Sampling has started for the Sandisk BiCS10 1Tb TLC 3D NAND Flash Memory another huge step forward in flash storage innovation. Sandisk BiCS10 1Tb TLC 3D NAND Flash Memory provides higher density, faster performance and better power efficiency. Furthermore, Sandisk BiCS10 1Tb TLC 3D NAND Flash Memory is designed to allow for the growth of AI applications and data-heavy computing environments.
The latest technology is Sandisk’s tenth-generation 3D NAND flash memory platform. It incorporates advanced lateral scaling technologies to achieve industry-leading 1Tb TLC memory density over 29Gb/mm2. This new architecture leads to a 59% increase in bit density compared to the BiCS8 generation. It also provides NAND interface speeds up to 4.8Gb/s, a 33 percent performance increase from the previous generation already in mass production.
The latest solution uses Sandisk’s proven BiCS 3D NAND architecture and also integrates the company’s CMOS directly Bonded to Array (CBA) technology. This translates into better efficiency and improved performance for our customers. In comparison to the BiCS8 technology, the power consumption of data input is reduced by 10 percent, and the power consumption of output is reduced by 34 percent.
These enhancements are in response to the growing need for storage solutions that can power artificial intelligence, cloud computing, enterprise applications and high-performance data processing. The new flash memory thus bolsters Sandisk’s long-term roadmap for the development of advanced semiconductor technology.
Sandisk BiCS10 Further Bolsters Flash Memory Roadmap
The new platform combines CMOS logic and memory arrays on separate wafers before bonding them together using high-precision wafer-to-wafer alignment, leveraging Sandisk’s wafer bonding expertise. This manufacturing process is more efficient in general and allows for better scalability.
The memory stack is expanded by 332 layers with the BiCS10 TLC. In addition, it integrates Toggle DDR6.0, SCA protocol, and PI-LTT technology for high-speed data transfers with lower power requirements. These enhancements improve system responsiveness and reduce energy consumption across enterprise storage environments.
The latest sampling milestone extends the company’s BiCS roadmap, continuing innovations in endurance, density and power efficiency. As AI adoption speeds up, organizations need storage technologies that can handle larger datasets while still delivering reliability and performance.
A few of the key highlights of BiCS10 TLC, according to Sandisk, include interface speeds of up to 4.8Gb/s, 59 percent higher bit density, improved input and output power efficiency, and support for advanced technologies that allow faster, low-power operation. These combined capabilities position the solution well for next-gen AI infrastructure, cloud platforms, enterprise storage systems, and other data-intensive workloads.
Sandisk continues to innovate in controller architecture, firmware, packaging and flash system technology. The company also controls its entire production lifecycle, including design, manufacturing and final assembly. This integrated approach enables robust quality control, cost efficiency, faster product delivery and resilient global supply chain operations.
Alper Ilkbahar, CTO at Sandisk, said: “As the world becomes more connected, data-intensive and intelligent, NAND plays an increasingly mission-critical role in delivering the performance, efficiency and scale modern computing requires. BiCS8 set a new benchmark for 3D NAND by combining our wafer bonding capabilities with meaningful gains in density, performance, and efficiency. With BiCS10 TLC, we build upon that proven foundation to deliver faster interface speeds, higher bit density and improved power efficiency for our customers.”
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News Source: Businesswire.com
