X-6xx Industrial SSD/CFAST SATA-III Series
Swissbit SATA-III SSD, mSATA, slimSATA, m2SATA, CFAST card,
The "X-6xx series" industrial SSD and CFAST card, featuring uniquely designed firmware that maximizes resistance, reliability, and storage lifespan.
The "X-6xx Series SATA-III Family" supports SATA 6.0G with performance specifications of 70k IOPS random read/write, 512MB/s sequential read, and 350MB/s sequential write, while ensuring long-term supply. The high-performance page-based FTL firmware eliminates the impact of read disturb, provides error handling through read refresh and ECC, and enables simultaneous processing of read retries for uncorrectable page improvements depending on temperature conditions. 【Product Series】 ◆ 2.5-inch SSD: X-600 Series (SLC), X-60 Series (MLC), X-66 Series (pSLC) ◆ CFast Cards: F-600 Series (SLC), F-60 Series (MLC), F-66 Series (pSLC) ◆ SSD Modules: - mSATA SSD X-600m (SLC), X-60m (MLC), X-66m (pSLC) - slimSATA SSD X-600s (SLC), X-60s (MLC), X-66s (pSLC) - m.2 SATA SSD X-600m2 (SLC), X-60m2 (MLC), X-66m2 (pSLC)
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basic information
High-end models equipped with SLC NAND, cost-performance models with MLC NAND that achieve high rewrite endurance comparable to SLC by minimizing WAF with high-function page-based FTL technology, and products featuring everbit technology that extends lifespan through pseudo-SLC. Swissbit 2D NAND equipped "SATA-III" ◆ SATA-III 6.0GB ◆ Data Care Management As semiconductor miniaturization technology advances, ensuring data integrity is crucial in industrial flash storage where errors in recorded data are unacceptable. Key points include: - Read Refresh - Near-Miss ECC - Read Disturb Mitigation, Data Retention Measures ◆ Longevity Technology ◆ Prevention of Data Corruption Due to Power Loss ◆ Evaluation Support Tools (diagnosing lifespan, errors, and power loss during operation) ◆ The Durabit technology-equipped MLC series is a high-reliability model based on MLC storage. - Page-based FTL firmware technology - Over-Provisioning Feature - Equipped with Cache DRAM - Page-Based Mapping (PBM)
Price information
■2.5-inch SSD X-600(SLC)/X-66(pSLC)/X-60(MLC) series Capacity: 8GB~960GB ■mSATA SSD X-600m(SLC)/X-66m(pSLC)/X-60m(MLC) series Capacity: 8GB~480GB ■slimSATA SSD X-600s(SLC)/X-66s(pSLC)/X-60s(MLC) series Capacity: 16GB~480GB ■CFast card F-600(SLC)/F-66(pSLC)/F-60(MLC) series
Delivery Time
※It varies depending on the quantity. Please feel free to contact us.
Applications/Examples of results
■Network and Communication Systems ■Industrial PCs and Board Systems ■In-Vehicle Infotainment ■Various Industrial Equipment and Control Devices ■Military/Avionics Applications ■Data Recorders/Broadcast Equipment ■Digital Signage/Network Equipment ■Medical Devices ■Surveillance Equipment
Detailed information
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Swissbit Industrial Storage Lineup A series of NAND flash memory storage options that can be selected according to the characteristics and applications of the systems they are equipped with. The product lineup can be chosen based on factors such as reliability, long-term supply, power failure and performance, cost performance, and longevity, tailored to the installation environment, performance requirements, costs, and maintenance conditions of the system.
Company information
"To that system" "To that design." All products are manufactured at the Swissbit Germany, AG factory in Berlin, Germany. Swissbit products, equipped with safety environmental performance and high technical standards specialized for industrial applications, promise to enhance the reliability of the systems they are integrated into. Swissbit, which became independent from Siemens in Switzerland in 2001, has established itself as a global innovation leader in storage and security products, based on over 25 years of experience in the development and manufacturing of high-density, high-integration products, as well as solid engineering, circuit design, and process technology. Swissbit's flash storage products flexibly respond to the demands of high performance and multifunctionality in embedded and industrial systems for IIoT and M2M platforms. The concept of "Industry 4.0," aimed at realizing the advancement of industries centered on manufacturing, is rooted in the Japanese manufacturing spirit of "solving specific challenges/problems" and the perseverance to continuously build upon design technology. It thoroughly addresses the analysis of defects and failures, aiming for further improvements in quality standards and reliability with a global perspective and specialized technology.
