Gotham Technology Group的动态

DirectPV is a CSI driver for Direct Attached Storage. In a simpler sense, it is a distributed persistent volume manager, and not a storage system like SAN or NAS. It is useful to discover, format, mount, schedule and monitor drives across servers. Distributed data stores such as object storage, databases and message queues are designed for direct attached storage, and they handle high availability and data durability by themselves. Running them on traditional SAN or NAS based CSI drivers (Network PV) adds yet another layer of replication/erasure coding and extra network hops in the data path. This additional layer of disaggregation results in increased-complexity and poor performance. Whereas DirectPV provides direct access to the storage. Here are some of the interesting design decisions taken during the development phase: https://lnkd.in/gf5iZxVz #k8s #containerstorage #minio #storage

FlashGrid: unsere Sicht des Storage-Managements! Scale out up to 8 FlashSystem or SVC systems to be managed as one, including non disruptive workload mobility between members of the grid. https://lnkd.in/ehqQgM3d

Discover the inner workings of NAS storage. This in-depth guide covers essential concepts like RAID configurations, network protocols, and data management techniques. Understand the role of each component in ensuring optimal performance and data integrity. #NASarchitecture #NAScomponents #NASprotocols #RAID #filesystems #networkprotocols https://lnkd.in/dwmTKXHx

Pure Storage reinvents file services, redefining standards for enterprise-grade agility, simplicity https://lnkd.in/dmybJQmr

?? ?????????????????? ?????? ?????????? ???? ?????? ?????? ?????? ?????? ???????????????? ???????? ????????????????????! In today's digital age, choosing the right data storage solution is more crucial than ever! Let’s break down the essentials of Network Attached Storage (NAS) and Storage Area Network (SAN) to help you make the best decision for your organization: ?? ?????? (?????????????? ???????????????? ??????????????): - ???????????????????? ?????? ??????????????????????????: NAS is your go-to for straightforward, network-based storage that enhances file sharing across your organization. Imagine having a centralized hub where everyone can access and share files seamlessly! - ???????? ??????????: Utilizes file-level access with protocols like NFS and SMB, making it incredibly user-friendly and perfect for less complex storage needs. ?? ?????? (?????????????? ???????? ??????????????): - ??????? ????????????????????? ?????? ??????????????????????: When your storage needs include handling large volumes of data or running complex applications, SAN steps in as your high-speed hero. It's like having a superhighway that connects all your storage resources to multiple servers efficiently. - ???????? ??????????: Provides block-level storage, which is ideal for high-demand systems like databases, enhancing speed and performance. ?? ???????????????????? ??????????????????: Modern environments often blend NAS and SAN to offer versatile and powerful storage setups, ensuring you can tailor your infrastructure to meet both simple and complex needs. Whether you're a small business or a large enterprise, understanding NAS and SAN can revolutionize how you manage data. Ready to turbocharge your data storage strategy? Dive into the world of NAS and SAN, and future-proof your IT infrastructure today! #TechTrends #DataManagement #NAS #SAN #FutureOfWork #DigitalTransformation #IT #Infrastructure #engineering

#What is a disk array? A disk array, also called a storage array, is a data storage system used for block-based storage, file-based storage or object storage. The term is used to describe dedicated storage hardware that contains spinning hard disk drives (HDDs) or solid-state drives (SSDs). Arrays combine a series of drives into one system that can store up to petabytes of data under a central management system. Disk arrays were designed to separate storage from servers so systems could be built into large, monolithic configurations for block- or file-based storage. #How disk arrays work A disk array enables storage capacity to scale and be managed far more efficiently than capacity from a collection of servers. Arrays have complicated redundancy features built into them, such as high-performance redundant array of independent disks (RAID) controllers, and the storage may be configured with logical unit numbers. Disk arrays form key components of storage networks, such as storage area networks (SANs) for block storage and network-attached storage (NAS) for file storage. These networks enable storage to be managed separately from the local area network or wide area network that connects other devices inside an organization

The recent release of the expanded HPE GreenLake for Block Storage now provides mission-critical resiliency at midrange economics with the industry’s first disaggregated, scale-out block storage – with a 100% data availability guarantee.

Executing a Zero-Downtime Storage Hardware Refresh https://ift.tt/GOEkjVZ #storagesolutions #zerodowntime #itstrategy

NetApp's approach to all-flash block storage emphasizes simplicity, power, and affordability, making it easier than ever for businesses to harness the benefits of high-performance data solutions. This blog highlights how an efficient storage infrastructure can drive innovation and enhance operational efficiency. #AllFlashStorage #DataInnovation #NetAppSolutions #NetApp #NetAppCloud

The power of the Pure Storage platform is now available in smaller capacities!