Intel’s Optane memory is an exciting new addition to the company’s roster of data storage solutions, designed to increase performance while reducing power usage and heat generation. But before you pull the trigger on one of these new memory sticks, you should know whether or not your laptop supports them (most don’t). Read on to find out how to check if your laptop supports Optane memory.
Intel® OptaneTM memory is a new class of non-volatile memory that sits in between system memory and storage to accelerate system performance and responsiveness. Although you may find it hard to distinguish between storage devices, data storage will always be slower than system memory.
Intel® OptaneTM memory can help close that gap when used with an SSD. It’s also important to note that all Intel® OptaneTM memory modules are soldered directly onto your laptops. However, you can get it as a standard add-on card like PCIe or M.2
How do I know if my laptop supports Optane?
If you’re looking to upgrade your laptop’s storage capabilities, you may be wondering if it supports Optane. Optane is a new type of memory that is much faster than traditional hard drives and can significantly improve your laptop’s performance. So, how can you tell if your laptop supports Optane?
There are a few different ways to check. First, you can consult your laptop’s manual or specifications. This should list all of the compatible memory types for your particular model. Alternatively, you can also check the website of your laptop’s manufacturer. They should have a section dedicated to compatible memory types for each of their models.
Most vendors and retailers also put their own stickers on the laptops so you know if it has Optane drive.
Finally, you can also try installing Optane on your laptop and see if it works. If it does, great! You now have a faster, more responsive laptop. If it doesn’t, don’t worry – there are plenty of other storage options out there that will work just as well.
You can also check the laptop’s specs: If you have a Kaby Lake-based processor: Make sure your BIOS (the low-level software on your computer) is updated to version 21 or later.
If it isn’t, check with your manufacturer for updates. Next, ensure that Intel® Rapid Storage Technology (Intel® RST) version 15.5 or later is installed on your device.
What are the benefits of Intel® OptaneTM memory?
Intel® OptaneTM memory is a new class of non-volatile memory that sits in between system memory and storage, delivering high-speed responsiveness at a low cost. It redefines traditional approaches by supporting workloads like caching, logging, storing files, or just about anything else you’d want fast access to.
And because Intel® OptaneTM works with existing memory technologies and devices, it unlocks capabilities for entire platforms. With Intel® OptaneTM technology, systems will boot faster and more reliably, data will be protected even when there’s no power source available, and applications will load quicker than ever before.
Plus, users can take advantage of larger drives without having to sacrifice performance.
What are some key benefits of Intel® OptaneTM memory?:
Speed: System responsiveness is improved significantly. The amount of time it takes to open a program has been reduced from several seconds to just fractions of a second. This enables you to do more work in less time and makes your PC feel much faster. Workloads that require frequent reading and writing of data can now be completed in mere seconds instead of minutes.
Reliability: Data protection features built into Intel® OptaneTM technology improve platform resiliency against potential data loss. This helps ensure critical information is not lost due to unexpected events such as software bugs, viruses, power outages, or other disruptions.
How does Intel® OptaneTM work with my computer?
When combined with 3D XPointTM memory media, Intel® OptaneTM technology is capable of providing up to 1000 times higher endurance than NAND flash media
Additionally, unlike hard disk drives (HDDs), which spin at thousands of revolutions per minute (RPM), 3D XPointTM memory media only spins 10 times per second
As a result, Intel® OptaneTM technology provides consistent response times regardless of how quickly data is accessed. In fact, when used in conjunction with HDDs, Intel® OptaneTM technology allows for massive increases in overall drive speed and capacity.
What is different about Intel® OptaneTM memory?
Intel® OptaneTM memory helps make a better computer faster by using intelligent software algorithms that optimize system performance and responsiveness while allowing you to enjoy all of your favorite apps at their highest capability.
It’s more than just a cache drive, it’s an intelligent, adaptable storage solution for your PC. With Intel® OptaneTM memory, you can boot up in seconds, load massive files in an instant, accelerate gaming and improve overall system responsiveness without sacrificing capacity or affordability. It’s truly game-changing technology.
What does my laptop need in order to use Intel® OptaneTM technology?
In order for your laptop to take advantage of Intel® OptaneTM memory, it needs three things: A compatible Intel® CoreTM processor (Intel’s 7th Gen Core processors or better), an M.2 slot on your motherboard, and an M.2 2280-series 3D XpointTM memory module.
My system has all three of these components, will it work with Intel® OptaneTM memory?
It depends on which generation of product you have. Intel® OptaneTM memory is available from the 7th generation. The first generation of laptops with Optane was released in 2017 as part of Intel’s first wave of Optane products.
If you’re still unsure whether your computer supports Optane, head over to your laptop manufacturer’s website for more information on adding an SSD or HDD with Intel® OptaneTM memory.
It might also be a good idea to check out a few online forums and ask other people who have used it on their laptops, this can help shed some light on how well it works and what kind of performance gains you can expect.
And remember: While not all computers support Optane, those that do can take advantage of its speed and responsiveness, and that could mean less time waiting around for things to load up.