This year, the company is bringing in 433 qubits to the table to power the next generation of enterprise and data center infrastructure.Ĭalled IBM Osprey, it features IBM's 433 qubits cooled to cryogenic temperatures and in a controlled environment. Last year, IBM unveiled the Eagle quantum processor with 127 qubits. Using quantum properties instead of the conventional on/off switching of bits in the regular processors, quantum processors can process the information on a much larger scale. With constant advances in quantum information processing, the company is using newly found discoveries to double the size of its quantum processors. IBM is one of the frontiers for using the natural properties of quantum particles to process the information on an enterprise scale. The first drives with the new 192-layer 3D QLC NAND are expected to be available sometime early next year. On top of this, Solidigm also claims to offer better throughput and latency compared to its competitors, but we're still looking at SATA type level SSD performance. Regardless, this appears to be a huge step forward for 3D QLC NAND and Solidigm is hoping that its upcoming drives will be able to replace mechanical drives in the enterprise market space. Neither type of NAND is destined for consumer applications as of now, as Solidigm is only targeting E1, E3 and U.2 form factors. However, its QLC Value Endurance NAND is what will enable the 61.44 TB drive, which is said to offer around 65 PB write endurance, but it should be noted that this is at 16 KB aligned data or during other types of light data writes. This is using what the company calls QLC Essential Endurance NAND. For example, Solidigm's 30.72 TB SSD is promising a PBW of around 32 PB (Petabyte) endurance. The company appears to be focusing on 3D QLC NAND and its 192-layer product promises both larger drives, but also enhanced endurance for QLC NAND. Solidigm-the company that Intel sold its SSD business to-held a tech day last week where the company shared some details about its future roadmaps.
0 kommentar(er)
