Intel launched Optane memory as a basic memory module to boost the data cache between the storage devices.
The new and powerful Intel Optane memory hardware will ensure that your system boots up faster and performs better.
Even a huge, low-cost HDD will help to achieve speeds compare to an expensive SSD.
- What is Optane Memory?
- Advantages of Optane Memory:
- 1. Faster acceleration capabilities:
- 2. Adaptability:
- 3. A cheaper and more effective alternative:
- 4. Functionality:
- 5. A perfect combination:
- 7. Cost savings:
- 8. Helps for gamers:
- 9. Balance between cost and performance:
- 10. The bigger cache:
- 11. Optimize EUC:
- 12. Streamline workloads:
- 13. Easy to install:
- Disadvantages of Optane Memory:
- Advantages of Optane Memory:
What is Optane Memory?
A computer’s memory storage system will ideally store data on a Solid-State Drive or a Hard Disk Drive.
The SSD serves as a solid-state memory chip, while the HDD serves as the computer’s spinning physical arm.
To use Optane Memory, you’ll need a 7th generation Intel Core CPU or higher, an Intel 200 Series chipset, and Windows 10 x64.
This memory system will increase performance while also allowing for maximum storage.
DRAM is not the same as Optane memory.
Advantages of Optane Memory:
1. Faster acceleration capabilities:
Using Optane Memory will not only improve the performance of systems that already have faster-working SSDs but also improve the performance of systems that have traditional spinning HDDs.
This means that it will launch data for discrete processes much easier and faster.
It will also assist in storing allowing the system to start-up faster.
Optane Memory is extremely customizable, allowing you to optimize your system’s performance.
It will also learn about the applications and arrange them at the beginning of the launch data line.
This will boost your computer’s performance and speed while also reducing the amount of waiting time.
3. A cheaper and more effective alternative:
Since traditional dual-drive systems are more expensive and inefficient, these module is a much more cost-effective and efficient choice.
These are systems include both a tiny SSD for booting and a larger HDD for data storage.
When you use Optane memory, it will reduce the time for your computer to start up and for each program to start.
It may also pre-fetch emails or the content of a page from your favourite and most-visited websites.
This quick access to a large amount of specific data is extremely beneficial to the players.
They won’t have to waste time looking and waiting for their 4 TB drives to find the game data which is typically between 5 and 10 GB in size.
5. A perfect combination:
Optane memory is based on 3D technology, that enhances the capabilities.
The combination of this memory module with 3D-X Point or 3D Cross Point appears to be a joint decision of Intel and Micron.
This appears to be a good suit for connecting the gap between non-volatile, low-cost NAND flash and relatively expensive, volatile DRAM.
6. Help for businesses:
It will be performed at a quicker speed on their computer in businesses such as SMBs, enterprises, and even the home office.
With a speedier boot time, Optane can launch every program faster, whether it’s a web browser or an email reader, or software for slide presentations or remote meetings.
All regular business computers, whether desktops or laptops, will be more productive.
7. Cost savings:
Businesses will be able to save a significant amount of money by employing cheaper HDD systems that will run as quickly as SSD systems for any in-house activities or fieldwork like product demonstration and sales presentations.
Optane will offer SSD-style performance which is cost-effective and a high-return-on-investment upgrade, especially for small business owners.
Businesses will have a lot of new alternatives.
8. Helps for gamers:
Professional and high-end gamers will benefit from Optane memory.
It will improve their system’s responsiveness and speed when it comes to producing complex graphics, game-action I/O, messaging and handling in-game commentary.
Therefore, gamers will not be required to spend a fortune on expensive and large hard drives with install sizes exceeding 100 GB to store their games.
9. Balance between cost and performance:
With Optane memory, laptop manufacturers are no longer forced to choose between system responsiveness and speed in terms of economic affordability.
They can build systems with higher capacities using less expensive HDDs that perform similarly to SSD-equipped systems.
10. The bigger cache:
The 16 GB or 32 GB Optane memory module offers much more storage space for data that the game engine consumes in large amounts regularly.
This will improve the game’s input-output efficiency.
Additionally, the Optane module is non-volatile, any game-play data stored will not be erased if the system’s power is turned off.
11. Optimize EUC:
End-User Computing or EUC may be dramatically and significantly upgraded with Intel Optane memory, especially for businesses.
These are the technologies and computer platforms that enable non-programmers to create functional computer programs.
12. Streamline workloads:
Whether for home or business use, Intel Optane memory will reduce workloads by providing better and quicker processing.
You will achieve the needed affordability allowing you to increase your productivity in any working situation.
Students and other professionals will benefit from the memory’s ability to switch between typing a text and writing furiously any handwritten notes as needed.
They can even save them to be recovered at a later date.
13. Easy to install:
If you have the proper software and hardware, Intel Optane memory is simple to install and configure.
Indeed an M.2 slot is required.
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Disadvantages of Optane Memory:
Intel Optane memory is more expensive than a standard SSD.
For example, a 32GB Intel Optane Memory Stick will cost around 3k, while a 256GB Silicon Power SSD will cost around 2.9k.
You simply will not be able to use it on any device because it will be compatible with it.
You’ll need motherboards and systems with Intel I-Core processors from the 7th generation or newer.
For Windows OS, preferably Windows 10 is essential.
3. Power consumption:
Even when the memory is not in use, Intel Optane consumes energy up to one watt.
This is a severe issue for laptop users because any power drain can have a big negative impact on battery life.
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4. Drive acceleration:
When you use Intel Optane memory, you won’t be able to improve the performance of your HDD if it isn’t the main factor of your system.
Although the SSD can be accelerated, the speed and scale of the HDD acceleration will be more essential.
5. Lack of performance:
As Optane memory is based on SSDs, its performance is significantly lower than NV Me devices because of the drive’s low capacity in comparison to modern standards.
It will have fewer storage possibilities that may be preferable to some but may not be the best solution for everyone.
Related Article: What is PCIe SSD in Laptop?
Uses of Optane Memory:
- Optane RAM speeds up boot time and improves performance.
- Instead of structural acceleration, you can use it as a single data drive or boot your system.
- If you install an Intel RST application, you can even use this memory to speed up a RAID volume.
- This will make it easier to handle the RAID and Optane memory volumes.
- It cannot be used with systems that include Opal Security because the latter does not support it.
- With Windows 10 and Microsoft BitLocker, you can get the most out of it.
- Both of these will help to support the memory module and considerably improve the speed and performance of your machine.
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Frequently Asked Questions:
What is Optane Memory?
Optane memory is a system acceleration technology installed between the processor and slower storage devices.
Does Optane speed up SSD?
Yes, Optane memory is used to speed up any SATA-based storage device.
Can you upgrade Optane memory?
Yes, you can replace the old module with the higher capacity module.
Although Intel Optane memory has the potential to dominate the SSD market if Intel continues to make improvements.
Despite a few limitations, this is a useful feature to invest in if you wish to significantly increase the capacity of your computer’s primary storage drives.
Section Under: FAQ