FPGA Papers, Tutorials and Directories
               about Design and Application


  1. Masses of Conferences and Workshops related to FPGAs & Reconfigurable Computing; frequently updated list // by Reiner Hartenstein

  2. China: Neue Infrastruktur mit Quantenkommunikation; June 4, 2019 // by TICHYS EINBLICK

  3. Suche nach FPGA; June 5, 2019 // by electronicnet.de

  4. FPGA books; June 5, 2019 // by electronicnet.de

  5. FPGA papers; June 5, 2019 // by electronicnet.de

  6. 4 Popular FPGA Applications; May'19 // by Nadeesha Thewarapperuma

  7. The FPL Pages; October 2019 // by Reiner Hartenstein

  8. JAHRGANGSBESTER; April 2019 // FPGA Verilog Examples">UNISPECTRUM

  9. FPGA devices deliver ASIC-like performance for machine learning; May 21, 2019// Julien Happich

  10. Achronix’s Speedcore eFPGA Devices to be Highlighted at TSMC 2018; Apr'27, 2019//Julien Happich

  11. Speedster7t High-Performance FPGAs Speedster FPGAs are opti-mized for high-bandwidth workloads & eliminate the performance bottlenecks associated with traditional FPGAs; May 2019 // Robert Blake

  12. FPGAs und programmierbare SoCs: Grundlagen und Vorteile; 28. 11, 2017 // by Sebastian Gerstl

  13. FPGAs have inherent security flaws, say researchers; May 22, 2019 // by Christoph Hammerschmidt

  14. New FPGAs optimized for AI/ML, high-bandwidth networking; May 22, 2019 // by Rich Pel

  15. FPGA secures systems against a variety of threats; May 22, 2019 // by Julien Happich

  16. Achronix 7nm Speedster7t FPGAs Poking the Bear - Again; May 21, 2019 // by Kevin Morris

  17. SemiWiki The Open Forum for Semiconductor Professionals on eFPGA; May`19//by Randy Smith

  18. SemiWiki The Open Forum for Semiconductor Professionals on FPGA; May'19 // by Randy Smith

  19. NERSC about FPGAs; 2019 // a list of many user's papers

  20. NERSC about reconfigurable computing; May 21, 2019 // a list of many user's papers by National Energy Research Scientific Computing Center (NERSC)

  21. Synopsys FPGA platform: download FPGA Platform Brochure; June 1, 2019 // by Synopsys

  22. Edge FPGAs for Security and AI; May 21, 2019 // by Kevin Morris

  23. 4 POPULAR APPLICATIONS FOR FPGA; 2017 // by Nadeesha Thewarapperuma

  24. Achronix Introduces Ground-Breaking FPGA Family; May 21, 2019 // by Achronix Semiconductor Corporation,

  25. Lattice's New MachX03D FPGA Enhances Security;     May 2019     //     Lattice Semiconductor

  26. GOWIN Semiconductor Joins Arm DesignStart Offering Free Arm Cortex-M Processors for its FPGA Product Families; May 8, 2019 // by GOWIN Semiconductor Corp.

  27. ASICS versus FPGAs versus ASICs with eFPGA Technology;
    May 23, 2019 // by Bryan Faith, Quick Logic

  28. Edge FPGAs for Security and AI Lattice Leads Low-Power Logic; May 2019 // by Kevin Morris

  29. Efinix Partners with Samsung to Develop Quantum eFPGAs on 10nm Silicon Process; May 8, 2019 // by Effinix

  30. Cadence Releases Enterprise-Level FPGA Prototyping; June 6, 2019 // by Bernard Murphy

  31. FPGA Design; June 10, 2019 // by All Electronics

  32. Prototype testing with FPGAs; January 23, 2019 // by Julien Happich

  33. Flex Logix licences FPGA fabric to China's MorningCore; January 23, 2019 // by Peter Clarke

  34. FPGA Prototyping for AI Product Development; 21 June, 2019 // by Randy Smith

  35. High-performance FPGA-based prototyping has moved to the desktop; August 16, 2018 // by Amelia Dalton; SYNOPSYS

  36. Innovate FPGA Design Contest; June 2019 // by N.N.

  37. What is PYNQ?; . 2019 ?? // by N. N. (XILINX)

  38. FPGA FAE Redux Paradox - The Best and Worst of Things
        July 10, 2019 // by Kevin Morris

  39. FPGA Journal - Who Are You People? celebrating 15 years!
         July 15, 2019 // by Kevin Morris

  40. FPGA CPU News; a newsletter, 2019 // by Gray Research

  41. A reference kit for the Intel Cyclone 10 LP FPGA; July'19 // by Julien Happich

  42. FPGA FAE Redux Paradox - The Best and Worst of Things;
    July 10, 2019 // by Kevin Morris

  43. Accelerate !; July 15, 2019 // by industry news

  44. FPGA and Reconfigurable Computing Journals         last modified August 2010 // by tcfpga.org

  45. ACM Transactions on Reconfigurable Technology and Systems

  46. International Journal of Reconfigurable Computing

  47. FPGA reference design for video bridging applications;
    July 17, 2019 // by Julien Happich

  48. Erstes Referenz-Kit für Intel Cyclone 10 LP; 15. Juli 2019 // by Karin Zühlke

  49. Arrow Electronics: Erstes Referenzkit für Intel Cyclone 10 LP; 16. Juli 2019 // by Cornelia Meier

  50. Arrow Electronics launches European FPGA developer contest; Sep.13, 2019// by Julian Happich

  51. New uses of FPGAs; end of july 2019 // 9 posts by 8 authors

  52. Intel Expands Workload Acceleration with Hewlett Packard Enterprise in several New Programmable Acceleration Cards; August 5, 2019 // by intel

  53. Lattice Semiconductor Delivers Flexible Connectivity for Industrial Vision Applications with New CrossLink Reference Design; July 17, 2019 // by Lattice Semiconductor Corporation

  54. Accelerate Smart Embedded Vision Designs with Microchip's Expanding Low-Power FPGA Video and Image Processing Solutions; July 15, 2019 // by Smart Embedded Vision initiative

  55. InAccel's Accelerated ML suite boosts Spark ML as much as 7x using Intel's Arria FPGAs; Aug'19 / InAccel

  56. InAccel releases open-source Logistic Regression IP core for FPGAs; July 8, 2019 // by InAccel

  57. InAccel Accelerates XGboost and releases the IP core for FPGAs; July 31, 2019 // by InAccel

  58. InAccel releases world's first universal bitstream repository for FPGAs based on JFrog; July 18, 2019 // by InAccel

  59. Avery Design Systems Announces SimAccel FPGA Accelerator; August 5, 2019 // by Avery Design

  60. Industry Expert Blogs: FPGA Applications vendor, join the dynamic licensing revolution;
    July 4, 2019 // by Marie Fray, Accelize

  61. VESA DSC 1.2a Encoder for Xilinx FPGAs; July 2019 // by VESA DSC

  62. eFPGA – What a great idea! But I have no idea how I’d use it!; August 5, 2019 // by Daniel Nenni

  63. 6U VPX Zynq UltraScale+ FPGA carrier board has dual FMC+ sites; Aug'19 // by Julien Happich

  64. World’s largest FPGA boasts 9 million system logic cells; Aug'19 / Julien Happich

  65. World's largest FPGA enables creation of complex technologies; August 22, 2019 // by Julien Happich

  66. Xilinx übernimmt Solarflare; Heft Nr. 19, 2019 // by Markt&Technik

  67. Intel Ships First 10nm Agilex FPGAs; August 30, 2019 // by N. N.

  68. Intel driving Data-Centric World with new 10nm Intel Agilex FPGA Family; April 3, 2019 // by N.N.

  69. Adoption of Intel FPGAs for Acceleration of Enterprise Workloads Goes Mainstream; Apr'19 // N.N.

  70. Intel Ships Industry's First 58G PAM4-Capable FPGA Built for Multi-Terabit Network Infrastructure and NFV; February 26, 2018 // by N.N.

  71. Intel FPGAs Power Acceleration-as-a-Service for Alibaba Cloud; October 13, 2017 // by N.N.

  72. Intel Ships First 10nm Agilex FPGAs; September August 30, 2019 // by N.N.

  73. Intel Latest News; September 18, 2017 - August 30, 2019 // by N.N.

  74. PGA-based image processing: Develop embedded systems faster; September 4, 2019 // by Christoph Hammerschmidt,

  75. Field Programmable Gate Array; August 13, 2019 // by WIKIPEDIA.

  76. World’s Largest FPGA Has 35 Billion Transistors; August 30, 2019 // by Sally Ward-Foxton,

  77. Fault-Free: A Framework for Supporting Fault Tolerance in FPGAs; 37 papers, 2010 // by D. Pnevmatikatos.

  78. Commercializing Software for FPGAs; September 9, 2019 // by Oscar Mencer.

  79. Development and Deployment Strategies for Xilinx's RFSoC FPGA; September 03, 2019 // by Robert Sgandurra, Pentek Inc.

  80. Easing FPGA Integration in Data Centres;Sep 12, 2019 / by intel

  81. Integrated Layout Synthesis for FPGAs; September 7, 1994 // by Michal Z. Servit

  82. Xilinx FPGAs Accelerate Artificial Intelligence Inferencing at SK Telecom; Sep 12, 2019 // by Xilinx

  83. China's FPGA vendor offers AI support; September 16, 2019 // by Peter Clarke

  84. A new reconfigurable clock-gating technique for low power SRAM-based FPGAs
    2011 // by Debora Matos

  85. Xilinx PYNQ Hackathon; January 14-15, 2019 // by NECST Lab

  86. Introduction to XPH and FPGAs.; November 3, 2016 // by NECST Lab

  87. Embedded FPGA: The Fabric for Optimized Machine Learning; Sep.22, 2019//by SemiWiki.com LLC

  88. Configurable computing platform solves car computing dillemma
    September 22, 2019 // by Christoph Hammerschmidt

  89. CacheQ Platform Revs Up Processor, FPGA Performance; September 24, 2019 // by William G. Wong

  90. How to Design SmartNICs Using FPGAs to Increase Server Compute Capacity; 22. August, 2019 //

  91. Achronix Introduces Ground-Breaking FPGA Family, Delivering New Levels of Performance with Adaptability for High-Bandwidth Data Acceleration Applications; May 21, 2019 //

  92. Part 1: High-End FPGA Showdown: A Tale of Three Cities - EE Journal explores how Achronix has emerged in the new competitive landscape for FPGAs; September 5, 2019 // by Kevin Morris

  93. Part 2: High-End FPGA Showdown: Memory, IO, and Customization - EE Journal continues their analysis on the FPGA landscape with a discussion on memory, IO and customization; Sept'19 // by Kevin Morris

  94. Adam Taylor takes a look at SLX FPGA; Sep 13, 2019 // by Adam Taylor

  95. Synthesizing Hardware From Software; August 22, 2019 // by Brian Bailey

  96. Nations Technologies Selects QuickLogic's ArcticPro eFPGA to Power its Next Generation Low Power IoT SoC; September 4, 2019 // by N. N.

  97. New Lattice CrossLinkPlus FPGAs Accelerate and Enhance Video Bridging for World-class MIPI-based Embedded Vision Systems; September 30, 2019 // by N. N.

  98. Lattice Semiconductor and Synopsys Renew Partnership on FPGA Synthesis Tools; Sep'19 // by N. N.

  99. Intel Ships Stratix 10 DX FPGAs; VMware Among Early Partners; September 20, 2019 // by N. N.

  100. GOWIN Semiconductor Announces their GoAI Solution for AI Acceleration at the Edge;
    September 16, 2019 // by N. N.

  101. Achronix Exhibits High-Performance FPGA and eFPGA IP Solutions at Arm TechCon; Oct'19 // N. N.

  102. Silex Insight and Xilinx partner on FPGA hardware security module; Oct.17'19 // Julien Happich

  103. Hybrid co-verification platform offers automated FPGA partitioning software; Oct'19 / J. Happich

  104. Achronix Speedster7t FPGA board with GDDR6 and QSFP-DD;October 2019 // by N. N.

  105. FPGA Boards; October 2019 // by N. N.

  106. VectorPath Accelerator Card - Featuring Speedster7t FPGAs;
    October 2019 // you can download design tools

  107. The World of FPGAs and ASICs: Part 1; October 15, 2019 // by Bill Marshall

  108. The World of FPGAs and ASICs: Part 2;   October 2, 2019 // by Bill Marshall

  109. BittWare PCIe server card employs high throughput AI/ML optimized 7nm FPGA;
    October 31, 2019 // by Tom Simon

  110. Achronix and BittWare Launch VectorPath Accelerator Card with Speedster FPGAs;
    October 29, 2019 //N. N.

  111. Microchip's Low-Power Radiation-Tolerant (RT) PolarFire FPGA Enables High-Bandwidth Space Systems with Lower Total System Cost; October 22, 2019 // by N. N.

  112. Lattice MachXO3D Secure Control FPGA Receives Security Certification fr NIST; Oct'19//by N. N.

  113. Learn How FPGA-based PCIe Cards Can Accelerate Your Applicarions; November 14, 2019 // by Steve Mensor, Craig Petrie

  114. Navigating the Silicon Jungle: FPGA or ASIC?; June 2005 // by John Blyler

  115. Achronix Announces New Accelerator Card at Linley Fall Processor Conference – VectorPath; November 4, 2019 // by Randy Smith

  116. Efficiency – Flex Logix’s Update on InferX™ X1 Edge Inference Co-Processor
    October 30, 2019 // by Randy Smith

  117. Menta eFPGA Conquer Eu Processor and 5G in China; March 27, 2019 // by Eric Esteve

  118. Smart, Flexible Semiconductors by Flex Flex Logix Technology; April 2019 // by N. N.

  119. Intel CEO Update Q4 2019; April 2019 // by Daniel Nenni

  120. Xilinx bolsters MPSoC family for more computing power
    12. November 2019 // by Christoph Hammerschmidt

  121. FPGAs zur Rettung der Menschheit vor der Klimakatastrophe; November 2019 // by Reiner Hartenstein

  122. Reconfigurable Computing and the von Neumann Syndrome;
    June 2007 // keynote address by Reiner Hartenstein

  123. ......; .(date) // by .....

  124. FPGA CPU and SoC List fpga-cpu@groups.io; Started on 2/02/00 // by N. N.

  125. The von Neumann Syndrome; 2007 // by Reiner Hartenstein

  126. citations; December 2019 // by Reiner

  127. Gewaltige Mengen von FPGA-Literatur und
    -Büchern sind verfügbar
    ; February 2019 // by Reiner Hartenstein

  128. FPGA Books; 2007 // by Reiner Hartenstein

  129. The FPGA Page @TU Kaiserslautern; 2019 // by Reiner Hartenstein

  130. The Programming Crisis; 2018 // by Reiner Hartenstein

  131. Warum kommen FPGAs in der Presse nicht vor?; 2018 // by Reiner Hartenstein

  132. KressArray Xplorer: A New CAD Environment to Optimize Reconfigurable Datapath Array Architectures 2000 // R. Hartenstein et al.

  133. Speed-up by 4 orders of magnitude: 25 years earlier than by FPGA; 2016 // by Reiner Hartenstein

  134. Why do FPGAs not appear in the Media ?; 2018 // by Reiner Hartenstein

  135. DPLA: much more efficient than FPGAs; 2015 // by Re Hartensteininer

  136. Bald unbezahlbarer Computer-Stromverbrauch Warum FPGAs überlebenswichtig sind; 2013 // by Reiner Hartensteinin

  137. FPGAs: die IT-Herausforderung; 2013 // by Reiner Hartensteinin

  138. Speed-up Faktoren; 2013 // by Reiner Hartensteinin

  139. The Grand Challenge To Reinvent Computing - A new World Model of Computing* ; .2010 // by Reiner Hartensteinin

  140. Book about the von Neumann syndrome; 2015 // by L. M. Surhone et al.

  141. CfP mentions Hartenstein's Xputer; .December 2018 and later // by ICAPDRC

  142. Tabuisierung der wichtigsten Methode zur Bekämpfung der Klima-Katastrophe -- Warum kommen FPGAs in der Presse nicht vor?; Dezember 2018 // von Reiner Hartenstein

  143. Making Taboo Subject of the most important Method to battle against Climate Disaster. Why do FPGAs not appear in the Media?; December 2018 // by Reiner Hartenstein

  144. FPGA Programmer Qualifications;; .Dec'18 // by Reiner Hartenstein

  145. Xputer: the alternative Machine Paradigm for Energy-Efficient Computing; 2019 // by Reiner Hartenstein

  146. FPGA-related publications; regularly updated // by Reiner Hartenstein

  147. FPGA-related keynote addresses// by Reiner Hartenstein

  148. Saving Mankind from the Climatic Catastrophe: The Most Urgent Job of the European Union; November 2019 // by Reiner Hartenstein

  149. Goals of Drastically Efficient Climate Protection Research
    The EU should offer sustainably extensive Research Funding
    Towards a Climate-neutral World
    ; August 2019 // by Reiner Hartenstein

  150. SE Curricula are Unqualified to Cope with the Data Avalanche; Febr'17 // by Reiner Hartenstein

  151. The „FIRSTs“ by the Xputer Lab; July 2017 // by Reiner Hartenstein

  152. The Digital Divide of Computing; 2004 // by Reiner Hartenstein

  153. Early Whistle Blowing !!!;
    1999 // by Reiner Hartenstein

  154. Xputer - das Weltwunder aus Kaiserslautern; 1997 // von Dr. Klaus Schlüter

  155. A New Customizable Rapid Prototyping Platform from Digilent; November 2019 // by N. N.

  156. ASIC prototyping system sports quad Intel Stratix 10 GX 10M FPGAs; November 2019 // by Julien Happich

  157. FPGAs with MIPI launched as Efinix tips next generation; .November 2019, 2019 // by Peter Clarke.

  158. S2C Delivers FPGA Prototyping Solutions with the Industry’s Highest Capacity FPGA from Intel!; .December 3, 2019 // by Daniel Nenni

  159. FPGA-Verilog-VHDL; .November 2019 // by SEW Eurodrive Stiftung

  160. Development platform combines PolarFire and SmartFusion2 FPGA; November 26, 2019 // by Julien Happich

  161. Facilitating Easier Access to FPGAs in the Heterogeneous Cloud Ecosystems ; . 2018 // by Roger Woods et al.

  162. A Possible Future of Reconfigurable Logic in Data Centers; .May 2018 // by Derek Chiou

  163. 25 Years RAW Spirit: Reconfigurable Models, Architectures, Innovations ; May 2018 // by Jürgen Becker & Viktor K. Prasanna

  164. Intel pushes FPGAs into the data center; October 2017 // by John Morris

  165. Big Data Analytics in the Age of Accelerators; Sept'15 // by Kunle Olukotun

  166. ReconOS: Extending OS Services Over FPGAs; (date ?) // by Marco Platzner

  167. Reconfigurable Computing for the Masses, Really?; Sep'15 / Michaela Blott

  168. FPGAs for Software Programmers; .Sept 2019 // by Dirk Koch

  169. Taxonomy of Spatial Parallelism on FPGAs for Massively Parallel Applications; 2018 // by Arnab Ardhendu et al.

  170. Possible Future o Reconfigurable Logic i Data Centers; '18 / Derek Chiou

  171. An FPGA-based Acceleration Methodology and Performance Model for Iterative Stencils; .May 2018 // by Enrico Reggiani et al.

  172. OXiGen: A tool for automatic acceleration of C functions into dataflow FPGA-based kernels; .May 2018 // by Francesco Peverelli et al.

  173. FIDA: a framework to automatically integrate FPGA kernels within Data-Science applications; May 2018 // by Luca Stornaiuolo

  174. Programming and Benchmarking FPGAs with Software-Centric Design Entries; May 2018 // by Michaela Blott

  175. Tutorial: TM3 Energy-efficient Acceleration for Neuro-inspired Computing On-a-Chip Organizers; August 2016 // by Yu Cao et al.

  176. Accelerating Datacenter Workloads; August 2016 // by P. K. Gupta

  177. Heterogeneous Computing Systems in Cloud Datacenters; August 2016 // by Christoph Hagleitner

  178. A Survey on Reconfigurable Accelerators for Cloud Computing; August 2017 // by Christoforos Kachris et al.

  179. A Software Developer's Journey into a Deeply Heterogeneous World; 2016 // by Tomas Evensen

  180. Efficient and Reliable High-Level Synthesis Design Space Explorer for FPGAs;August 2017 // by Dong Liu et al.

  181. Emerging Accelerator Platforms 4 Data Centers; '18 / Muhammet Mustafa Ozdal

  182. FPGA-based Accelerator Design from a Domain-Specific Language; September 2016 // by Oliver Reiche et al.

  183. LYNX: CAD for FPGA-Based Networks-on-Chip; Sept'16 // by Vaughn Betz

  184. Accelerating Recurrent Neural Networks in Analytics Servers: Comparison of FPGA, CPU, GPU, and ASIC; Sep'016 // by Eriko Nurvitadhi et al.

  185. (Re)Configurable Clouds & the Dawn of a New Era; Aug'16 // Doug Burger

  186. Heterogeneous Technology Configurable Fabrics: Leveraging Re-configuration as Pathway Toward Emerging Devices; '17 / R. F. DeMara

  187. On How to Improve FPGA-Based Systems Design Productivity via SDAccel; May 2016 // by Giulia Guidi et al.

  188. A fully parameterized Virtual Coarse Grained Reconfigurable Array for High Performance Computing Applications; May'16 // Amit Kulkarni et al.

  189. A Fast and Accurate Cost Model for FPGA Design Space Exploration in HPC Applications; May 2016 // by S Waqar Nabi et al.

  190. High Throughput Large Scale Sorting on a CPU-FPGA Heterogeneous Platform; May 2016 // by Chi Zhang et al.

  191. Resource-Efficient Scheduling for Partially-Reconfigurable FPGA-based Systems; May 2016 // by Andrea Purgato et al.

  192. Automatic % Optimization for FPGA Interconnect Synthesis; August 2018 // by Alex Rodionov et al.

  193. Customizing Low-Precision Deep Neural Networks For FPGAs; August 2018 // by Julian Faraone et al.

  194. Accelerating database systems using FPGAs: A survey; August 2018 // by Philippos Papaphilippou et al.

  195. A Design Flow of Accelerating Hybrid Extremely Low Bit-width Neural Network in Embedded FPGA; August 2018 // by Junsong Wang1 et al.

  196. f-CNNx: A Toolflow for Mapping Multiple Convolutional Neural Networks on FPGAs; August 2018 // by Stylianos I. Venieris et al.

  197. An FPGA Overlay Architecture Supporting Rapid Implementation of Functional Changes during On-Chip Debug; Aug'18 // Al-Shahna Jamal et al.

  198. Facilitating Easier Access to FPGAs in the Heterogeneous Cloud Ecosystems; August 2018 // by Umar Ibrahim Minhas et al.

  199. All Programmable FPGA, providing hardware efficiency to software programmers; Auguat 2017 // by Ivo Bolsens

  200. The Era of Accelerators",; August 2017 // by Viktor K. Prasanna

  201. Efficient and Reliable High-Level Synthesis Design Space Explorer for FPGAs; August 2016 // by Dong Liu et al.

  202. Data Processing on the Fast Lane; August 2016 // by Gustavo Alonso

  203. Heterogeneous Computing Systems in Cloud Datacenters; August 2016 // by Christoph Hagleitner

  204. A Software Developer's Journey into a Deeply Heterogeneous World; August 2016 // by Tomas Evensen

  205. Bewegung im FPGA-Markt: Der Technologie-Wettstreit geht weiter; Juni 2019 // by Iris Stroh

  206. FPGA-Modul; November 2016 // by N. N.

  207. Modul für FPGA-Computing: Hohe Übertragungs- und RAM-Bandbreite; Februar 2019 // by Manne Kreuzer

  208. Prozessor liebt FPGA: Programmierbare Logik; Oktober 2010 // by Greg Lara

  209. Mit FPGA-Funktionalität; März 2008 // by N. N.

  210. Ultra-Low-Power-FPGA; August 2006 // by N. N.

  211. FPGA-Testsoftware für Logikanalysatoren; Dezember 2005 // by Tectronix

  212. Flash-FPGA-Baustein; August 2006 // by Actel

  213. Maker-Board mit FPGA; März 2017 // von Arrow

  214. From FPGAs to Structured ASICs to Custom ASICs; November 2019 // Interview with Reynette K. Au, Intel

  215. FPGA mit zwei Prozessor-Schnittstellen: Beschleuniger in Rechenzentren; Sept. 2019 // by Harry Schubert

  216. Wer hat das kreativste FPGA-Design? Arrow Electronics ruft Wettbewerb aus; Sept. 2019 // by Cornelia Meier

  217. Xilinx stellt das größte FPGA der Welt vor: Fast 9 Milliarden Logikzellen; August'19 // by Frank Riemenschneider

  218. Technologien f kundenspezifische FPGAs: Intels Agilex-FPGAs; Juli'19 // N. N.

  219. 7-nm-FPGAs mit Network on Chip; Juli 2019 // by Achronix

  220. Parallele Prozesse im FPGA sequenzialisieren: Designbeispiel "Hammond Orgel"; April 2019 // by Harald Flügel

  221. Das Damals und Jetzt der FPGA-Mezzanine-Card: Die Entwicklung des FMC-Standards; April 2019 // by Dylan Lang

  222. Prozessoren, FPGAs, DSPs und SoCs richtig starten: Power Sequencing; April 2019 // by Rich Miron

  223. New Generation of FPGA Based Distributed Accelerator Cards Offer High Performance and Adaptability; December 2019 // by Tom Simon

  224. High-Level Language Abstraction for Reconfigurable Computing"; August 2003 // by V. A. Najjar et al.

  225. IC-Entwicklung; 2019 // by Ravi Subramanian

  226. Dialog Semiconductor and Flex Logix strategic partners on mixed signal eFPGAs; December 12, 2019 // by Julien Happich

  227. FPGAs on FDSOI available from Lattice; December 11, 2019 // by Peter Clarke

  228. Pentek Expands Jade FPGA Family with New Optical & RF I/O Boards; October 8, 2019 // by N. N.

  229. Die fünf Zeitalter der FPGA-Entwicklung; July'16 / Steve Trimberger, Ivo Bolsens

  230. Xilinx Vitis: FPGA-Programmierung für alle; Oct'19 // by Michael Eckstein

  231. FPGA-Kongress 2019: Elektronik zeitgemäß und zukunftssicher entwickeln; May 2019 // by Michael Eckstein

  232. A long list of FPGA-related papers; December 2019 // by forum comp.arch.fpga

  233. FPGA-based NVMe data storage targets HPC; Dec'19 // by Julien Happich

  234. Neue FPGA-Familie bringt KI in die Edge; 13. 12. 2019) // by Gordon Hands

  235. Embedded FPGA ist der absolute Renner; June 2017 // by Iris Stroh

  236. Maker-Board mit FPGA erleichtert den Einstieg; März'17 / Joachim Kroll

  237. FPGA-Plattform für schnelle Prototypentwicklung; März 2017// by Alfred Goldbacher

  238. Teamarbeit bei FPGA- und ARM-Schulungen;
    Januar 2017 // by Alfred Goldbacher

  239. Weltweite SoC-FPGA-Entwicklerforen; Sept'15 / A. Goldbacher

  240. Sicherere FPGAs für die Automobilbranche;
    Juni 2015 // by Ingo Kuss

  241. Strahlungstolerante FPGAs für Satelliten;
    Juni 2015 // by Frank Riemenschneider

  242. Basisseminar FPGAs – Architekturen, Entwicklungsvorgang, Musterprojekt; März 2014 // von Caspar Grote

  243. SLX FPGA v2019.4 Delivers an Average of 45x HLS Performance Improvement;
    December 2019 // by N. N.

  244. Using SLX FPGA in Financial Applications; December 2019 // by N. N.

  245. High Level Synthesis Made Easier: Deeper Dive; December 2019 // by Addam Taylor

  246. Driving Optimization HLS, FPGAs, and Converting Unsynthesizable Code with Silexica; November 2019 // by Amelia Dalton

  247. DEVELOPMENT AND DEPLOYMENT STRATEGIES FOR XILINX'S RFSOC FPGA;
    September 2019 // by Robert Sgandurra

  248. FPGA programming step by step; March 2004 // by N. N.

  249. How can an FPGA outperform a CPU?;December 2017 // by Cheese Lover

  250. FPGAs sind das weitaus am höchsten wirksame Mittel gegen die Klimakatastrophe; Nov'19// R. Hartenstein

  251. FPGAs are the by far most efficient method to defeat the climate desaster; November 2019// R. Hartenstein

  252. Computing without Processors; June 2011 // by Satnam Singh

  253. Prototyping with Intel's New 80M Gate FPGA and S2C!;Jan'20 // by N. N.

  254. Ultra low power vision processing chip enables miniature drones; June 2018 // by Nick Flaherty

  255. Learning FPGAs: Digital Design for Beginners; Aug'17 / book: J. Rajewski

  256. Make: FPGAs: Turning Software into Hardware with Eight Fun and Easy DIY Projects; April 2016 // book by David Romano

  257. Designing with Xilinx® FPGAs: Using Vivado; Nov'16 / book: S. Churiwala

  258. FPGA Verilog Examples; June 2008 // book by Pong P. Chu

  259. Practical FPGA Programming in C; April 2005 // book by Edward A. Thibault

  260. High-Performance Computing Using FPGAs; May'13 / book: Khaled Benkrid

  261. FPGAs are power efficient when compared to GPU; 2019 // by Shuklajagriti

  262. Thousands of articles about FPGAs /N.N.

  263. Lattice Hackathon - Small FPGAs. Big Possibilities; December'19 // by N. N

  264. Neue FPGA-basierte Beschleunigerkarten von Intel und Xilinx;
    August 2019 // by Michael Eckstein

  265. Der programmierbaren Zukunft auf der Spur ;
    August 2018 // by Sebastian Gerstl

  266. Green Hills und Sysgo unterstützen Xilinx-Chipfamilie Zynq-7000; November 2012 // by Franz Graser

  267. PRO DESIGN Extends FPGA Based Prototyping Portfolio With proFPGA XCVU13P Module - Offering Highest Interface and System Performance;    December 2019  // by N. N.

  268. Aldec's new FPGA-based NVMe Data Storage Solution Targets High Performance Computing Applications; December 2019 // by N. N.

  269. Gowin Semiconductor Takes Leadership Position in Always-on Low Power FPGAs with GW1NZ-ZV Device Production; January 2020 // by N. N.

  270. Xilinx Powers Baidu's Production-Ready ACU-Advanced Platform for Automated Valet Parking; December 2019 // by N. N.

  271. Microchip Unveils Family Details and Opens Early Access Program for RISC-V Enabled Low-Power PolarFire SoC FPGA Family; December 2019 // by N. N.

  272. Lattice Announces New Low Power FPGA Platform; December'19 // N. N.

  273. New Lattice CrossLink-NX FPGAs Bring Power and Performance Leadership to Embedded Vision and Edge AI Applications; Dec'19 /N. N.

  274. SLX FPGA v2019.4 Delivers an Average of 45x HLS Performance Improvement; Dec'19 N.N.

  275. Embedded FPGAs (eFPGAs); Sep 2011 // book by Syed Zahid Ahmed

  276. Breaking Down Barriers in FPGA Engineering Speeds up Development; Jan.'20 // by N.N.

  277. INNOVATION FOR THE DATA ERA: intel FPGAs and Programmable Devices; Jan'20 // by N.N.

  278. FPGAs for DUMMIES;
    2014 // by Andrew Moore

  279. FPGAs for DUMMIES (2nd edition by intel); 2019 // N.N.

  280. What is an FPGA?; 2019 // by intel

  281. Altera Demonstrates FPGA-Based Solutions at CAR-ELE JAPAN International Automotive Electronics Technology Expo; January 2015 // by N. N.

  282. FPGA development tool gets Functional Safety certification;
    January 2020 // by Christoph Hammerschmidt

  283. All Programming Models are wrong, but some are useful: identifying productive abstactions for exascele simulation;
    January 2020 // by Jeff Hamond, intel Corporation

  284. Automotive cybersecurity begins with secure ASIC, FPGA and SoC hardware; January 2020 // by Jason Oberg

  285. Arm spendiert Cortex-M-Kerne für Xilinx-FPGAs;
    October 2018 // by Gerhard Stelzer

  286. ZF setzt auf Xilinx; October 2018 // by Iris Stroh

  287. Prozessortechnologie von Xilinx; Juni 2016 // by Stefanie Eckardt

  288. Xilinx Kintex-7 Modul mit hohem Durchsatz; August 2016 // by Joachim Kroll

  289. Xilinx: Der größte Zynq; August 2018 // by Alfred Goldbacher

  290. FPGAs in the 5G Era!; January 2020 // by Daniel Nenni

  291. SOC Verification; January 2020 // by N. N.

  292. Design partitioning front-end tool accelerates FPGA-based prototyping; . February 2020 // by Julien Happich

  293. Recap from the Next FPGA Platform; January 2020 // by N. N.

  294. Achronix Demonstrates Silicon Validation Device with 112 Gbps SerDes; February 2020 // by N. N.

  295. FPGA -Based Systems Design and Practice: Part I: RTL Design and Prototyping in Verilog HDL;
    July 2018 // a book by Ming-Bo Lin

  296. FPGA Prototyping by SystemVerilog Examples: Xilinx MicroBlaze MCS SoC Edition; June 2018 // a book by Pong P. Chu

  297. FPGAs für Maker: Eine praktische Einführung in programmierbare Logik; 31. März 2020 // Taschenbuch von Cord Elias

  298. Digital System Design with FPGA: Implementation Using Verilog and VHDL; July 2017 // Book by Cem Unsalan and Bora Tar

  299. Image Processing Using FPGAs; June 2019 // book by Donald Bailey

  300. Designing with Xilinx® FPGAs: Using Vivado;
    Nov'16 // book: Sanjay Churiwala

  301. FPGA-Based Systems Design and Practice: Pt I July'18 // book Ming-Bo Lin

  302. FPGA-Based Systems Design and Practice: Pt II July'18 / book Ming-Bo Lin

  303. FPGA Design: Best Practices for Team-based Reuse; October 2016 //
    book by Philip Andrew Simpson

  304. Xilinx adds advanced machine learning capabilities to its Pro AV FPGAs; February 2020 // by Julien Happich

  305. Survey of new trends in Industry for Programmable hardware: FPGAs, MPPAs, MPSoCs, Structured ASICs, eFPGAs and new wave of innovation in FPGAs;                  August 2010
    // by Syed Zahid Ahmed and many more ....

  306. When, Why, and How Should You Use Embedded FPGA Technology for Hardware Acceleration?; June 2018 // by Alok Sanghavi

  307. Insights from the Next FPGA Platform Event; February 2020 // by Daniel Nenni

  308. Six Automated Steps to Design Partitioning for Multi-FPGA Prototyping Boards; March 2020 // by Krzysztof Szczur

  309. Rapid prototyping data acquisition platforms sport low-power FPGA; February 2020 // by Julien Happich

  310. 7-nm-FPGAs mit Network on Chip; Juli 2019 // by N.N. (Achronic)

  311. AI-basierte Automotive-Anwendungen mit Xilinx-SoCs;
    June 2018 // by Alfred Goldbacher

  312. Daimler setzt auf Prozessortechnologie von Xilinx;
    June 2016 // by Stefanie Eckardt

  313. Arm liefert kostenlose Cortex-M-Prozessoren für Xilinx-FPGAs;
    October 2018 // by Frank Riemenschneider

  314. Versal: Xilinx' SoC-Plattform der nächsten Generation; October 2018
    // by Frank Riemenschneider

  315. Xilinx Kintex-7 Modul mit hohem Durchsatz; August 2016 // by Joachim Kroll

  316. Programmierbare SoC Xilinx: Der größte Zynq; 2012 // by Alfred Goldbacher

  317. YouTubes: Reconfigurable Embedded Systems with Xilinx Zync;
    March 2020 // very extensive tutorial by Vipin Kizheppatt

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