SELECT PRODUCT

FRA-SYS MOST ADAPTED

Our product range is divided into two formats, towers or racks, and into three categories to meet professional requirements for applications: Little or no parallelization, Moderately parallelized, Massively parallelized

Parallelization consists in dividing a complex task into several parts that can be executed simultaneously on different cores or processors. The more an application is parallelized, the more it can take advantage of modern architectures to considerably reduce computing times.

applicationswith little or no parallelization

Designed for tasks requiring high performance on one or a few processor cores, such as 3D modeling and CAD. These solutions focus on speed of execution for sequential tasks.

MINI

App. Single-core
CAD
CAD visualization
Advanced office automation

App. Single-core
2D + 3D CAD / Advanced
BIM
CAM
Advanced office automation

ULTRA

App. Single-core
Advanced CAD
BIM
CAM

App. Single-core
2D + 3D CAD / Advanced
BIM
CAM
Advanced office automation

moderately parallel
applications

Ideal for applications that use multiple processor cores efficiently, such as 3D rendering, physics simulations or video editing. These configurations balance single-core speed with multi-core capability.

VISIO

App. Multi-core
Physics simulation
Process simulation
3D scanning / NDT
3D rendering

App. Multi-core
Physics simulation
Process simulation
3D scanning / NDT
3D rendering

App. Single-core
App. Multi-core
Advanced CAD / CAM
Simulation
3D Scan / NDT

massively parallelized
applications

Designed for calculations requiring a large number of cores running simultaneously, such as CFD simulations, scientific computing or deep learning. These solutions take full advantage of multi-core and multi-GPU architectures to handle intensive workloads.

HORIZON

App. Multi-core
Physics simulation
Process simulation
3D scanning / NDT
3D rendering
Computing / AI