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Yangtze River Storage released the State-oriented TiPlus5000, unlocking pcIe 3.0 peak performance

Yangtze River Storage released the State-oriented TiPlus5000, unlocking pcIe 3.0 peak performance

Changjiang Storage launched a new consumer-grade solid-state drive product, the TiPlus5000. The product adopts the third generation of Yangtze River Storage 3D flash memory chip based on the crystal stack 2.0 (Xtacking 2.0) architecture, supports PCIe Gen3x4 interface, NVMe 1.3 protocol, sequential reading speed of up to 3500 MB/s, and greatly improves the user experience of PCIe Gen3 platform users in diversified application scenarios such as e-sports, design and video production.

Yangtze River Storage released the State-oriented TiPlus5000, unlocking pcIe 3.0 peak performance

The data shows that by 2021, more than 94% of user computers will still use the platform with the PCIe Gen3 interface. These mature platforms still meet user demands for computing performance, which means that PCIe Gen3 SSDs will remain in the mainstream for a long time. But as more data grows and games get bigger, there is a growing need for users to upgrade their devices in a cost-effective way. To meet this need, the TiPlus5000 was born.

Fan Zengxu, head of the Yangtze River Storage Product Management Department, said: "TiPlus5000, as a new member of the Zhizhi brand, has carried out a large number of rigorous tests in accordance with the international standards and methods common to ensure the reliability and compatibility of the products, which is a high-performance, original high-quality product tailored for the mature platform of PCIe Gen3. Moreover, it adopts the third generation of 3D flash memory chip of Yangtze River Storage, which gives full play to the advantages of the crystal stack 2.0 (Xtacking 2.0) architecture, and serves the users of the old platform with new particles, new technologies, large capacity, high performance, high cost performance and full sincerity. ”

Yangtze River Storage released the State-oriented TiPlus5000, unlocking pcIe 3.0 peak performance

Sequential read speed up to 3500MB/s, unlock pcIe 3.0 peak performance: TiPlus5000 uses PCIe Gen3×4 interface, NVMe 1.3 protocol, sequential read speed up to 3500 MB/s, which can greatly reduce the time of game loading, file transfer, video and picture rendering, and improve the user experience.

Yangtze River Storage 3rd Generation 3D Flash Memory Chip: TiPlus500 adopts the 3rd generation 3D Flash Memory Chip of Yangtze River Storage, which can bring users higher quality and performance with rigorous testing and verification of original particles. With interface speeds of up to 1600 MB/s, it is faster while having a long write life of up to 1200 TBW at 2 TB.

Xtacking 2.0 to unlock flash potential: The tiPlus5000's powerful performance is due to the Xtacking 2.0 architecture, whose innovative technology enables machining peripheral circuits and memory cells on two separate wafers, enabling NAND to have higher I/O interface speeds.

HMB design, SLC Cache intelligent caching, so that performance is enhanced: Host Memory Buffer design (Host Memory Buffer) to make full use of system memory, so that performance is like a tiger. Emulate SLC Cache to accelerate SSD read and write performance, dramatically improving boot, application and game loading, file saving, and transfer speeds.

Intelligent temperature control, efficient control: Equipped with Thermal Throttle, Power Management two major management systems, to achieve efficient temperature and power control, effectively ensure the high-speed and stable operation of SSDs.

Broad compatibility, worry-free upgrades: Tailored testing for complex product usage environments in the retail market, the TiPlus5000 operates stably in different use environments. In addition, the single-sided particle design and PCIe Gen3 interface are widely compatible to meet the needs of desktop and notebook upgrades and expansions.

Large capacity design, choose at will: TiPlus5000 has 512 GB/1 TB/2 TB three capacities, to meet different capacity needs, to achieve massive storage possibilities, so that consumers can enjoy the experience in different application scenarios.

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