The Leopard Board is a full featured, ultra low cost, small form factor, high performance digital media SoC development system, which includes a TMS320DM355 Processor board and a 5 MP VGA camera board to provide VGA resolution video capture. The board also provides stereo audio, LCD/DVI, USB 2.0, 10/100 Ethernet, JTAG, and serial interfaces.
Welcome to the Internet of Things!
Today the internet is made of millions of computers, but the very nature of the network is changing. New types of devices are connecting to the net every day. Soon cars, medical devices and even toys will be streaming control and data to each other and the world. The number of these devices will overwhelm the number of computers. Already over 1.5 billion Java enabled cell phones communicate with each other on a regular basis. We foresee a day when trillions of such devices form and internet of things.
Project Sun SPOT encourages programmers who never before worked with embedded devices to think beyond the keyboard, mouse and screen and write programs that interact with each other, the environment and their users in completely new ways. A Java programmer can use standard Java development tools such as NetBeans to write code.
Sun SPOTs are much more than just an embedded microprocessor that runs Java. We have put together a set of technologies that we hope will enable the internet of things.
Keil (an ARM company) offers starter kits based on ARM9E processor cores. These kits include an evaluation board, a Keil ULINK USB-JTAG interface, as well as the RealView MDK-ARM evaluation software tools. For academic pricing information, please contact Keil or your local Keil distributor.
Snapper 9260 is a mid-performance module based on an ARM9E core at an ultra-low price. For products constrained by size and unit cost, Snapper 9260 is an ideal choice and is one of the smallest modules currently available. It is based the Atmel AT91SAM9260 microcontroller, contains 64MB of SDRAM, and 1GB NAND flash.
The TS-7200 is a compact full-featured Single Board Computer (SBC) based upon the Cirrus EP9302 ARM9 CPU, which provides a standard set of on-board peripherals. The EP9302 features an advanced ARM920T 200 MHz processor design with MMU that allows support for high-level embedded operating systems such as Linux, Windows CE, and others.
Hawkboard is an open community board mainly designed to provide to the community a feature-rich and economical solution based on TI OMAP L138 processor. With a wide range of peripheral support, this board is an ultimate tool for digital media & storage applications The OMAP L138 offers an integrated ARM9 and a TI DSP. Its low power consumption level opens this system to a large range of embedded and industrial applications.
Glomation's high performance low cost single board computers (SBC) provide easy wired and wireless solutions to a wide variety of applications such as industrial control, automation, equipment monitoring, data logging, embedded web server, kiosk, gaming, biometric security system, point-of-sale (POS) systems etc. Powered by high performance 32-bit ARM processor running from 200 MHz to 400 Mhz and equipped with generous amount of on-board SDRAM and FLASH memory, all products support high level embedded operating systems such Linux, Windows CE.
GadgetPC is a powerful, low-cost, 32-bit ARM9 (AT91SAM9260) based microcontroller system with five USB ports for interfacing to a variety of off-the-shelf USB devices. It comes pre-installed with Linux.
The ARM RealView Hardware Platforms, designed for quick and efficient prototyping and development, are easy enough to be used in both graduate and undergraduate programs.
The RealView Versatile Platform Baseboard for ARM926EJ-S is designed specifically for ASIC emulation and prototyping. It is an ideal development board for the academic projects, graduate coursework or senior theses using the ARM926EJ-S. The RealView Versatile Platform Baseboard provides an AMBA multi-layer AHB prototyping environment. At the heart of the board is a highly integrated development chip based on the ARM926EJ-S platform architecture. External bus interfaces on the development chip, which enable bus layers inside the chip to be routed off-chip, provide access to the multiple internal bus layers of the platform architecture for expansion.
Charmed Labs is offering a powerful robotics platform solution targeted for academic projects. It incorporates a 200 MHz ARM9 processor with MMU and hardware floating point unit, along with 32 MBytes of SDRAM, 8 MBytes of flash, Xilinx Spartan 3E FPGA, Linux 2.6 installed, WiFi support, webcam video input, as well as an excellent I/O feature-set for robotics and mechatronics applications.
ARM is aware of many other educational platforms available from third parties, and while we cannot endorse or recommend any particular products, we will pass along information as it becomes available. Please note that none of the products offered through these companies are available from ARM, and we make no claim as to their availability or price.
A separate, compatible debug adapter is sometimes needed for development with ARM-based platforms. However, more ARM-based platforms are being made available with integrated, on-board debugging capabilities eliminating the need for such external hardware.
Some platforms have real-time data access and instruction trace capability for systems that that must be debugged in real-time without stopping the system and a physical trace interface will likely be needed for this purpose.
These interfaces can be purchased directly from ARM (an ARM company), or through a variety of ARM partners and distributors.
Low-cost debug adapters are also available for purchase from third-party companies such as Olimex, as well as a variety of others.
Be sure to check the compatibility between your boards, software tools, and debug adapter.