Intel Omni-Path Port Upgrade Kit (2 Port)

The Intel Omni-Path Port Upgrade Kit (2 Port) is a purpose-built upgrade solution designed to extend the capacity and performance of your Intel Omni-Path fabric. Built for data centers and high-performance computing environments, this kit enables you to add two additional Omni-Path ports to your existing fabric, unlocking greater parallelism, improved workload distribution, and scalable bandwidth without replacing your core infrastructure. Engineered to integrate with Intel Omni-Path Architecture, this upgrade kit provides a seamless path to expand connectivity, optimize fabric utilization, and protect your technology investment as workloads grow. Whether you’re expanding a cluster for scientific simulations, AI training, or large-scale data processing, the two-port upgrade helps you accelerate data movement across nodes with minimal downtime and simple deployment.

• Strategic scalability for AI, HPC, and data-intensive workloads: The two-port upgrade expands your Omni-Path fabric footprint, enabling more simultaneous communications between compute nodes. This translates to lower queuing, higher message throughput, and improved overall application performance in compute-bound workflows. By adding ports, you can better map MPI communication patterns and reduce contention on shared fabric resources, resulting in faster job completion times and more efficient use of your HPC cluster.
• Non-disruptive, flexible deployment: Designed as a drop-in upgrade, the kit lets you extend your existing Omni-Path fabric without scrapping active equipment. The upgrade integrates with your current host adapters and switches, preserving your investment while delivering immediate operational benefits. With a streamlined install process, IT teams can apply the upgrade during scheduled maintenance windows or as part of routine hardware refresh cycles, minimizing downtime and service disruption for production workloads.
• Enhanced reliability and enterprise-grade fidelity: Intel Omni-Path Port Upgrade Kit (2 Port) adheres to robust engineering standards for data center environments. The module is built to withstand continuous operation, with durable connectors and optimized signal integrity to maintain low-latency, high-throughput communications. This translates to more stable fabric behavior under heavy workloads, reduced error rates, and better long-term reliability for cluster deployments that demand consistent performance across nodes.
• Optimized for data-centered workloads and workloads that demand bandwidth flexibility: In environments such as weather modeling, molecular dynamics, and real-time analytics, the two-port upgrade helps balance traffic across the fabric, enabling more uniform bandwidth distribution. This leads to smoother MPI communications, fewer bottlenecks, and improved scalability as your compute farm grows. The upgrade is especially beneficial when expanding memory-bound or compute-bound workloads that rely on rapid data exchange across the network.
• Cost-effective investment with clear upgrade path: Rather than a full system refresh, the Port Upgrade Kit provides a rational, budget-conscious route to scale Omni-Path capabilities. By extending the life of existing infrastructure and delaying large capital expenditures, organizations can align their hardware refresh cycles with project needs, academic semesters, or grant cycles. The result is a lower total cost of ownership while enabling you to meet rising performance demands and service-level commitments.

Technical Details of Intel Omni-Path Port Upgrade Kit (2 Port)

• SKU: N/A
• UPC: N/A
• Ports: 2 Omni-Path ports
• Fabric compatibility: Intel Omni-Path Architecture
• Form factor: Upgrade module compatible with existing Omni-Path adapters and switches
• Includes: Port upgrade module and mounting hardware
• Data rate per port: Supported by Omni-Path fabric specifications (integration assumes standard Omni-Path performance characteristics)
• Power requirements: Internal hardware specifications align with standard data center power standards

How to install Intel Omni-Path Port Upgrade Kit (2 Port)

• Power down the system and follow standard safety procedures for your data center hardware.
• Identify the appropriate Omni-Path expansion slot or upgrade point within your compute node or enclosure as specified by Intel Omni-Path documentation for port upgrades.
• Carefully align the upgrade module with the connector interface and seat it firmly into place, ensuring a secure mechanical connection.
• Reconnect any necessary cabling and verify that the new ports are recognized by the host and fabric management software.
• Power up the system and run fabric diagnostics to confirm port initialization, link status, and baseline performance. Monitor for any errors and verify that traffic routes correctly across the upgraded fabric.

Frequently asked questions

• What is the Intel Omni-Path Port Upgrade Kit (2 Port)? It is a hardware upgrade solution that adds two Omni-Path ports to an existing Intel Omni-Path fabric, enabling additional connectivity and expanding bandwidth capabilities within your HPC or data center environment.
• Is this upgrade compatible with all Intel Omni-Path systems? Compatibility depends on your current Omni-Path configuration and generation. The kit is designed to integrate with standard Omni-Path architectures, but it is recommended to verify compatibility with your specific switches, host adapters, and firmware versions through your hardware provider or Intel’s documentation before purchasing.
• Does upgrading require downtime? Some downtime may be required to install the upgrade module and perform post-install validation. The goal is to minimize disruption by scheduling during maintenance windows and following best-practice rollout procedures.
• What performance benefits can I expect from adding two Omni-Path ports? The addition of two ports provides more concurrent communication paths, better load distribution, and expanded fabric bandwidth. This can translate to lower latency, higher throughput, and improved scalability for MPI workloads and data-intensive applications.
• What maintenance or support comes with the upgrade? The upgrade kit typically includes hardware and mounting hardware, with ongoing support available through Intel’s enterprise support channels and your vendor. Regular firmware updates and fabric optimization practices should be followed to maximize performance and reliability.