Hyperscale NAS For Dummies, Hammerspace Special Edition
Download E-BookUshering in the Next Data Cycle with Hyperscale NAS
The next data cycle is characterized by a shift from structured business intelligence (BI) data to a world where unstructured and semi-structured data reign supreme. This data is massive in volume and comes from countless sources, which require high-performance access to drive valuable insights. Hyperscale NAS meets this challenge head-on by merging the simplicity of enterprise NAS with the extreme performance of high-performance computing (HPC) parallel file systems.Hyperscale NAS is essential for your organization for the following reasons:
- Performance at scale: Hyperscale NAS isn’t bottlenecked by traditional NAS controllers, so linear scalability in performance and capacity are enabled across potentially thousands of nodes.
- Cost efficiency: Being software-defined, hyperscale NAS allows the use of commodity hardware and avoids vendor lock-in, driving down costs significantly.
- Metadata excellence: With shared metadata kept out of the data path, hyperscale NAS ensures fast access to data across the global environment, which is critical for AI and DL workloads that require rapid data retrieval and processing.
Hyperscale NAS: A Pillar for Modern Data Architectures
The architecture of hyperscale NAS is fundamentally different from traditional solutions. It overcomes the limitations of scale-out NAS by providing linear scalability and extreme throughput using commodity infrastructure. This means that as your data grows, your system’s performance and capacity can grow with it, without the need for expensive, specialized hardware.Some of the transformative capabilities of hyperscale NAS include
- Standards-based integration: The hyperscale NAS client software is built into standard Linux distributions, eliminating the need for proprietary clients.
- Consistent high performance: The separation of metadata from the data path allows for near-full bandwidth utilization, delivering the speed necessary for demanding applications.
- High availability: Hyperscale NAS includes distributed architecture, load balancing, tiering, and high-availability features, proving itself in some of the world’s largest AI environments.
Making Data Available and Actionable
In the era of AI, having access to sufficient compute resources, like graphics processing units (GPUs), is a significant challenge. Hyperscale NAS helps you leverage GPUs wherever they’re available, making data a live, globally shared resource that’s no longer localized or trapped within proprietary storage systems or specific cloud data services.Hyperscale NAS makes data more accessible and actionable through
- Global data sets: Hyperscale NAS orchestrates data to GPUs in the cloud and GPU-as-a-Service providers, unifying multiple data sources into a single global file system.
- Intelligent data placement: Leveraging metadata-driven data orchestration, Hyperscale NAS ensures data is where it needs to be, when it needs to be there.
- Non-disruptive data mobility: Data can be moved between storage systems, sites, and clouds without disrupting access or performance.
For more information, download this free e-book: Hyperscale NAS For Dummies, Hammerspace Special Edition.