Crucial announced today that it was expanding its MX300 line of SSDs to include other capacities. We reviewed the MX300 last month when it was only offered in a capacity of 750GB.  The new capacities the drive is offered in are 275GB, 525GB, and 1TB. Crucial also announced an M.2 form factor of the drive will be

The Toshiba PX04P is a series of NVMe SSDs (Non-Volatile Memory Express Solid State Drives) designed specifically for servers and storage appliances that need scalable performance at the lowest possible latency. The PX04P series is offered in both 2.5” and half-height half-length add-in card (HHHL) form factors. Both form factors are offered in capacities ranging from 800GB to 3.2TB

The Micron 9100-series is a high-performance PCIe NVMe SSD that is configured as a read-centric or mixed-workload drive in capacities ranging from 800GB to 3.2TB. The two series are split into the PRO and MAX models, where the MAX-class leverages additional over-provisioning to improve write performance and endurance. Micron partnered with Memblaze for the launch of the

At the end of last year, we reviewed the HGST SN150 and found it to be a solid, good performing NVMe drive. The SN100 is the 2.5" equivalent and comes in capacities up to 3.2TB like the SN150. HGST's aim then is to make NVMe adoption easy, providing a wide range of form factors and capacities to

Back in February, Toshiba announced the HK4 series, the latest addition to its high-performance, enterprise SSDs. The HK4 series comes in two models: a value endurance model and a read intensive model. Toshiba has doubled the maximum capacity of the drives, running all the way up to a maximum of 1.92TB (the HK3s topped out at

Mangstor has announced 5.4TB models and Peer-to-Peer (P2P) capabilities to their MX-Series of NVMe-based PCIe SSDs, the latter which allows for low latency access to a huge storage pool of non-volatile memory, bypassing host resources. The MX-Series is built specifically for High Performance Computing (HPC), transactional processing, video editing, cloud computing workloads, and real-time analytics.

Unveiling a new NVMe PCIe SSD, Samsung today announced the mass production of its new PM971-NVMe for computer manufacturers. Samsung was able to do this by stitching together 16 of its 48-layer, 256Gb flash chips, 4Gb LPDDR4 DRAM, and a controller into a single Ball Grid Array.

Taking the wraps off two new SSDs, Micron introduced the 1100 SATA SSD and 2100 PCIe NVMe SSD. Both geared towards different kinds of buyers, the 1100 SATA SD will come in configurations up to 2TB, while the 2100 SSD uses the PCIe NVMe design for low latency and high performance.

Today Samsung has announced that it is now offering a 500GB configuration of the 750 EVO SSD. Designed for system builders, OEMs, and consumers alike, the newest version of the Samsung 750 EVO is an affordable entry-level SSD option that was previously only available in 120GB, and 250GB varieties.