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ProLiant

The x86 servers' standard: the latest generation with silicon root of trust and cloud management — the iron that doesn't make the news.

FOCUS · THE RELIABLE SERVERiLO, root of trust in the silicon and management from the cloud: the modern ProLiant
YoctoIT material for clients and partners · HPE, ProLiant, Aruba, GreenLake and the other products mentioned are trademarks of Hewlett Packard Enterprise.
01 · What it is

HPE ProLiant Gen11/Gen12, made clear.

ProLiant is the best-selling x86 server in history for a reason: it does its job without drama. The current generations (Gen11/Gen12) add security from the silicon — the silicon root of trust verifying the firmware at every boot — the iLO for out-of-band management and Compute Ops Management to govern the fleet from the cloud.

RoT
root of trust in the silicon: the tampered firmware doesn't boot
iLO 6/7
out-of-band management: the server governable even switched off
Gen12
the current generation: DDR5, PCIe5 and post-quantum-ready security
HPE ProLiant Gen11/Gen12
OFFICIAL HPE BRANDING · PROLIANT
FOTO UFFICIALE HPE · PROLIANT DL380 GEN12
OFFICIAL HPE PHOTO · PROLIANT DL380 GEN12
02 · How to use it well

The things that make the difference.

The iron

VMs, databases, applicationsthe usual workloads
DL · rack
ML · tower
Synergy blades/edge
the size for every room
iLO + Compute Ops Mgmtmanaged from outside, from the cloud
Silicon root of trustthe trust from the silicon up
The server as it should be, period

Configuration standards

BIOS, RAID and firmware codified: every server in the fleet identical and reproducible.

Firmware as a process

The SPP campaigns planned: the iron updated without heroic weekends.

Sizing on the real workloads

Cores, memory and NVMe on the workload's numbers: the right server, not the price list.

The lifecycle

Purchase, warranty, EoL and trade-in: the fleet governed from arrival to retirement.

03 · In depth

Gen12: iLO, silicon and security from the boot

The ProLiant Gen12 (Xeon 6/EPYC) bring the iLO 7 with silicon root of trust: the firmware cryptographically verified at every boot (and the Secure Recovery restores it if tampered), the DC-MHS standardize the design, the optional liquid cooling holds the new TDPs, the Compute Ops Management manages the fleet from the cloud (firmware, alerts, energy); the per-server energy telemetry feeds the ESG reports: the iron that tells its own story.

  • Silicon root of trust — the chain of trust from the silicon: the tampered firmware doesn't start
  • iLO 7 — out-of-band management with post-quantum-ready cryptography
  • Secure Recovery — the compromised firmware restored by itself: the server heals itself
  • Compute Ops Mgmt — the fleet managed from the cloud: firmware and alerts without a VPN
  • Efficienza energetica — per-server telemetry: the kWh seen and optimized
  • Liquid cooling — today's TDPs cooled: AI-ready even in a normal room
04 · Numbers and lifecycle

The numbers that matter.

5 anni
the typical extendable warranty of the projects
-30%
the kWh with right-sizing and energy tuning
0
unsigned firmware executable
Gen12
the current generation: the refresh gets planned now
The server is the brick: configurations, firmware baselines and lifecycle — the ProLiant fleet we keep in line.
05 · Use cases

Where it really pays off.

Virtualization

The compute base of vSphere/Hyper-V/Proxmox.

Databases & apps

The dedicated iron where the PaaS doesn't reach.

Fleet refresh

The generational replacement planned with us.

The good server is the one never talked about: our ProLiants don't make the news — by design.