Innovative Integration
Innovative Integration provides board-level hardware products that integrate the best analog I/O and reconfigurable FPGAs to provide cost-effective solutions for challenging data acquisition and signal processing applications.

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personal page    

Tim Langens' MIP Processor Page
The MIPS (Microprocessor without Interlocked Pipeline Stages) sprouted, based on the RISC, from the mind of John L. Hennessy on Stanford University. MIPS focused almost entirely on the pipeline, making sure it could be run as 'full' as possible. Although pipelining was already in use in other designs, several features of the MIPS chip made its pipeline far faster. The most important, and perhaps annoying, of these features was the...
preview: http://www.langens.eu   |

buyers guide    

Embedded MIPS Catalog
Catalog of hardware, software, and services for MIPS.
preview: http://www.eecatalog.com   |

misc.    

MIPS Technical Tidbits
The applications-level programmer who doesn't write device drivers, interrupt service routines or assembly-language routines is usually insulated from the processor's inner-workings by the compiler. However, since a great deal of our work with chip companies and RTOS/tool vendors deals directly with the processor, we often tackle the very issues that the compiler handles for you.
preview: http://www.go-ecs.com   |

conference    

Global Technology Conference
'Building on the 83 vendors, the 110 technical sessions and the Virtual Conference, our goal for 2010 is to leverage the introduction of new technologies for an even a greater return for our sponsors,' stated Vaughn Orchard, Event Sales Manager. Global Technology Congress Featuring for 2010 # Cloud Computing Models # Android and Open-Source Mobile Application Environments # Wireless Connectivity # SoC Design and Development #...
preview: http://www.globaltechnologycongress.com   date: 10/5/2010 |

linux    

Linux MIPS port
Linux/MIPS is a port of the widespread UNIX clone Linux to the MIPS architecture. Linux/MIPS runs on a large number of technically very different systems ranging from small embedded systems to large desktop machines and servers from SGI and DEC.
preview: http://www.linux-mips.org   |

tutorial    

MIPS Assembly/MIPS Architecture - Free Wikibook
Introduction The MIPS microprocessor paradigm was created in 1981 from work done by J. L. Hennessy at Stanford University. Since that time, the MIPS paradigm has been so influential, that nearly every modern-day processor family makes some use of the concepts derived from that original research. This book will discuss the MIPS architecture and (perhaps most importantly) MIPS assembly programming. This book is in an early stage of...
preview: http://en.wikibooks.org   |