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Slot x drive array not configured

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I built my zfs disk pool and plopped a couple VM images down on it and they ran fine. Both Nexenta and SuperMicro were fielding my questions and giving me great support I was talking to the head of engineering for IPMI development at SuperMicro and I had not even purchased Nexenta support yet at the time.

But in the end I was still left scratching my head as we could not find a cause. Well the other day I was running the LSI sas2ircu utility Nate posted on this and I had noticed that on one of the controllers all the disks where showing up in slot the utility can see up to slots in a compatible chassis I guess.

Well that made me look more closely at the controller and the cabling which I had already double checked. Well, it turns out that I did not have one of the cable pushed in all the way on the rear backplane.

I mean we are talking probably less than half a millimeter here. Apparently it was pushed in enough for the disks to bee seen, but I am guessing the sgpio or whatever signaling was not working.

Those sas connectors on that backplane are hard to get at. Once I re-cabled that connector up again , I ran the sas2ircu utility again, sure enough the disk slots showed up correctly.

I just thought I would post and maybe save somebody quite a lot of time diagnosing this. So always triple check your cabling if you are having an issue.

It boggles my mind trying to think of how the two could be related.. Thanks for the clarification; I have a nasty tendency to apply terms generically where they should not be!

FYI, I have heard that the drive sleds included with the Super Storage Bridge Bay systems include a drive bay that can support the interposer.. If you google the part number, MCPB, you should get a couple stores selling them individually.

I do have a quick question for you. Now that the E26 chassis is available, would you still use the i cards? If so, how many would you buy? And we experience huge performance degradation during these operations.

Have you looked at using a more recent OpenSolaris rev? Where do I install the O. Do I need a separate drive for this or can this also be on the zfs raid?

I solaris any good for NFS when comparing to linux? Sorry to bring up such an old topic, but does anyone have any idea whether the new E16 version requires the use of Sata2 drives for throughput to be 6Gbps per channel?

Or would I still be able to use Sata1 3Gbps drives and the backplane multiplies will still give me the benefit of 6Gbps per six drives?

I stumbled on to this blog after a google search and I have been impressed with your work. The E26 chassis is out and I wanted to ask that what would you have done differently based on your experience with this rig?

Also do you rate this as enterprise class? Any words of advice? Thanks for an interesting post. See here for example: I presume the main nuisance is being able to map disk WWN to chassis slot number, and also when you replace a failed disk do you have to find the different ID of the replacement disk to be able to run zfs replace?

Do you know any other link for details of this bug and its status? In that case SATA cables might be better, maybe?

The backplane has 6 of the SAS connectors on the backplane near the front of the chassis. I think maybe this makes it an EL2 chassis?

But if I connect the drives directly to the Areca card hanging out of the case, not using the drive bays then they are recognized. Chris, I am having the same problem on a new build I am working on.

I am running the el26 chassis and an areca i raid card. The SAS drives fire up just fine but no luck on sata drives. I was wondering if you ever figured anything out on this.

Any help will be greatly appreciated. I got this one figured out with some help from Areca and Supermicro tech support both were very helpful, timely and professional.

It basically comes down to this. I was just testing random drives and happened to have those in when I finally found the solution.

Please note that I did not test the reliability of any of those, just that they showed up and allowed me to create a RAID set and then I removed them.

I hope this information helps someone. Very interesting, thanks for the update! I had never realized that though — my assumption was that SATA drives would just be addressed over the first path.

Looking on the SBB page http: I will have to dig into that though. Do you happen to know if every sas2 drive supports multipath?

Thank you for any thoughts. Any thoughts on this build a year-ish later? How is the supermicro stuff holding up?

Quite happy with the solution overall.. Also — we did have some problems with support at Nexenta in the early days, but we were always able to escalate and get the issues addressed.

However, this appears to have been growing pains.. I will definitely take your suggestions into consideration and make some sort of blog post of my own to document my build assuming i go this route.

I forgot that this was for our very first node buildout, and does not reflect what we actually ended up doing for our full-scale production nodes. Differences in our real build from the above: For networking, we are terminating these into our Cisco switches..

Finally got all my orders in for all the gear finding hard drives was a pain, but im sure everyone is having that prob now a days posted a sanity check in regards to using Nexenta as primary storage, feel free to check it out and weigh in if you have any opinions on the topic, attempting to spur discussion there, lol.

Also, be aware that the chassis uses expanders not port multipliers. Hope that helps in future use: It seems to be pretty similar to the outgoing XE with about half the cost per GB and a smaller size which is helpful as ZIL drives only need to be small and therefore large ones are a monetary waste.

How have you found the Intel XEs in your setup? Just wanted to drop a big thank you to you for this article we recently did a VMware lab storage server build out and we referenced this post a lot in our planning for this build out.

Since our server is primarily for a lab environment without strict performance requirements we wanted to determine what we could accomplish with just parts we had laying around from other devices only thing we actually ordered was the chassis and an Intel Quad Port ET2 NIC.

The OptiBay is a high performance laptop hard drive, or SSD, inside a specially designed, lightweight enclosure that's been engineered to the exact same dimensions as your laptop's SuperDrive or Combo drive.

Besides just appearing different, laptop optical drives and hard drives have very different data connectors as well, so an adapter was developed allowing the hard drive or SSD to communicate with your MacBook Pro, MacBook, or PowerBook G4 through the optical drive connector on the motherboard.

Since they already speak the same language, SATA, not one bit of speed or performance is lost in adapting the drive's connector.

Speaking of communications, your Mac won't even mind that the OptiBay is now connected to its optical drive connector. It recognizes it as just another high-speed drive connected to its ATA bus, or SATA bus, and communicates with it just as it would any other storage device.

Remember, you have a Mac where stuff just works! As a standard drive volume showing up as its own icon on your desktop, in conjunction with your internal hard drive as part of a RAID 0 Striped or RAID 1 Mirrored array, or concatenated combined with your internal hard drive so they appear as one large hard drive are just a few of the many possibilities.

This is software we created specifically for OptiBay users and allows them greater flexibility when using their, now external, SuperDrive DVD Drive that was removed when installing the OptiBay.

It also provides other functionality when using the OptiBay and this is fully detailed in the program and accompanying Read Me file.

For full protection from hard drive failure everyone agrees that backing up is the key. For those in situations where being as fail-safe as possible is more important than the extra capacity, you have the option of mirroring your entire internal hard drive to the OptiBay.

That way, if the unthinkable happens and your internal hard drive goes down, or you delete a file you shouldn't have, you won't miss a single beat since you'll be able to easily switch over and work seamlessly, or pull up a saved Time Machine, from the OptiBay and you're back in business.

The standard dictates color-coded connectors for easy identification by both installer and cable maker. All three connectors are different from one another.

The blue host connector has the socket for pin 34 connected to ground inside the connector but not attached to any conductor of the cable. Since the old 40 conductor cables do not ground pin 34, the presence of a ground connection indicates that an 80 conductor cable is installed.

The wire for pin 34 is attached normally on the other types and is not grounded. Installing the cable backwards with the black connector on the system board, the blue connector on the remote device and the gray connector on the center device will ground pin 34 of the remote device and connect host pin 34 through to pin 34 of the center device.

The gray center connector omits the connection to pin 28 but connects pin 34 normally, while the black end connector connects both pins 28 and 34 normally.

If two devices are attached to a single cable, one must be designated as device 0 commonly referred to as master and the other as device 1 slave.

This distinction is necessary to allow both drives to share the cable without conflict. The mode that a drive must use is often set by a jumper setting on the drive itself, which must be manually set to master or slave.

If there is a single device on a cable, it should be configured as master. However, some hard drives have a special setting called single for this configuration Western Digital, in particular.

Also, depending on the hardware and software available, a single drive on a cable will often work reliably even though configured as the slave drive most often seen where an optical drive is the only device on the secondary ATA interface.

A drive mode called cable select was described as optional in ATA-1 and has come into fairly widespread use with ATA-5 and later.

A drive set to "cable select" automatically configures itself as master or slave, according to its position on the cable. Cable select is controlled by pin The host adapter grounds this pin; if a device sees that the pin is grounded, it becomes the master device; if it sees that pin 28 is open, the device becomes the slave device.

This setting is usually chosen by a jumper setting on the drive called "cable select", usually marked CS , which is separate from the "master" or "slave" setting.

Note that if two drives are configured as master and slave manually, this configuration does not need to correspond to their position on the cable. Pin 28 is only used to let the drives know their position on the cable; it is not used by the host when communicating with the drives.

With the wire cable, it was very common to implement cable select by simply cutting the pin 28 wire between the two device connectors; putting the slave device at the end of the cable, and the master on the middle connector.

This arrangement eventually was standardized in later versions. If there is just one device on the cable, this results in an unused stub of cable, which is undesirable for physical convenience and electrical reasons.

The stub causes signal reflections , particularly at higher transfer rates. So, if there is only one master device on the cable, there is no cable stub to cause reflections.

Also, cable select is now implemented in the slave device connector, usually simply by omitting the contact from the connector body.

Although they are in extremely common use, the terms "master" and "slave" do not actually appear in current versions of the ATA specifications.

The two devices are simply referred to as "device 0" and "device 1", respectively, in ATA-2 and later. It is a common myth that the controller on the master drive assumes control over the slave drive, or that the master drive may claim priority of communication over the other device on the same ATA interface.

In fact, the drivers in the host operating system perform the necessary arbitration and serialization, and each drive's onboard controller operates independently of the other.

The parallel ATA protocols up through ATA-3 require that once a command has been given on an ATA interface, it must complete before any subsequent command may be given.

A useful mental model is that the host ATA interface is busy with the first request for its entire duration, and therefore can not be told about another request until the first one is complete.

The function of serializing requests to the interface is usually performed by a device driver in the host operating system.

The ATA-4 and subsequent versions of the specification have included an "overlapped feature set" and a "queued feature set" as optional features, both being given the name " Tagged Command Queuing " TCQ , a reference to a set of features from SCSI which the ATA version attempts to emulate.

However, support for these is extremely rare in actual parallel ATA products and device drivers because these feature sets were implemented in such a way as to maintain software compatibility with its heritage as originally an extension of the ISA bus.

This implementation resulted in excessive CPU utilization which largely negated the advantages of command queuing. By contrast, overlapped and queued operations have been common in other storage buses; in particular, SCSI's version of tagged command queuing had no need to be software compatible with ISA's APIs, allowing it to attain high performance with low overhead on buses which supported first party DMA like PCI.

This has long been seen as a major advantage of SCSI. The Serial ATA standard has supported native command queueing NCQ since its first release, but it is an optional feature for both host adapters and target devices.

There are many debates about how much a slow device can impact the performance of a faster device on the same cable. There is an effect, but the debate is confused by the blurring of two quite different causes, called here "Lowest speed" and "One operation at a time".

It is a common misconception that, if two devices of different speed capabilities are on the same cable, both devices' data transfers will be constrained to the speed of the slower device.

This allows each device on the cable to transfer data at its own best speed. Even with older adapters without independent timing, this effect applies only to the data transfer phase of a read or write operation.

This is usually the shortest part of a complete read or write operation. This is caused by the omission of both overlapped and queued feature sets from most parallel ATA products.

Only one device on a cable can perform a read or write operation at one time; therefore, a fast device on the same cable as a slow device under heavy use will find it has to wait for the slow device to complete its task first.

However, most modern devices will report write operations as complete once the data is stored in their onboard cache memory, before the data is written to the slow magnetic storage.

This allows commands to be sent to the other device on the cable, reducing the impact of the "one operation at a time" limit. The impact of this on a system's performance depends on the application.

For example, when copying data from an optical drive to a hard drive such as during software installation , this effect probably will not matter.

Such jobs are necessarily limited by the speed of the optical drive no matter where it is. But if the hard drive in question is also expected to provide good throughput for other tasks at the same time, it probably should not be on the same cable as the optical drive.

ATA devices may support an optional security feature which is defined in an ATA specification, and thus not specific to any brand or device.

The security feature can be enabled and disabled by sending special ATA commands to the drive. If a device is locked, it will refuse all access until it is unlocked.

A device can have two passwords: A User Password and a Master Password. Either or both may be set; there is a Master Password identifier feature which if supported and used can identifies with out disclosing the current Master Password.

A device can be locked in two modes: High security mode or Maximum security mode. There is an attempt limit, normally set to 5, after which the disk must be power cycled or hard-reset before unlocking can be attempted again.

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