Drut Photonic Resource Unit (PRU) 2500

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High Density and Capacity:

• 16 total slots, including 12 full-height, full-length (FHFL) PCIe Gen5 x16 device slots, and 4 PCIe Gen5 x16 host slots.
• Supports double-width and single-width devices, offering industry-leading resource density.

Exceptional Performance:

• Full Gen5 x16 PCIe bandwidth per port, delivering 32 GT/s per lane and up to 512 Gbps total throughput.
• Utilizes photonic fabric technology for ultra-low latency and optimal communication between devices.

Versatile Device Support:

• Accommodates a wide range of PCIe Gen5 devices, including GPUs, FPGAs, SmartNICs, IPUs, TPUs, and NVMe storage.
• Vendor-agnostic design allows for flexible configuration with diverse hardware vendors.

Scalable & Modular Architecture:

• Independent resource pools enable device upgrades without disrupting server or CPU infrastructures.
• Designed for easy scalability, from small clusters to large-scale data centers.

Dynamic Resource Management:

• Hot-swap capability allows seamless attachment/detachment of PCIe resources without downtime.
• Managed through Drut’s Fabric Manager (DFM) software for real-time orchestration and adaptability.

The PRU 2500 integrates with Drut's photonic fabric technology, offering a game-changing approach to data center connectivity and resource allocation. Its high-bandwidth, low-latency fabric provides exceptional flexibility, supporting diverse workloads with minimal signal delay, making it ideal for real-time applications like AI inference, HPC, and financial computing. 

The Drut Target Fabric Interface Card (tFIC 2500) facilitates the connection of compute resources to the photonic fabric, using advanced PCIe remoting technology.

• Supports 1.6 terabits of bandwidth, enabling ultra-fast, scalable connectivity.
• Provides compatibility with emerging technologies like PCIe 5.0 and Compute Express Link (CXL), ensuring future-proof integration for next-gen data center architectures. 

AI/ML Inference: Optimized for GPU farms and low-latency inference tasks, supporting scalable AI model growth.

HPC Clusters: Ideal for ultra-fast node co

High-Performance Storage: NVMe-oF for low-latency access to distributed storage systems.

Low-Latency Financial Computing: FPGA-powered farms for high-frequency trading with minimal fabric latency.

Private Cloud Solutions: Robust IaaS platform with dynamic resource management, ensuring secure and flexible multi-tenancy. 

The PRU 2500’s design ensures your data center is ready to handle the growing demands of modern workloads. With its modular architecture, real-time resource management, and integration with Drut’s photonic fabric, it provides unmatched scalability and efficiency for today’s and tomorrow’s high-performance computing environments.