Lexar Announces 128GB High-Performance microSDXC UHS-I Card
Lexar, a leading global brand of flash memory products, today announced the new 128GB Lexar High-Performance microSDXC UHS-I card with read transfer speeds up to 633x (95MB per second). Designed for sports camcorders, tablets and smartphones, the Class 10 microSDXC card can capture up to 15 hours of HD video.
“Whether it’s on a sports camera, aerial camera, tablet or smartphone, more video is being captured than ever before,” said Adam Kaufman, director of card product marketing, Lexar. “With the new Lexar 128GB microSDXC UHS-I card, users can continue to capture and store high-quality content, without having to worry about changing cards or running out of space.”
The 128GB Lexar High-Performance microSDXC UHS-I card (633x) comes with a USB 3.0 reader and allows for high-speed file transfer of photos and videos from the card to a PC or Mac. The reader is also backwards compatible with USB 2.0 ports and comes with a one-year limited warranty.
Lexar, a leading global brand of flash memory products, today announced the Lexar JumpDrive M20 Mobile USB 3.0 flash drive. Featuring two connectors – micro-USB and USB 3.0 – the new drive allows users to easily transfer playlists, photos, videos, and files with On-The-Go (OTG)-enabled Android tablets or smartphones without the use of cables or Wi-Fi.
Today, CDRLabs brings you a review of SanDisk's new Extreme PRO solid state drive. Designed with gamers, enthusiasts and media professionals in mind, this high-performance SSD is powered by Marvell's 88SS9187 "Monet" controller and is equipped with SanDisk's new 1Ynm eX2 ABL MLC Toggle NAND flash to deliver up to 550 MB/s sequential read and 520 MB/s sequential write speeds. The Extreme PRO also features a tiered caching system which combines a sizeable DRAM cache with the latest developments in SanDisk's nCache Pro technology. To deliver consistent high performance, nCache Pro uses a large non-volatile SLC cache to accumulate small writes at high speed and then flushes them to the larger MLC sections of the NAND flash memory array.