Ampere Computational Solutions
Ampere® Altra® processors are designed to scale. Period. High-performance compute workloads are no exception. See how Ampere Altra can make your workload scale...
With up to 160 SIMD units per processor on Ampere Altra and 256 units on Ampere® Altra® Max, computational workloads that are built to scale perform well on Ampere Altra. Computational workloads are divied up here in several categories to allow quick review of various high-performance compute applications.
Box86 enables running x86 (Linux) applications on non-x86 Linux systems. Integrated with DynaRec (dynamic recompiler) and by using native library box86 enable high performance on GPU based applications. (Source from https://github.com/ptitSeb/box86).
As Ampere Altra and Altra Max can support both 32 and 64 applications, Box86 are natively supported on Ampere platforms.
Remote rendering, simulation and visualization are important for big dataset, computational demanding simulations, etc. The applications include CFD (aerodynamic design, weather prediction, etc), centralized computer aided systems (AR/VR), big data set (like BIM).
Together with partners, Ampere has enabled various GPUs on Ampere Altra and Altra Max platforms. Servers support large RAM, SSD, multiple GPUs, and multiple CPUs are available for large data set with demanding simulation tasks.
Ampere Altra Systems
Ampere Altra and Ampere Altra Max. These systems are flexible enough to meet the needs of any cloud deployment and come packed with Ampere's 80-core Altra or 128-core Altra Max processors
Equinix Metal, an on-demand digital infrastructure platform, has created Gen3 configs with Ampere Altra for common workloads which are available in minutes on bare metal
OCI Ampere A1
Ampere Altra and Oracle Cloud combine predictable performance, near-linear scaling, and secure architecture with the best price-performance in the market in the following shapes: