GOODRAM IRDM PRO NANO IRP-SSDPR-P44N-01T-30 1.02 TB
Photos 4 | Expecting restock A compact universal solid-state drive from the GOODRAM IRDM series released in 2024. Thanks to the support of the PCI-E 4.0 interface, this SSD is capable of reaching high read speeds of up to 7300 MB/s and write speeds of up to 6000 MB/s. Such indicators make it one of the fastest solutions on the market, allowing the manufacturer to position it as a universal drive for demanding users, including gamers, data processing and video editing professionals. One of the distinctive features of the model is its compact size - 22x30 mm, which is significantly smaller than the standard 22x80 mm format found in most similar devices. Such a compact case makes GOODRAM IRDM PRO NANO an excellent choice for ultrabooks, mini-PCs and other systems where not only high-speed data access is important, but al...so saving space. The drive uses the PCI-E 4.0 interface, which allows you to maximize the potential of modern platforms, providing lightning-fast data transfer and minimal response time. The device has a built-in overheating protection system and an additional graphene radiator, which ensures optimal temperature conditions even under intensive loads. The SSD is provided with a five-year manufacturer's warranty, and the available rewriting resource is 600 TB for the 1 TB version. Alternative options with 512 GB and 2 TB of memory are also available for sale. |
GOODRAM IRP-SSDPR-P44N-01T-30 | |||||||||||||||||||||||||||||||||||||||
|
A compact universal solid-state drive from the GOODRAM IRDM series released in 2024. Thanks to the support of the PCI-E 4.0 interface, this SSD is capable of reaching high read speeds of up to 7300 MB/s and write speeds of up to 6000 MB/s. Such indicators make it one of the fastest solutions on the market, allowing the manufacturer to position it as a universal drive for demanding users, including gamers, data processing and video editing professionals.
One of the distinctive features of the model is its compact size - 22x30 mm, which is significantly smaller than the standard 22x80 mm format found in most similar devices. Such a compact case makes GOODRAM IRDM PRO NANO an excellent choice for ultrabooks, mini-PCs and other systems where not only high-speed data access is important, but also saving space. The drive uses the PCI-E 4.0 interface, which allows you to maximize the potential of modern platforms, providing lightning-fast data transfer and minimal response time. The device has a built-in overheating protection system and an additional graphene radiator, which ensures optimal temperature conditions even under intensive loads. The SSD is provided with a five-year manufacturer's warranty, and the available rewriting resource is 600 TB for the 1 TB version. Alternative options with 512 GB and 2 TB of memory are also available for sale.
Before buying always check characteristics and configuration of product with online store manager
Catalog GOODRAM 2025 - new products, best sales and most actual models GOODRAM.
Pocket gaming
Goodram IRDM Pro Nano is a new, even more compact form factor of internal SSDs, only 3 cm long and weighing 35 g. It is primarily intended for portable gaming consoles: Steam Deck, ASUS ROG Ally, Lenovo Legion Go, MSI Claw and others. But it can also be used in some laptops, and can be connected via a magnetic MagSafe adapter to an iPhone.
European brand
The brainchild of the Polish company Wilk Elektronik is one of the fastest M.2-2230 solid-state drives. The speeds are almost peak by the standards of the PCI-Express 4.0 x4 interface: up to 7300 MB/s reading and 6000 MB/s writing. Of course, after writing a very large amount of data at once, the volume of the virtual SLC array will be exceeded and the speed will decrease.
Smart algorithms
All modern SSDs based on TLC flash memory (three bits per cell) operate on a similar principle. The speed can also be regulated by smart thermal throttling to avoid overheating, due to the tight layout of elements on the printed circuit board. A five-year warranty is provided, and the rewriting resource of a one-terabyte model is 600 TB.