عرض تقديمي من PowerPoint FPGA ( Field programmable gate array ( April 2008 • Prepared by Muhammad Ziyada Muhammad Al tabakh Contents • Hardware engineers vs software developers • FPGA Market • History[.]
FPGA (( Field programmable gate array April 2008 • Prepared by : Muhammad Ziyada Muhammad Al tabakh Contents • • • • • • Hardware engineers vs software developers FPGA Market History of FPGA Modern developments Architecture Design and programming Hardware designers vs software developers • The hardware engineers roll up their sleeves and work for months without a break • software programmers would sit back and relax, or play ping-pong, until the hardware was stable • the hardware design would quickly become a hardware redesign for some perceived deficiency or new feature request VHDL solution • In the early days, circuits as gate-level schematics • saved by (HDLs( • allowed us to describe the functionality • Allowed design to be quickly and easily represented and simulated VHDL • VHSIC hardware description language • developed at the behest of the US Department of Defense • alternative to huge, complex manuals which were subject to implementation-specific details • logic simulators were developed to read the VHDL files • logic synthesis tools that read the VHDL FPGA market • FPGA Market Will Reach $2.75 Billion by Decade’s End FPGA market • January 2008 • Celoxica Holdings has agreed the $3m sale of its electronic system level (ESL( business to US firm Catalytic • With this move, we can synthesize the top two languages for high-level algorithm development — C and MATLAB — and deliver both software and hardware implementations FPGA market • • • • • • • Aerospace & Defense Automotive Broadcast Consumer Data Processing and Storage Industrial / Scientific / Medical Wired Communications Wireless Communications The rise of FPGA • The first devices were primitive diode matrices used in TV channel selectors, HAM radio tuners, emerging defense and space applications • replaced by more capable logic devices based on arrays of combinatorial gates • dramatic change in reprogram ability, more flexible interconnect architectures The rise of FPGA • Programmable Logic Arrays (PLA(