Hewlett-Packard Enterprise has reintroduced its ProLiant workhorse, talking up the server in connection with next week's HP Discover conference in Las Vegas. The DL325, when it ships in July, will be a newer and more powerful model of the DL380 server — one suitable for powering a virtualized HP 3000 driven by the Stromasys Charon HPA system. The DL325 is a single socket system, a design that's disrupting the server marketplace.
HP has posted one of its whiteboard walk-throughs on YouTube to cover some of the DL325 advantages. There's also a performance comparison for the system, ranked against a Lenovo alternative as well as an energy efficiency measure against a server from Dell. 3000s never got such industry benchmarks for performance.
But HP 3000s once got this kind of spec treatment from Hewlett-Packard. The 3000 division's product manager Dave Snow gave such product talks, holding a microphone with a long cord that he would coil and uncoil as he spoke. With his pleasant Texas drawl, Snow sounded like he was corralling the future of the hardware. He spoke in that era when "feeds and speeds" sometimes could lure an audience "into the weeds." Breakdowns like the one below once lauded the new PCI-based 3000 hardware.
The ProLiant line has long had the capability to put Linux into the datacenter. Linux is the cradle that holds the Charon software to put MPE/iX into hardware like the 325. The DL325 (click above for a larger view) is a single-processor model in the company's Gen10 line, adding horsepower for an application that's always hungry for more CPU: virtualization. The DL325 gets its zip from the EPYC chip, AMD's processor built to the x86 standards. EPYC designs mean the chip only needs to run at 2.3 GHz, because the system's got 32 cores per processor.
"This server should deliver great price performance for virtualized infrastructure while driving down costs," wrote analyst Matt Kimball in Forbes.
During the era when the DL380 was first being matched to virtualization work, Stromasys tech experts said that CPUs of more than 3 GHz were the best fit for VMWare and Charon. Putting MPE/iX onto such a compact AMD EPYC-based machine is a long way from the earliest year of the OS. In 1974, MPE would only fit on a 12,000 BTU server, the HP3000 System CX
The newest Generation 10 box retails for one-tenth of the cost of that CX server. The plodding CX was all that ASK Computer Systems had to work with 44 years ago when it built MANMAN. HP needed to assist ASK just to bring MPE into reliable service on the CX. "It didn’t work worth shit, it’s true," said Marty Browne of ASK at a software symposium in 2008. "But we got free HP computer time."
In the current IT architecture, the feeds and speeds of individual systems are usually in the weeds. A vendor like Stromasys though, working as it does to implement Charon in every customer site, cares about the speeds.
Employing hardware that's newer, like the DL325, brings support to block cutting-edge attacks on the datacenter. HP said this server is not exposed to this year's Masterkey CPU vulnerability, because it uses the HPE Silicon Root of Trust functionality. Root of Trust, HPE says, is "a unique link between the HPE Integrated Light Out (iLO) silicon and the iLO firmware to ensure servers do not execute compromised firmware code. The Root of Trust is connected to the AMD Secure Processor in AMD's EPYC System on a Chip so that the AMD Secure Processor can validate the HPE firmware before the server is allowed to boot."
With exploits like Masterkey on the march this year, HPE has released a patch to update the system ROM with a patch for Linux anyway to mitigate the vulnerability. Current hardware gets that kind of attention from a vendor.