Free News Alerts by Keyword
Interested in embedded technology? Are you an engineer or designer? e-clips helps you follow the latest news on key topics like multicore, FPGAs, 8051, ESL, PC/104 and more!

Free Embedded Systems
News by Keyword
Cool, free stuff!

	JTAG CoreCommander checks-out FPGA Zone | Green Hills Software Announces INTEGRITY RTOS and MULTI IDE Support for Altera's … . . . all news releases for vhdl last week's e-clips alert for vhdl
sponsor: free technology news alerts

best websites for vhdl:

papers (7 records)
tutorials a-v (9 records)
vendors, hot lists (6 records)
companies, associations, comparisons... (4 records)
books a-p (13 records)
overviews (5 records)
resources, newsgroups, conferences... (7 records)
projects (5 records)

top ten, free stuff, & vendors for vhdl:

e-clips "eReport: " best websites for vhdl
demos, shareware & freeware for vhdl
vhdl vendor guide
vhdl services guide

Express Logic develops, markets and supports the ThreadX® real-time operating system (RTOS), NetX™TCP/IP networking stack, USBX™ USB stack, FileX® embedded file system, and PEGX™ GUI toolkit for embedded applications. ThreadX is a royalty-free, full source code, small-footprint, low-overhead RTOS that is extremely easy to learn and use. ThreadX is one of the most widely deployed RTOS products in the world, with over 1.25 billion products based on ThreadX.

Definition: VHDL (VHSIC hardware description language) is commonly used as a design-entry language for field-programmable gate arrays and application-specific integrated circuits in electronic design automation of digital circuits. VHDL was originally developed at the behest of the US Department of Defense in order to document the behavior of the ASICs that supplier companies were including in equipment. That is to say, VHDL was developed as an alternative to huge, complex manuals which were subject to implementation-specific details. The idea of being able to simulate this documentation was so obviously attractive that logic simulators were developed that could read the VHDL files. The next step was the development of logic synthesis tools that read the VHDL, and output a definition of the physical implementation of the circuit. Modern synthesis tools can extract RAM, counter, and arithmetic blocks out of the code, and implement them according to what the user specifies. Thus, the same VHDL code could be synthesized differently for lowest area, lowest power consumption, highest clock speed, or other requirements. Source: Wikipedia @ http://en.wikipedia.org/wiki/VHDL