400W, 384 MB of L3 Cache, and 24 DIMMs for DDR5 memory up to 4800 MT/s.
* 12 DIMM channels per processor for up to 6 TB total DDR5 memory with increased memory bandwidth and performance, and lower power requirements.
* Advanced data transfer rates and higher network speeds from the PCIe Gen5 serial expansion bus, with up to 2x16 PCIe Gen5 and two OCP slots.
Intuitive Cloud Operating Experience: Simple, Self-service, and Automated
* HPE ProLiant DL385 Gen11 servers are engineered for your hybrid world. The HPE ProLiant Gen11 servers simplify the way you control your business’s compute—from edge to cloud—with a cloud operating experience.
* Transform business operations and pivot your team from reactive to proactive with global visibility and insight through a self-service console.
* Automate tasks for efficiency in deployment and instant scalability for seamless, simplified support and lifecycle management, reducing tasks and shortening maintenance windows.
* Transform business operations and pivot your team from reactive to proactive with global visibility and insight through a self-service console.
* Automate tasks for efficiency in deployment and instant scalability for seamless, simplified support and lifecycle management, reducing tasks and shortening maintenance windows.
Trusted Security by Design: Uncompromising,Fundamental, and Protected
* The HPE ProLiant DL385 Gen11 server is tied into the silicon root of trust and the AMD Secure Processor, a dedicated security processor embedded in the AMD
EPYC system on a chip (SoC), to manage secure boot, memory encryption, and secure virtualization.
* HPE ProLiant Gen11 servers use the silicon root of trust to anchor the firmware of an HPE ASIC, creating an immutable fingerprint for the AMD Secure Processor that
must be matched exactly before the server will boot. This verifies that malicious code is contained, and healthy servers are protected.
EPYC system on a chip (SoC), to manage secure boot, memory encryption, and secure virtualization.
* HPE ProLiant Gen11 servers use the silicon root of trust to anchor the firmware of an HPE ASIC, creating an immutable fingerprint for the AMD Secure Processor that
must be matched exactly before the server will boot. This verifies that malicious code is contained, and healthy servers are protected.
