HPE bows to inevitable: Integrity servers get latest Itanium engine and container off-ramp

Will provide workload transition via Linux containers

HPE is introducing a new generation of its mission-critical Integrity/HP-UX servers and providing a Linux container migration route to x86 server-land.

The Integrity i6 models represent an entire refresh of the Integrity server line, and use Intel Itanium 9700 series processors, otherwise known as the Kittson line.

These servers also get extended memory.

We're told the latest HP-UX* 11i v3 2017 update, scheduled to be released in June, supports the newest 3PAR storage, meaning all-flash arrays, we understand.

HPE claims Integrity i6 and updated HP-UX provide:

  • Better total cost of ownership
  • Up to 50 per cent reduction in database support and license costs over Integrity i2 servers
  • Enhanced system performance
  • Improved system availability, data management and security

HPE is keen to stress the longevity of the Integrity server line, with an Asia Pacific OEM partner quote asserting: "The new generation servers will enable us to continually provide our customers with the HPE Integrity servers through 2025 and beyond."

As part of this the Integrity/HP-UX servers will have future integration with NVMe technology. HPE also says customers will get annual software updates and support until 2025 at least.

Migration option

In the future HPE will enable customers to move HP-UX workloads into Linux containers running on x86 servers, stressing that these will be high-speed ones.

HPE says customers can choose to keep workloads on Integrity/HP-UX and get maximum performance or transition to a containerised/x86 HP-UX environment (and, El Reg storage desk would imagine, get less performance).


Many will see the x86 Linux container re-hosting announcement as HPE bowing to the (seemingly) inevitable end of Itanium processor development, with no hardware refresh by Intel after Kittson. By 2025 we might expect x86 servers to be using persistent memory and new-generation communications fabrics such as Gen Z, as well as the expected Xeon processors that will follow Icelake (v8) and Tigerlake (v9) and probably the WhateverLake that follows that.

The combination of persistent memory, next-gen fabrics and updated Xeons, with whatever fancy SoCs Intel by then provides for offload processors, will almost certainly drive standard x86 server performance well beyond i6 Itanium servers. If such servers can be implemented in a way to provide Itanium levels of reliability, availability and security, then using the Linux container migration route will become a no-brainer.

This move by HPE demonstrates maturity and reality and gives Itanium customers a comfort blanket for the future. ®

* Shouldn't that be HPE-UX now?

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