Storage and Power

Storage

As we mentioned earlier, the V40z’s six hot swappable Ultra320 storage bays utilize LSI’s 53C1020 SCSI controller to connect up to six LVD SCSI devices. The sixth expansion slot in the front of the server can be used for a floppy drive/DVD/CD drive combo, as illustrated in our configuration below.

During the original release of the V40z, the LSI 53C1020 did not support 292GB hard drives. In the most recent BIOS upgrades, the V40z fully supports these sizes, which gives the machine a storage capability of just over 1.7TB. All six of the SCSI devices have activity and fault LEDs routed to the front of the machine and via the SMBus to the Service Processor. Even in the event of a stale kernel, we can tell if a hard drive has gone faulty via one of the various remote connections to the SP. The hard drive states are also viewable via the front panel LCD console.

Power

Power on our Sun V40z comes from two, redundant 760W power supplies – both hot swappable. A metal arm swings out from the back of each power supply, unlocking the unit for removal.


Click to enlarge.

The entire power supply housing comes apart from the main chassis of the case via a small locking device that connects the PSU bay to the hard drive. Another proprietary Sun interface carries power from the housing to the motherboard without any wires. With the enormous concerns for air flow inside the chassis, the removal of as much wiring as possible is an absolute must.


Click to enlarge.


Click to enlarge.

Under the power supply, we have room for a seventh horizontal 66MHz PCI expansion slot that connects via a vertical riser. Given the condition that we mentioned on the chipset page, this PCI slot should probably go unused.

As we also mentioned earlier, both of these power supplies are directly managed by the Service Processor. As a result, when plugging in the system, the Service Processor boots up automatically its own operating system to oversee the functionality of the rest of the computer. This intelligent design allows for us to view the exact details of power draw and operating temperature.

System Management: Another Linux Success Thermals, Acoustic
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  • RadeonGuy - Tuesday, February 22, 2005 - link

    I Wish I Had One

    *drool*
    Reply
  • Ahkorishaan - Tuesday, February 22, 2005 - link

    That thing is a monster! I can't even think of something to do with that much power... It would be wasted on anything I throw at it, that's for sure. Good thing I don't have 22,000 to throw away... Reply
  • Viditor - Tuesday, February 22, 2005 - link

    Wow...what a machine! I'd read the pathscale record setting previously, but it looks like HP has a real headache here...(Dell isn't even in the game...) Reply
  • Doormat - Tuesday, February 22, 2005 - link

    Yea the benchmarks are missing. I'd also like to see some reviews of "cheaper" (by an order of magnitude or so) 1U/2U 1/2-way systems. It'll be interesting to see what happens when dual core goes live later this year. I'd love to get some 1U 2-way servers and stick dual core chips in them. 4 procs in a 1U housing. Yeah. Baby. Reply
  • bersl2 - Tuesday, February 22, 2005 - link

    #3: On the contrary. PPC runs embedded all the time. Reply
  • mickyb - Tuesday, February 22, 2005 - link

    They don't work for me either. On another note, the PowerPC management board is interesting. I am familiar with the HP Integritry Management Board. I don't think it runs Linux. I wonder if AMD would be interested in making a management board based on the Geode processor. PowerPC seems a bit much. Reply
  • vaystrem - Tuesday, February 22, 2005 - link

    Are the database benchmark images not working for anyone else? Reply
  • LeadFrog - Tuesday, February 22, 2005 - link

    That is a beast. Reply

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