Accelerate time to insight

Modern engineering design workloads depend on simulation-driven technologies that both ingest and generate huge datasets. With these continually growing datasets comes the continual need for more and more compute power and ultimately a high-performance computing infrastructure. Finding a compromise between cost and research requirements is something we offer with our Turnkey CFD Cluster solutions.

Featuring latest generation hardware and LMX Cloud software, our turnkey offering is a densely heterogeneous computing platform, with both CPUs and GPUs integrated to help maximise workload acceleration, boost memory and performance.

Our expert team has designed low, medium and high spec cluster solutions, optimised for analytical and simulation-lead workloads including computational fluid dynamics(CFD), finite element analysis (FEA) and exploratory data analysis (EDA).

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AI Ready Hardware

Clusters for any scale

Our expert team has designed low, medium and high spec cluster solutions, optimised for analytical workloads.

Low Spec Cluster
  • 1x NVIDIA Mellanox SN2010 Switch
  • 1x Deployment Node
  • 1x NVIDIA GPU Node
  • 1x Hyper-Converged Node
  • LMX Cloud Software
Medium Spec Cluster
  • 1x NVIDIA Mellanox SN2410 Switch
  • 1x Deployment Node
  • 1x Compute Node
  • 3x Controller Nodes
  • 1x Weka Storage Node
  • 1x NVIDIA GPU Node
  • 6x Ceph Storage Nodes
  • LMX Cloud Software
High Spec Cluster
  • 2x NVIDIA Mellanox SN2700 Switch
  • 1x Deployment Node
  • 1x Compute Node
  • 3x Controller Nodes
  • 2x Weka Storage Node
  • 2x NVIDIA GPU Node
  • 12x Ceph Storage Nodes
  • LMX Cloud Software
LMX Building Blocks

Turnkey Cluster Hardware

Featuring the latest and most powerful server architecture available on the market

GPU ACCELERATION

Latest Gen NVIDIA GPUs

Our Turnkey Cluster solutions offer up to 8x NVIDIA A100 GPUs, delivering unprecedented compute performance enabling engineers and analysts to harness the power they need to perform complex simulations and solve the most challenging engineering problems.

STORAGE

NVMe
Storage

Typical engineering applications will use and store TB’s of data per time step and, since the applications may run for days, intermediate data must be checkpointed and stored reliably. These highly parallel applications require an HPC storage system that can respond to application demands, which is why we have selected WekaFS – the fastest file storage for AI and Technical Computing.

COMPUTE

Latest Gen CPU options

We offer the latest generation CPU options from industry veterans AMD, built to handle large scientific and engineering datasets with top performance – ideal for HPC workloads, compute-intensive models and analysis techniques.

NETWORKING

NVIDIA Mellanox Interconnect

High Performance clusters require flexible, high-speed connections. NVIDIA Mellanox interconnect  accelerates and offloads data transfers to ensure compute resources never “go hungry” and simplify infrastructure automation so applications run faster.

Turning hardware into an Engineering Cluster

LMX Cloud Software

When developing a turnkey cluster solution, we adopt a layered approach, starting with the end user requirements at the application level and working down the stack to the hardware that will ultimately deliver the resources. The goal of our software is to plug the gap between end user-expectancy, and what’s ultimately deliverable by the hardware.

How it works

Users can login via our easy-to use, API-driven interface and simply request the hardware resources that he or she requires to run their desired application. LMX Cloud handles the provisioning, OS deployment, application configuration, scheduling, telemetry and monitoring and presents the user with an environment that they know and are familiar with.

Application Repository

Our built-in software application repository is a portfolio of thousands of containerised simulation-led and data analytics, applications and tools that come pre-integrated and ready to run such as Ansys and OpenFOAM.

AI-Optimised

Our platform includes hpc-optimised capabilities such as secure dedicated clusters that can support collaborative research, virtualised GPU’s for accelerating analytical workloads, cloud-native workstations for high-resolution image analysis as well as the integration of AI technologies such as Kubernetes.

How it works

LMX for Engineering

Cloud driven analysis

Engineering Use Cases

Computational Fluid Dynamics

The use of a combination of mathematics, physics and computational software to simulate or visualize how a gas or liquid flows.

Finite Element Analysis

The use of calculations, models and simulations to predict and understand how an object might behave under various physical forces.

Exploratory Data Anaytics

The analysis of datasets by summarising their main characteristics, often with visual methods - used for seeing what the data can tell us before modeling and simulations.

See it in action

Request a Demo

Register your details in the form to request a live demo of the software from a member of the team. We understand that everyones needs are different so we will be sure to tailor your demo to suit your specific requirements!