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A storage controller is a device that manages storage arrays. It is made up of three types of components: a CPU (central processing unit), cache memory, and a connecting interface with the network and memory devices. It is also known as a storage processor or an array controller, among other things.
A storage controller combines the memory regions of many memory devices and presents them to the server as a single memory area. When the storage controller receives a request from the server to write data, it selects which memory device to assign the data to and saves the data in that device.
When the storage controller receives a request from the server to read certain data, it locates the place where the data is stored and reads it. The storage controller’s duty is to perform these processing duties in an efficient and stable way. Aside from reading and writing data, the storage controller conducts processing activities to realise a number of added-value functionalities, such as dynamic volume capacity allocation and snapshot collecting.
A storage controller is a hardware or piece of software that maintains and directs data flow between a computer’s storage devices, such as hard drives or SSDs, and its memory. It is in charge of ensuring that data is saved and recovered correctly, and it can also provide capabilities like RAID support and data compression. SAS controllers, SCSI controllers, and SATA controllers are examples of common storage controllers.
The Global Mobile Storage Controller Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Silicon Motion Technology Corporation, a global pioneer in the design and marketing of NAND flash controllers for solid-state storage devices, introduced today the SM2268XT, its latest high-performance PCIe Gen4 SSD controller solution optimized for faster NAND transfer rates.
Customers may speed development of next-generation SSDs employing present and future TLC and QLC 3D NAND flash with extensive data integrity and correction without sacrificing throughput and latency thanks to the SM2268XT’s exceptional performance and resilient dependability
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The SM2268XT is equipped with a dual-core ARM R8 CPU, four lanes of PCIe data flow, and four NAND channels per channel, allowing designers to take advantage of better throughput next-generation high-speed TLC and QLC 3D NAND flash. Its multi-core architecture balances the computation load automatically to achieve industry-leading sequential read and write speeds.
Furthermore, its unique architecture allows for lower power consumption and stringent data security, resulting in outstanding performance and durability in a cost-effective DRAM-less PCIe Gen4 NVMe SSD solution.
To maximize error correcting capabilities, the SM2268XT has a novel system bus architecture, Host Memory Buffer (HMB) function, and Silicon Motion’s cutting-edge 8th generation NANDXtend ECC technology with a performance-optimized 4KB LDPC engine and RAID.
The SM2268XT is intended for next-generation, low-cost TLC and QLC 3D NAND flash, enabling high-value SSDs for a larger spectrum of laptop PCs ranging from performance to mainstream to bargain.PCIe Gen4 SSDs are seeing tremendous growth, with shipments nearly tripling, and will remain the primary storage option in PCs.
