Drut Composable High-Performance Workstations

Drut extends its disaggregated data center approach to workstations. Recognizing that a workstation functions similarly to a server, Drut leverages Photonic Resource Units (PRUs) and photonic fabric to seamlessly integrate additional resources on demand. This enables optimal performance without unnecessary upfront investments.

• Standard Linux-Based Workstations: The foundation of a flexible computing environment.
• Drut FIC 1000: Facilitates high-speed photonic connectivity.
• PRU 1000: Houses up to 32 single-width or 16 double-width slots for GPUs, FPGAs, and NVMe drives.
• Drut Fabric Manager (DFM): Dynamically allocates and composes workstation resources.
• PXC (32-Port Switch): Enables seamless, high-bandwidth photonic switching.
• NxOptics (4x25G to 100G QSFP28): Ensures high-speed data transfer.
• Campus Switch: Integrates into existing network infrastructure.

• Dynamic Resource Allocation: Workstations can access up to 32 GPUs or a mix of GPUs, CPUs, and NVMe drives on demand.
• Cost Savings: Reduces capital expenditure by centralizing and pooling resources.
• Scalability: Easily upgrade and reconfigure hardware without replacing workstations.
• Seamless Operations: PCIe over Photonics enables real-time attachment/detachment of resources without rebooting.
• Maximized Efficiency: Shared resources ensure optimal utilization across multiple workstations.

Drut’s PCIe over Photonics technology allows users to dynamically attach and detach GPUs, NVMe, and FPGAs in real-time. This innovation ensures flexibility, uninterrupted workflow, and maximized resource efficiency. Workstations can instantly scale their computing power without disruption, unlocking unprecedented levels of productivity.

Enhance your workstations with Drut’s disaggregated resource solution.

For more information, contact info@drut.io.