#server memory

Micron posted a record quarter, but the real signal for IT teams isn't revenue. It can fill only about half to two-thirds of demand, with tight conditions past 2027. Three supply-side forces keep DRAM short: HBM consumes far more silicon per bit, new fabs are years out, and much of what's made is pre-sold to hyperscalers. The memory in retired servers is now real, available supply.

Revitalize your online business operations with the PowerEdge T710 Server by upgrading its memory and move to the next level in performance. Designed with small business in mind, the PowerEdge T710 Server can be upgraded up to a maximum of 384 GB using thirty-two gigabyte dual in-line memory modules. Cloud Ninjas offers upgrade packages that work with the PowerEdge T710 Server. To find the best memory upgrade package for the PowerEdge T710 Server, choose the desired RAM from cloud ninjas. For more details: 

Until some years ago, many enterprises were bothered by the risk of losing important data because of a sudden failure. That’s why it took a long time to convince the public that SSDs are reliable, even when storing valuable data.

Based on a NAND Flash chip-based technology, SSD is a different storage media than the conventional HDD that saves data on a magnetic plate. It is equipped with an electronic controller and multiple storage chips. 

 There are many reasons to prefer SSD. They are faster than traditional HDDs or hard disk drives, more compact, boost server memory, have no moving parts, are safe from the magnetic fields, and resist more shocks and vibration than their traditional counterparts. Good thing is that they are available on a large scale while their cost is coming down.

 If you have updated an older PC with an SSD, you can see instant benefits. Your computer will start in less time, and your application will run faster. 

Here we have explained such benefits of SSD.

 But first of all, let’s find out how SSD works.

 What is an SSD and How it Works?

 An SSD stands for Solid State Drive. Unlike traditional Hard disk drives, it has no moving mechanical parts. Since it has no moving parts, it can perform faster than a hard disk drive that uses magnetic parts to store data. It uses a form of flash memory. 

 SSDs store data in memory cells rooted on a circuit board. These memory cells are transistors with floating gates. Each transistor is equipped with two gates: one is a source meant for a current, and the other is a drain that expels it. The memory cells regulate the energy flow between the sources and drain terminals. Semiconductors (floating gate or FG transistors) produce electrical charges to the memory cells, whether connected to an external power source or not. The data retains integrity as long as FG provides sufficient charge. 

 Memory cells might house one or more bits per cell. 

  Durability:

 With traditional hard disks, the ongoing motion caused by small moving parts produces heat, which can cause hard drive failure. 

 But that is not the case with SSD. They don’t have moving parts. They are more reliable and can resist shock better than their traditional hard drives. Besides, they are resistant to accidents, drops, and wear and tear, thanks to their robust parts. If you happened to drop your laptop and it is equipped with an SSD (god forbid), your screen is likely to be damaged before the SSD. 

 High Performance:

 Did you know that the file opening speed of an SSD is nearly 30% faster than that of a traditional hard disk drive? 

 SSD is dramatically faster than a hard disk drive. An SSD equipped system will boot and process files in far less than a minute, often in just seconds. On the other hand, a traditional HDD needs time to speed up the operating parts, and it will get slower than an SSD during normal use.

 With SSD inside, your PC will boot faster, runs apps faster, and transfers files faster. And this benefit of SSD does matter for the computers being used for heavy works such as software and game development. 

 Why SSD is faster than HDD?

 Well, HDD contains more moving parts such as a disk coated with magnetic material. The magnetic head processes the data as the disk spins. The speed of rotation or RPM of a SATA III hard drive can process data at the speed of 150 MB/s. 

 On the other hand, SSD doesn’t have rotating disks, unlike its traditional counterpart. Instead, it uses memory chips to save data spontaneously. All cells can be accessed simultaneously, speeding up the data process.  

While a SATA III disc has an average speed of 150 MB/S, the average read and write speed of an SSD is around 550 MB/s. Some SSDs might even deliver a speed of 600 MB/s!

 That’s why an SSD equipped computer can boot in just a few seconds and works faster even with the multiple applications being run simultaneously.   

 No Noise Performance:

 Even the quietest hard drive can make a bit of noise when it performs. Faster hard drives are likely to emit more noise. 

 SSDs make no noise as they are non-mechanical. 

 Besides, an SSD doesn’t have to consume electricity to spin up a disk from a standstill. As a result, none of the energy eaten up by the SSD is wasted as noise or friction, making them more efficient. 

 Improved Efficiency and Reliability:

 The SSD is based on flash memory to store data, which ensures better reliability and efficacy over hard disk drives. Besides, since SSDs have no moving parts, they consume less power to function. 

 So these are some key benefits of SSD. If you are looking for affordable, reliable IT equipment for small- to medium-sized Businesses Visit our website or Contact us.

KTH-PL426D8/16G Kingston 16GB PC4-21300 DDR4-2666MHz Registered ECC CL19 288-Pin DIMM 1.2V Dual Rank Memory Module

KTH-PL426D8-16G Kingston 16GB Server Memory

Technical Specifications for KTH-PL426D8/16G

Manufacturer Kingston Manufacturer Part #KTH-PL426D8/16G Memory Type DDR4 SDRAM Capacity 16GB Data Transfer Rate 2666MHz Pins 288 Pin Bus Type PC-21300 Error CorrectionRegistered ECC Cycle Time0.75ns CasCL19 RankRank 2 Voltage1.2