Compute Engine Tau T2D VMs are now available for scale-out workloads. Learn more.
Build bold
Pursue digital innovation
with confidence in the cloud.
Together, Google Cloud and AMD are helping to make digital innovation possible with breakthrough cloud, hybrid cloud, and multi-cloud capabilities. Google Cloud virtual machines (VMs) powered by 3rd Gen AMD EPYC™ processors deliver leading price-performance solutions for general-purpose (N2D), compute-optimized (C2D), and scale-out (T2D) workloads.
Find a Google Cloud and AMD VM for every workload
Balanced VMs
Balance the customization, flexibility, and performance for your general workloads.
Scale-out optimized
Enjoy the best performance for the cost for your scale-out workloads.
Compute optimized
Improve performance for your most compute-intensive workloads.
Confidential Computing
Access and process your most sensitive data—while it’s still encrypted in the cloud.
ebook
Dream it. Build it. Encrypt it.
Explore Confidential Computing, the breakthrough technology that enables innovation by allowing you to encrypt data in use—while it’s being processed.
Benefits
Performance, security, and flexibility
World-class performance
Built on Google’s resilient,
scalable global infrastructure,
powered by AMD.
Lift-and-shift confidentiality
Transition seamlessly to
Confidential VMs with a click.
Flexible resource options
Encrypt data in use so it stays
private even while being
processed.
World-class performance
Built on Google’s resilient,
scalable global infrastructure,
powered by AMD.
Lift-and-shift confidentiality
Transition seamlessly to
Confidential VMs with a click.
Flexible resource options
Encrypt data in use so it stays
private even while being
processed.
Use Cases
Use Cases
Blog
Blog
Our customers
saving by switching to AMD EPYC™ processor-powered N2D Google Cloud instances.
costs by 13% while improving performance.
in database latency.
Our customers
saving by switching to AMD EPYC™ processor-powered N2D Google Cloud instances.
costs by 13% while improving performance.
in database latency.