Full-Rack AI at Your Scale:
A Complete, Flexible Infrastructure from PROMISE
As AI adoption accelerates across industries, organizations are facing a common challenge: how to deploy a high-performance, scalable infrastructure without the cost and complexity of hyperscale data centers. The PROMISE BoosTrak family addresses this gap with a complete, full-rack AI solution designed for enterprise and small-to-midsize data center environments.
At the core of this solution are the BoosTrak C6300 and C6400 GPU-accelerated compute servers, engineered to support the full spectrum of AI workloads—from model training and fine-tuning to agentic AI and retrieval-augmented generation (RAG) inference. Built on the latest Intel® Xeon® 6 platform with PCIe 5.0 and DDR5 memory, these systems allow organizations to precisely balance CPU and GPU resources. Whether optimizing for CPU-intensive preprocessing or GPU-dense inference, the unified platform ensures consistency from development through production.
Complementing compute is the BoosTrak C6200, a high-density, dual-node storage server designed to sustain the massive data throughput required by GPU clusters. With PCIe 5.0 NVMe flash, SAS-4 expansion, and high-speed networking up to 100GbE, the C6200 enables everything from high-speed ingest to petabyte-scale hybrid data lakes. Integrated GreenBoost 2.0 technology enhances power efficiency while preserving drive health, helping organizations manage energy consumption as AI workloads scale.
For latency-sensitive applications, the BoosTrak S6206 delivers ultra-high-performance NVMe-oF storage. Its all-flash architecture, combined with PCIe 5.0 and networking options up to 400GbE per node, provides near-zero latency and exceptional IOPS. With dual-node configurations and aggregated bandwidth up to 800 Gb/s, the S6206 is ideal for AI training pipelines, real-time analytics, and other mission-critical workloads where performance cannot be compromised.
Together, these BoosTrak systems form a cohesive, rack-level solution—integrating compute, high-speed storage, and scalable data infrastructure within a unified management framework. Support for open standards such as Redfish, along with PROMISE WebPAM 5.0, ensures seamless deployment and operational efficiency across environments.
To further extend this solution, PROMISE VTrak systems provide additional flexibility for mixed workloads and existing infrastructure integration. The VTrak J5960, featuring GreenBoost 2.0, delivers energy-efficient high-capacity storage optimized for long-term data retention, while the VTrak 8206 all-flash array adds another tier of high-performance storage for demanding applications. These systems enable organizations to incorporate legacy storage networks alongside next-generation NVMe and high-speed Ethernet fabrics, protecting existing investments while enabling future growth.
The result is a complete, versatile AI infrastructure that scales with your needs—supporting a wide range of applications, network environments, and deployment models. From edge deployments to full data center racks, PROMISE delivers AI performance, efficiency, and flexibility at a scale and cost aligned with real-world business requirements.
With BoosTrak and VTrak working together, organizations can build a truly integrated AI platform—one that is powerful, adaptable, and ready for the next generation of data-driven innovation.
GreenBoost 2.0: New Lab Report Demonstrates Up to 47% Power Savings
Energy efficiency is becoming an increasingly important consideration for data center infrastructure, particularly as AI workloads continue to increase power demand.
A new lab report conducted with Toshiba Storage Products provides further insight into the potential of PROMISE GreenBoost 2.0 on the VTrak J5960 enterprise storage system. Under the defined test conditions, the lab report demonstrated power savings of up to 47%.
GreenBoost 2.0 combines mechanical design, algorithmic power management and AI-based optimization to reduce unnecessary power consumption while maintaining the storage performance and availability required by demanding enterprise workloads.
Watch the video for a concise overview of the lab report and its key findings:
The complete Toshiba lab report is also available here:
Lab Report for GreenBoost™ 2.0 Power Optimization with PROMISE VTrak J5960 and Toshiba MG11 24TB HDDs
A larger opportunity for efficiency
The significance of storage efficiency goes beyond the power consumed by an individual system. As data center power requirements continue to grow, efficiency can become capacity: every watt saved at the infrastructure level is power that does not need to be generated, delivered or dissipated as heat.
Storage is only one part of the equation, but improvements repeated across large-scale infrastructure can add up.
More on what this means for AI infrastructure and the relationship between energy efficiency and available capacity will be explored in an upcoming PROMISE Tech Insight.
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