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GLOBAL SLC SD CARDS MARKET
INTRODUCTION
Solid-state storage known as single-level cell (SLC) flash stores one bit of data in each cell of flash media. There are only two possible states for SLC flash storage: programmed or erased . The amount of charge placed on the cell determines its condition.The SD Association released the SD Card specification , along with the introduction of SLC SD cards.
In reality, because SLC NAND was the predominant memory at the time, many of the cards at that time were manufactured solely of it. The memory utilised in common SD Cards has undergone two significant alterations over time.Many times, without the design engineer’s awareness, industrial applications that previously employed SLC SD Cards switched to MLC or TLC NAND.
The creators of many legacy systems have gone on to new endeavours or businesses.There is no problem with endurance cycles when SD Cards built using any of the 3 types of NAND are brand-new. None of the cards will fail if a quick qualifying is conducted. Longer qualifications and field usage are when the problem manifests. The TLC and MLC NAND SD Cards eventually run out of durability cycles and experience failures.
GLOBAL SLC SD CARDS MARKET SIZE AND FORECAST
The Global SLC SD cards 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.
NEW PRODUCT LAUNCH
The S-600 series, the newest generation of SD and microSD cards based on single-level cell flash, is being introduced by Swissbit, although many manufacturers are removing memory cards with SLC-NAND from their product lines. The technology with only one stored bit per cell is still unmatched in terms of dependability, data integrity, and data preservation.
SLC is the only storage technology that enables 100,000 P/E cycles (Program/Erase Cycles), making it perfect for applications that demand especially strong, long-lasting storage solutions.This makes the S-600 the first choice for gadgets like PLCs, HMIs, sensors, switches, or gateways, especially for edge IoT applications in demanding industrial settings.
The S-600’s high-performance system architecture makes use of Hyperstone’s brand-new S9 controller, which was created especially for use with industrial flash memory cards. This latest generation of cards comes in sizes ranging from 512 MB to 32 GB and offers sequential transfer rates of up to 95 MB/s.
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