SSD increases the speed and performance of your computer

Silicon Power M.2 2280 A55 - SSD - 256 GB - internally

M.2 (NGFF) Design, suitable for ultrabooks, tablet computers and mini-PCs supports Intel Smart Response Technology (ISRT) S.M.A.R.T. Monitoring and ECC Technology (Error Correction Code) for high data transfer security supports Trim and NCQ Silicon Power M.2 2280 A55 SSD 256 GB Intern M.2 2280 SATA 6GB /S

SKU: AR314916
GTIN: 4713436121749
Shipping weight: 0,01 kg
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In stock

Silicon Power P34A60 - SSD - 1 TB - Intern - M.2 2280 - PCIe 3.0 X4 (NVME)

The P34A60 is an inexpensive storage solution that does not save on performance. It is aimed at beginners, do -it -yourselfers, manufacturers of special systems and simply to those who want to upgrade their PC. With a PCIe gene3x4 interface that enables sending and receiving data to four traces at the same time, a reading speed of up to 2,200 MB/s and a writing speed of up to 1,600 MB/s, this SSD is anything but simple. PCIe Gen3x4 Interface M.2 2280 (80 mm) Form factor LDPC (...

SKU: AR266573
GTIN: 4713436129653
Shipping weight: 0,01 kg
Manufacturer:

Silicon Power P34A60 - SSD - 256 GB - Intern - M.2 2280 -...

In stock

Silicon Power P34A60 - SSD - 256 GB - Intern - M.2 2280 - PCIe 3.0 X4 (NVME)

SKU: AR266572
GTIN: 4713436129639
Shipping weight: 0,01 kg
Manufacturer:

Silicon Power P34A60 - SSD - 512 GB - Intern - M.2 2280 -...

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Silicon Power P34A60 - SSD - 512 GB - Intern - M.2 2280 - PCIe 3.0 X4 (NVME)

SKU: AR266574
GTIN: 4713436129646
Shipping weight: 0,35 kg
Manufacturer:

In stock

Transcend 420S - SSD - 480 GB - Intern - M.2 2242

By using the SATA III 6 GB/S interface and the advanced 3D-NAND technology, the ultra-compact M.2 SSD 420S from Transcend is ideal in order to meet the high-performance requirements and strict size restrictions from small form factor devices. By using high-quality flash chips and expanded firmware algorithms, the M.2 SSD 420S from Transcend offers incomparable reliability. Charging times integrated SLC caching technology powerful and functional SATA 6GB /S

SKU: AR305220
GTIN: 0760557847427
Shipping weight: 0,01 kg
Manufacturer:

In stock

Transcend MTS400 - 128 GB SSD - Intern - M.2 2242

Equipped with a SATA III 6 GB/s interface and in a very compact design, Transcends MTS400 M. 2 SSD is ideal for small applications that offer very limited space, but still demand high performance. For this reason, it is ideal for modern ultrabooks and slim and light notebooks. With a strong controller, a SATA III 6 GB/s interface and above -average transfer speeds of up to 560 MB/s when reading and 460 MB/s when writing, the M.2 SSD can master both the daily routine tasks and demanding mu...

SKU: AR10073
GTIN: 0760557839859
Shipping weight: 0,02 kg
Manufacturer:

In stock

Transcend MTS400 - 32 GB SSD - Intern - M.2 2242

SKU: AR11867
GTIN: 0760557840008
Shipping weight: 0,02 kg
Manufacturer:

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Transcend MTS400 - 64 GB SSD - Intern - M.2 2242

SKU: AR10075
GTIN: 0760557839866
Shipping weight: 0,02 kg
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Transcend MTS800 - 64 GB SSD - Intern - M.2 2280

Equipped with a SATA III 6 GB/S interface and in a very compact design, Transcends MTS800 M. 2 SSD is ideal for small applications that offer very limited space, but still demand high performance. For this reason, it is ideal for modern ultrabooks and slim and light notebooks. With a strong controller, a SATA III 6 GB/s interface and above -average transfer speeds of up to 560 MB/s when reading and 460 MB/s when writing, the M.2 SSD can master both the daily routine tasks and demanding mu...

SKU: AR10080
GTIN: 0760557839804
Shipping weight: 0,04 kg
Manufacturer:

In stock

Transcend MTS820 - 120 GB SSD - Intern - M.2 2280

Equipped with a SATA III 6 GB/S interface and a very compact design, Transcends MTS820 M.2 SSD is ideal for small applications that offer very limited space, but still demand high performance. With high quality flash chips and a highly developed firmware algorithm, the MTS820 m.2 SSD is outstanding. Li> 3D NAND flash chips SATA III 6 GB/S interface and SLC caching technology for outstanding transmission speed RAID and LDPC (low-density parity check) Coding for special data security ...

SKU: AR17825
GTIN: 0760557839941
Shipping weight: 0,02 kg
Manufacturer:

In stock

Transcend MTS820 - 240 GB SSD - Intern - M.2 2280

SKU: AR11160
GTIN: 0760557839934
Shipping weight: 0,04 kg
Manufacturer:

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Transcend MTS820 - 480 GB SSD - Intern - M.2 2280

SKU: AR11161
GTIN: 0760557839927
Shipping weight: 0,04 kg
Manufacturer:

SSD

Buying Guide
Multifunction printer

What is an SSD?

An SSD (Solid State Drive) is a type of computer storage medium that functions similarly to a hard drive but does not have any moving parts. Instead, it uses NAND flash memory chips to store and retrieve data. SSDs are typically faster than hard drives and have no mechanical parts that could fail, making them a more reliable and durable option.

How do I choose the right SSD?

There are several factors to consider when purchasing an SSD:

Capacity: SSDs are available in various capacities, ranging from a few hundred gigabytes to several terabytes. Make sure you have enough storage space to store your files and programs.
Speed: The speed of an SSD is measured in megabytes per second (MB/s). The higher the speed, the faster the SSD can read and write data. Ensure that you choose an SSD with sufficient speed for your needs.
Interface: Most SSDs use a SATA interface, but there are also SSDs with NVMe interface, which are faster. Make sure your computer supports the correct interface.
Price: SSDs are generally more expensive than hard drives, but prices have significantly decreased in recent years. Make sure you have a budget in mind and choose an SSD that fits within your budget.

How do I install an SSD?

The installation process of an SSD may vary depending on the computer model, but here are the basic steps:

Turn off the computer and disconnect it from the power source.
Open the computer case and locate the spot where the SSD is to be installed. In many cases, there is a specific slot for an SSD.
Connect the SSD to the power and data cables. Refer to the documentation of your computer or motherboard to determine which cables you need.
Close the computer case and turn on the computer again.
Format the SSD. If you are using Windows, go to "Computer Management" and select "Disk Management". Here, you can format the new SSD and assign a drive letter.
Transfer your data from your old hard drive to the SSD. You can use software like Clonezilla to do this.
Restart the computer and enjoy the benefits of a faster, more reliable SSD!

How do I maintain an SSD?

An SSD generally requires less maintenance compared to a hard drive, but there are a few things you can do to ensure it functions well:

Update the SSD firmware. Most SSD manufacturers provide firmware updates that can improve performance and reliability.
Avoid defragmenting an SSD. Unlike hard drives, SSDs do not require defragmentation tools as they store files differently. Defragmenting an SSD can reduce its lifespan and impact performance.
Avoid constant deletion and writing of large files. SSDs have a limited number of write cycles, so it's advisable not to constantly store large files that are frequently modified on the SSD. Instead, you can store them on an external hard drive or in the cloud.
Enable the TRIM command. The TRIM command informs the SSD about which blocks of memory are no longer needed, allowing it to manage them more effectively. Make sure the TRIM command is enabled in your operating system.
Avoid excessive heat and moisture. Keep your SSD away from hot and humid environments to prevent overheating and damage.

Conclusion

An SSD is an excellent option to improve the performance and reliability of your computer. Choose an SSD that meets your needs, install it properly, and maintain it correctly to maximize its lifespan and performance. With an SSD, you'll experience faster load times, quicker application launches, and overall smoother operation of your computer.

An SSD (Solid State Drive) is a storage medium that stores data on NAND flash memory chips. Unlike traditional hard drives, which rely on rotating disks and read/write heads, SSDs are faster and more reliable due to the technology they use.

Inside an SSD, multiple flash memory chips are interconnected and housed within a casing. Each flash memory chip consists of several memory cells, each capable of storing bits. The bits are stored in the form of electric charges. An SSD controller manages access to the memory cells and ensures efficient reading and writing of data.

SSDs offer several advantages over hard drives. They are faster because they have no moving parts, and data is directly stored on the memory chips. They also have higher reliability since there are no moving parts that can fail. They are also quieter as there are no noises from rotating disks and read/write heads.

SSDs are available in various capacities, ranging from a few hundred gigabytes to several terabytes. They are also available in different form factors, such as the 2.5-inch form factor, M.2 form factor, and PCIe card. Some SSDs also come with different interfaces, such as SATA, NVMe, and PCIe.

One of the crucial characteristics of an SSD is its read and write speeds. The read and write speeds depend on several factors, such as the NAND flash technology used, the SSD controller, and the interface. Most SSDs have a read speed of several hundred megabytes per second and a write speed of several hundred megabytes per second. NVMe SSDs are typically faster than SATA SSDs due to their faster interface.

However, SSDs also have some drawbacks. They are generally more expensive than hard drives and often offer lower capacity per dollar. SSDs also have a limited number of write cycles since each bit in the memory cells can only endure a limited number of write cycles. This means that an SSD can experience a decrease in performance and reliability over time.

In summary, an SSD is a fast and reliable storage medium that stores data on NAND flash memory chips. It offers many advantages over hard drives but also has some limitations. The choice of an SSD depends on individual needs, such as required capacity, speed, and interface.