'+pages+''); $('.stream > div:odd').addClass('bgr_color'); updateHeight('#history'); }); window.activateTabArea = ensure(function(tab, areas){ var parsed = false; var parts = (areas || '').split('/'); window.fsonload = $.inArray('fs', parts) >= 0; if(fsonload){ parts.splice(parts.indexOf('fs'), 1); } var replayMode = false; if($.inArray('replay', parts)>=0){ replayMode = 'replay'; } var noSoundMode = false; if($.inArray('nosound', parts)>=0){ noSoundMode = 'nosound'; } if($.inArray('ns', parts)>=0){ noSoundMode = 'ns'; } var previewMode = null; if($.inArray('p', parts)>=0){ previewMode = 'p'; } if($.inArray('preview', parts)>=0){ previewMode = 'preview'; } if($.inArray('repeat', parts)>=0){ replayMode = 'repeat'; } if($.inArray('r', parts)>=0 || $.inArray('ro', parts)>=0){ replayMode = 'r'; } if(replayMode){ parts.splice(parts.indexOf(replayMode), 1); } if(noSoundMode){ parts.splice(parts.indexOf(noSoundMode), 1); } if(previewMode){ parts.splice(parts.indexOf(previewMode), 1); } if(previewMode){ if(!parts.length){ parts = ['1-14', '999:59']; } } var area = parts[0]; if(tab == 'history' && false){ var page = parseInt(area || '1') || 1; $.ajax({ url: 'https://login.wn.com/recent/json/?pp='+history_pp+'&skip='+history_pp*(page-1), dataType: 'jsonp', success: function(response){ $ensure(function(){ renderHistory(response, page); }); } }); return true; } if(tab == 'global_history' && false){ var page = parseInt(area || '1') || 1; globalHistory.fetchStream(page, '', function(){ updateHeight('#global_history'); }); return true; } if(tab == 'my_playlists' && false){ var page = parseInt(area || '1') || 1; myPlaylists.fetchStream(page, '', function(){ updateHeight('#my_playlists'); }); return true; } if(tab == 'my_videos' && false){ var page = parseInt(area || '1') || 1; myVideos.fetchStream(page, '', function(){ updateHeight('#my_videos'); }); return true; } if(tab == 'related_sites' && areas && matchPosition(areas)){ var seconds = parsePosition(areas); scrollRelated(seconds); return false; } if(matchPosition(area) || matchAction(area)){ parts.unshift('1'); area = parts[0]; } if(tab == 'expand' && area && area.match(/\d+/)) { var num = parseInt(area); if(num < 100){ //FIX ME. Load news page with ajax here } else if(num > 1900){ //FIX ME. Load timeline page with ajax here } } else if(tab.match(/^playlist\d+$/)){ var playerId = parseInt(tab.substring(8)); var vp = videoplayers[playerId]; window.descriptionsholder = $('.descriptionsplace'); if(!vp) return; // why? no player? if(replayMode){ $('.replaycurrent'+playerId).attr('checked', true); vp.setReplayCurrent(true); } var playQueue = []; window.playQueue = playQueue; var playQueuePosition = 0; var playShouldStart = null; var playShouldStop = null; var parseList = function(x){ var items = x.split(/;|,/g); var results = []; for (i in items){ try{ var action = parseAction(vp, items[i]); if(!action.video){ if(window.console && console.log) console.log("Warning: No video for queued entry: " + items[i]); }else{ results.push(action); } }catch(e){ if(window.console && console.log) console.log("Warning: Can''t parse queue entry: " + items[i]); } } return results; }; var scrollToPlaylistPosition = function(vp){ var ppos = vp.getPlaylistPosition(); var el = vp.playlistContainer.find('>li').eq(ppos); var par = el.closest('.playlist_scrollarea'); par.scrollTop(el.offset().top-par.height()/2); } var updateVolumeState = function(){ if(noSoundMode){ if(noSoundMode == 'turn-on'){ clog("Sound is on, vsid="+vp.vsid); vp.setVolumeUnMute(); noSoundMode = false; }else{ clog("Sound is off, vsid="+vp.vsid); vp.setVolumeMute(); noSoundMode = 'turn-on'; } } } var playQueueUpdate = function(){ var playPosition = playQueue[playQueuePosition]; vp.playFromPlaylist(playPosition.video); scrollToPlaylistPosition(vp); playShouldStart = playPosition.start; playShouldStop = playPosition.stop; }; var playQueueAdvancePosition = function(){ clog("Advancing play position..."); playQueuePosition ++; while(playQueuePosition < playQueue.length && !playQueue[playQueuePosition].video){ playQueuePosition ++; } if(playQueuePosition < playQueue.length){ playQueueUpdate(); }else if(vp.getReplayCurrent()){ playQueuePosition = 0; playQueueUpdate(); vp.seekTo(playShouldStart); vp.playVideo(); }else{ vp.pauseVideo(); playShouldStop = null; playShouldStart = null; } }; function loadMoreVideos(playerId, vp, start, finish, callback){ var playlistInfo = playlists[playerId-1]; if(playlistInfo.loading >= finish) return; playlistInfo.loading = finish; $.ajax({ url: '/api/upge/cheetah-photo-search/query_videos2', dataType: 'json', data: { query: playlistInfo.query, orderby: playlistInfo.orderby, start: start, count: finish-start }, success: function(response){ var pl = vp.getPlaylist().slice(0); pl.push.apply(pl, response); vp.setPlaylist(pl); callback(); } }); } if(parts.length == 1 && matchDash(parts[0])){ var pl = vp.getActualPlaylist(); var vids = parseDash(parts[0]); parts = []; for(var i = 0; i < vids.length; i++){ playQueue.push({ 'video': pl[vids[i]-1], 'start': 0, 'stop': null }) } if(vids.length){ if(vids[vids.length-1]-1>=pl.length){ loadMoreVideos(playerId, vp, pl.length, vids[vids.length-1], function(){ if(fsonload){ activateTabArea(tab, parts[0]+'/fs'); }else{ activateTabArea(tab, parts[0]); } var pls = vp.getPlaylist(); vp.playFromPlaylist(pls[pls.length-1]); vp.playVideo(); scrollToPlaylistPosition(vp); }); return true; } } if(playQueue){ playQueueUpdate(); vp.playVideo(); parsed = true; playShouldStart = 0; } } if(previewMode){ var vids = []; var dur = 0; var pl = vp.getActualPlaylist(); area = parts[0]; if(parts.length == 1 && matchPosition(parts[0])){ vids = parseDash('1-'+pl.length); dur = parsePosition(parts[0]); parts = []; }else if(parts.length == 1 && matchDash(parts[0])){ vids = parseDash(parts[0]); dur = parsePosition("999:59"); parts = []; } if(parts.length == 2 && matchDash(parts[0]) && matchPosition(parts[1])){ vids = parseDash(parts[0]); dur = parsePosition(parts[1]); parts = []; } for(var i = 0; i < vids.length; i++){ playQueue.push({ 'video': pl[vids[i]-1], 'start': 0, 'stop': dur }) } if(playQueue){ playQueueUpdate(); vp.playVideo(); parsed = true; } } if(parts.length>1){ for(var i = 0; i < parts.length; i++){ var sel = findMatchingVideo(vp, parts[i]); if(sel){ playQueue.push({ 'video': sel, 'start': 0, 'stop': null }) } } if(playQueue){ playQueueUpdate(); vp.playVideo(); parsed = true; } }else if(area){ var sel = findMatchingVideo(vp, area); if(sel){ vp.playFromPlaylist(sel); playShouldStart = 0; parsed = true; } } if(fsonload || replayMode){ playShouldStart = 0; } if(document.location.search.match('at=|queue=')){ var opts = document.location.search.replace(/^\?/,'').split(/&/g); for(var o in opts){ if(opts[o].match(/^at=(\d+:)?(\d+:)?\d+$/)){ playShouldStart = parsePosition(opts[o].substr(3)) } if(opts[o].match(/^queue=/)){ playQueue = parseList(opts[o].substr(6)); if(playQueue){ playQueuePosition = 0; playQueueUpdate(); } } } } if(matchPosition(parts[1])){ playShouldStart = parsePosition(parts[1]); parsed = true; } if(matchAction(parts[1])){ var action = parseAction(vp, area+'/'+parts[1]); playShouldStart = action.start; playShouldStop = action.stop; parsed = true; } if(playShouldStart !== null && !playQueue.length){ playQueue.push({ video: vp.getCurrentVideo(), start: playShouldStart, stop: playShouldStop }); } if(playShouldStart != null){ setInterval(function(){ if(playShouldStop && vp.currentPlayer && vp.currentPlayer.getCurrentTime() > playShouldStop){ playShouldStop = null; if(vp.getCurrentVideo() == playQueue[playQueuePosition].video){ playQueueAdvancePosition(); }else{ playShouldStart = null; } } }, 500); vp.playerContainer.bind('videoplayer.player.statechange', function(e, state){ if(state == 'ended'){ // advance to the next video playQueueAdvancePosition(); } }); vp.playerContainer.bind('videoplayer.player.readychange', function(e, state){ if(state){ updateVolumeState(); if(playShouldStart !== null){ vp.seekTo(playShouldStart); playShouldStart = null; }else{ playShouldStop = null; // someone started other video, stop playing from playQueue } } if(fsonload) { triggerFullscreen(playerId); fsonload = false; } }); } } else if(tab.match(/^wiki\d+$/)){ if(firstTimeActivate){ load_wiki($('#'+tab), function(){ if(area){ var areaNode = $('#'+area); if(areaNode.length>0){ $('html, body').scrollTop(areaNode.offset().top + 10); return true; } } }); } } return parsed; }) window.activateTab = ensure(function(tab, area){ window.activeArea = null; if(tab == 'import_videos'){ if(area){ import_videos(area); }else{ start_import(); } return true; } if(tab == 'chat'){ update_chat_position($('.chat').eq(0)); window.activeArea = 'chat'; jQuery('.tabtrigger').offscreentabs('activateTab', 'chat'); return true; } if(tab in rev_names){ tab = rev_names[tab]; } if(tab.match(':')){ return false; } var sup = $('ul li a[id=#'+tab+']'); if(sup && sup.length>0){ window.activeArea = area; sup.first().click(); if(!window.activateTabArea(tab, area)){ window.activeArea = null; } window.activeArea = null; return true; }else{ var have_tabs = $('#playlist_menu li').length; if(tab.match(/^playlists?\d+$/)){ var to_add = +tab.substring(8).replace(/^s/,'')-have_tabs; if(to_add>0 && have_tabs){ add_more_videos(to_add); return true; } } } return false; }); window.currentPath = ensure(function(){ return window.lastHistory.replace(basepath, '').split('?')[0]; }); window.main_tab = window.main_tab || 'videos'; window.addHistory = ensure(function(path){ if(window.console && console.log) console.log("Adding to history: "+path); if(window.history && history.replaceState && document.location.hostname.match(/^(youtube\.)?(\w{2,3}\.)?wn\.com$/)){ if(path == main_tab || path == main_tab+'/' || path == '' || path == '/') { path = basepath; } else if( path.match('^'+main_tab+'/') ){ path = basepath + '/' + path.replace(main_tab+'/', '').replace('--','/'); } else { path = basepath + '/' + path.replace('--','/'); } if(document.location.search){ path += document.location.search; } if(window.lastHistory) { history.pushState(null, null, path); } else if(window.lastHistory != path){ history.replaceState(null, null, path); window.lastHistory = path; } } else{ path = path.replace('--','/'); if(path == main_tab || path == main_tab+'/' || path == '' || path == '/') { path = ''; } if(window.lastHistory != '/'+path){ window.location.hash = path? '/'+path : ''; window.lastHistory = '/'+path; } } }); $('.tabtrigger li a').live('click', ensure(function() { var tab = $(this).attr('id'); if(tab.substring(0,1) == '#'){ var name = tab.substring(1); if(name in menu_names){ name = menu_names[name][0]; } realTab = rev_names[name]; $('#'+realTab).show(); if(window.console && console.log) console.log("Triggering tab: "+name+(window.activeArea?" activeArea="+window.activeArea:'')); var path = name; if(window.activeArea){ path = path + '/' + window.activeArea; } if(tab.match(/#playlist\d+/) || tab.match(/#details\d+/)){ $('.multiple-playlists').show(); $('.related_playlist').show(); $('.longest_videos_playlist').show(); }else { $('.multiple-playlists').hide(); $('.related_playlist').hide(); $('.longest_videos_playlist').hide(); } // start the related script only when the tab is on screen showing if (tab.match(/related_sites/)) { if (mc) { mc.startCredits(); } } window.activeTab = realTab; addHistory(path); setTimeout(ensure(function(){ if(tab.match(/language--/)){ $('.tabtrigger').offscreentabs('activateTab', 'language'); } if(tab.match(/weather/)) { $('.tabtrigger').offscreentabs('activateTab', 'weather'); loadContinent(); } updateMenus(tab); updateHeight(); }), 10); } return false; })); }); -->

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EEMBC

EEMBC, the Embedded Microprocessor Benchmark Consortium, is a non-profit organization formed in 1997 with the aim of developing performance benchmarks for the hardware and software used in embedded systems. The goal of its members is to make EEMBC benchmarks an industry standard for evaluating the capabilities of embedded microprocessors, compilers, and the associated embedded system implementations, according to objective, clearly defined, application-based criteria.

Score certification program

EEMBC members can publish their benchmark test results after submitting these scores and their entire benchmark platform to the EEMBC Technology Center (ETC) for official (and free) certification. During the certification process, the ETC rebuilds the benchmark code and verifies accuracy and repeatability.

Benchmark chronology

Up until 2004, the EEMBC benchmarks targeted embedded processors and were exclusively built using C standard library compatible source code. These benchmark suites included AutoBench 1.1 (for automotive, industrial, and general-purpose applications), ConsumerBench 1.1 (for digital imaging tasks), Networking 1.1, OABench 1.1 (targeting printer-related applications), and TeleBench 1.1 (for Digital signal processors).

Read more

This page contains text from Wikipedia, the Free Encyclopedia - https://wn.com/EEMBC

Podcasts:

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Email this Page Play all in Full Screen Show More Related Videos

• 

  Part 1/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

  Part 1 of this two-part tutorial explains how to connect the basic framework hardware components such as: the energy monitor, IO Manager, level shifters, and device under test. Links -- STMicroelectronics LPM01A Energy Monitor: https://www.st.com/en/evaluation-tools/x-nucleo-lpm01a.html Arduino UNO: https://store.arduino.cc/usa/arduino-uno-rev3 Adafruit, BSS138: https://www.adafruit.com/product/757 Really nice hookup cables (pricey, but worth it): https://www.digikey.com/en/products/detail/e-z-hook/9110-6-S/2603112?s=N4IgTCBcDaICwDYCMBaJYAccUDkAiABCALoC%2BQA EEMBC Home Page: https://www.eembc.org EEMBC GitHub Page: https://github.com/eembc

  published: 11 Jun 2021
• 

  HIgh-performance STM32 F2 - EEMBC Coremark benchmark

  A demonstration of how the high-performance STM32 F-2 MCU rates on the EEMBC Coremark benchmarking.

  published: 12 Jan 2012
• 

  Understanding EEMBC's SecureMark(tm)-TLS Benchmark

  Hannes Tschofenig (ARM) and Peter Torelli (EEMBC) explain the EEMBC SecureMark(tm)-TLS benchmark

  published: 14 Dec 2018
• 

  EEMBC talks about benchmarking the IoT at Embedded World

  In this episode of PSDtv, EEMBC talks on Paultre on Power about benchmarking the devices and infrastructure of the Internet of Things (IoT). Proper benchmarks enable manufacturers to create systems with understandable expectations by knowing the general performance parameters of the equipment and components involved. www.eembc.org www.powersystemsdesign.com

  published: 04 Mar 2016
• 

  EEMBC works on benchmark for ultra-low power microcontroller

  Markus Levy, president of Embedded Microprocessor Benchmark Consortium (EEMBC), discusses plans to develop an industry-standard method to evaluate the energy efficiency of ultra-low power microcontrollers. The benchmark will give designers a much-needed way to test, validate and compare the real-world energy consumption of microcontrollers used in products with extended battery life.

  published: 21 Oct 2013
• 

  Part 2/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

  Part 2 of this two-part tutorial explains how to use the Benchmark Host Runner program to connect to the framework and take an energy measurement.

  published: 11 Jun 2021
• 

  How to Use the CoreMark®-PRO Benchmark

  NOTE: This video contains a lot of small text and must be watched at 720p or 1080p (preferred) resolution, otherwise you'll just see lots of colorful blurs! This detailed walk-through explains how to run CoreMark-PRO out-of-the-box on Linux, and how to port (and optimize) it to an STMicroelectronics MPU. Viewers should have a basic understanding of CoreMark-PRO, please refer to the documentation on its GitHub repository at: https://github.com/eembc/coremark-pro Part 1 walks the viewer through a simple make-based build and explores parallelism on Linux system. Part 2 focuses on an embedded port, is presented from the perspective of a first-time developer, showing common compiler warnings and errors, and explaining how to fix each one. Once functionality has been achieved, the tutorial de...

  published: 25 Sep 2021
• 

  IAR Embedded Workbench - Features and Benefits

  IAR Embedded Workbench is a powerful development solution for embedded systems. It supports over 15,000 microcontroller devices in 25 architectures, ranging from the smallest 8-bit devices to high-performance 64-bit devices. In total, this includes microcontrollers from more than 70 semiconductor vendors. This video will highlight some of the benefits of IAR Embedded Workbench. Reference Links IAR Systems: https://www.iar.com/ 12 Fundamentals of Embedded Software Development e-book: https://www.iar.com/12-Fundamentals-of-Embedded-Development-E-Book-US/ EEMBC Organization - CoreMark: https://www.eembc.org/coremark/

  published: 09 Apr 2023
• 

  Product overview - STM32L4: Excellence in ultra-low-power with performance (ePresentation)

  Find out more information: http://bit.ly/ST-home-tag ST has built a new architecture to reach best-in-class ultra-low-power figures thanks to its high flexibility. STM32L4 MCUs have scored 447 in the standardized EEMBC™ ULPBench-CP® tests that compare the efficiency of ultra-low-power microcontrollers and scored 167 in the standardized EEMBC™ ULPMark-PP® tests that compare the efficiency of the peripherals. Moreover, the STM32L4 series shatters performance limits in the ultra-low-power world. It delivers 100 DMIPS based on its ARM® Cortex®-M4 core with FPU and ST ART Accelerator™ at 80 MHz. Follow us on : Facebook :http://bit.ly/Facebook-STMicroelectronics Twitter : http://bit.ly/Twitter-STMicroelectronics LinkedIn : http://bit.ly/Linkedin-STMicroelectronics Blog ST : http://bit.l...

  published: 31 Oct 2018
• 

  How to measure ULPBench score

  Find out more information: http://www.st.com/stm32l4 ST has built a highly flexible architecture to reach best-in-class ultra-low-power figures. STM32L4 MCUs have scored 176.7 in the standardized EEMBC™ ULPBench® at 3.0 v and 334 at 1.8 v (with STM bench) that compare the efficiency of ultra-low-power microcontrollers. Moreover, the STM32L4 series shatters performance limits in the ultra-low-power world. It delivers 100 DMIPS based on its ARM® Cortex®-M4 core with FPU and ST ART Accelerator.

  published: 15 Dec 2016

5:30

Part 1/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

• Order: Reorder
• Duration: 5:30
• Uploaded Date: 11 Jun 2021
• views: 769

Part 1 of this two-part tutorial explains how to connect the basic framework hardware components such as: the energy monitor, IO Manager, level shifters, and de...

Part 1 of this two-part tutorial explains how to connect the basic framework hardware components such as: the energy monitor, IO Manager, level shifters, and device under test. Links -- STMicroelectronics LPM01A Energy Monitor: https://www.st.com/en/evaluation-tools/x-nucleo-lpm01a.html Arduino UNO: https://store.arduino.cc/usa/arduino-uno-rev3 Adafruit, BSS138: https://www.adafruit.com/product/757 Really nice hookup cables (pricey, but worth it): https://www.digikey.com/en/products/detail/e-z-hook/9110-6-S/2603112?s=N4IgTCBcDaICwDYCMBaJYAccUDkAiABCALoC%2BQA EEMBC Home Page: https://www.eembc.org EEMBC GitHub Page: https://github.com/eembc

https://wn.com/Part_1_2_Introduction_To_Eembc(R)'s_Energyrunner(Tm)_Framework

Part 1 of this two-part tutorial explains how to connect the basic framework hardware components such as: the energy monitor, IO Manager, level shifters, and device under test. Links -- STMicroelectronics LPM01A Energy Monitor: https://www.st.com/en/evaluation-tools/x-nucleo-lpm01a.html Arduino UNO: https://store.arduino.cc/usa/arduino-uno-rev3 Adafruit, BSS138: https://www.adafruit.com/product/757 Really nice hookup cables (pricey, but worth it): https://www.digikey.com/en/products/detail/e-z-hook/9110-6-S/2603112?s=N4IgTCBcDaICwDYCMBaJYAccUDkAiABCALoC%2BQA EEMBC Home Page: https://www.eembc.org EEMBC GitHub Page: https://github.com/eembc

• published: 11 Jun 2021
• views: 769

2:07

HIgh-performance STM32 F2 - EEMBC Coremark benchmark

• Order: Reorder
• Duration: 2:07
• Uploaded Date: 12 Jan 2012
• views: 1057

A demonstration of how the high-performance STM32 F-2 MCU rates on the EEMBC Coremark benchmarking.

A demonstration of how the high-performance STM32 F-2 MCU rates on the EEMBC Coremark benchmarking.

https://wn.com/High_Performance_Stm32_F2_Eembc_Coremark_Benchmark

A demonstration of how the high-performance STM32 F-2 MCU rates on the EEMBC Coremark benchmarking.

• published: 12 Jan 2012
• views: 1057

16:38

Understanding EEMBC's SecureMark(tm)-TLS Benchmark

• Order: Reorder
• Duration: 16:38
• Uploaded Date: 14 Dec 2018
• views: 721

Hannes Tschofenig (ARM) and Peter Torelli (EEMBC) explain the EEMBC SecureMark(tm)-TLS benchmark

Hannes Tschofenig (ARM) and Peter Torelli (EEMBC) explain the EEMBC SecureMark(tm)-TLS benchmark

https://wn.com/Understanding_Eembc's_Securemark(Tm)_Tls_Benchmark

Hannes Tschofenig (ARM) and Peter Torelli (EEMBC) explain the EEMBC SecureMark(tm)-TLS benchmark

• published: 14 Dec 2018
• views: 721

7:39

EEMBC talks about benchmarking the IoT at Embedded World

• Order: Reorder
• Duration: 7:39
• Uploaded Date: 04 Mar 2016
• views: 79

In this episode of PSDtv, EEMBC talks on Paultre on Power about benchmarking the devices and infrastructure of the Internet of Things (IoT). Proper benchmarks e...

In this episode of PSDtv, EEMBC talks on Paultre on Power about benchmarking the devices and infrastructure of the Internet of Things (IoT). Proper benchmarks enable manufacturers to create systems with understandable expectations by knowing the general performance parameters of the equipment and components involved. www.eembc.org www.powersystemsdesign.com

https://wn.com/Eembc_Talks_About_Benchmarking_The_Iot_At_Embedded_World

In this episode of PSDtv, EEMBC talks on Paultre on Power about benchmarking the devices and infrastructure of the Internet of Things (IoT). Proper benchmarks enable manufacturers to create systems with understandable expectations by knowing the general performance parameters of the equipment and components involved. www.eembc.org www.powersystemsdesign.com

• published: 04 Mar 2016
• views: 79

4:54

EEMBC works on benchmark for ultra-low power microcontroller

• Order: Reorder
• Duration: 4:54
• Uploaded Date: 21 Oct 2013
• views: 139

Markus Levy, president of Embedded Microprocessor Benchmark Consortium (EEMBC), discusses plans to develop an industry-standard method to evaluate the energy ef...

Markus Levy, president of Embedded Microprocessor Benchmark Consortium (EEMBC), discusses plans to develop an industry-standard method to evaluate the energy efficiency of ultra-low power microcontrollers. The benchmark will give designers a much-needed way to test, validate and compare the real-world energy consumption of microcontrollers used in products with extended battery life.

https://wn.com/Eembc_Works_On_Benchmark_For_Ultra_Low_Power_Microcontroller

Markus Levy, president of Embedded Microprocessor Benchmark Consortium (EEMBC), discusses plans to develop an industry-standard method to evaluate the energy efficiency of ultra-low power microcontrollers. The benchmark will give designers a much-needed way to test, validate and compare the real-world energy consumption of microcontrollers used in products with extended battery life.

• published: 21 Oct 2013
• views: 139

4:28

Part 2/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

• Order: Reorder
• Duration: 4:28
• Uploaded Date: 11 Jun 2021
• views: 433

Part 2 of this two-part tutorial explains how to use the Benchmark Host Runner program to connect to the framework and take an energy measurement.

Part 2 of this two-part tutorial explains how to use the Benchmark Host Runner program to connect to the framework and take an energy measurement.

https://wn.com/Part_2_2_Introduction_To_Eembc(R)'s_Energyrunner(Tm)_Framework

Part 2 of this two-part tutorial explains how to use the Benchmark Host Runner program to connect to the framework and take an energy measurement.

• published: 11 Jun 2021
• views: 433

30:11

How to Use the CoreMark®-PRO Benchmark

• Order: Reorder
• Duration: 30:11
• Uploaded Date: 25 Sep 2021
• views: 2570

NOTE: This video contains a lot of small text and must be watched at 720p or 1080p (preferred) resolution, otherwise you'll just see lots of colorful blurs! Th...

NOTE: This video contains a lot of small text and must be watched at 720p or 1080p (preferred) resolution, otherwise you'll just see lots of colorful blurs! This detailed walk-through explains how to run CoreMark-PRO out-of-the-box on Linux, and how to port (and optimize) it to an STMicroelectronics MPU. Viewers should have a basic understanding of CoreMark-PRO, please refer to the documentation on its GitHub repository at: https://github.com/eembc/coremark-pro Part 1 walks the viewer through a simple make-based build and explores parallelism on Linux system. Part 2 focuses on an embedded port, is presented from the perspective of a first-time developer, showing common compiler warnings and errors, and explaining how to fix each one. Once functionality has been achieved, the tutorial demonstrates simple, first-order optimizations: compiler settings, clock tree, and cache enabling. The following links are provided as a reference aid. Part 1: Linux Host-Mode (Ubuntu 20.04 on an Intel Core i7 with GCC) - Clone and build with make : https://www.youtube.com/watch?v=cXf_KvfvujI&t=0m12s - Automated run & score computation : https://www.youtube.com/watch?v=cXf_KvfvujI&t=1m50s - Tuning the iterations : https://www.youtube.com/watch?v=cXf_KvfvujI&t=4m10s - Enabling parallel execution: https://www.youtube.com/watch?v=cXf_KvfvujI&t=5m20s Part 2: Bare-metal single-thread remote target (STMicroelectronics STM32H747 with IAR EWARM 8.50) - Initialize a project with CubeMX : https://www.youtube.com/watch?v=cXf_KvfvujI&t=7m20s - Verify "printf" output to the IDE: https://www.youtube.com/watch?v=cXf_KvfvujI&t=8m45s - Import & compile the MITH module : https://www.youtube.com/watch?v=cXf_KvfvujI&t=9m51s - Debugging pthread, stat, and aligned malloc errors : https://www.youtube.com/watch?v=cXf_KvfvujI&t=11m37s - Import & compile the Adaptation Layer : https://www.youtube.com/watch?v=cXf_KvfvujI&t=14m35s - Debugging file and creating the timer : https://www.youtube.com/watch?v=cXf_KvfvujI&t=15m20s - Import a workload & resolve duplicate main (& argc/argv) : https://www.youtube.com/watch?v=cXf_KvfvujI&t=18m00s - Debugging heap malloc error : https://www.youtube.com/watch?v=cXf_KvfvujI&t=22m53s - Debugging a mis-configured timer resolution : https://www.youtube.com/watch?v=cXf_KvfvujI&t=23m50s - Enabling compiler optimizations : https://www.youtube.com/watch?v=cXf_KvfvujI&t=25m41s - Re-configuring the clock tree : https://www.youtube.com/watch?v=cXf_KvfvujI&t=26m35s - Enabling I$ & D$ : https://www.youtube.com/watch?v=cXf_KvfvujI&t=27m58s

https://wn.com/How_To_Use_The_Coremark®_Pro_Benchmark

NOTE: This video contains a lot of small text and must be watched at 720p or 1080p (preferred) resolution, otherwise you'll just see lots of colorful blurs! This detailed walk-through explains how to run CoreMark-PRO out-of-the-box on Linux, and how to port (and optimize) it to an STMicroelectronics MPU. Viewers should have a basic understanding of CoreMark-PRO, please refer to the documentation on its GitHub repository at: https://github.com/eembc/coremark-pro Part 1 walks the viewer through a simple make-based build and explores parallelism on Linux system. Part 2 focuses on an embedded port, is presented from the perspective of a first-time developer, showing common compiler warnings and errors, and explaining how to fix each one. Once functionality has been achieved, the tutorial demonstrates simple, first-order optimizations: compiler settings, clock tree, and cache enabling. The following links are provided as a reference aid. Part 1: Linux Host-Mode (Ubuntu 20.04 on an Intel Core i7 with GCC) - Clone and build with make : https://www.youtube.com/watch?v=cXf_KvfvujI&t=0m12s - Automated run & score computation : https://www.youtube.com/watch?v=cXf_KvfvujI&t=1m50s - Tuning the iterations : https://www.youtube.com/watch?v=cXf_KvfvujI&t=4m10s - Enabling parallel execution: https://www.youtube.com/watch?v=cXf_KvfvujI&t=5m20s Part 2: Bare-metal single-thread remote target (STMicroelectronics STM32H747 with IAR EWARM 8.50) - Initialize a project with CubeMX : https://www.youtube.com/watch?v=cXf_KvfvujI&t=7m20s - Verify "printf" output to the IDE: https://www.youtube.com/watch?v=cXf_KvfvujI&t=8m45s - Import & compile the MITH module : https://www.youtube.com/watch?v=cXf_KvfvujI&t=9m51s - Debugging pthread, stat, and aligned malloc errors : https://www.youtube.com/watch?v=cXf_KvfvujI&t=11m37s - Import & compile the Adaptation Layer : https://www.youtube.com/watch?v=cXf_KvfvujI&t=14m35s - Debugging file and creating the timer : https://www.youtube.com/watch?v=cXf_KvfvujI&t=15m20s - Import a workload & resolve duplicate main (& argc/argv) : https://www.youtube.com/watch?v=cXf_KvfvujI&t=18m00s - Debugging heap malloc error : https://www.youtube.com/watch?v=cXf_KvfvujI&t=22m53s - Debugging a mis-configured timer resolution : https://www.youtube.com/watch?v=cXf_KvfvujI&t=23m50s - Enabling compiler optimizations : https://www.youtube.com/watch?v=cXf_KvfvujI&t=25m41s - Re-configuring the clock tree : https://www.youtube.com/watch?v=cXf_KvfvujI&t=26m35s - Enabling I$ & D$ : https://www.youtube.com/watch?v=cXf_KvfvujI&t=27m58s

• published: 25 Sep 2021
• views: 2570

9:57

IAR Embedded Workbench - Features and Benefits

• Order: Reorder
• Duration: 9:57
• Uploaded Date: 09 Apr 2023
• views: 59

IAR Embedded Workbench is a powerful development solution for embedded systems. It supports over 15,000 microcontroller devices in 25 architectures, ranging f...

IAR Embedded Workbench is a powerful development solution for embedded systems. It supports over 15,000 microcontroller devices in 25 architectures, ranging from the smallest 8-bit devices to high-performance 64-bit devices. In total, this includes microcontrollers from more than 70 semiconductor vendors. This video will highlight some of the benefits of IAR Embedded Workbench. Reference Links IAR Systems: https://www.iar.com/ 12 Fundamentals of Embedded Software Development e-book: https://www.iar.com/12-Fundamentals-of-Embedded-Development-E-Book-US/ EEMBC Organization - CoreMark: https://www.eembc.org/coremark/

https://wn.com/Iar_Embedded_Workbench_Features_And_Benefits

IAR Embedded Workbench is a powerful development solution for embedded systems. It supports over 15,000 microcontroller devices in 25 architectures, ranging from the smallest 8-bit devices to high-performance 64-bit devices. In total, this includes microcontrollers from more than 70 semiconductor vendors. This video will highlight some of the benefits of IAR Embedded Workbench. Reference Links IAR Systems: https://www.iar.com/ 12 Fundamentals of Embedded Software Development e-book: https://www.iar.com/12-Fundamentals-of-Embedded-Development-E-Book-US/ EEMBC Organization - CoreMark: https://www.eembc.org/coremark/

• published: 09 Apr 2023
• views: 59

17:22

Product overview - STM32L4: Excellence in ultra-low-power with performance (ePresentation)

• Order: Reorder
• Duration: 17:22
• Uploaded Date: 31 Oct 2018
• views: 2078

Find out more information: http://bit.ly/ST-home-tag ST has built a new architecture to reach best-in-class ultra-low-power figures thanks to its high flexibil...

Find out more information: http://bit.ly/ST-home-tag ST has built a new architecture to reach best-in-class ultra-low-power figures thanks to its high flexibility. STM32L4 MCUs have scored 447 in the standardized EEMBC™ ULPBench-CP® tests that compare the efficiency of ultra-low-power microcontrollers and scored 167 in the standardized EEMBC™ ULPMark-PP® tests that compare the efficiency of the peripherals. Moreover, the STM32L4 series shatters performance limits in the ultra-low-power world. It delivers 100 DMIPS based on its ARM® Cortex®-M4 core with FPU and ST ART Accelerator™ at 80 MHz. Follow us on : Facebook :http://bit.ly/Facebook-STMicroelectronics Twitter : http://bit.ly/Twitter-STMicroelectronics LinkedIn : http://bit.ly/Linkedin-STMicroelectronics Blog ST : http://bit.ly/Blog-STMicroelectronics

https://wn.com/Product_Overview_Stm32L4_Excellence_In_Ultra_Low_Power_With_Performance_(Epresentation)

Find out more information: http://bit.ly/ST-home-tag ST has built a new architecture to reach best-in-class ultra-low-power figures thanks to its high flexibility. STM32L4 MCUs have scored 447 in the standardized EEMBC™ ULPBench-CP® tests that compare the efficiency of ultra-low-power microcontrollers and scored 167 in the standardized EEMBC™ ULPMark-PP® tests that compare the efficiency of the peripherals. Moreover, the STM32L4 series shatters performance limits in the ultra-low-power world. It delivers 100 DMIPS based on its ARM® Cortex®-M4 core with FPU and ST ART Accelerator™ at 80 MHz. Follow us on : Facebook :http://bit.ly/Facebook-STMicroelectronics Twitter : http://bit.ly/Twitter-STMicroelectronics LinkedIn : http://bit.ly/Linkedin-STMicroelectronics Blog ST : http://bit.ly/Blog-STMicroelectronics

• published: 31 Oct 2018
• views: 2078

5:32

How to measure ULPBench score

• Order: Reorder
• Duration: 5:32
• Uploaded Date: 15 Dec 2016
• views: 1109

Find out more information: http://www.st.com/stm32l4 ST has built a highly flexible architecture to reach best-in-class ultra-low-power figures. STM32L4 MCUs...

Find out more information: http://www.st.com/stm32l4 ST has built a highly flexible architecture to reach best-in-class ultra-low-power figures. STM32L4 MCUs have scored 176.7 in the standardized EEMBC™ ULPBench® at 3.0 v and 334 at 1.8 v (with STM bench) that compare the efficiency of ultra-low-power microcontrollers. Moreover, the STM32L4 series shatters performance limits in the ultra-low-power world. It delivers 100 DMIPS based on its ARM® Cortex®-M4 core with FPU and ST ART Accelerator.

https://wn.com/How_To_Measure_Ulpbench_Score

Find out more information: http://www.st.com/stm32l4 ST has built a highly flexible architecture to reach best-in-class ultra-low-power figures. STM32L4 MCUs have scored 176.7 in the standardized EEMBC™ ULPBench® at 3.0 v and 334 at 1.8 v (with STM bench) that compare the efficiency of ultra-low-power microcontrollers. Moreover, the STM32L4 series shatters performance limits in the ultra-low-power world. It delivers 100 DMIPS based on its ARM® Cortex®-M4 core with FPU and ST ART Accelerator.

• published: 15 Dec 2016
• views: 1109

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  5:30

  Part 1/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Frameworkremove from playlistshare this video

  Part 1/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

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  • published: 11 Jun 2021
  • views: 769

  Part 1 of this two-part tutorial explains how to connect the basic framework hardware components such as: the energy monitor, IO Manager, level shifters, and device under test. Links -- STMicroelectronics LPM01A Energy Monitor: https://www.st.com/en/evaluation-tools/x-nucleo-lpm01a.html Arduino UNO: https://store.arduino.cc/usa/arduino-uno-rev3 Adafruit, BSS138: https://www.adafruit.com/product/757 Really nice hookup cables (pricey, but worth it): https://www.digikey.com/en/products/detail/e-z-hook/9110-6-S/2603112?s=N4IgTCBcDaICwDYCMBaJYAccUDkAiABCALoC%2BQA EEMBC Home Page: https://www.eembc.org EEMBC GitHub Page: https://github.com/eembc

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  2:07

  HIgh-performance STM32 F2 - EEMBC Coremark benchmarkremove from playlistshare this video

  HIgh-performance STM32 F2 - EEMBC Coremark benchmark

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  • published: 12 Jan 2012
  • views: 1057

  A demonstration of how the high-performance STM32 F-2 MCU rates on the EEMBC Coremark benchmarking.

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  16:38

  Understanding EEMBC's SecureMark(tm)-TLS Benchmarkremove from playlistshare this video

  Understanding EEMBC's SecureMark(tm)-TLS Benchmark

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  • published: 14 Dec 2018
  • views: 721

  Hannes Tschofenig (ARM) and Peter Torelli (EEMBC) explain the EEMBC SecureMark(tm)-TLS benchmark

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  7:39

  EEMBC talks about benchmarking the IoT at Embedded Worldremove from playlistshare this video

  EEMBC talks about benchmarking the IoT at Embedded World

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  • published: 04 Mar 2016
  • views: 79

  In this episode of PSDtv, EEMBC talks on Paultre on Power about benchmarking the devices and infrastructure of the Internet of Things (IoT). Proper benchmarks enable manufacturers to create systems with understandable expectations by knowing the general performance parameters of the equipment and components involved. www.eembc.org www.powersystemsdesign.com

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  4:54

  EEMBC works on benchmark for ultra-low power microcontrollerremove from playlistshare this video

  EEMBC works on benchmark for ultra-low power microcontroller

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  • published: 21 Oct 2013
  • views: 139

  Markus Levy, president of Embedded Microprocessor Benchmark Consortium (EEMBC), discusses plans to develop an industry-standard method to evaluate the energy efficiency of ultra-low power microcontrollers. The benchmark will give designers a much-needed way to test, validate and compare the real-world energy consumption of microcontrollers used in products with extended battery life.

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  4:28

  Part 2/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Frameworkremove from playlistshare this video

  Part 2/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

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  • published: 11 Jun 2021
  • views: 433

  Part 2 of this two-part tutorial explains how to use the Benchmark Host Runner program to connect to the framework and take an energy measurement.

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  30:11

  How to Use the CoreMark®-PRO Benchmarkremove from playlistshare this video

  How to Use the CoreMark®-PRO Benchmark

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  • published: 25 Sep 2021
  • views: 2570

  NOTE: This video contains a lot of small text and must be watched at 720p or 1080p (preferred) resolution, otherwise you'll just see lots of colorful blurs! This detailed walk-through explains how to run CoreMark-PRO out-of-the-box on Linux, and how to port (and optimize) it to an STMicroelectronics MPU. Viewers should have a basic understanding of CoreMark-PRO, please refer to the documentation on its GitHub repository at: https://github.com/eembc/coremark-pro Part 1 walks the viewer through a simple make-based build and explores parallelism on Linux system. Part 2 focuses on an embedded port, is presented from the perspective of a first-time developer, showing common compiler warnings and errors, and explaining how to fix each one. Once functionality has been achieved, the tutorial demonstrates simple, first-order optimizations: compiler settings, clock tree, and cache enabling. The following links are provided as a reference aid. Part 1: Linux Host-Mode (Ubuntu 20.04 on an Intel Core i7 with GCC) - Clone and build with make : https://www.youtube.com/watch?v=cXf_KvfvujI&t=0m12s - Automated run & score computation : https://www.youtube.com/watch?v=cXf_KvfvujI&t=1m50s - Tuning the iterations : https://www.youtube.com/watch?v=cXf_KvfvujI&t=4m10s - Enabling parallel execution: https://www.youtube.com/watch?v=cXf_KvfvujI&t=5m20s Part 2: Bare-metal single-thread remote target (STMicroelectronics STM32H747 with IAR EWARM 8.50) - Initialize a project with CubeMX : https://www.youtube.com/watch?v=cXf_KvfvujI&t=7m20s - Verify "printf" output to the IDE: https://www.youtube.com/watch?v=cXf_KvfvujI&t=8m45s - Import & compile the MITH module : https://www.youtube.com/watch?v=cXf_KvfvujI&t=9m51s - Debugging pthread, stat, and aligned malloc errors : https://www.youtube.com/watch?v=cXf_KvfvujI&t=11m37s - Import & compile the Adaptation Layer : https://www.youtube.com/watch?v=cXf_KvfvujI&t=14m35s - Debugging file and creating the timer : https://www.youtube.com/watch?v=cXf_KvfvujI&t=15m20s - Import a workload & resolve duplicate main (& argc/argv) : https://www.youtube.com/watch?v=cXf_KvfvujI&t=18m00s - Debugging heap malloc error : https://www.youtube.com/watch?v=cXf_KvfvujI&t=22m53s - Debugging a mis-configured timer resolution : https://www.youtube.com/watch?v=cXf_KvfvujI&t=23m50s - Enabling compiler optimizations : https://www.youtube.com/watch?v=cXf_KvfvujI&t=25m41s - Re-configuring the clock tree : https://www.youtube.com/watch?v=cXf_KvfvujI&t=26m35s - Enabling I$ & D$ : https://www.youtube.com/watch?v=cXf_KvfvujI&t=27m58s

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  9:57

  IAR Embedded Workbench - Features and Benefitsremove from playlistshare this video

  IAR Embedded Workbench - Features and Benefits

  • Report rights infringement
  • published: 09 Apr 2023
  • views: 59

  IAR Embedded Workbench is a powerful development solution for embedded systems. It supports over 15,000 microcontroller devices in 25 architectures, ranging from the smallest 8-bit devices to high-performance 64-bit devices. In total, this includes microcontrollers from more than 70 semiconductor vendors. This video will highlight some of the benefits of IAR Embedded Workbench. Reference Links IAR Systems: https://www.iar.com/ 12 Fundamentals of Embedded Software Development e-book: https://www.iar.com/12-Fundamentals-of-Embedded-Development-E-Book-US/ EEMBC Organization - CoreMark: https://www.eembc.org/coremark/

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  17:22

  Product overview - STM32L4: Excellence in ultra-low-power with performance (ePresentation)remove from playlistshare this video

  Product overview - STM32L4: Excellence in ultra-low-power with performance (ePresentation)

  • Report rights infringement
  • published: 31 Oct 2018
  • views: 2078

  Find out more information: http://bit.ly/ST-home-tag ST has built a new architecture to reach best-in-class ultra-low-power figures thanks to its high flexibility. STM32L4 MCUs have scored 447 in the standardized EEMBC™ ULPBench-CP® tests that compare the efficiency of ultra-low-power microcontrollers and scored 167 in the standardized EEMBC™ ULPMark-PP® tests that compare the efficiency of the peripherals. Moreover, the STM32L4 series shatters performance limits in the ultra-low-power world. It delivers 100 DMIPS based on its ARM® Cortex®-M4 core with FPU and ST ART Accelerator™ at 80 MHz. Follow us on : Facebook :http://bit.ly/Facebook-STMicroelectronics Twitter : http://bit.ly/Twitter-STMicroelectronics LinkedIn : http://bit.ly/Linkedin-STMicroelectronics Blog ST : http://bit.ly/Blog-STMicroelectronics

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  5:32

  How to measure ULPBench scoreremove from playlistshare this video

  How to measure ULPBench score

  • Report rights infringement
  • published: 15 Dec 2016
  • views: 1109

  Find out more information: http://www.st.com/stm32l4 ST has built a highly flexible architecture to reach best-in-class ultra-low-power figures. STM32L4 MCUs have scored 176.7 in the standardized EEMBC™ ULPBench® at 3.0 v and 334 at 1.8 v (with STM bench) that compare the efficiency of ultra-low-power microcontrollers. Moreover, the STM32L4 series shatters performance limits in the ultra-low-power world. It delivers 100 DMIPS based on its ARM® Cortex®-M4 core with FPU and ST ART Accelerator.

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Part 1/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

• Report rights infringement
• published: 11 Jun 2021
• views: 769

Part 1 of this two-part tutorial explains how to connect the basic framework hardware components such as: the energy monitor, IO Manager, level shifters, and device under test. Links -- STMicroelectronics LPM01A Energy Monitor: https://www.st.com/en/evaluation-tools/x-nucleo-lpm01a.html Arduino UNO: https://store.arduino.cc/usa/arduino-uno-rev3 Adafruit, BSS138: https://www.adafruit.com/product/757 Really nice hookup cables (pricey, but worth it): https://www.digikey.com/en/products/detail/e-z-hook/9110-6-S/2603112?s=N4IgTCBcDaICwDYCMBaJYAccUDkAiABCALoC%2BQA EEMBC Home Page: https://www.eembc.org EEMBC GitHub Page: https://github.com/eembc

• Show More

5:30

Part 1/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

Part 1 of this two-part tutorial explains how to connect the basic framework hardware comp...

published: 11 Jun 2021

Play in Full Screen

Part 1/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

Part 1/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

• Report rights infringement
• published: 11 Jun 2021
• views: 769

Part 1 of this two-part tutorial explains how to connect the basic framework hardware components such as: the energy monitor, IO Manager, level shifters, and device under test. Links -- STMicroelectronics LPM01A Energy Monitor: https://www.st.com/en/evaluation-tools/x-nucleo-lpm01a.html Arduino UNO: https://store.arduino.cc/usa/arduino-uno-rev3 Adafruit, BSS138: https://www.adafruit.com/product/757 Really nice hookup cables (pricey, but worth it): https://www.digikey.com/en/products/detail/e-z-hook/9110-6-S/2603112?s=N4IgTCBcDaICwDYCMBaJYAccUDkAiABCALoC%2BQA EEMBC Home Page: https://www.eembc.org EEMBC GitHub Page: https://github.com/eembc

• Show More

2:07

HIgh-performance STM32 F2 - EEMBC Coremark benchmark

A demonstration of how the high-performance STM32 F-2 MCU rates on the EEMBC Coremark benc...

published: 12 Jan 2012

Play in Full Screen

HIgh-performance STM32 F2 - EEMBC Coremark benchmark

HIgh-performance STM32 F2 - EEMBC Coremark benchmark

• Report rights infringement
• published: 12 Jan 2012
• views: 1057

A demonstration of how the high-performance STM32 F-2 MCU rates on the EEMBC Coremark benchmarking.

• Show More

16:38

Understanding EEMBC's SecureMark(tm)-TLS Benchmark

Hannes Tschofenig (ARM) and Peter Torelli (EEMBC) explain the EEMBC SecureMark(tm)-TLS ben...

published: 14 Dec 2018

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Understanding EEMBC's SecureMark(tm)-TLS Benchmark

Understanding EEMBC's SecureMark(tm)-TLS Benchmark

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• published: 14 Dec 2018
• views: 721

Hannes Tschofenig (ARM) and Peter Torelli (EEMBC) explain the EEMBC SecureMark(tm)-TLS benchmark

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7:39

EEMBC talks about benchmarking the IoT at Embedded World

In this episode of PSDtv, EEMBC talks on Paultre on Power about benchmarking the devices a...

published: 04 Mar 2016

Play in Full Screen

EEMBC talks about benchmarking the IoT at Embedded World

EEMBC talks about benchmarking the IoT at Embedded World

• Report rights infringement
• published: 04 Mar 2016
• views: 79

In this episode of PSDtv, EEMBC talks on Paultre on Power about benchmarking the devices and infrastructure of the Internet of Things (IoT). Proper benchmarks enable manufacturers to create systems with understandable expectations by knowing the general performance parameters of the equipment and components involved. www.eembc.org www.powersystemsdesign.com

• Show More

4:54

EEMBC works on benchmark for ultra-low power microcontroller

Markus Levy, president of Embedded Microprocessor Benchmark Consortium (EEMBC), discusses ...

published: 21 Oct 2013

Play in Full Screen

EEMBC works on benchmark for ultra-low power microcontroller

EEMBC works on benchmark for ultra-low power microcontroller

• Report rights infringement
• published: 21 Oct 2013
• views: 139

Markus Levy, president of Embedded Microprocessor Benchmark Consortium (EEMBC), discusses plans to develop an industry-standard method to evaluate the energy efficiency of ultra-low power microcontrollers. The benchmark will give designers a much-needed way to test, validate and compare the real-world energy consumption of microcontrollers used in products with extended battery life.

• Show More

4:28

Part 2/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

Part 2 of this two-part tutorial explains how to use the Benchmark Host Runner program to ...

published: 11 Jun 2021

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Part 2/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

Part 2/2: Introduction to EEMBC(r)'s EnergyRunner(tm) Framework

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• published: 11 Jun 2021
• views: 433

Part 2 of this two-part tutorial explains how to use the Benchmark Host Runner program to connect to the framework and take an energy measurement.

• Show More

30:11

How to Use the CoreMark®-PRO Benchmark

NOTE: This video contains a lot of small text and must be watched at 720p or 1080p (prefer...

published: 25 Sep 2021

Play in Full Screen

How to Use the CoreMark®-PRO Benchmark

How to Use the CoreMark®-PRO Benchmark

• Report rights infringement
• published: 25 Sep 2021
• views: 2570

NOTE: This video contains a lot of small text and must be watched at 720p or 1080p (preferred) resolution, otherwise you'll just see lots of colorful blurs! This detailed walk-through explains how to run CoreMark-PRO out-of-the-box on Linux, and how to port (and optimize) it to an STMicroelectronics MPU. Viewers should have a basic understanding of CoreMark-PRO, please refer to the documentation on its GitHub repository at: https://github.com/eembc/coremark-pro Part 1 walks the viewer through a simple make-based build and explores parallelism on Linux system. Part 2 focuses on an embedded port, is presented from the perspective of a first-time developer, showing common compiler warnings and errors, and explaining how to fix each one. Once functionality has been achieved, the tutorial demonstrates simple, first-order optimizations: compiler settings, clock tree, and cache enabling. The following links are provided as a reference aid. Part 1: Linux Host-Mode (Ubuntu 20.04 on an Intel Core i7 with GCC) - Clone and build with make : https://www.youtube.com/watch?v=cXf_KvfvujI&t=0m12s - Automated run & score computation : https://www.youtube.com/watch?v=cXf_KvfvujI&t=1m50s - Tuning the iterations : https://www.youtube.com/watch?v=cXf_KvfvujI&t=4m10s - Enabling parallel execution: https://www.youtube.com/watch?v=cXf_KvfvujI&t=5m20s Part 2: Bare-metal single-thread remote target (STMicroelectronics STM32H747 with IAR EWARM 8.50) - Initialize a project with CubeMX : https://www.youtube.com/watch?v=cXf_KvfvujI&t=7m20s - Verify "printf" output to the IDE: https://www.youtube.com/watch?v=cXf_KvfvujI&t=8m45s - Import & compile the MITH module : https://www.youtube.com/watch?v=cXf_KvfvujI&t=9m51s - Debugging pthread, stat, and aligned malloc errors : https://www.youtube.com/watch?v=cXf_KvfvujI&t=11m37s - Import & compile the Adaptation Layer : https://www.youtube.com/watch?v=cXf_KvfvujI&t=14m35s - Debugging file and creating the timer : https://www.youtube.com/watch?v=cXf_KvfvujI&t=15m20s - Import a workload & resolve duplicate main (& argc/argv) : https://www.youtube.com/watch?v=cXf_KvfvujI&t=18m00s - Debugging heap malloc error : https://www.youtube.com/watch?v=cXf_KvfvujI&t=22m53s - Debugging a mis-configured timer resolution : https://www.youtube.com/watch?v=cXf_KvfvujI&t=23m50s - Enabling compiler optimizations : https://www.youtube.com/watch?v=cXf_KvfvujI&t=25m41s - Re-configuring the clock tree : https://www.youtube.com/watch?v=cXf_KvfvujI&t=26m35s - Enabling I$ & D$ : https://www.youtube.com/watch?v=cXf_KvfvujI&t=27m58s

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9:57

IAR Embedded Workbench - Features and Benefits

IAR Embedded Workbench is a powerful development solution for embedded systems. It suppo...

published: 09 Apr 2023

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IAR Embedded Workbench - Features and Benefits

IAR Embedded Workbench - Features and Benefits

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• published: 09 Apr 2023
• views: 59

IAR Embedded Workbench is a powerful development solution for embedded systems. It supports over 15,000 microcontroller devices in 25 architectures, ranging from the smallest 8-bit devices to high-performance 64-bit devices. In total, this includes microcontrollers from more than 70 semiconductor vendors. This video will highlight some of the benefits of IAR Embedded Workbench. Reference Links IAR Systems: https://www.iar.com/ 12 Fundamentals of Embedded Software Development e-book: https://www.iar.com/12-Fundamentals-of-Embedded-Development-E-Book-US/ EEMBC Organization - CoreMark: https://www.eembc.org/coremark/

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17:22

Product overview - STM32L4: Excellence in ultra-low-power with performance (ePresentation)

Find out more information: http://bit.ly/ST-home-tag ST has built a new architecture to r...

published: 31 Oct 2018

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Product overview - STM32L4: Excellence in ultra-low-power with performance (ePresentation)

Product overview - STM32L4: Excellence in ultra-low-power with performance (ePresentation)

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• published: 31 Oct 2018
• views: 2078

Find out more information: http://bit.ly/ST-home-tag ST has built a new architecture to reach best-in-class ultra-low-power figures thanks to its high flexibility. STM32L4 MCUs have scored 447 in the standardized EEMBC™ ULPBench-CP® tests that compare the efficiency of ultra-low-power microcontrollers and scored 167 in the standardized EEMBC™ ULPMark-PP® tests that compare the efficiency of the peripherals. Moreover, the STM32L4 series shatters performance limits in the ultra-low-power world. It delivers 100 DMIPS based on its ARM® Cortex®-M4 core with FPU and ST ART Accelerator™ at 80 MHz. Follow us on : Facebook :http://bit.ly/Facebook-STMicroelectronics Twitter : http://bit.ly/Twitter-STMicroelectronics LinkedIn : http://bit.ly/Linkedin-STMicroelectronics Blog ST : http://bit.ly/Blog-STMicroelectronics

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5:32

How to measure ULPBench score

Find out more information: http://www.st.com/stm32l4 ST has built a highly flexible arch...

published: 15 Dec 2016

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How to measure ULPBench score

How to measure ULPBench score

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• published: 15 Dec 2016
• views: 1109

Find out more information: http://www.st.com/stm32l4 ST has built a highly flexible architecture to reach best-in-class ultra-low-power figures. STM32L4 MCUs have scored 176.7 in the standardized EEMBC™ ULPBench® at 3.0 v and 334 at 1.8 v (with STM bench) that compare the efficiency of ultra-low-power microcontrollers. Moreover, the STM32L4 series shatters performance limits in the ultra-low-power world. It delivers 100 DMIPS based on its ARM® Cortex®-M4 core with FPU and ST ART Accelerator.

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EEMBC

EEMBC, the Embedded Microprocessor Benchmark Consortium, is a non-profit organization formed in 1997 with the aim of developing performance benchmarks for the hardware and software used in embedded systems. The goal of its members is to make EEMBC benchmarks an industry standard for evaluating the capabilities of embedded microprocessors, compilers, and the associated embedded system implementations, according to objective, clearly defined, application-based criteria.

Score certification program

EEMBC members can publish their benchmark test results after submitting these scores and their entire benchmark platform to the EEMBC Technology Center (ETC) for official (and free) certification. During the certification process, the ETC rebuilds the benchmark code and verifies accuracy and repeatability.

Benchmark chronology

Up until 2004, the EEMBC benchmarks targeted embedded processors and were exclusively built using C standard library compatible source code. These benchmark suites included AutoBench 1.1 (for automotive, industrial, and general-purpose applications), ConsumerBench 1.1 (for digital imaging tasks), Networking 1.1, OABench 1.1 (targeting printer-related applications), and TeleBench 1.1 (for Digital signal processors).

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This page contains text from Wikipedia, the Free Encyclopedia - https://wn.com/EEMBC

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