Every time you save a document, take a photo, or download an app on your computer, smartphone, or tablet, you’re relying on an amazing piece of technology: the floating gate transistor. These are the fundamental building blocks of NAND flash memory, the storage medium that powers modern solid-state drives (SSDs)..
Beginner’s SSD Compatibility Guide for PCs (2025)
As you have probably noticed, SSDs come in many flavors in the form of interfaces and form factors. When buying a new SSD online, you will encounter technical terms like M.2, SATA, 2.5″, PCIe, NVMe, and quite a few others. The simple, fun and informative solution is to read this.
What Is SSD Wear Leveling?
To understand wear leveling in SSDs, we need to take a quick look at of how NAND Flash memory works: Data is stored inside the cells in the NAND Flash chips in your solid-state drive. Depending on the type, these cells have a limited number of P/E (Program/Erase) cycles which,.
How to Keep Your SSD Firmware Updated
More than just memory chips on a PCB, solid state drives (SSDs) are complex systems that also require sophisticated management on the software site. This is where firmware comes in – a specialized set of software instructions embedded into the SSD’s controller. The firmware governs low-level operations such as wear.
What Happens When an SSD Reaches its TBW Limit?
TBW, standing for Total Bytes Written, is a metric used to estimate the endurance or lifespan of a Solid State Drive (SSD). It quantifies the total amount of data that can be written to the SSD before the NAND flash memory cells begin to wear out to a degree that.
NAND Flash Memory Explained
A central part of any SSDs is where it actually stores data, which is typically on NAND Flash memory modules. There are other, similar types of memory modules – such as the now-discontinued Intel and Micron’s 3D Xpoint – but today NAND Flash completely dominates the market. But what is.
3D Xpoint Vs. NAND: Was Optane Superior?
Intel 3D Xpoint technology is a type of non-volatile memory that was developed by Intel and Micron Technology. It is based on a unique cross-point architecture that allows for fast access times along with other advantages compared to traditional NAND technology. The technology was first introduced in 2015 under the.
Key Differences Between Consumer and Enterprise SSDs
Solid state drives (SSDs) are the storage medium of choice for both consumers and businesses due to their high performance and reliability. However, different SSDs have different characteristics. There are two primary categories of SSDs: consumer SSDs and enterprise SSDs, each designed with a specific set of features and functionalities.
Understanding SSD Specifications
For the uninitiated, understanding SSD specifications can be a maze of jargon and numbers. This article will demystify these terms and specifications, helping you make an informed decision when purchasing an SSD. The Form Factor: Size Matters When selecting an SSD, the first thing to consider is the form factor..
SSD Power Consumption: What to Expect
It’s a common misconception that SSDs, although devoid of moving parts, consume less power than their mechanical hard drive counterparts. It is not without reason that some of the latest high-end M.2 SSDs using the PCI-Express 5.0 interface often use active cooling to remove excess heat. Performance per Watt is.