search for: 60c

...pe | Drive Model | Size | Status Miloslav> | Speed | Temp | Slot ID | LSI ID Miloslav> c0u0p0 | HDD | SEAGATE ST900MP0006 N003WAG0Q3S3 | 837.8 Gb | Online, Miloslav> Spun Up | 12.0Gb/s | 53C | [8:14] | 32 Miloslav> c0u1p0 | HDD | HGST HUC156060CSS200 A3800XV250TJ | 558.4 Gb | Online, Miloslav> Spun Up | 12.0Gb/s | 38C | [8:0] | 12 Miloslav> c0u2p0 | HDD | HGST HUC156060CSS200 A3800XV3XT4J | 558.4 Gb | Online, Miloslav> Spun Up | 12.0Gb/s | 43C | [8:1] | 11 Miloslav> c0u3p0 | HDD | HGST HUC156060CSS200 ADB05ZG4XLZU...

...| Size | Status > Miloslav> | Speed | Temp | Slot ID | LSI ID > Miloslav> c0u0p0 | HDD | SEAGATE ST900MP0006 N003WAG0Q3S3 | 837.8 Gb | Online, > Miloslav> Spun Up | 12.0Gb/s | 53C | [8:14] | 32 > Miloslav> c0u1p0 | HDD | HGST HUC156060CSS200 A3800XV250TJ | 558.4 Gb | Online, > Miloslav> Spun Up | 12.0Gb/s | 38C | [8:0] | 12 > Miloslav> c0u2p0 | HDD | HGST HUC156060CSS200 A3800XV3XT4J | 558.4 Gb | Online, > Miloslav> Spun Up | 12.0Gb/s | 43C | [8:1] | 11 > Miloslav> c0u3p0 | HDD | HGST HUC156060C...

...) + 280 00034560 wait_until_can_do_something (effff24c, effff248, effff244, 64, 4, 1) + 2b8 00034d74 server_loop (fb000, 0, 104000, fb000, 104000, effff240) + 20c 00036c7c do_exec_pty (10bbcc, 11, 36634, fb400, 8a, 0) + 260 00036704 do_authenticated1 (0, 36400, fac00, 106800, ef623700, 36014) + 60c 00036074 do_authenticated (110fa8, efffefbc, d0710, 400, efffefc8, 0) + 80 0002d720 do_authentication (effff418, 3, fac00, cfc00, fb000, 10e400) + 174 0002c17c main (1eb4, f, 1, fac00, 1eb4, 10c498) + 1418 0002a27c _start (0, 0, 0, 0, 0, 0) + 5c # truss -p 3296 poll(0xEFFFD160, 2, 100)...

...None |None -- Disk information -- -- ID | Type | Drive Model | Size | Status | Speed | Temp | Slot ID | LSI ID c0u0p0 | HDD | SEAGATE ST900MP0006 N003WAG0Q3S3 | 837.8 Gb | Online, Spun Up | 12.0Gb/s | 53C | [8:14] | 32 c0u1p0 | HDD | HGST HUC156060CSS200 A3800XV250TJ | 558.4 Gb | Online, Spun Up | 12.0Gb/s | 38C | [8:0] | 12 c0u2p0 | HDD | HGST HUC156060CSS200 A3800XV3XT4J | 558.4 Gb | Online, Spun Up | 12.0Gb/s | 43C | [8:1] | 11 c0u3p0 | HDD | HGST HUC156060CSS200 ADB05ZG4XLZU | 558.4 Gb | Online, Spun Up | 12.0Gb/s | 46C | [...

...???????????????????? | Size???? | Status > Miloslav>?????? | Speed????| Temp | Slot ID??| LSI ID > Miloslav> c0u0p0??| HDD??| SEAGATE ST900MP0006 N003WAG0Q3S3??| 837.8 Gb | Online, > Miloslav> Spun Up | 12.0Gb/s | 53C??| [8:14]?? | 32 > Miloslav> c0u1p0??| HDD??| HGST HUC156060CSS200 A3800XV250TJ | 558.4 Gb | Online, > Miloslav> Spun Up | 12.0Gb/s | 38C??| [8:0]????| 12 > Miloslav> c0u2p0??| HDD??| HGST HUC156060CSS200 A3800XV3XT4J | 558.4 Gb | Online, > Miloslav> Spun Up | 12.0Gb/s | 43C??| [8:1]????| 11 > Miloslav> c0u3p0??| HDD??| HGST HUC156060C...

...cess SCSI-0 device da1: 650KB/s transfers da1: Attempt to query device size failed: NOT READY, Medium not present da2 at umass-sim0 bus 0 target 0 lun 2 da2: <ICSI IC1100 MMC/SD 2.5B> Removable Direct Access SCSI-0 device da2: 650KB/s transfers da2: 60MB (124160 512 byte sectors: 64H 32S/T 60C) da3 at umass-sim0 bus 0 target 0 lun 3 da3: <ICSI IC1100 SM 2.5B> Removable Direct Access SCSI-0 device da3: 650KB/s transfers da3: Attempt to query device size failed: NOT READY, Medium not present (da4:umass-sim0:0:0:4): got CAM status 0x4 (da4:umass-sim0:0:0:4): fatal error, failed...

...D | Type | Drive Model | Size | Status Miloslav> | Speed | Temp | Slot ID | LSI ID Miloslav> c0u0p0 | HDD | SEAGATE ST900MP0006 N003WAG0Q3S3 | 837.8 Gb | Online, Miloslav> Spun Up | 12.0Gb/s | 53C | [8:14] | 32 Miloslav> c0u1p0 | HDD | HGST HUC156060CSS200 A3800XV250TJ | 558.4 Gb | Online, Miloslav> Spun Up | 12.0Gb/s | 38C | [8:0] | 12 Miloslav> c0u2p0 | HDD | HGST HUC156060CSS200 A3800XV3XT4J | 558.4 Gb | Online, Miloslav> Spun Up | 12.0Gb/s | 43C | [8:1] | 11 Miloslav> c0u3p0 | HDD | HGST HUC156060CSS200 ADB05ZG4XLZU |...

Does anyone know of a cheap temperature sensor that will work with Linux? I don't need a fancy monitoring appliance, I just want a simple sensor that I can connect to one of my monitoring servers to let me know if the server room is getting hot. -- Bowie

Hi, I am looking into purchasing a new server. This server will be mission-critical. I have read and somewhat understood the theories behind RAIDs 0, 1, 5, 10 & JBOD. However, I would like to get some feedback from those who have experience in implementing and recovering from a HDD failure using RAID. Hardware specs include:- Dual Xeon 3.2 GHz 2 GB RAM I would like to implement

...pop %edi > - 5a1: 72 65 jb 608 <__FUNCTION__.20030+0xd> > + 5a1: 72 65 jb 608 <__FUNCTION__.19945+0xd> > 5a3: 66 data16 > 5a4: 65 gs > - 5a5: 72 65 jb 60c <__FUNCTION__.20030+0x11> > + 5a5: 72 65 jb 60c <__FUNCTION__.19945+0x11> > 5a7: 6e outsb %ds:(%esi),(%dx) > 5a8: 63 65 64 arpl %sp,0x64(%ebp) > 5ab: 5f pop %edi > - 5ac: 70 5f...

From: Bruno Delbono <bruno.s.delbono at mail.ac> > I'm really sorry to start this thread again but I found something very > interesting I thought everyone should ^at least^ have a look at: > http://uadmin.blogspot.com/2005/06/4-dual-xeon-vs-e4500.html > This article takes into account a comparision of 4 dual xeon vs. e4500. > The author (not me!) talks about "A

The saga continues. I've been tracking the interface changes and merging them with the refactoring work I'm doing. I got as far as building stage3 of llvm-gcc but the object files from stage2 and stage3 differ: warning: ./cc1-checksum.o differs warning: ./cc1plus-checksum.o differs (Are the above two ok?) The list below is clearly bad. I think it's every object file in the

It seems it was only locking up in the context of nouveau_hw_save_vga_fonts, when it actually did something (because the console wasn't already in graphics mode). Signed-off-by: Francisco Jerez <currojerez at riseup.net> --- drivers/gpu/drm/nouveau/nouveau_hw.c | 9 +++++++++ 1 files changed, 9 insertions(+), 0 deletions(-) diff --git a/drivers/gpu/drm/nouveau/nouveau_hw.c

This patch series adds TV-out modesetting support to the KMS implementation. I've tried to test it on all the hardware I've got at hand (that is nv11, nv17, nv34, nv35, nv40, nv4b) with every possible output combination; I believe it has reached a mergeable state, however it depends on some commits from drm-next that haven't got into Linus' tree yet, if you agree to merge this

Hi, I am new to Xen and I was wondering if the following construction would be feasible with the current Xen. I would like to put 2/3/4 new computers in my house, mainly for gaming. Instead of buying 2/3/4 different computers, I was thinking of building one computer with a 4/6/8-core CPU, 2/3/4 GPUs, 2/3/4 small SSDs, and attach 2/3/4 monitors to it, 2/3/4 keyboards and 2/3/4 mouses, and run VGA