modes on 32-bit MCU (SAM7L)
Tightly integrated development suites and software packages
Software reuse between different members of the family
Highest bandwidth architectures allowing selection of lower cost MCU range
Local commercial and technical experts

Emlink ICE for Blackfin - USB-JTAG Emulator for DSP

messages@element14.com — Fri, 13 Nov 2009 03:24:30 GMT

For more details, please feel free to visit: http://www.embedinfo.com/en/list.asp?id=36.

Emlink ICE for Blackfin is a new-generation high-speed real time JTAG adapter, debugs the Blackfin DSP processors through ADI VisualDSP++ IDE. Emlink connects the JTAG interface from target board (Blackfin processors) to PC USB port, supports source level debugging and Flash programming. Emlink allows you to:

Download programs to memory

Examine memory and registers

Single-step execute in the source level

Insert multiple breakpoints

Run programs in real-time

Program into on-board Flash

Emlink ICE for Blackfin has:
- JTAG port (20pins FH2.54mm, female) for connecting target board
- USB 2.0 port for connecting host PC
- Power supply via USB port without external power supplier
- Mini and smart size: 45x32x12mm, weight about 60g

Hardware Features:

Compatible with ADI VisualDSP++™ 4.0, 4.5, 5.0 IDE

Supports ADI Blackfin DSP processors: BF531, BF532, BF533, BF534, BF536, BF537 etc.

Supports to debug operation, Halt, Step, Run, Breakpoint.

Supports USB 2.0 protocol (compatible with USB 1.1).

Mini and smart size: 45x32x12mm, weight only 60g.

Power supply via USB port, without power adapter.

JTAG port (20pins, FH2.54mm) for connecting target board.

Downloading and debugging speed up to 200KBytes/s (1.5Mbps).

Supports to program on-board Flash memory.

Emlink for ARM - The USB-JTAG Debugger for ARM processors

messages@element14.com — Thu, 12 Nov 2009 02:13:49 GMT

For more details, please feel free to visit: http://www.embedinfo.com/en/list.asp?id=42.

Emlink for ARM is a new-generation high-speed real time JTAG adapter, debugs the ARM Cortex-M3 processors through Keil Realview MDK and IAR EWARM. Emlink connects the JTAG interface from target board (ARM processors) to PC USB port, supports source level debugging and Flash programming.

Downloading and debugging speed up to 250KB/s

Single-step execution supported.

Integrates seamlessly into IAR Embedded Workbench and Keil RealView MDK

Hardware Features:

Supports debugging with Realview MDK and EWARM

Supports ARM Cortex-M3 processors: STM32, LPC17XX, AT91SAM3UE, etc.

JTAG 20 pins connects to target

Supports hardware and software breakpoints

Supports USB port connecting to host PC

Downloads and debugs speed up to 200KBytes/s (about 1.5Mbps)