ATP releases the most durable industrial SSD: operating temperature range 125°C, up to 3.84 TB, 150,000 P/E cycles

王林
Release: 2024-08-22 13:41:36
Original
1086 people have browsed it

News from this site on August 22, ATP Electronics recently launched the N751Pi PCIe Gen 4 NVMe M.2 2280 solid-state drive, with capacities ranging from 240 GB to 3.84 TB. Its highlights are super durability and the ability to work in extreme temperatures , can work from a low temperature of minus 40 degrees Celsius to a high temperature of 85 degrees Celsius, and is the industry's first solid-state drive with an operating temperature span of 125 degrees Celsius.

ATP 发布最耐用工业固态硬盘:工作温度范围 125°C,最高 3.84 TB、15 万次 P / E 循环

The N751Pi SSD has a standard high endurance rating of 100,000 P/E cycles, and officials say customers can request further configuration to achieve unparalleled durability of 150,000 P/E cycles, a 50% improvement.

ATP 发布最耐用工业固态硬盘:工作温度范围 125°C,最高 3.84 TB、15 万次 P / E 循环

Officially stated that the N751Pi SSD adopts high-quality NAND packaging, strict NAND integrated circuit (IC) qualification, 100% NAND screening and verification capabilities, and uses ATP’s independently developed firmware, dedicated hardware configuration and technology.

ATP 发布最耐用工业固态硬盘:工作温度范围 125°C,最高 3.84 TB、15 万次 P / E 循环

ATP 发布最耐用工业固态硬盘:工作温度范围 125°C,最高 3.84 TB、15 万次 P / E 循环

ATP 发布最耐用工业固态硬盘:工作温度范围 125°C,最高 3.84 TB、15 万次 P / E 循环

With 100% P/E cycle, N751Pi SSD can store data for up to one year at 55°C temperature, which is better than other storage devices with similar P/E cycle. The relevant charts attached to this site are as follows:

ATP 发布最耐用工业固态硬盘:工作温度范围 125°C,最高 3.84 TB、15 万次 P / E 循环

The above is the detailed content of ATP releases the most durable industrial SSD: operating temperature range 125°C, up to 3.84 TB, 150,000 P/E cycles. For more information, please follow other related articles on the PHP Chinese website!

Related labels:
source:ithome.com
Statement of this Website
The content of this article is voluntarily contributed by netizens, and the copyright belongs to the original author. This site does not assume corresponding legal responsibility. If you find any content suspected of plagiarism or infringement, please contact admin@php.cn
Popular Tutorials
More>
Latest Downloads
More>
Web Effects
Website Source Code
Website Materials
Front End Template
About us Disclaimer Sitemap
php.cn:Public welfare online PHP training,Help PHP learners grow quickly!