ADVANCED AI INFRASTRUCTURE WITH DYNAMICXCELERATOR
Custom-built Computers
AI inferencing is one of the most compute-intensive workloads in today's landscape. Drut Technologies has developed DynamicXcelerator to address the challenges of deploying AI models efficiently while maintaining cost-effectiveness.
- Designed for enterprises looking for an agile AI inferencing solution, DynamicXcelerator enables dynamic GPU slicing, allowing organizations to maximize GPU utilization across multiple workloads. This technology ensures that AI models can run on standard servers without costly, proprietary hardware.
- Taking AI infrastructure to the next level, DynamicXcelerator seamlessly integrates with the Drut Fabric Manager, orchestrating compute resources dynamically. It enables organizations to scale AI deployments while optimizing performance and reducing operational overhead. DynamicXcelerator ’s compatibility with multi-GPU environments ensures high availability and efficiency, making it ideal for large-scale AI training and inferencing applications.
The Power of vPODs for AI and HPC
Traditional data centers often struggle with rigid hardware configurations, leading to inefficiencies in AI and HPC applications. Drut’s vPOD technology revolutionizes compute resource management by allowing dynamic, software-defined resource allocation:
- Flexible GPU Configurations: vPODs enable up to 16 individual GPU nodes or 7 vPODs with customizable GPU allocations, offering tailored compute environments based on workload demands.
- CPU-Only vPODs: For applications that don’t require GPUs, Drut allows CPU-only vPODs, optimizing infrastructure costs while maintaining high computational performance.
- End-to-End Automation: Through integration with Drut’s Software Platform, organizations can automate server provisioning, operating system deployment, and AI model loading, significantly reducing setup time and manual intervention.
drut fabric manager (DFM)
As the intelligent orchestration layer, DFM dynamically manages and allocates resources across CPUs, GPUs, storage, and networking components.
Leveraging an API-driven architecture ensures fluidity in resource provisioning and enables seamless scaling based on real-time demand.
Photonic Fabric (PXC)
Traditional networking introduces bottlenecks in high-speed computing environments. Drut’s photonic fabric overcomes these limitations with an all-optical, ultra-low-latency active switch (PXC), ensuring:
- Non-Blocking Matrix Switching: Eliminating congestion for high-throughput workloads.
- Ultra-Low Insertion Loss: Maximizing signal integrity for efficient data transmission.
- Scalability: Allowing deployment in CLOS configurations for flexible data center architecture.
Drut 2500 Series: A Breakthrough in GPU Connectivity
The 2500 series is an innovative solution that propels AI data centers into a new era of reconfigurability, efficiency, and performance. This solution combines a high-density resource chassis, a photonic fabric interface card compatible with off-the-shelf servers, and Drut’s existing software and hardware solutions. This cohesive system empowers customers to build AI data center computing clusters tailored to the dynamic demands of modern AI/ML workloads.
- Dynamic Infrastructure: It features the first-ever dynamic system, optimizing resources for future-proof flexibility.
- Vendor Independence: Eliminates vendor lock-in, ensuring seamless ecosystem integration.
- Strategic Asset Transformation: Maximizes utilization, turning AI infrastructure into a competitive advantage.