Storage
Storage
Ampere processors for high-throughput, power-efficient storage.
Ampere processors for high-throughput, power-efficient storage.
STORAGE SOLUTIONS
High Throughput, Predictible Efficiency
High Throughput, Predictible Efficiency
Modern storage infrastructure must deliver high IOPS, low-latency responsiveness, and efficient scale across block, file, object, and software-defined storage environments. Ampere processors provide the high core density, predictable performance, and power efficiency needed to build scalable storage platforms that help reduce infrastructure overhead without compromising throughput.
Modern storage infrastructure must deliver high IOPS, low-latency responsiveness, and efficient scale across block, file, object, and software-defined storage environments. Ampere processors provide the high core density, predictable performance, and power efficiency needed to build scalable storage platforms that help reduce infrastructure overhead without compromising throughput.
KEY BENEFITS
Storage Performance, Built to Scale
Storage Performance, Built to Scale
Ampere processors help storage platforms deliver high IOPS and throughput while maintaining predictable performance under concurrent, mixed workload demand. High core density and power-efficient architecture support scalable block, file, object, and software-defined storage services with reduced power, and rack-space demands.
Ampere processors help storage platforms deliver high IOPS and throughput while maintaining predictable performance under concurrent, mixed workload demand. High core density and power-efficient architecture support scalable block, file, object, and software-defined storage services with reduced power, and rack-space demands.
High Throughput (IOPs)
Ampere processors enable storage platforms to process high volumes of I/O concurrently, supporting NVMe-rich architectures and software-defined storage services. High core density helps storage providers scale IOPS and throughput as capacity and client demand grow.
Performance and Predictability
Ampere’s consistent per-core performance helps storage workloads sustain stable latency and throughput under mixed, concurrent demand. This supports more dependable service levels for block, file, object, and distributed storage deployments while helping limit performance variation from resource contention.
Power Efficiency
Ampere processors help storage providers increase I/O capacity with less power and rack space, improving performance per watt for dense, always-on storage infrastructure. This can reduce operating overhead while creating a more efficient foundation for scaling storage services.
STORAGE PLATFORMS
Scalable Storage for Modern Workloads
Scalable Storage for Modern Workloads
Software-defined storage provides scalable block, file, and object storage across on-premises, cloud, Kubernetes, and edge environments. It supports high availability, replication, disaster recovery, and centralized management for modern, distributed workloads.
Software-defined storage provides scalable block, file, and object storage across on-premises, cloud, Kubernetes, and edge environments. It supports high availability, replication, disaster recovery, and centralized management for modern, distributed workloads.
LINSTOR
LINSTOR
An open-source software-defined storage (SDS) management solution developed by LINBIT. By managing DRBD-backed storage, LINSTOR helps create full-featured, production-ready solutions for high availability at scale and disaster recovery.
Ceph
Ceph
An open-source software-defined storage solution designed to meet the block, file, and object storage needs of modern enterprises. Its highly scalable architecture makes it well suited for rapidly growing block and object storage environments.
MinIO Object Storage
MinIO Object Storage
Available across public clouds, Kubernetes distributions, private-cloud environments, and edge deployments.
LINBIT SDS
LINBIT SDS
LINBIT SDS is a software-defined storage solution for Linux platforms, with offerings for Kubernetes and Red Hat OpenShift. It provides block-storage virtualization focused on performance, scalability, hyperconverged data locality for high I/O performance, and resiliency through data replication.
STORAGE SOLUTIONS RESOURCES
Engage & Learn
Engage & Learn
Discover our rich library of resources to learn about current trends, significant advancements, and access strategies
for enacting your AI transformation.
Discover our rich library of resources to learn about current trends, significant advancements, and access strategies for enacting your AI transformation.
Ampere Computing LLC
4655 Great America Parkway Suite 601
Santa Clara, CA 95054
