GE High Performance Embedded Computer (HPEC) Center of Excellence
February 12, 2013
Video
Embedded Computing Design
GE High Performance Embedded Computer (HPEC) Center of Excellence
http://defense.ge-ip.com/products/hpec/c560
Welcome to GE Intelligent Platform's High Performance Embedded Computer (HPEC) Center of Excellence to support ISR radar and EW applications.
High Performance Embedded Computing, HPEC, is a term used to describe systems specifically developed for embedded environments with specific size, weight and power constraints. These systems are commonly deployed in ARC and land vehicles with typical applications being radar, signal intelligence and processing. I will now show you one of our land development systems you can buy off the shelf today. This system includes a signal processing application using our GE to AXIS middleware.
Our goal is to provide our customers with integrated HPEC system solutions that greatly reduce their time to deployment. We can help customers in buying and sizing their HPEC systems to meet their application needs and we can also offer training and application integration support as well as services such as processor algorithm optimization. Customers benefit from this by leveraging our expertise in our COTS board level products and our application knowledge and by buying an application orientated solution. So instead of buying a set of components that they need to integrate and make work together, they can buy a fully integrated development system that also has a path to a fully rugged deployable solution. The customer can simply turn the system on and start developing their application in minutes.
For more information, please visit defense.ge-ip.com
var Hubs = window.Hubs || {}; Hubs.recommendation = {"enabled":true,"isRecommendationFound":null,"id":46698,"isInternalRule":false,"isAiRule":true,"recommendationAiContent":"all_streams","recommendationAiStreams":[],"source_collection_id":0,"template":{"max_items_to_display":8,"max_item_age":365,"enable_panel":0,"panel_top_auto":1,"panel_top_pixels":20,"panel_delay":0,"override_next":1,"label_recommended":"Recommended","hide_publish_date":0}};
×
// Called when a Parent Window of an Embedded IFrame has Initial Load Data function g_iFrameLoadDataCallback(loadData) { $('window').trigger('loadData', [loadData]); }
// Called when a Parent Window of an Embedded IFrame is Scrolled function g_iFrameScrollCallback(scrollTop, offsetTop, viewportX, viewportY) { $('window').trigger('scroll', [scrollTop, offsetTop, viewportX, viewportY]); }
'search' : { 'enabled' : true, 'labels' : { 'home' : 'Home', 'videos' : 'Videos', 'blogs' : 'Articles & Blogs', 'docs' : 'White Papers & Publications', 'social' : 'Social', 'recent' : 'Recent Searches', 'noItems' : 'No Items Found', 'noItemsStream' : 'No Items Found in this Stream', 'seeMore' : 'See more', 'searchEntireHub' : 'Search the rest of the Hub', 'searchAllContent': 'All Content', 'searchPlaceholder':'Search' }, 'maxRecents' : 5 },
'isMobile' : false, 'isEmbedded' : false, 'isEmbeddedTile' : false,
'labOptions' : {"topMenu":false,"permHeader":true,"noHeader":true,"hideBanner":false,"highlightFirst":false,"stickyFooter":true,"flipbookBreakOut":false,"linkBreakOut":false,"loadByButton":false,"navAlwaysTop":true}, 'embedOptions' : {"hideHeader":false,"hideBanner":false,"hideFooter":false,"hidePrimaryNav":false,"hideSecondaryNav":false,"linkBreakOut":false,"revealBehaviour":"fade"}, 'knownUser' : {"Mailchimp":0,"Hubspot":0,"Eloqua":0,"Marketo":0,"Pardot":0,"Acton":0}, 'eloquaFirstPartyCookies' : 0, 'mapIntegrations' : ["Marketo"], 'integrationsToTrackViews' : ["Marketo"], 'disableUfMetrics' : false, 'pageType' : Hubs.PAGE_TYPE_ITEM, 'bombora' : true, 'analyticsCodes' : ['UA-91807-34'], 'enableDebugger' : false, 'itemPreviewButtonLabel': 'Continue Reading...', 'externalApiUrl': 'https://v2.api.uberflip.com', 'isPreventAnalyticsCollectionEnabled': false, 'privacyGroups': [], });
/* Get uuid - used to pass back to bombora as our main identifier of this visitor */ window.getBomboraUuid = function() { return ''; };
/* Get page id - used to pass back to bombora as the item being viewed */ window.getBomboraUrlId = function(){ var env = 'production'; var $infoDiv = $('#page-type-identifier'); var item = { type : $infoDiv.attr('data-page-type'), collectionId : $infoDiv.attr('data-collection-id'), id : $infoDiv.attr('data-item-id') };
if(item.type === 'PAGE_TYPE_HUB'){ return env + '||' + Hubs.Config.hubId; } else if(item.type === 'PAGE_TYPE_COLLECTION'){ return env + '||' + Hubs.Config.hubId + '||' + item.collectionId; } else if(item.type === 'PAGE_TYPE_ITEM'){ return env + '||' + Hubs.Config.hubId + '||' + item.collectionId + '||' + item.id; } };
// Bombora tracking script (function (w,d,t) { _ml = w._ml || {}; _ml.eid = '52079'; // Uberflip ID -- DO NOT CHANGE _ml.fp = w.getBomboraUuid(); _ml.cid = w.getBomboraUrlId(); _ml.informer = { callback: function () { //call back when profile is loaded //data is loaded in _ml.us }, enable: true }; var s, cd, tag; s = d.getElementsByTagName(t)[0]; cd = new Date(); tag = d.createElement(t); tag.async = 1; tag.src = 'https://ml314.com/tag.aspx?' + cd.getDate() + cd.getMonth(); s.parentNode.insertBefore(tag, s); })(window,document,'script');
})(document,"script","munchkin",300000); } loadMarketoTracking();
function appendDCLink(){ $('.cta').each(function( i ){ var dataCtaId = $(this).attr('data-cta-id'); //Find CTA ID for targeting if (dataCtaId == '306999'){ //the ID of the Link CTA you're targeting var ctaLink = $(this).find('a').prop('href'); // var dcLink = "https://www.digikey.com/en/product-highlight/r/renesas/ra-mcus"; //the redirect on the link you're setting up var concatLink = ctaLink + "?" + dcLink; //concatenation of DC link tracking code and redirection code $(this).find('a').attr('href', concatLink); //append to href of appropriate CTA } else if (dataCtaId == '332336') { // DigiKey August 2020 var ctaLink = $(this).find('a').prop('href'); // var dcLink = "https://www.digikey.com/en/product-highlight/t/toshiba-semi-and-storage/low-power-discrete-semiconductors-for-the-iot"; var concatLink = ctaLink + "?" + dcLink; $(this).find('a').attr('href', concatLink); } else if (dataCtaId == '338033') { // DigiKey September 2020 var ctaLink = $(this).find('a').prop('href'); // var dcLink = "https://www.digikey.com/en/product-highlight/s/sitime/oscillator-selection#osc-type%7CTabs1"; var concatLink = ctaLink + "?" + dcLink; $(this).find('a').attr('href', concatLink); } else if (dataCtaId == '342073') { // DigiKey Oct 2020 var ctaLink = $(this).find('a').prop('href'); // var dcLink = "https://www.digikey.com/en/product-highlight/x/xilinx/zynq-ultrascale-mpsoc-zcu102-evaluation-kit"; var concatLink = ctaLink + "?" + dcLink; $(this).find('a').attr('href', concatLink); } }); }
/* Replace "Learn More" with "Read white paper" only one white paper stream */ function replaceText(selector, text, newText, flags) { var matcher = new RegExp(text, flags); $(selector).each(function () { var $this = $(this); if (!$this.children().length) $this.text($this.text().replace(matcher, newText)); }); }
function sponsoredTiles() { $('li[data-tags*="sponsored"]').addClass('sponsored'); $('.tile.sponsored').each(function(){ var $this = $(this); if($(this).find('.sponsored-label').lengthSponsored'); } }); }
function webcastTiles() { $('li[data-source-stream-id="773047"].tile').addClass('webcast'); $('.tile.webcast').each(function(){ var $this = $(this); if($(this).find('.webcast-label').lengthWebcast'); } }); }
function bloatedTiles() { $('.tile.with-img').each(function(){ var $this = $(this); if(($(this).find('h3.h3like').height()+$(this).find('h4').height())>132) { $(this).addClass('bloated'); } }); }
//data-source-stream-id="424317" function replaceAllText() { replaceText('.tile.single[data-source-stream-id="738160"]>a.view', 'Read Article', 'Read news story', 'g'); //data-source-stream-id="738160" replaceText('.stream-424317 .tile.single>a.view', 'Read Article', 'Read white paper', 'g'); replaceText('.tile.stream-613287>a.view, .tile[data-source-stream-id="613287"]>a.view', 'Read Article', 'Listen to Podcast'); replaceText('.tile.sponsored>a.view', 'Read Article', 'Learn More', 'g'); replaceText('.tile.stream-773047>a.view', 'Read Article', 'Register for Webcast', 'g'); replaceText('.tile.stream-7405615>a.view', 'Read Article', 'REGISTER', 'g'); }
$('html').ajaxStop(replaceAllText);
function onLoadOrChange($this){ sponsoredTiles(); webcastTiles(); bloatedTiles(); appendDCLink();
if($('meta[name="title"][content^="Sponsored:"]').length>0) { $('.level-three').first().addClass('sponsored'); } else if(typeof $this.currentItemTags == 'string' && $this.currentItemTags.length > 0 && $this.currentItemTags.indexOf('sponsored') > -1) { $('.level-three').first().addClass('sponsored'); } $('.level-three.sponsored').prepend('
if(typeof $this.currentItemTags == 'string' && $this.currentItemTags.length > 0 && $this.currentItemTags.indexOf('slide show') > -1) { $.getScript( 'http://cloud2.opensystemsmedia.com/share/JS/jquery-ui-1.12.1-uniqueId.min.js').done(function(){ $.getScript( 'http://cloud2.opensystemsmedia.com/share/JS/waypoints.min.js').done(function(){ var waypoints = $('.entry h2').uniqueId().waypoint({ handler: function(direction) { console.log(this.id+' (h2 hit)'); ga('send', 'pageview', window.location.pathname + '#slide'+this.id); } }) }); }); }
if(Hubs.appInstance.itemType != 'uberflip' && $('.entry iframe[src*="soundcloud"]').length 0 && $('meta[itemprop="image"]').attr('content').length > 11) { //$('.level-three .entry-wrapper').prepend('
var disqus_shortname = 'embedded'; var disqus_identifier = '292843503'; var disqus_url = 'https://www.embedded-computing.com/youtube-videos-embedded/ge-high-performance-embedded-computer-hpec-center-of-excellence';
var disqus_config = function () { this.page.url = disqus_url; this.page.identifier = disqus_identifier; };
(function() { var d = document, s = d.createElement('script');
s.src = '//' + disqus_shortname + '.disqus.com/embed.js';
s.setAttribute('data-timestamp', +new Date()); (d.head || d.body).appendChild(s); })();