Hewlett Packard Enterprise
HPE is the first tier-one server provider to launch compute with optimized cloud-native silicon for service providers and digital-first enterprises.
Hewlett Packard Enterprise
HPE ProLiant RL300 Gen 11
HPE announced the next generation of compute with high core density, power efficiency, and workload performance with up to 128 core count per-socket delivering high performance and power efficiency.
The HPE ProLiant RL300 Gen11 features the Ampere® Altra® and Ampere® Altra® Max processors designed for predictable frequency scaling to lessen the impact of problems like noisy neighbors. Performance for traditional applications has often been measured by average latencies, but cloud-native workloads with high levels of inter-process communication require more granular latency management.
A large CPU core count allows for higher datacenter density, allowing service providers to extract even more revenue out of their CapEx. With high power efficiency, businesses can eliminate underutilized rack space in their datacenter with a platform that can also be deployed into power-constrained edge environments.
Platform Management
HPE iLO
- Consistent experience across the HPE ProLiant Portfolio
- Security and performance through the next-gen HPE server management capabilities including Silicon Root of Trust, Server Configuration Lock, One-Button Secure Erase and more
OpenBMC
- Pursue and expand your open-source strategy
- Open, flexible design by leveraging the OpenBMC community to build, grow, and maintain your implementation, on your timeline and with resources you control
How to Triple Efficiency, Double Performance, and Save in Your Data Center
Watch our webinar to learn how the new HPE ProLiant RL300 Gen11 powered by Ampere is ushering in the next generation of compute efficiency.
TESTING AND REGRESSION
Solutions and Regression Testing
Applications
Cloud-native applications are specifically designed to run in the modern data center environment and cover a wide range of capabilities. These are often containerized and packaged for easy deployment and then delivered via DockerHub or other image repositories.
Base Images
Cloud Native Base Images are used to construct other, more complex and feature complete images for all manner of workloads.
Databases
Databases are the backbone of cloud-native application deployments. There are many different types of databases designed to meet the growing needs of global-scale deployments. Cloud-native software utilizes technologies such as SQL, NoSQL, time-series, and everything in between.
Infrastructure
Cloud-native infrastructure is the glue that makes hyperscale possible.
Programming Languages
Developing software requires the right toolset, and that begins with one of many programming languages.
