Memory Driven Computing
Delivering Industry-leading Speed, Scale and Efficiency
Trovares xGT
ComnetCo has partnered with Trovares to deliver their xGT Graph Analytics Solution, which is the fastest Deep Analytics Application on the market and ideally suited to your mission-critical applications. With the patented Trovares graph search technology, customers can unify their data from all sources throughout the enterprise at speeds hundreds of times that of current market options. Trovares applies graph properties to power data insights with the incremental value that only “graph” can provide. This can all be achieved without the need to replace any of your existing IT Infrastructure, database, and data investments.

The Trovares xGT Graph Engine combines powerful graph analytics with the scale-up Memory-Driven computing capabilities of the HPE Superdome Flex for faster cybersecurity threat detection. xGT delivers:
• Performance – Enables faster threat detection scans to reduce Mean Time to Detect (MTTD), thus mitigating risk exposure and costs associated with cyber-attacks
• Scale – Achieves near-linear scalability and high degrees of parallelism by tapping into large pools of memory and high core counts
• Enhanced Capabilities – Delivers enhanced complex query capabilities, enabling new insights into cyber threats
• Simplification – Offers superior ease-of-use by accessing xGT from a Jupyter notebook to probe big data at terabyte-scale

MDC Overview
Built around memory rather than CPUs, every processor in a Memory-Driven computing system can access a giant pool of shared memory. This represents a dramatic departure from systems that tether relatively small amounts of memory to each processor. The result is dramatically faster compute speeds than conventional high-performance clusters. ComnetCo can help you deploy an HPE Memory-Driven solution that will deliver ultimate performance and flexibility.

Users commonly run HPC workloads on clustered systems, which distribute computational problems across multiple servers (nodes). These servers work in parallel and are connected over a high-speed network with shared storage. Some HPC problems, however, are challenging to run across multiple nodes. Complex and often data-intensive with strong interdependence. These types of problems are often best tackled by one “shared-memory” node, known as a “fat” node, rather than breaking the job into pieces across many small nodes.
HPE Superdome Flex Family
High Performance Computing and the breakthrough SMP (symmetric multiprocessing) server family of HPE Superdome Flex and HPE Superdome Flex 280 servers offer the ideal solution for solving complex, data-intensive problems holistically by using shared memory. Providing unparalleled scale-up compute and shared memory resources with single-system simplicity, the HPE Superdome Flex family equips your HPC team to:
- Accelerate Time to Discovery as jobs no longer compete and wait for large memory nodes, enabling more jobs to be completed in less time
- Improve Accuracy using simulations with larger models and more data
- Increase Productivity by freeing scientists and engineers from cluster management tasks

In addition, software developers greatly benefit from HPE shared memory HPC solutions. Unlike when moving from a desktop to a cluster, the HPE shared memory technology eliminates the need to modify code. Essentially, HPE Superdome Flex and Superdome Flex 280 servers act like giant Linux® workstations with lightning speed. This server family delivers:
Scale-up from 4 to 32 sockets in a single system image
The HPE Superdome Flex family’s unique modular architecture allows you to start small and grow at your own pace without sacrificing performance. Superdome Flex 280 offers a low entry point and granular scaling, starting at 2 and scaling as a single-system to 8 sockets in two-socket increments. The server is designed to provide 64 GB to 24 TB of shared memory using DRAM or in combination with persistent memory. HPE Superdome Flex scales from 4 to 32 sockets in 4-socket increments with shared memory scalable from 768 GB to 48 TB.
Optimum Flexibility
Delivers the modularity and scale to help you avoid overprovisioning, disruptive upgrades, and the associated cost and complexity. They provide industry-leading shared memory capacity using DRAM only, or a combination of DRAM and Intel® Optane™ Persistent Memory for HPE. You can also add NVIDIA® GPUs if your workload requires this technology.
Unbounded I/O
TheHPE Superdome Flex family also allows you to capitalize on a well-balanced I/O subsystem for high performance. Both models—HPE Superdome Flex 280 and HPE Superdome Flex—offer two I/O choices: A 16-slot or a 12-slot, per 4-socket chassis. They also offer support for a multitude of PCIe cards, providing rich solution flexibility.