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GPU-Accelerated PostgreSQL

"Cluster performance. Single-node simplicity."

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GPU Accelerated Databases are Coming


10B+ Row Tables Now Common

Traditional systems can't handle enterprise analytical data

$2M+ Annual Warehouse Costs

Distributed clusters require massive infrastructure spend

30%+ YoY Cost Growth

Cloud warehouse spend spiraling with no end in sight

The Future of Postgres on NVIDIA


PostgreSQL Extension

GPU-accelerated analytics that stays in the Postgres ecosystem. No migration, no retraining. Standard extension with no code forks.

NVIDIA SCADA Technology

GPU-direct storage access eliminates CPU bottlenecks. First to productize for Postgres.

Single-Node Scale

Performance that rivals multi-node clusters without the operational complexity.

DRAM IOPs for NVMe Costs

GPU-Direct storage fabrics can saturate NVMe systems, beating DRAM IOPs.

BEFORE 16 Node Cluster

Complex • Expensive • Fragile

AFTER 1 Node + cupug

Simple • Affordable • Reliable

TCO Comparison


16 Node Cluster (r6i.16xlarge x 16)

Cores2,048
RAM16TB
Mem Bandwidth3,200 GB/s
Internode Bandwidth100 Gbps
IOPs3-4M

cupug + 4 GB200 Blackwell GPU

Cores80,000
RAM4TB
Mem Bandwidth32,000 GB/s (HBM)
Internode Bandwidth2,000 Gbps
IOPs40-200M
CLUSTER ANNUAL TCO $850K-$1.15M

Compute + Storage + Operations

COST REDUCTION 8x

Better performance, fraction of cost

CUPUG ANNUAL TCO $106K-$150K

Single server + 4x B200 GPUs

Target Customers


Financial Services

Tick data, risk modeling, real-time compliance

Telecommunications

CDR analytics, network telemetry

E-commerce / AdTech

Clickstream, recommendations, ML features

Life Sciences

Genomic queries, clinical trials

IoT / Industrial

Sensor telemetry, predictive maintenance

Logistics / Supply Chain

Route optimization, inventory forecasting, tracking