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Elastic Block Storage

Easy-to-scale software-defined storage service that can be used with any server to store persistent data.

Technical Specifications

Storage Type

HDD

IOPS

500

Maximum Storage

5TB per volume

Resiliency

Triplicated data blocks

Self-healing

Enabled

API Access

Available

How it works

01

Create New Volume

Order a new block storage volume via Client Portal, CLI, or API.

02

Attach the Volume

Attach the new volume to your selected server.

03

Configure Volume

Configure your newly attached volume on the server side.

Block Storage Use Cases

Containers

Block storage is a perfect solution to host persistent data for containerized applications. It allows developers to manage and migrate containers as needed, keeping the data intact.

Storage Area Networks

Block storage volumes can be used to build a storage area network (SAN) architecture and present storage devices to multiple servers via a network connection.

Transactional Workloads

Developers choose Block Storage to host redundant and easy to scale transactional databases for storing mission critical data such as sales transactions, or operation logs.

Big Data Analytics

Block Storage is often used with Hadoop Distributed File System (HDFS) to store data as independently distributed units and achieve better performance.

Block Storage Benefits

Scalability and Flexibility

Our block storage enables you to quickly scale storage capacity up to 5TB per volume. This service lets you order new volumes via your Client Portal, CLI, or API, ensuring that you have the persistent storage your applications need as they grow. It is designed to work with any server, making it highly adaptable to changing workloads. With easy-to-configure options, you can adjust resources dynamically, allowing for rapid response to demand spikes. This flexibility keeps your IT infrastructure agile and future-proof.

Performance and Resiliency

Block storage provides steady performance with an IOPS rating of up to 500. This means data read and write operations happen quickly. The HDD technology strikes a good balance between cost and performance. It is perfect for applications that do not need the higher cost of SSDs. The system stays resilient by tripling data blocks. This greatly lowers the chance of data loss. This design keeps your data safe and accessible, even if there is a hardware failure.

Self-Healing and Reliability

Reliability remains a cornerstone of block storage solutions. With self-healing on, the system fixes any errors it finds by itself. This minimizes downtime. This feature is key for keeping data safe on your storage volumes. The robust design keeps important tasks running smoothly. It makes sure data stays consistent and easy to access. Also, built-in error correction and redundancy measures help you keep your system available. This meets best practices in enterprise storage management.

API Integration and Ease of Use

Block storage offers seamless API access, enabling you to automate volume creation, attachment, and configuration processes. The service integrates effortlessly with various management interfaces such as UI, CLI, and SDKs, providing flexibility and ease of operation. With straightforward DNS configuration options, including PTR and A record setups, you can manage your storage effectively. This integration supports a smooth workflow for developers and system administrators.

Frequently asked questions

What is Elastic Block Storage?

Block Storage Service is a technology that divides data into bocks of equal sizes and stores them on a redundant physical infrastructure configured for fast data retrieval.

How does Elastic Block Storage work?

Elastic Block Storage service provides you with block storage volumes that you can attach and re-attach to any server within a region. Such volumes are presented to the operating system as locally attached devices.

What are the differences between block storage and object storage?

Object storage is used for storing data in an unstructured format called objects. Each object can be accessed via HTTP protocol and has its own metadata that describes the stored content. While both block and object storage solutions are benefitial for cloud-native applications, developers typically use object storage to store unstructure data, and block storage for structured database storage, file system volumes, and other use cases where low latency and high redundancy is required.

What are the differences between block storage and file storage?

Block storage provides customizable storage with high performance and low latency. It delivers strong performance and quick access. File storage, however, organizes data into directories and files. This makes managing files easier, but it can reduce performance in busy situations. Your choice should align with your workload and performance needs.

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