function printDiv(eh)
{
var divToPrint=document.getElementById(eh);
var newWin=window.open('','Print-Window');
newWin.document.open();
newWin.document.write('<html><body onload="window.print()">'+divToPrint.innerHTML+'</body></html>');
newWin.document.close();
setTimeout(function(){newWin.close();},10);
}
(function(c, l, a, r, i, t, y) {
c[a] = c[a] || function() {
(c[a].q = c[a].q || []).push(arguments)
};
t = l.createElement(r);
t.async = 1;
t.src = "https://www.clarity.ms/tag/" + i + "?ref=wordpress";
y = l.getElementsByTagName(r)[0];
y.parentNode.insertBefore(t, y);
})(window, document, "clarity", "script", "uguy8v1u4s");
var ajaxurl = 'https://www.ampmlock.com/wp-admin/admin-ajax.php';
/*! LoadCSS. [c]2020 Filament Group, Inc. MIT License */
/* This file is meant as a standalone workflow for
- testing support for link[rel=preload]
- enabling async CSS loading in browsers that do not support rel=preload
- applying rel preload css once loaded, whether supported or not.
*/
(function(w){"use strict";var wpacuLoadCSS=function(href,before,media,attributes){var doc=w.document;var ss=doc.createElement('link');var ref;if(before){ref=before}else{var refs=(doc.body||doc.getElementsByTagName('head')[0]).childNodes;ref=refs[refs.length-1]}
var sheets=doc.styleSheets;if(attributes){for(var attributeName in attributes){if(attributes.hasOwnProperty(attributeName)){ss.setAttribute(attributeName,attributes[attributeName])}}}
ss.rel="stylesheet";ss.href=href;ss.media="only x";function ready(cb){if(doc.body){return cb()}
setTimeout(function(){ready(cb)})}
ready(function(){ref.parentNode.insertBefore(ss,(before?ref:ref.nextSibling))});var onwpaculoadcssdefined=function(cb){var resolvedHref=ss.href;var i=sheets.length;while(i--){if(sheets[i].href===resolvedHref){return cb()}}
setTimeout(function(){onwpaculoadcssdefined(cb)})};function wpacuLoadCB(){if(ss.addEventListener){ss.removeEventListener("load",wpacuLoadCB)}
ss.media=media||"all"}
if(ss.addEventListener){ss.addEventListener("load",wpacuLoadCB)}
ss.onwpaculoadcssdefined=onwpaculoadcssdefined;onwpaculoadcssdefined(wpacuLoadCB);return ss};if(typeof exports!=="undefined"){exports.wpacuLoadCSS=wpacuLoadCSS}else{w.wpacuLoadCSS=wpacuLoadCSS}}(typeof global!=="undefined"?global:this))
Storage needs depend on the number of cameras, video resolution, frames per second, and how long you want to keep your footage. For example, a single 1080p camera recording continuously will typically use around 20-30 GB per week, depending on encoding.
In this case a 1TB hard drive could store roughly 4-6 weeks of footage for four cameras. Using motion-activated recording or smart compression (like H.265) can significantly reduce storage usage while maintaining video quality.
var question_titles = ["How much storage do I need for my security camera system?"]
var ewd_ufaq_php_data = {"reveal_effect":"none","retrieving_results":"Retrieving Results","autocomplete_question":"1","question_titles":["How much storage do I need for my security camera system?"],"display_faq":"0","nonce":"61819626f5"}
(function( w ){
"use strict";
// rel=preload support test
if( !w.loadCSS ){
w.loadCSS = function(){};
}
// define on the loadCSS obj
var rp = loadCSS.relpreload = {};
// rel=preload feature support test
// runs once and returns a function for compat purposes
rp.support = (function(){
var ret;
try {
ret = w.document.createElement( "link" ).relList.supports( "preload" );
} catch (e) {
ret = false;
}
return function(){
return ret;
};
})();
// if preload isn't supported, get an asynchronous load by using a non-matching media attribute
// then change that media back to its intended value on load
rp.bindMediaToggle = function( link ){
// remember existing media attr for ultimate state, or default to 'all'
var finalMedia = link.media || "all";
function enableStylesheet(){
// unbind listeners
if( link.addEventListener ){
link.removeEventListener( "load", enableStylesheet );
} else if( link.attachEvent ){
link.detachEvent( "onload", enableStylesheet );
}
link.setAttribute( "onload", null );
link.media = finalMedia;
}
// bind load handlers to enable media
if( link.addEventListener ){
link.addEventListener( "load", enableStylesheet );
} else if( link.attachEvent ){
link.attachEvent( "onload", enableStylesheet );
}
// Set rel and non-applicable media type to start an async request
// note: timeout allows this to happen async to let rendering continue in IE
setTimeout(function(){
link.rel = "stylesheet";
link.media = "only x";
});
// also enable media after 3 seconds,
// which will catch very old browsers (android 2.x, old firefox) that don't support onload on link
setTimeout( enableStylesheet, 3000 );
};
// loop through link elements in DOM
rp.poly = function(){
// double check this to prevent external calls from running
if( rp.support() ){
return;
}
var links = w.document.getElementsByTagName( "link" );
for( var i = 0; i < links.length; i++ ){
var link = links[ i ];
// qualify links to those with rel=preload and as=style attrs
if( link.rel === "preload" && link.getAttribute( "as" ) === "style" && !link.getAttribute( "data-loadcss" ) ){
// prevent rerunning on link
link.setAttribute( "data-loadcss", true );
// bind listeners to toggle media back
rp.bindMediaToggle( link );
}
}
};
// if unsupported, run the polyfill
if( !rp.support() ){
// run once at least
rp.poly();
// rerun poly on an interval until onload
var run = w.setInterval( rp.poly, 500 );
if( w.addEventListener ){
w.addEventListener( "load", function(){
rp.poly();
w.clearInterval( run );
} );
} else if( w.attachEvent ){
w.attachEvent( "onload", function(){
rp.poly();
w.clearInterval( run );
} );
}
}
// commonjs
if( typeof exports !== "undefined" ){
exports.loadCSS = loadCSS;
}
else {
w.loadCSS = loadCSS;
}
}( typeof global !== "undefined" ? global : this ) );
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