#PCIeGen5SSD

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ADATA Legend 970 PRO And SC720 Outstanding Performance

The Compact Power to ADATA Legend 970 PRO and SC720 External SSD Win Two Good Design Awards and Provide Unprecedented Speed in Small Form Factors.

The top memory module and flash memory company in the world, ADATA Technology, today revealed two winners of the Japan Institute of Design Promotion’s 2024 Good Design Awards. In addition to winning honors for product design, the ADATA LEGEND 970 PRO PCIe Gen5 SSD and SC720 External SSD provide previously unheard-of speed and performance in a very compact chassis. The SC720 is the smallest external SSD available today, and the elegant ADATA Legend 970 PRO can be installed into smaller PC configurations without affecting other components.

LEGEND 970 PRO PCIe Gen5 SSD

Express Creativity Like Never Before

The ADATA LEGEND 970 PRO supports the most recent AMD and Intel platforms and adheres to the NVMe 2.0 standard by using the most recent PCIe Gen5 x4 communication interface. It creates graphics or animation with never-before-seen ease.

Unlimited Performance

How long does it take for a file to load? At a sequential read/write speed of 14,000/11,000 MB per second, the ADATA LEGEND 970 PRO is eight times faster than typical Gen3 SSDs and twice the performance of PCIe Gen4 SSDs. Both PCIe 4.0 and 3.0 systems are completely backward compatible with it. Finish each activity in a few of seconds!

Active Cooling Makes Creation a Snap

Image Credit To ADATA

Does your computer’s performance slow as a result of overheating? A heatsink shaped like a double-layer extruded aluminum fin is used by the ADATA LEGEND 970 PRO! After separating hot from cold air, this hollow air duct accelerates heat discharge with an integrated micro fan. When compared to fanless heat sinks, this special “active cooling” drastically lowers drive temperature by up to 20%. Your system runs smoothly with to air conditioning!

Do More with Less Hassle

Image Credit To ADATA

Complicated installations are a real pain, and cable management is a pain! An separate power connection is not needed for the ADATA LEGEND 970 PRO‘s built-in fan, and the SSD is operational as soon as it is inserted into the M.2 slot. The best answer is to simplify complexity.

QuiKTIPS: The secret to consistent performance is active cooling

Why is active cooling necessary? Standard heatsinks can no longer adequately dissipate the heat produced by high-speed PCIe 5.0 transmission, and excessive temperatures will impact data reading and writing speeds. Moreover, unchecked heat will cause the system to malfunction in a matter of seconds. Several thermal models have been used to examine and improve the active heat dissipation of the ADATA LEGEND 970 PRO. Even while running at maximum speed for extended periods of time, it can tolerate a high temperature environment while still performing steadily.

QuiKTIPS: Analysis of active cooling operations

What is the process of active cooling? Active cooling transfers heat from the SSD upward to double-layered aluminum fins utilizing a metal heat dissipater and a heat spreader that is firmly bonded. Cold air is drawn from the nameplate’s apertures by an integrated fan and sent into the top section of the aluminum fins. Hot and cold air collide as hot air rises and cold air descends, and the fan’s spin swiftly removes the heat from the aluminum fins’ two sides. When compared to fanless heatsinks, this design offers better heat dissipation.

Superior Chips Overcome Large Files

The ADATA LEGEND 970 PRO has an ultra-large capacity of up to 4TB with to carefully chosen 232-layer 3D TLC NAND flash memory, and the SSD employs a range of data security and error correction algorithms to significantly increase TBW (Total Bytes Written) and endurance to satisfy high load needs.

Above and Beyond Excellence

Image Credit To ADATA

The ADATA LEGEND 970 PRO has a DRAM cache buffer and the SLC caching method. Up to 1,800K/1,300K IOPS may be achieved with 4K random read/write, increasing the effectiveness of multi-file processing. To guarantee data transfer accuracy and file security, the SSD additionally uses advanced encryption methods including TCG OPAL and the LDPC (Low Density Parity Check Code) error correcting technique.

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Western Digital’s AI Data Cycle Storage Framework Innovation

AI Data Cycle Storage

Western Digital unveiled a six-stage AI Data Cycle methodology that specifies the ideal storage mix for AI workloads at scale, sparking the subsequent wave of AI innovation. Customers may lower the total cost of ownership (TCO) of their AI workflows, increase productivity, and optimise their AI investments by using this framework to plan and build advanced storage infrastructures.

Artificial intelligence (AI) models process text, photos, audio, and video among other data types while also creating new, unique data in a continuous Data Cycle generation and consumption. Data storage systems must manage enormous volumes of data while providing the capacity and performance to support the computational loads and speeds needed for large, complex models as AI technologies evolve. Western Digital today launched an industry-leading, high-performance PCIe Gen5 SSD to support AI training and inference, a 64TB SSD for fast AI data lakes, and the world’s highest capacity ePMR, UltraSMR 32TB HDD, for cost-effective storage at scale.

Generative AI is the next transformative technology, and storage is essential. According to Ed Burns, Research Director at IDC, “the implications for storage are expected to be significant as the role of storage, and access to data, influences the speed, efficiency, and accuracy of AI Models.” This is especially true when larger and higher-quality data sets become more common. Western Digital, a leader in Flash and HDD, can benefit from this increasing AI landscape with its strong market position and extensive portfolio, which covers a variety of needs across several AI data cycle phases.

“The engine of AI is data.” According to Rob Soderbery, executive vice president and general manager of Western Digital’s Flash Business Unit, storage is becoming more critical and dynamic as AI technologies are incorporated in almost every business. “Their commitment to providing unmatched value to their customers is demonstrated by the new AI Data Cycle framework, which will enable their customers to build a storage infrastructure that impacts the performance, scalability, and deployment of AI applications.”

Growing Business AI Data Cycle Storage Options for High-Processing Tasks

Western Digital’s first enterprise-class PCIe Gen 5.0 SSD, the Ultrastar DC SN861 SSD, boasts industry-leading random read speed and is expected to have the best power efficiency for AI applications. Its capacities reach up to 16TB, and its ultra-low latency and remarkable responsiveness make it ideal for large language model (LLM) training, inferencing, and the deployment of AI services. Compared to the previous generation, it offers up to 3x improvements in random read performance. Furthermore, the low power profile lowers total cost of ownership by delivering greater IOPS/Watt.

The growing demand of the AI market for high-speed accelerated computing coupled with low latency to support AI’s compute-intensive environments is addressed by the improved PCIe Gen5 capacity. The Ultrastar DC SN861 boasts a broad feature set, including support for NVMe 2.0 and OCP 2.0, 1 and 3 DWPD, and a 5-year limited warranty. It is designed for workloads that are mission-critical. SN861 E1.S, the Ultrastar DC, is now sampling. This month, the U.2 will start sampling, and in CQ3’24, it will start shipping in large quantities. Later this year, more information on the E1.S and E3.S form factors will be released.

The enhanced Ultrastar DC SN655 enterprise-class SSD series, intended for storage-intensive applications, is a perfect match for the Ultrastar DC SN861. With up to 64TB of capacity available, the new U.3 SSD solutions will enable quicker, larger data lakes as well as increased performance and capacity for AI data cycle preparation. The new DC SN655 variations are currently being sampled. When mass sales of the drives start later this year, more information about them will be made available.

The 32TB ePMR enterprise-class HDD with the largest capacity in the market is now being sampled by Western Digital for a limited number of clients. The new Ultrastar DC HC690 high-capacity UltraSMR HDD is specifically designed for big data cycle storage in hyperscale cloud and enterprise data centres. It will be an essential component of AI workflows where low TCO and large-scale data storage are critical. The new 32TB drive maintains exceptional dependability and reliability while delivering unmatched capacity with seamless certification and integration for quick deployment. It does this by leveraging tried-and-true architectures from generations of wildly successful products. Later this summer, more information on the drive will be accessible.

Every phase of the AI Data Cycle has distinct needs for computing and infrastructure. Western Digital is producing solutions that not only offer larger capacities but are also specifically designed to handle the exceptional performance and durability of next-generation AI workloads, thanks to their understanding of the dynamic interplay between AI and data storage, according to Soderbery. “Their mission is to assist clients in realising the revolutionary potential of artificial intelligence through ongoing innovation, a long-term strategy, and a growing portfolio.”

Concerning Western Digital

Western Digital is committed to utilising data to its fullest potential by maximising its potential. Underpinned by developments in memory technology, the Flash and HDD franchises bring about ground-breaking inventions and potent data storage solutions that help the world realise its dreams. They have committed to challenging carbon reduction targets authorised by the Science Based Targets programme, which is at the core of their principles. They also acknowledge the importance of combating climate change.

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