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  • What is network packet loss and how can it be handled and resolved

    In the process of managing and maintaining the network, data packet loss is often encountered. Usually, using the ping command for connectivity testing, it is found that the ping packet delay far exceeds the normal value, and even cannot be reached. At the same time, there are also obstacles to network service application, such as slow website opening speed, even inability to open web pages in severe cases, and incoherent voice during online browsing.
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  • Popular Science Knowledge: Do M.2 solid-state drives need to be equipped with heat sinks?

    Generally speaking, as long as the temperature of your solid-state drive is controlled within 70 degrees, as long as the temperature does not exceed the critical value of overheating protection, there will be basically no problems in use, and there is no need to install a heat dissipation vest. Especially, there are relatively few cases where daily use can trigger the critical value of overheating protection.
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  • M. What is the impact of high temperature on solid-state drives? Will it affect speed?

    With M.2 NVMe solid-state drives becoming increasingly affordable and gradually replacing SATA solid-state drives, installation has now become almost standard. As is well known, the biggest advantage of M.2 NVMe solid-state drives is undoubtedly their strong performance and smaller size, but it is precisely this advantage that also leads to the problem of heat accumulation. Do M.2 solid-state drives require heat dissipation fins? M. Is the cooling effect of installing a cooling vest on 2 SSDs significant?
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  • DDR5 Memory Introduction and Performance Analysis

    DDR5 is a computer memory specification. Compared to DDR4 memory, DDR5 standard has stronger performance and lower power consumption. Other changes include a decrease in voltage from 1.2V to 1.1V, with 32/40 bits per channel (ECC), improved bus efficiency, and an increase in the number of pre fetched Bank Groups to improve performance.
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  • M. 2. Introduction to Interface Knowledge and What is the Interface Protocol

    In the storage industry, storage devices involve various interface issues, and different interfaces cater to the products required by different environments. For example, at this moment, we need to communicate with everyone about a storage interface called M.2.
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  • Talk about the working principle of solid-state drives and how they work

    The drawbacks of mechanical hard drives happen to be the advantages of solid-state drives. A solid-state drive is actually a circuit board, so manufacturers can create it into any shape. Taking the M.2 interface as an example, it can be divided into these specifications. Solid state drives have no mechanical structure, no noise, are not afraid of vibration, and are highly portable
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  • Introduction to the Development History of Hard Drives

    Hard drives, also known as storage devices. It is an indispensable thing for digital products in today's era. Mobile phones, computers, cameras, servers, and anything that needs to store data cannot do without the existence of hard drives. Hard drives can be divided into two types: mechanical hard drives and solid-state hard drives. For a long time in the past
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  • What are the advantages of SSD solid-state drives

    Firstly, SSDs do not require mechanical structures, are fully semiconductor, and do not have data search time, delay time, or disk seek time. They have fast data access speed and the ability to read data is above 400M/s, with the highest currently reaching over 500M/s.
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  • What are the main advantages of enterprise level hard drives reflected in

    Data storage is divided into enterprise level hard drives and ordinary level hard drives based on the storage content. Enterprise level hard drives are mainly produced for enterprises to meet their needs, while ordinary hard drives are mainly to meet the needs of individual users. Enterprise level hard drives and ordinary hard drives have many differences due to different purposes. Today, we will introduce the advantages of enterprise level hard drives.
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  • What is hard disk storage and an introduction to hard disk partitioning methods

    Disk storage is a computer science term that refers to a storage method using a hard disk as the storage medium. A hard disk is a data storage device that uses magnetic media, and data is stored on several disks sealed in a clean hard disk drive cavity. These discs are generally formed by coating magnetic media on the surface of the substrate
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  • Introduction and Advantages and Disadvantages Analysis of Solid State Hard Disk and Mechanical Hard Disk

    Solid State Disk or Solid State Drive (SSD), commonly known as a solid-state drive.
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  • Samsung Leading the Future: The First LPCAMM Memory Solution Shines on the Stage

    Samsung's first LPCAMM (Low Power Compression Additional Memory Module) form factor has been released, with a transmission rate of up to 7.5Gbps (gigabytes per second). This innovative memory solution is highly likely to disrupt the DRAM (Dynamic Random Access Memory) market landscape for personal computers and laptops, and even affect the DRAM market in data centers To have a profound impact. This major breakthrough has been validated on the Intel platform.
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  • Who is SSR after all, with sales of PM1643A and PM9A3 on par

    &Nbsp; The two most popular models in Samsung's enterprise SSD domestic market recently are the PM1643A and PM9A3, which can be said to be sales giants of SAS and U2. In a market that is already struggling, these two dark horses still maintain high sales, which proves their position. However, who is the enterprise level hard drive; SSR” What about it< Br/>&Nbsp& Nbsp& Nbsp& Nbsp; The PM1643A has a total of 6 capacities, ranging from 960G to 30.72T. The SAS interface can accommodate SATA interfaces downwards, and the SAS interface has also undergone significant improvements. It provides both 3.5-inch and 2.5...
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  • Solidigm introduces the world

    Solidigm is proud to announce another industry first level four unit (QLC) solid-state storage hard drive&# 8217& Flash; SolidigmTM D5-P5336 provides efficient solutions for data centers. The capacity of this hard drive ranges from 7.68TB to 61.44TB, and compared to a full hard drive (HDD) array, Solidigm D5-P5336 can store up to 6x more data in the same space Greg Matson, Vice President and Head of Strategic Planning and Marketing at Solidigm, said:; Nowadays, modern workloads such as artificial intelligence and 5G are rapidly changing the storage landscape. Enterprises need to obtain affordable storag...
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  • Samsung Announces Production of 3-Nano GAA Architecture Process Technology Chips

    Optimized 3 nanometer (nm) process, with a 23% improvement in performance and a 45% reduction in power consumptionCompared to 5 nanometers (nm), the chip area is reduced by 16% and As one of the advanced semiconductor technology manufacturers, Samsung Electronics announced today that chips based on the 3-nanometer (nm) Gate All SurroundT (GAA) process node have begun preliminary production< Br/>Samsung Electronics Achieves GAA for the First Time; Multi bridge channel field-effect transistor; The application of MBCFET™ Multi Bridge Channel FET breaks the performance limitations of FinFET technology by reduci...
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  • SSD Launches 61TB SSD, Challenging HDD Dominance!!!

    Solidigm recently released an SSD with a capacity of up to 61 TB, aiming to challenge the HDD-centric storage market. The capacity is even higher, reaching 7.68, 15.36, 30.72, and 61.44 TB. Solidigm positions its basic durability driver as a QLC replacement for TLC drives, designed to address scenarios of reduced 4K random write performance. Value endurance aims to capture the use case market centered around reading.
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  • Solidigm launches a brand new D5-P5430 NVMe SSD, revolutionizing data center and edge applications

    Solidigm has launched a brand new D5-P5430 PCIe Gen4 NVMe SSD, aimed at replacing more hard drives for data center and edge applications. This new drive based on QLC technology has a storage capacity of up to 15.36TB and will exceed 2023TB in the future, with high capacity and competitiveness based on $per TB.
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  • NVIDIA-AX800 provides high-performance 5G-vRAN and AI services on a universal cloud infrastructure

    nine hundredThe pace of 5G investment and adoption is accelerating. According to the GSMA Mobile Economy 2023 report, between 2023 and 2030, nearly 1$4 trillion will be used for 5G capital expenditure. The radio access network (RAN) may account for more than 60% of the expenditure.Capital expenditures are increasingly shifting from traditional proprietary hardware methods to virtualized RAN (vRAN) and open RAN architectures that can benefit from the cloud economy without the need for dedicated hardware. Despite these benefits, the adoption of open RAN is challenging as existing technologies have not yet provided ...
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  • Solidigm launched D5-P5430, a high-density, high-performance, high-value Solid-state drive in the da

    The D5-P5430 launched by Solidigm is a data center Solid-state drive optimized for mainstream workloads and read intensive workloads. Its high-density, high-performance, and high-value characteristics save costs for enterprises, improve data center efficiency, and meet the demand for high-throughput movement of large amounts of data.
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  • Taking you to learn about CXL Technology's Compute Express Link technology? Understanding CXL in one

    1、 PrefaceCXL (Compute Express Link) technology is a new type of high-speed interconnection technology aimed at providing higher data throughput and lower latency to meet the needs of modern computing and storage systems. It was initially jointly launched by Intel, AMD, and other companies, and received significant support from companies such as Google and Microsoft.CXL's goal is to address the memory gap between CPUs and devices, as well as between devices. The server has a huge memory pool and a large number of PCIe based computing accelerators, each with a large amount of memory. Memory segmentation has caused...
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