Network & Latency
Optimizing hybrid HPC systems via InfiniBand, RoCE, and Cornelis Omni-Path for seamless distributed computation.
Defeating Distance in Distributed Compute
In High-Performance Computing, every microsecond of latency is a lost cycle. **Malgukke** designs the **Network Fabric** that bridges local on-premise clusters with cloud-based resources. By implementing **RoCE (RDMA over Converged Ethernet)** and **Cornelis Networks Omni-Path**, we ensure that your hybrid environment performs as a single, tightly-coupled machine.
InfiniBand & Omni-Path Fabric
Deploying state-of-the-art InfiniBand and **Cornelis Omni-Path** networks to handle extreme bandwidth. We optimize the "fabric" to support GPU-Direct communication, utilizing Omni-Path's unique packet integrity and efficiency for large-scale MPI jobs.
- HDR/NDR InfiniBand & Cornelis Omni-Path 100/400
- Congestion Control & Adaptive Routing
RoCE & SD-WAN Integration
Utilizing **RoCE v2** to provide high-performance RDMA capabilities over standard Ethernet fabrics. Combined with dedicated cloud connectors, we maintain "on-premise feel" even when accessing nodes across heterogeneous cloud providers.
- RDMA over Converged Ethernet (RoCE) for Cloud-Bursting
- Latency-aware Traffic Engineering & SD-WAN
Network Logic: Speed -> Stability -> Synchronization
| Network Tier | Malgukke Action | Performance ROI |
|---|---|---|
| Intra-Cluster | Implementation of **Omni-Path** for CPU-heavy scaling. | Predictable message rates & low jitter |
| Ethernet-Fabric | Deploying **RoCE v2** on 100GbE+ switches. | Low-latency compute on standard hardware |
| HPC-to-Cloud | Dedicated fiber-optic links with redundant SD-WAN. | 99.99% availability for hybrid bursts |