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Express Logic - RTOS, TCP/IP, USB Stack, File System, GUI
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MeshNetics - 802.15.4 / ZigBee Wireless RF Modules
MeshNetics is a creator of easy-to-integrate 802.15.4 / ZigBee wireless RF modules and ZigBee PRO-certified mesh networking software, used by OEMs and system integrators to add wireless connectivity to their products and solutions. MeshNetics RF modules feature industry-leading range performance, long battery life and ultra-small footprint. They are designed for use in 868/915 MHz and 2.4 GHz frequency bands. MeshNetics is a single source of ZigBee modules, development tools, networking software, technical support, and design services.
MeshNetics - 802.15.4 / ZigBee Wireless RF Modules

 

 

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A Brief History of Microprocessors
Timeline of major events in the history of computing.
Click here to preview in another window preview: http://www.eee.bham.ac.uk  

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A Brief History of the Microprocessor
The following article describes the evolution of the microprocessor which focused on the technology, the companies and the people behind the invention. It begins with a brief history before the Intel 4004, then describes the designing of the chip. It follows the microprocessor through its iterations to RISC, parallel processing and to today's super-RISC designs. (Footnoted references are indicated by a + sign.)
Click here to preview in another window preview: http://www.computermuseum.li  

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Decisive Aspects in the Evolution of Microprocessors
The incessant demand for higher performance has provoked a dramatic evolution of the microarchitecture of high performance microprocessors. In this paper we focus on major architectural developments which were introduced for a more effective utilization of instruction level parallelism (ILP) in commercial, performance oriented microprocessors. We show that designers increased the throughput of the microarchitecture at the instruction...
Click here to preview in another window preview: http://www.cslab.ntua.gr  

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Microcontrollers A Brief History of Early Microprocessors
The first microprocessor was developed by what was then a small company called Intel (short for Integrated Electronics) in the early 1970s. The client, a Japanese company called Busicon, declined to buy the chipset and Intel, faced with a development cost and no customer, decided to market the chipset as a 'general purpose' microprocessing system for use in applications where digital logic chips would have been used. The chipset was a...
Click here to preview in another window preview: http://www.ami.ac.uk  

article   1-5 star rating for this site  
Great moments in microprocessor history
The evolution of the modern microprocessor is one of many surprising twists and turns. Who invented the first micro? Who had the first 32-bit single-chip design? You might be surprised at the answers. This article shows the defining decisions that brought the contemporary microprocessor to its present-day configuration.
Click here to preview in another window preview: http://www-128.ibm.com   date: 12/22/2004

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Microprocessor Types and Specifications
This sample chapter covers the different types of processor chips that have been used in personal computers since the first PC was introduced almost two decades ago. These sections provide a great deal of technical detail about these chips and explain why one type of CPU chip can do more work than another in a given period of time.
Click here to preview in another window preview: http://www.informit.com   date: 6/8/2001

personal page   1-5 star rating for this site  
Antique Chip Collector
Here you will find information about some of the most famous chips: Intel 4004, MOS 6502, and Motorola 6800, some of the most innovative: RCA 1802 and Rockwell PPS-4, and some of the more obscure: NEC uPD751 and National Semiconductor IMP-00A. Microprocessors seem to be the most common chips collected, so I have organized many of the pages around them, but I have tried to include other items of interest such as the memory chips
Click here to preview in another window preview: http://www.antiquetech.com  

eSOL’s Multi-core ready RTOS


eSOL’s Multi-core ready RTOS. The eT-Kernel Multi-Core Edition supports two scheduling modes, True SMP Mode (TSM) and Single Processor Mode (SPM). Both provide software developers with a blended multiprocessor RTOS, and the scalability and high throughput efficiency of SMP, with the more deterministic and realtime characteristics of AMP. All this is within a single tightly-coupled multiprocessor solution supporting POSIX 1003.1. 2004.
eSOL’s Multi-core ready RTOS


 

 

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