The GPU of Storage

Pliops Extreme
Data Processor (XDP)

Pliops XDP multiplies the scalability of workloads and data capacity by delivering ultra-high performance drive fail protection and in-line compression for your NVMe SSD-based data-intensive applications.

Scaling Data Center Storage To Meet Explosive New Demand Solution Brief

Pliops Zero Tradeoff Drive Failure Protection Solution Brief

Pliops Extreme Data Processor Explainer Video

Unlocking TCO Savings for Your Data Infrastructure with Pliops

Strategic Partnerships

Modern Apps Demand Modern Infrastructure

To achieve your business goals, you need to harness modern databases, big data analytics, AI/ML, HPC, and more. But you’re drowning in data, and it’s a struggle to keep up. Why? CPUs have become a bottleneck and now fail to match SSD performance gains.

To accelerate your data-hungry, storage-intensive applications, you need more from your infrastructure. More application speed. More storage capacity. More data protection. More scalability. Until now, your only option was to throw money at the problem—adding servers, SSDs, and data center footprint. But that’s not solving the real problem.

Popular Solutions

Explore Pliops XDP’s solutions below. Our mission is to massively accelerate performance and dramatically lower infrastructure costs for relational databases. NoSQL, in-memory databases, software-defined storage, analytics, AI/ML, edge, CDN, and other
data-intensive applications.

All Pliops XDP Solutions

Use Case Solutions

Application Workload Solutions

Deployment Model Solutions

A Powerful Approach

Just as GPUs overcome processing inefficiencies to accelerate AI and analytics performance, the breakthrough Pliops Extreme Data Processor (XDP) overcomes storage inefficiencies to massively accelerate performance and dramatically lower infrastructure costs for today’s applications.

In-line Transparent Compression

Adding more SSDs to today’s software-only architecture is too expensive making it impractical to keep up with growth. XDP integrated high-speed compression greatly reduces data even after software-based compression while freeing the CPU from this burden.

Key-Value Storage Engine

Key-value (KV) storage engines are used in nearly all database, analytics, and software-defined storage applications. CPU and system resources are over-utilized when running this complex software, resulting in applications not taking full advantage of SSD storage capabilities.

Drive Failure Protection

Current RAID solutions require tradeoffs in performance, capacity, or protection. Pliops Drive Failure Protection (DFP) enables the use of high-capacity SSDs, while delivering on stringent SLAs by maintaining constant data availability and performance with no data loss or downtime.

Encryption

AES-256 encryption safeguards data against unauthorized access for data at rest. The encryption and decryption process is supported by Pliops XDP, so there is no performance degradation and data transfer does not slow down.

High-Performance NVDIMM

Protects all data and meta data against sudden power failure.

Adding more SSDs to today’s software-only architecture is too expensive making it impractical to keep up with growth. XDP integrated high-speed compression greatly reduces data even after software-based compression while freeing the CPU from this burden.

  • Key-value (KV) storage engines are used in nearly all database, analytics, and software-defined storage applications. CPU and system resources are over-utilized when running this complex software, resulting in applications not taking full advantage of SSD storage capabilities.

Current RAID solutions require tradeoffs in performance, capacity, or protection. Pliops Drive Failure Protection (DFP) enables the use of high-capacity SSDs, while delivering on stringent SLAs by maintaining constant data availability and performance with no data loss or downtime.

AES-256 encryption safeguards data against unauthorized access. The encryption and decryption process is supported by Pliops XDP, so there is no performance degradation and data transfer does not slow down.

Protects all data and meta data against sudden power failure.

Pliops XDP Solves Your Infrastructure Challenges

Pliops XDP is delivered on an easy-to-deploy, low-profile PCIe card that radically improves SSD storage to exponentially increase performance, reliability, efficiency, and capacity. Multiplying the effectiveness of the infrastructure you already have.

Featured Case Studies

Dozens of customers across multiple use cases and industries are deploying Pliops XDP and achieving breakthrough results.
See their success in action.

What the Experts Are Saying