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Innovation is at Ampere’s core. Here we illustrate how our cloud native environment disrupts the industry, and how by designing our own core, we can deliver higher performance with more cores and lower power at a faster cadence.

Jeff Wittich, Chief Product Officer 

Oracle and Ampere launch their first ever A1 instances available to all! See how bringing this innovative new processor architecture to the cloud infrastructure market is the next step in changing how cloud customers worldwide build the next generation of cloud native applications. 

Naren Nayak – Senior Director of Application Engineering

Ampere^® Altra^® delivers cutting-edge performance on Arm to rival its x86 counterparts, all while consuming less power across workload domains.

Sean Varley – Senior Solutions Director, Ampere
Greg Kincade – Senior Ecosystem Enablement Program Manager, Micron
Micron collaborated with Ampere to showcase the performance of this new compute platform for storage use cases.

Naren Nayak – Sr. Director, Application Engineering
Ampere® Altra® delivers 80 cores with industry-leading performance that scales to provide the highest compute density in the cloud.

Jeff Wittich – Chief Product Officer
Cloud providers on both sides of the Pacific have demonstrated leadership performance results on Ampere Altra.

Naren Nayak – Sr. Director, Application Engineering
Ampere® Altra® is the perfect choice for the cloud computing market – and we are happy and proud to see that a year later, the industry is rewarding it with a resounding A+ on these metrics.

Travis Lazar, Sr. Staff Engineer, DevOps
We’re excited to announce the launch of our new Ampere Solutions Portal!

Jeff Wittich, Senior Vice President of Products
In this blog, with all the hardware and software pieces needed for true cloud native finally coming together under one strong ecosystem, we summarize some of the key work being done by partners and customers.

Jeff Wittich
A Year in Review

Vanshidhar Konda
In order to support a truly open platform, it is critical to ensure that both the hardware and the accompanying firmware are controlled by the system owner.

Peter Pouliot
The first in a series of “how to” blogs that will look at OpenStack, focusing on an all-in-one deployment for servers with Arm64 processors.

Kevin Smith
With the rapid pace of change in the Arm64 environment, Ampere brings a strong focus on performance and compiler optimizations.

Amar Dhamdhere
To ensure that the cost and physical space of a server is being optimally utilized, use the entire provisioned power of a single server to deliver maximum performance.

Frank Wang
In our continued commitment to embracing Linux open source communities, Ampere has verified and validated the Data Plane Development Kit (DPDK) to accelerate network performance when using Ampere processor platforms.

Sean Varley
Our cloud-native Ampere® Altra™ products deliver new levels of predictable performance, scalability and efficiency to handle today’s unique cloud demands.

Naren Nayak – Sr. Director, Application Engineering
Five traits of a CPU designed with a ‘clean slate’ approach for the cloud market.

Sean Varley
Real-world storage clusters just got a shot in the Arm! Sorry for the pun, but in this case it is apt.

Peter Pouliot

Building a cloud native environment is not easy, but it’s absolutely critical to support the amount of data moving to the cloud.

Peter Pouliot
There is some impressive work being done in Oregon State University’s (OSU) Open Source Lab and now they have their sights on helping to build a true cloud native world.

Darrin Vallis,
Senior Director Field Applications
The path to 5G is going to require big changes in the types of hardware, software and open systems that are available to create the kind of infrastructure needed to make 5G a reality.

Jeff Wittich, Senior Vice President of Products
Just three months ago, we announced Ampere® Altra™, the world’s first cloud native processor, featuring 80 cores.

Darrin Vallis, Senior Director Field Applications Engineering
The move to 5G networks is undeniable as it promises enormous performance improvements that could fundamentally change global communications forever.