Tag Archives: QLC NAND

Micron is announcing the c200 1TB microSDXC UHS-I card, representing the world’s highest-capacity microSD card, and offering 1TB of high-performance removable storage.    The c200 features Micro’s advanced 96-layer 3D qual-level cell (QLC) NAND.  The c200 provides cost-effective storage for 4K videos, games and pictures on users’ mobile phones and other mobile electronic devices. Engineered for high-performance mobile applications, the c200 …

Intel is using CES 2019 to pique interest in their latest storage device, designated as the H10 — a combination of Intel Optane™ Memory and QLC 3D NAND solid state storage in a single M.2 form factor module.  Intel refers to the H10 as “an SSD intelligently combining the superior responsiveness of Intel Optane Memory and the storage capacity of …

On the Test Bench today, we take a look at Intel’s latest NVMe creation, the Intel SSD 660p NVMe M.2 SSD. The 660p, as we will refer to is as from this point on, represents the beginning of the end of days. Okay, just kidding, it really doesn’t. But, it is the first consumer SSD to enter the market with …

CNEX Labs and LITE-ON partnered at Flash Memory Summit 2018 to showcase the next generation LITE-ON SSD EDSFF (Enterprise and Data Center SSD Form Factor) platform.  The LITE-ON SSD EDSFF is engineered for comprehensive flexibility with non-heterogenous cloud usage, whether with high IOPS density AI and other compute-intensive needs, or with high capacity density storage usage. This unprecedented flexibility is …

Micron is announcing that they have begun shipping the industry’s first SSD to feature their revolutionary new quad-level cell (QLC) NAND technology.  The Micron® 5210 ION SSD, revealed at Micron’s 2018 Analyst and Investor Event, represents a 33% increase in bit density over triple-level cell (TLC) NAND, and is targeted toward market segments that were still leaning toward mechanical HDDs.  …

Marvell is announcing the launch of several innovative NVMe-based chipset solutions that will accelerate time from development to market for application-optimized SSD deployments in data centers.  Marvell’s newly-developed and highly versatile devices can be tailored to specific cloud and enterprise workload requirements, improving capacity, performance, latency, power requirements and cost. The continued growth of cloud services and new technologies, such …