Fujitsu Primergy RX2540 M2 review
Fujitsu's RX2540 M2 is a powerful rack server with a tempting storage proposition
Fujitsu is justifiably proud of its new 2U rack server. Not only has the Primergy RX2540 M2 claimed four performance world records for SAP, VMmark and TPC-E benchmarks, but its versatility makes it ideally suited to a wide range of business applications.
SMBs can start small and upgrade as demand increases. Supporting E5-2600 v4 Xeons, Fujitsu offers 21 options, allowing businesses to pick and choose the CPUs for their budget and workloads.
It supports up to 24 SFF drives, which can be increased to 28 with an optional rear cage. Flexibility is the watchword too, as Fujitsu offers a range of expansion kits allowing you to upgrade capacity as required.
The RX2540 M2 has a very clean interior, making upgrades a swift process
Base systems start with the 4-port embedded SATA controller plus support for stripes and mirrors, and the server can be expanded massively beyond this. The choice is yours as the front panel supports 4, 8 and 12 LFF drives or 8, 16 and 24 SFF drives.
Our system came with 16 SFF bays with the first eight cabled directly to a PRAID EP420i PCI-e SAS3 controller card with 2GB of cache. To use the second group of eight bays, we needed to order an upgrade kit comprising backplane plus SAS expander and re-cable our RAID card.
The same applies to the 24-drive chassis, although you lose the operator panel and 5.25in bay underneath. Either way, systems can be field upgraded as Fujitsu offers LFF and SFF upgrade kits that cover every eventuality.
The extra four-bay SFF cage is fitted at the rear above the PSU bays. This arrangement stops the leftmost PCI-e slot being used, though, and the bay must be connected to a dedicated RAID card.
Add the optional 4-bay SFF cage at the back and you can push the drive count to 28
Cooling and ATD
Cracking the lid reveals a well-designed interior with all components easily accessible for routine maintenance. Five hot-plug fans handle cooling, with the CPU and memory sockets covered by a solid transparent air shroud.
During testing we found the fans wouldn't settle at less than 8,000rpm, which resulted in slightly high noise levels of 67dB at one metre. The server doesn't support Fujitsu's LNM (low noise mode) feature, which is only available on its older rack systems.
Even so, ATD (advanced thermal design) enabled servers are certified to run in ambient temperatures up to 45 degrees C, allowing data centres to reduce air-con running costs. ATD is a factory option but what does it involve?
BIOS mods are made to adjust fan sensor thresholds so they kick in earlier. Air flow through the chassis must be unimpeded so ATD is only available on systems with 4 LFF or 8 SFF drives, while other restrictions include high TDP processors, GPU cards, internal tape drives and RAID flash cache modules.
We used the iRMC web interface to monitor the server's power consumption
Remote management comes up short when compared with HPE and Dell. The embedded iRMC S4 chip offers a dedicated Gigabit port and web interface that provides plenty of data on critical components.
It isn't as sophisticated as HPE's slick iLO4 interface but help is on the way. Fujitsu is planning a major iRMC upgrade to coincide with Intel's launch of its next-generation Purley' CPUs.
Its ServerView Suite software also needs a spring clean, as although it provides plenty of utilities for server monitoring, it is dated. This is also expected to see a major refresh this year in-line with the iRMC updates.
The elderly ServerView software uses an agent to remotely monitor the server's vital signs