PassMark - CPU Comparison (2024)

Performance of selected CPUs can be found below. The values for the CPU are determined from thousands ofPerformanceTest benchmark results and is updated daily.

  • cpus
  • High End
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  • Top Gaming CPUs
  • CPU Mega List
  • Search Model
  • Compare0
  • Common
  • MostBenchmarked
  • AMD vs Intel Market Share
  • Year on Year Performance

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';toast.style.backgroundColor = "#AE0034";launch_toast();//toast.innerHTML = oldText;//toast.style.backgroundColor = oldBgColor;}}_AddCPU(CPUId, CPUName, CPUCount) {CPUCount = typeof CPUCount !== 'undefined' ? parseInt(CPUCount) : 1;CPUId = parseInt(CPUId);for( var i = 0; i < this.CPUs.length; i++ )if( this.CPUs[i].CPUId == CPUId && this.CPUs[i].CPUCount == CPUCount )return true; // Already addedif( this.CPUs.length < MAX_COMPARE ){console.log( "Index: "+this.CPUs.length+", CPUId: "+CPUId+", CPUName: "+CPUName+", CPUCount: "+CPUCount);this.CPUs.push(new CPU(CPUId, CPUName, CPUCount));return true;}return false;}removeCPU(CPUId, CPUCount) {if( this._RemoveCPU(CPUId, "", CPUCount) ){let _this = this;$.ajax({type: "POST",url: "/compareAjax.php",data: {action: "remove",cpuid: CPUId,cpucount: CPUCount},success: function( data ) {console.log(data);_this.UpdateGUI();},});}}_RemoveCPU(CPUId, CPUName, CPUCount) {CPUCount = typeof CPUCount !== 'undefined' ? CPUCount : 1;for( var i = 0; i < this.CPUs.length; i++ )if( this.CPUs[i].CPUId == CPUId && this.CPUs[i].CPUCount == CPUCount ){this.CPUs.splice(i,1);return true;}return false;}removeAll() {this.CPUs.length = 0;let _this = this;$.ajax({type: "POST",url: "/compareAjax.php",data: {action: "removeAll"},success: function( data ) {console.log(data);_this.UpdateGUI();},});}_RemoveAll() {this.CPUs.length = 0;}CompareCPUs(interactive) {if( this.CPUs.length < 2 ){if(interactive) alert( "Minimum of 2 CPUs are required for comparison");return;}// Build Param Stringlet paramString1 = "";let paramString2 = "";for( let i = 0; i < this.CPUs.length; i++ ){if( i ){paramString1 += " vs ";paramString2 += "vs";}var name = this.CPUs[i].CPUName;var n = name.indexOf("@");if( n > 0 ){name = name.substr( 0, n-1 );}name = name.replace( /\//g, "", name );name = name.replace( /Intel\sCore\b/i, "Intel " );name = name.replace( /\s+/g, " ", name );paramString1 += name;paramString2 += "" + this.CPUs[i].CPUId;if( typeof this.CPUs[i].CPUCount !== 'undefined' && Number.isInteger( this.CPUs[i].CPUCount ) && this.CPUs[i].CPUCount > 1 )paramString2 += "." + this.CPUs[i].CPUCount.toString();}// Redirect to comparison pagelet locationHref = "/compare";window.location.href = encodeURI(locationHref +"/" + paramString2 +"/" + paramString1.replace(/\s/g, "-"));}}function updateSidebar(){let objSidebar = document.getElementById("sidebar");if( !objSidebar ){console.log( "Error: Object 'sidebar' not found!" );return;}console.log( "UpdateSideBar() Max Compare: " + MAX_COMPARE );console.log( myCmp.CPUs );let pSidebar = document.getElementById("sidebar_default_text");let tableSidebar = document.getElementById( "sidebar_table" );let buttonSidebar = document.getElementById( "sidebar_button" );let divTableSidebar = document.getElementById( "div_sidebar_table" );pSidebar.style.display = (myCmp.CPUs.length < 2) ? "block":"none";divTableSidebar.style.display = "block";buttonSidebar.style.display = "block";// Remove all previous rowswhile( tableSidebar.hasChildNodes() )tableSidebar.removeChild( tableSidebar.lastChild );// Headerlet header = tableSidebar.createTHead();let headRow = header.insertRow();let headCell = document.createElement("th");let col2 = headRow.insertCell();let col1 = headRow.insertCell();col1.setAttribute( "class", "ta-center" );col2.appendChild( document.createTextNode( "Compare List" ) );col1.appendChild( document.createTextNode( "" ) );// Create new rows for CPUslet body = tableSidebar.createTBody();let i;for( i = 0; i < myCmp.CPUs.length; i++ ){row = body.insertRow( -1 );row.setAttribute( "id", "" + myCmp.CPUs[i].CPUId );if( i % 2 )row.setAttribute( "class", "alt" );col2 = row.insertCell();col2.appendChild( document.createTextNode( "" + (i+1) + ": " + myCmp.CPUs[i].CPUName ));col1 = row.insertCell( -1 );col1.setAttribute( "class", "ta-center" );let but = document.createElement( "button" );but.appendChild( document.createTextNode("X") );but.onclick = function(id, numCPUs) {return function(){myCmp.removeCPU(id, numCPUs );anim();};}(myCmp.CPUs[i].CPUId, myCmp.CPUs[i].CPUCount > 1 ? myCmp.CPUs[i].CPUCount : 1);col1.appendChild( but );}if( i < MAX_COMPARE ){let row = body.insertRow( -1 );row.setAttribute( "id", "selectCPU" );if( i % 2 )row.setAttribute( "class", "alt" );let label = document.createElement( "label" );label.setAttribute("for", "autocomplete");label.setAttribute("style", "color: #00496B; font-size:10px;");label.appendChild( document.createTextNode("Add other CPU:") );let img = document.createElement( "img" );img.setAttribute("class", "icon-s-comp");img.setAttribute("src", "/img/compsearch.svg");let x = document.createElement( "input" );x.setAttribute( "id", "autocomplete" );x.setAttribute( "placeholder", "Intel Core ..." );x.setAttribute( "type", "text" );//x.setAttribute( "class", "input-box" );let col = row.insertCell();col.setAttribute( "colspan", 2 );col.appendChild( label );col.appendChild( document.createElement( "br" ));col.appendChild( img );col.appendChild( x );}}var myCmp = new MyCompare();$(document).ready( function($) {// Floating sidebar $('#sidebar').portamento();myCmp.UpdateGUI();});$(document).on('keydown.autocomplete', '#autocomplete', function() {jQuery(this).autocomplete({//lookup: lookupCPUs,serviceUrl: '/autocomplete/cpu/',onSelect: function(suggestion){myCmp.addCPU( suggestion.data, suggestion.value, 1 );},showNoSuggestionNotice: true,noSuggestionNotice: "Failed to locate CPU model. Try looking at mega list to see all names instead.",width: 300,minChars: 3,preventBadQueries: true,deferRequestBy: 200});});$("#sidebar_minimize, #sidebar_restore").click( function(event) {event.preventDefault();jQuery('#portamento_container').toggle();jQuery('#sb_restore').toggle();});$("#sidebar_button").on( "click", function() {myCmp.CompareCPUs(true);});function anim() {var indexcmp = document.getElementById('indexcmp');if(indexcmp.innerHTML < MAX_COMPARE) {$(".cmp-header a svg").addClass("anim-class");$(".cmp-header .number-cmp").addClass("anim-bounce-class");setTimeout(function () {$(".cmp-header a svg").removeClass('anim-class');}, 1500); }}function anim2() {$(".cmp-header a svg").addClass("anim-class");setTimeout(function () {$(".cmp-header a svg").removeClass('anim-class');}, 1500);}function launch_toast(toastID) {//var indexcmp = document.getElementById("indexcmp"); var toast = document.getElementById("toast"); //toast.top = indexcmp.top+30; toast.className = "show"; toast.style.display = "block"; setTimeout(function(){ toast.className = toast.className.replace("show", ""); }, 5000);}

Add CPUs above to start comparisons.

... or visit one of the following popular comparisons (in the last day) below.

AMD Ryzen 7 7800X3D vs AMD Ryzen 5 7600X
AMD Ryzen 5 7520U vs Intel Core i5-1235U
Intel Core i5-1235U vs Intel Core i5-12450H
Intel N100 vs Intel Celeron N5105 @ 2.00GHz
AMD Ryzen 7 7700X vs AMD Ryzen 5 7600X
AMD Ryzen 5 7530U vs Intel Core i3-3110M @ 2.40GHz
AMD Ryzen 5 5600 vs AMD Ryzen 5 5600X
Intel Core i5-1235U vs Intel Core i3-1215U
Intel Pentium Gold G5400 @ 3.70GHz vs Intel Pentium G4400 @ 3.30GHz
AMD Ryzen 3 7320U vs Intel Core i3-1215U
Intel Core i5-1335U vs Intel Core i5-1235U
Intel Core Ultra 5 125H vs Intel Core Ultra 7 155H
Intel N97 vs Intel N100
AMD Ryzen 5 7600 vs AMD Ryzen 5 7600X
AMD Ryzen 5 5600 vs AMD Ryzen 5 3600
Intel Core i7-1255U vs Intel Core i5-1235U
AMD Ryzen 7 7730U vs AMD Ryzen 5 7530U
Intel Core i5-1235U vs Intel Core i5-1135G7 @ 2.40GHz
Intel N200 vs Intel N100
Intel Xeon E5-1660 v4 @ 3.20GHz vs Intel Xeon E5-2667 v4 @ 3.20GHz
Intel Core i7-1355U vs Intel Core i7-1255U
Intel Core i5-1335U vs AMD Ryzen 5 7530U
AMD Ryzen 7 5700X vs AMD Ryzen 5 5600X
AMD Ryzen 5 5600GT vs AMD Ryzen 5 5600
AMD Ryzen 9 7950X3D vs AMD Ryzen 9 7950X
Intel Core i5-1335U vs AMD Ryzen 7 7730U
Intel Core Ultra 9 185H vs Intel Core Ultra 7 155H
Intel Core i5-1235U vs AMD Ryzen 7 5700U
Intel Core i5-12500H vs Intel Core i5-12450H
AMD Ryzen 9 5900X vs AMD Ryzen 9 5950X

PassMark - CPU Comparison (2024)

FAQs

How to interpret PassMark score? ›

What is the passmark score and how do you use it? The passmark score makes it possible to objectively compare the performance of processors (and other PC components, eg the graphics card). The score is the result of a benchmark, a series of calculations that are performed repeatedly. A higher score is better.

What is a good CPU benchmark score? ›

You can find a chart of all the CPUMark values on the CPUbenchmark.net web site. A the time of writing 20,000+ was a high CPUMark while 8000 was more typical for a newish machine. The Mark values are good for a quick assessment of the hardware's performance.

How to compare performance of two CPUs? ›

In a nutshell, it comes down to how much computing can be done when all parts of a CPU come together in a single clock cycle. If performing Task X takes two clock cycles on CPU A and one clock cycle on CPU B, then CPU B might be the better processor, even if CPU A has a higher clock speed.

Why is my CPU benchmark so low? ›

If there's a lot of CPU activity in the background during the Benchmark test, it will affect the CPU score significantly. For example if you try to run the Benchmark test when Windows hasn't finished booting yet. Also, anti-virus software might be scanning your harddrive in the background.

What is a good benchmark score for a laptop? ›

A good CPU benchmark score is generally considered to be 10,000 or higher on PassMark, while a score of 5,000 or higher is considered to be good. However, this can vary depending on the specific benchmark and the tasks you will be using the CPU for.

What do CPU benchmarks mean? ›

Benchmarks allow for easy comparison between multiple CPUs by scoring their performance on a standardized series of tests, and they are useful in many instances: When buying or building a new PC. Use benchmark scores to gauge a system's ability to run games and applications before making a purchase.

What is considered good CPU percentage? ›

When your computer is idle, expect 10% CPU usage or less. If you're browsing the web or using standard programs like Microsoft Office, normal CPU usage is between 10% and 30%. Gaming can push your CPU to between 50% and 90%, depending on if you have a powerful gaming PC and the latest GTA 5 mods.

What is a good CPU rate? ›

2.5 GHz to 3.5 GHz is good for everyday use. 3.5 GHz to 4.0 GHz is great for gaming and more demanding tasks.

What is a good CPU count? ›

Most modern games benefit from 4-6 cores. High-end titles may utilize 8 cores effectively.

How do I know if one CPU is better than another? ›

Generally speaking, the higher the clock speed per core, the better. When choosing a new CPU, look for the highest clock speeds possible within your budget while also ensuring you have the cores/threads you need for your workloads.

Is i9 better than i7? ›

i9s have more cores and threads than i7s, all while hitting much higher frequencies. For example, the 14th-gen Intel Core i9 14900K is armed with 8 high-performance “P” cores and 16 more efficient “E” cores boosting up to 6GHz.

Is Intel or AMD better? ›

Which is better, AMD or Intel? Intel processors generally offer better overall performance and value, while AMD CPUs excel in power efficiency and specific use cases like high-end gaming with their 3D V-Cache processors.

Does RAM speed affect CPU benchmark? ›

Yes, RAM speed does matter. Faster RAM speeds allow for quicker transfer of data from the central processing unit (CPU) to the RAM, which enhances your computer's performance, especially in tasks that require heavy computation. However, the impact might not be noticeable in day-to-day computing tasks.

Why is my CPU at 100 but my GPU is low? ›

Why does the CPU use 100% utilization while GPU uses very little, like 5%? When, for example, a CPU has higher utilization than the GPU, it means that the system is experiencing bottleneck. Bottleneck refers to a component that limits the potential of other hardware due to differences in their maximum capabilities.

Why is my CPU so low? ›

Low CPU usage can be caused by a variety of factors, including: 1. Insufficient RAM or slow Hard Disk Drive: If your system doesn't have enough RAM or the hard drive is running slowly, it can cause the CPU to slow down. This could result in lower CPU usage.

How do you interpret test scores? ›

To accurately interpret test scores, the teacher needs to analyze the performance of the test as a whole and of the individual test items, and to use these data to draw valid inferences about student performance. This information also helps teachers prepare for posttest discussions with students about the exam.

How to interpret CCAT 7 results? ›

Score Ranges
  1. 130-160: Very Superior.
  2. 120-129: Superior.
  3. 110-119: High Average.
  4. 90-109: Average.
  5. 80-89: Low Average.
  6. 70-79: Borderline.
  7. 40-69: Extremely Low.

How to understand benchmark score? ›

A benchmark is simply a test that helps you compare similar products. Each of our benchmarks produces a score. The higher the score, the better the performance. So instead of trying to compare devices by looking at their specifications, you can just compare the benchmark scores.

How to read Geekbench scores? ›

Higher scores are better, with double the score indicating double the performance. If you're curious how your computer compares, you can download Geekbench 6 and run it on your computer to find out its score. This chart was last updated about 15 hours ago.

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