SUPERMICRO HAD FOUR neat items on display, ranging from the very low end to the insanely high. The servers and workstations ran from a half-U Atom based server to boxes with almost 1500 cores per rack.
7 slots of fun
For those of you who feel limited by the 7 PCIe slot Asus Nehalem boards, they are a little underpowered, Supermicro has the board for you. The new X8DTH-6F has two CPUs, 7 PCIe physical slots, most are not 16x electrically, room for 12 DIMMs, and 6 SATA ports. It has SAS-6G as an option in case you are looking for real performance, and options for KVMs as well. Should you need more GPU power, it also has an onboard VGA controller, likely an ancient ATI server part.
The other end of the server spectrum
Should a Nehalem be too powerful, and an Istanbul have too many cores, The X8SIL-F is for you. Take an Atom core that struggles for breath running The Broken OS, and slap it in a half-U server box. Other than the board being dwarfed by such a big case, you have a low low power, possibly fanless, server.
Before you laugh, there are needs for this kind of device in hot and enclosed spaces where heat dissipation is a problem. Telecom guys love this kind of thing, but they are an odd lot to begin with.
Next up is a line from Supermicro called the 2U Twin^2, or simply Twin Squared. These chassis put two half-U blade-like machines in a single 1U box, so you have two PCs in a box with shared nothing config.
The new 2U version stacks two of these in a 2U box, so you get PCs in a single chassis. The front panel has 12 drives, so each computer gets 3, enough for RAID5 if you want. The drives alone make it worth the upgrade from the 1U variant.
4 socket in .7U
Last up, we have an mild upgrade to the Superblade line. These beasts are a 7U blade chassis that can take 10 vertical blades each. So far, nothing new, but the new tweaks adds Istanbul support to the mix, meaning six cores.
7U means 6 chassis per 42U rack. At 10 blades per chassis, 4 sockets per blade, and 6 cores per socket, math tells us 6 * 10 * 4 * 6 = 1440 cores per rack. That is very close to the magical ‘enough’, but if it isn’t, Magny Cours will be out in about 6 months, so this count should double. If that isn’t enough, well, you will have to wait about a year for a lot more, but Supermicro is trying.S|A
Latest posts by Charlie Demerjian (see all)
- Intel decides SemiAccurate was right about Xpoint DIMMs - Nov 17, 2017
- Qualcomm, ZTE, and China mobile show off end-to-end 5G - Nov 16, 2017
- Intel announces two new LTE modems and 5G devices - Nov 16, 2017
- Qualcomm shows how LTE efficiency benefits users - Nov 14, 2017
- Qualcomm’s server core roadmap revealed - Nov 14, 2017