Google uses one crawler type (mobile or desktop) as the primary crawler for your site. All pages on your site that are crawled by Google are crawled using the primary crawler. The primary crawler for all new websites is the mobile crawler.

A page is indexed by Google if it has been visited by the Google crawler (“Googlebot”), analyzed for content and meaning, and stored in the Google index. While most pages are crawled before indexing, Google may also index pages without access to their content (for example, if a page is blocked by a robots.

The Google index lists all the webpages that Google knows about. It contains hundreds of billions of webpages and is constantly updated with new pages. To appear in search results, a web page must be in the Google Index. To be indexed, a page needs first to be crawled.

Crawling: Scour the Internet for content, looking over the code/content for each URL they find. Indexing: Store and organize the content found during the crawling process. Once a page is in the index, it’s in the running to be displayed as a result to relevant queries.

An index is another name for the database used by a search engine. Indexes contain the information on all the websites that Google (or any other search engine) was able to find. If a website is not in a search engine’s index, users will not be able to find it.

The indexing process Once it completes the initial indexing, it will continue to index new files as they are added or as you make modifications to existing files. If you work with and modify lots of files on a regular basis or transfer large quantities of new files to your computer, indexing can cause some slowing.

Indexing was designed to speed Windows search by cataloging files and folders on a storage device. SSDs will not benefit from this function so if the OS is on an SSD it can be disabled.

Indexing is the process of looking at files, email messages, and other content on your PC and cataloging their information, such as the words and metadata in them. When you search your PC after indexing, it looks at an index of terms to find results faster.

Go to Control Panel | Indexing Options to monitor the indexing. The DisableBackOff = 1 option makes the indexing go faster than the default value. You can continue to work on the computer but indexing will continue in the background and is less likely to pause when other programs are running.

But in short, to open up indexing options, hit Start, type “indexing,” and then click “Indexing Options.” In the “Indexing Options” window, click the “Modify” button. And then use the “Indexed Locations” window to select the folder you want included in the index.

Slow Windows 10 Search

1. Press Windows Key+X, or right click on the Windows icon, a menu will open up.
2. Click Control Panel.
3. Select Indexing Options.
4. Now click Modify. Here you can choose which drives you actually want indexed, make sure to keep the drives that contain all of your programs and files.

Very slow indexing, assuming your system is not busy – when indexing pauses – could indicate file system corruption or a disk problem. Could be worth running chkdsk and Crystal Diskinfo (free, checks SMART parameters).

A slow computer is often caused by too many programs running simultaneously, taking up processing power and reducing the PC’s performance. Click the CPU, Memory, and Disk headers to sort the programs that are running on your computer by how much of your computer’s resources they are taking.

Generally, the faster the RAM, the faster the processing speed. With faster RAM, you increase the speed at which memory transfers information to other components. Meaning, your fast processor now has an equally fast way of talking to the other components, making your computer much more efficient.

And, the answer to that is: in some scenarios and depending on how much RAM you have, yes, adding more RAM could increase your FPS. On the flip side, if you have a low amount of memory (say, 2GB-4GB), adding more RAM will increase your FPS in games that utilize more RAM than you previously had.

The base clock speeds on the i7 are faster than the i5 (meaning it’s faster), and you can bump up to a higher clock speed on the i7 with Turbo Boost than the i5. So it’s basically a naming convention, putting the i5 in the mainstream tier and the i7 in the enthusiast tier.

AMD vs Intel Productivity and Content Creation Performance In the non-gaming performance battle of AMD vs Intel CPUs, the picture is a lot clearer. AMD’s chips offer far more performance on both the mainstream desktop and HEDT platforms, so they are also more expensive than Intel’s respective flagships.

Core i7 CPUs will have a slightly higher top-end frequency and wattage, while i3/i5 CPUs have lower bottom-end frequency and wattage. All Haswell mobile CPUs released so far have both Turbo Boost and Hyperthreading (although i3 is likey to not support Turbo Boost) Core i7 CPUs have more Smart Cache than i5 and i3 CPUs.

Conclusion. In the end, Intel Core i5 is a great processor that is made for mainstream users who care about performance, speed and graphics. The Core i5 is suitable for most tasks, even heavy gaming. The Intel Core i7 is an even better processor that is made for enthusiasts and high-end users.

Yes 3.2 GHz is fast enough if all the stats of the CPU are good, but a 3.2 GHz with no turbo and low caches, 4 cores, low threads, and high power usage would be slower than a 2.4 GHz that has good stats on everything else. When gaming, my CPU throttles from 3.5 GHz to 0.8 GHz, and boosts back up after a while.

Core 2 Duo is much older than Core i5. The first Core 2 Duo processors were launched in 2006, while the first Core i5 was launched in 2009. Intel still makes Core i5 processors, but they don’t make Core 2 Duo anymore. In a nutshell, Core i5 is much newer and much faster.

2.9 ghz is not enough for gaming as the computer utilises this much power of just running your PC smoothly go for a 3.5 ghz speed it will be quite good.