citroen berlingo 1996 2005 service repair workshop manual
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citroen berlingo 1996 2005 service repair workshop manualBest Products. ISCSI support. NetApp Model FAS2040. Creating a LUN for iSCSI or Fibre.OnCommand System Manager provides fast, simple configuration and management for NetApp FAS storage systems. Honda Strimmer Repair Manual there. Iscsi: Manages iSCSI service. Glossary for NetApp specific SAN terms. Locates and displays reference manual pages. Maxfiles (1). Attention, Internet Explorer User Announcement: VMware Communities has discontinued support for Internet Explorer 7 and below. In order to provide the best platform for continued innovation, VMware Communities no longer supports Internet Explorer 7. VMware Communities will not function with this version of Internet Explorer. Simulator after re-running the wipe procedure as detailed in: The following could have been. These commands were run on the NetApp Release 8.1X45 7-Mode Simulator (use the version command to check release.) We already have an IPInformation Simulator 8.1, we should see aggregate aggr0, with a plex plex0, and the plexRoot Volume FAS2040 running DOT 8.1.1 7-mode is 132GB (source NetApp Hardware Universe)! Aggregate aggr0 Are you sure you want to continueVolume for the iSCSI LUN Share to Twitter Share to Facebook Share to Pinterest. The NOW website is where you get access to all the documentation, knowledge base, articles, software, licenses, etc I mainly use Putty which can be downloaded from here To make it simple try and name and controller at the top something ending in top and for the bottom, something ending in bot. You don’t need to do this but it is less confusing later on down the track) You have the option of bundling 2 or more of these to create an etherchannel to your switch. This becomes beneficial if you are considering running iscsi, nfs or cifs as the traffic can be load balanced across the bundled ports. Within an interface group you can also create vlans to segment traffic, however I’ll touch on this a little later on.http://www.greenways.at/userfiles/epson-stylus-tx105-manual.xml
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You don’t need to create an interface group, you can answer no here and configure a single port) Additional options are enabling flow control and Jumbo frames, which if you are running a network protocol such as iscsi, nfs, cifs, etc you will definately enable. We will continue through the cli This is achievable by enabling CIFS and browsing directly to the storage filer’s root) The ACP should be cabled according to the DS4243 install guide, see the Resource section) As everything is done to provide the most accurate steps to date, we take no responsibility if you implement any of these steps in a production environment. I’ve setup IBM SANs and the EMC VSA “UBER 3.2” to work with vSphere 4.1 and SRM 4.1. I’m not a SAN expert but I do understand SRM. Use the VSA’s from different vendors to try an get a feel for their storage interface so I can assist customers with the SAN before we start the SRM piece. I’ve searched the NetApp simulator site but I can not find any documentation assisting you through the setup of the simulator to work with replication so you can test with SRM. Do you know of any documentation in regards to setting up the simulator with a filer at a “prod” site and a filer at a “DR” replicating from prod to dr and hooking the replication into SRM with the SRA? You can download it from the website. You will need to sign up for an account though. As soon as you enter the command in cli it is saved across reboots. Are you having trouble with something not saving ? Learn how your comment data is processed. Please help improve it or discuss these issues on the talk page. ( Learn how and when to remove these template messages ) Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed.Please help by spinning off or relocating any relevant information, and removing excessive detail that may be against Wikipedia's inclusion policy.http://ledseoul.com/userData/board/epson-stylus-tx400-manual.xml ( May 2019 ) ( Learn how and when to remove this template message ) Relevant discussion may be found on the talk page. Please help improve this article by introducing citations to additional sources.There are three types of FAS systems: Hybrid, All-Flash, and All SAN Array: ONTAP-based systems that can serve both SAN and NAS protocols called Unified ONTAP, AFF systems with ASA identity called All-SAN.ONTAP is NetApp's internal operating system, specially optimized for storage functions at high and low levels. It boots from FreeBSD as a stand-alone kernel-space module and uses some functions of FreeBSD (command interpreter and drivers stack, for example). The disk enclosures (shelves) use fibre channel hard disk drives, as well as parallel ATA, serial ATA and Serial attached SCSI. Starting with AFF A800 NVRAM PCI card no longer used for NVLOGs, it was replaced with NVDIMM memory directly connected to the memory bus.Please help improve this section by adding citations to reliable sources. Unsourced material may be challenged and removed. ( November 2017 ) ( Learn how and when to remove this template message ) Each FAS, AFF or ASA system has non-volatile random access memory, called NVRAM, in the form of a proprietary PCI NVRAM adapter or NVDIMM -based memory, to log all writes for performance and to play the data log forward in the event of an unplanned shutdown.In June 2008 NetApp announced the Performance Acceleration Module (or PAM) to optimize the performance of workloads that carry out intensive random reads. This optional card goes into a PCIe slot and provides additional memory (or cache) between the disk and the storage system cache and system memory, thus improving performance.Also, AFF systems do not support FlexArray with third-party storage array virtualization functionality.NetApp FAS storage systems which contain only SSD drives with installed SSD-optimized ONTAP OS called All-Flash FAS (AFF).Physical HDD and SSD drives, partitions on them, and LUNs imported from third-party arrays with FlexArray functionality considered in ONTAP as a Disk. LUNs imported from third-party arrays with FlexArray functionality in HA pair configuration must be accessible from both nodes of the HA pair. Each disk has ownership on it to show which controller owns and serves the disk. An aggregate can include only disks owned by a single node, therefore each aggregate owned by a node and any objects on top of it, as FlexVol volumes, LUNs, File Shares are served with a single controller. Each controller can have its own disks and aggregates them where both nodes can be utilized simultaneously even though they not serving the same data.ADP can be used only with native disk drives from NetApp Disk shelves, FlexArray technology does not support ADP. ADP also supported with third-party drives in ONTAP Select. This technique mainly used to overcome some architectural requirements and reduce the number of disk drives in ONTAP-based systems. There are three types of ADP: Root-Data partitioning; Root-Data-Data partitioning (RD2 also known as ADPv2); Storage Pool. In contrast, the bigger portion of the disk drive will be used for data aggregate. Root-Data-Data partitioning is used in AFF systems only for the same reason as Root-Data partitioning with the only difference that bigger portion of the drive left after root partitioning divided equally by two additional partitions, usually, each partition assigned to one of the two controllers, therefore reducing the minimum number of drives required for an AFF system and reducing waste for expensive SSD space. Storage Pool partitioning technology used in FAS systems to equally divide each SSD drive by four pieces which later can be used for FlashPool cache acceleration, with Storage Pool only a few SSD drives can be divided by up to 4 data aggregates which will benefit from FlashCache caching technology reducing minimally required SSD drives for that technology.There are several RAID types available within ONTAP-based systems: Each aggregate consist of one or two plexes, a plex consists of one or more RAID groups. Typical ONTAP-based storage system have only 1 plex in each aggregate, two plexes used in local SyncMirror or MetroCluster configurations. Each RAID group usually consists of disk drives of same type, speed, geometry and capacity. Though NetApp Support could allow a user to install a drive to an RAID group with same or bigger size and different type, speed and geometry for temporary basis. Ordinary data aggregates if containing more than one RAID group must have same RAID groups across the aggregate, same RAID group size is recommended, but NetApp allows to have exception in last RAID group and configure it as small as half of the RAID group size across aggregate.In Flash Pool hybrid aggregates same rules applied to the hybrid aggregate as to ordinary aggregates but separately to HDD and SSD drives, thus it is allowed to have two different RAID types: only one RAID type for all HDD drives and only one RAID type for all SSD drives in a single hybrid aggregate. NetApp storage systems running ONTAP combine underlying RAID groups similarly to RAID 0. Also, in NetApp FAS systems with FlexArray feature, the third-party LUNs could be combined in a Plex similarly to RAID 0. NetApp storage systems running ONTAP can be deployed in MetroCluster and SyncMirror configurations, which are using technique comparably to RAID 1 with mirroring data between two plexes in an aggregate.Both HDD and SSD drives form separate RAID groups. Since SSD also used to write operations, it requires RAID redundancy contrary to Flash Cache but allows to use of different RAID types for HDD and SSD; for example, it is possible to have 20 HDD 8TB in RAID-TEC while 4 SSD in RAID-DP 960GB in a single aggregate. SSD RAID used as cache and improved performance for read-write operations for FlexVol volumes on the aggregate where SSD added as the cache. Flash Pool cache similarly to Flash Cache has policies for reading operations but also includes write operations that could apply separately for each FlexVol volume located on the aggregate; therefore, it could be disabled on some volumes while others could benefit from SSD cache. Flash Pool is not available with FlexArray and is possible only with NetApp FAS native disk drives in NetApp's disk shelves.With FlexArray functionality RAID protection must be done with third party storage array thus NetApp's RAID 4, RAID-DP and RAID-TEC not used in such configurations. One or many LUNs from third party arrays could be added to a single aggregate similarly to RAID 0. FlexArray is licensed feature.NSE feature similarly to NetApp Volume Encryption (NVE) in storage systems running ONTAP can store encryption key locally in Onboard Key Manager or on dedicated key manager systems using KMIP protocol like IBM Security Key Lifecycle Manager and SafeNet KeySecure. NSE is data at rest encryption which means it protects only from physical disks theft and does not give an additional level of data security protection in a normal operational and running system.Available in both modes: 7-mode (old OS) and Cluster-Mode (or cDOT - a newer version of ONTAP OS). MetroCluster in Cluster-Mode known as MCC. MetroCluster uses RAID SyncMirror (RSM) and plex technique where on one site number of disks form one or more RAID groups aggregated in a plex, while on the second site have the same number of disks with the same type and RAID configuration alongside with Configuration Replication Service (CRS) and NVLog replication. One plex synchronously replicates to another in a compound with non-volatile memory. Two plexes form an aggregate where data stored and in case of disaster on one site second site provide read-write access to data. MetroCluster Support FlexArray technology. MetroCluster configurations are possible only with mid-range and high-end models which provide the ability to install additional network cards required to MC to function.Remote and local HA perter node must be the same model. MCC consists of two clusters each located on one of two sites. There may be only two sites. In MCC configuration each one remote and one local storage node form Metro HA or Disaster Recovery Pare (DR Pare) across two sites while two local nodes (if there is partner) form local HA pare, thus each node synchronously replicates data in non-volatile memory two nodes: one remote and one local (if there is one). It is possible to utilize only one storage node on each site (two single node clusters) configured as MCC. 8 node MCC consists of two clusters - 4 nodes each (2 HA pair), each storage node have only one remote partner and only one local HA partner, in such a configuration each site clusters can consist out of two different storage node models. For small distances, MetroCluster requires at least one FC-VI or newer iWARP card per node. FAS and AFF systems with ONTAP software versions 9.2 and older utilize FC-VI cards and for long distances require 4 dedicated Fibre Channel switches (2 on each site) and 2 FC-SAS bridges per each disk shelf stack, thus minimum 4 total for 2 sites and minimum 2 dark fiber ISL links with optional DWDMs for long distances. Data volumes, LUNs and LIFs could online migrate across storage nodes in the cluster only within a single site where data originated from: it is not possible to migrate individual volumes, LUNs or LIFs using cluster capabilities across sites unless MetroCluster switchover operation is used which disable entire half of the cluster on a site and transparently to its clients and applications switch access to all of the data to another site.MCC-IP available only in 4-node configurations: 2-node Highly Available system on each site with two sites total. With ONTAP 9.4, MCC-IP supports A800 system and Advanced Drive Partitioning in form of Rood-Data-Data (RD2) partitioning, also known as ADPv2. ADPv2 supported only on all-flash systems. MCC-IP configurations support single disk shelf where SSD drives partitioned in ADPv2. MetroCluster over IP require Ethernet cluster switches with installed ISL and utilize iWARP cards in each storage controller for synchronous replication. Starting with ONTAP 9.5 MCC-IP supports distance up to 700 km and starts to support SVM-DR feature, AFF A300, and FAS8200 systems.The main purpose for an Operating System in a storage system is to serve data to clients in non-disruptive manner with the data protocols those clients require, and to provide additional value through features like High Availability, Disaster Recovery and data Backup. ONTAP OS provides enterprise level data management features like FlexClone, SnapMirror, SnapLock, MetroCluster etc., most of them snapshot-based WAFL File System capabilities.Up to 1024 snapshots can be made of any traditional or flexible volume.It can set up snapshots in seconds because it only needs to take a copy of the root inode in the filesystem. This differs from the snapshots provided by some other storage vendors in which every block of storage has to be copied, which can take many hours.In reality each mode was a separate OS with its own version of WAFL, both 7-mode and Cluster mode where shipped on a single firmware image for a FAS system till 8.3 where 7-mode was deprecated. SnapLock migration from 7-Mode to ONTAP 9 now supported with Transition Tool. It is possible to switch between modes on a FAS system but all the data on disks must be destroyed first since WAFL is not compatible and server-based application called 7MTT tool was introduced to migrate data from old 7-mode FAS system to new Cluster-Mode: Copy-based transition require new controllers and disks with space no less than on source system if all the data to be migrated. Both SAN and NAS data are possible. Since with Copy-free transition no data copying required 7MTT tool helping only for new controllers reconfiguration. Both SAN and NAS data conversion supported. FLI available as for old 7-mode systems and for some models of storage systems of competitors. NetApp, like most storage vendors, increases overall system performance by parallelizing disk writes to many different spindles (disk drives). Large capacity drives, therefore limit the number of spindles that can be added to a single aggregate, and therefore limit the aggregate performance.On systems with many aggregates, this can result in lost storage capacity.Block checksumming helps to ensure that data errors at the disk drive level do not result in data loss.Information taken from spec.org, netapp.com and storageperformance.org Grid Resource Management: State of the Art and Future Trends. Springer. p. 342. ISBN 978-1-4020-7575-9. Retrieved 11 June 2012. Retrieved 1 June 2018. Retrieved 14 December 2018. By using this site, you agree to the Terms of Use and Privacy Policy. Please login to access the full scope of documentation. For Windows Server 2008 and 2008R2, please refer to this article. Please refer to the Windows Server Catalog for version compatibility. The first two discussed in the Configuring Multipath-IO section are: See the Installing Multipath-IO section for more details. The only differences between the graphical user interface is the changes in the dialogs visual appearances. The example provided in this section are taken from Windows Server 2016. Note: Pay close attention to the instructions in the dialog box for string formatting.No 3rd party DSMs are supported. This includes EMC PowerPath, NetApp ONTAP DSM, HP 3PAR DSM or others. If using iSCSI please continue to Setting up MPIO with iSCSI Support using the Control Panel Applet. Choose Yes or No depending on what other management or application tasks you are performing, but keep in mind that a reboot is required for the new MPIO Devices settings to take effect. The reason for this is to reduce the number of reboot cycles for the Windows Server host since adding iSCSI support requires an additional reboot. If iSCSI is not being planned, then Reboot the Windows Server host. Click on Add support for iSCSI devices. The host must be rebooted for the MPIO Devices settings to take effect. The reason for preferring PowerShell is the requirements of ensuring the device that is added adheres to the string formatting of Vendor (8 characters) and Product (16 characters). The PowerShell cmdlet, New-MSDSMSupportedHw, handles this formatting requirement. PURE FlashArray This operation is performed automatically when using the graphical user interface (GUI). In the case of PowerShell, a manual command needs to be executed. See MPIO Timers for full details. Please note that some settings will be noted as specific for Azure or AWS instances. By default, it is disabled. This is the length of time before the server attempts path recovery. The default value is 40. This period is the length of time the server waits after all paths to a PDO have failed before it removes the PDO. The default value is 20. For Pure Cloud Block Store on Azure instances, the recommendation is to set this to a value of 120. On a newly installed Windows Server using Get-MPIOSetting shows the default value is 60. This is an error in Microsoft's documentation and this value should not be changed. This is the length of time for the server to verify every path. This parameter is not relevant unless the path verification state has a value of Enabled. On a newly installed Windows Server all of the default settings will be set as shown below. PathVerificationPeriod: 30. PDORemovePeriod: 20. RetryCount: 3. RetryInterval: 1. UseCustomPathRecoveryTime: Disabled. CustomPathRecoveryTime: 40. DiskTimeoutValue: 60 This was done to show each new timer value for clarity. The same can be accomplished with a single line of PowerShell using each of the parameters, this alternative is shown as well. Set-MPIOSetting -CustomPathRecovery Enabled. Set-MPIOSetting -NewPDORemovePeriod 30. Set-MPIOSetting -NewDiskTimeout 60. Set-MPIOSetting -NewPathVerificationState Enabled. NetApp FAS2040 Enterprise Storage System. Ask for pricing with disks. Call for Details and Pricing FAS2000 series rapidly deploys within minutes and also helps to cut storage costs by up to 50 with features such as deduplication and thin provisioning. FAS2040 is excellent for consolidating virtualized environments with one to three Windows applications or lighter file-serving workloads. We can create custom Turn-Key configurations based on your needs! Cost of shipping varies depending on what service you require, your destination and size of the shipment. Shipping costs will be calculated separately from your order and billed to you post purchase. In the notes section of your order please provide us with your preferred shipping method and we will get back to you. Custom configured orders ship within 2 business days after all required products are in stock. Please allow 3 business days for products that are not in stock to arrive to our facility in Irvine, California. Domestic Shipments All refurbished items are tested prior to shipping to guarantee up-time upon arrival. If you are having issues with an item we provided please Contact Us and we will do our best to assist you. We offer 1 year warranty as standard and additional years can be added to fit your needs. Please reach out to a sales associate via the Contact Us page or live chat for more information on extended coverage options. During the coverage period if your product fails we will offer a Next Business Day replacement. If we are unable to replace the product we will refund its original selling price. Shipping costs and tax are not refundable. Express Computer Systems retains the right to decide whether the goods will be replaced or refunded. Our warranty does not cover any problem caused by the following conditions: Our warranty is void if the product is returned with damaged, removed, counterfeit labels, or any modifications (including any component or external cover removal). Our warranties do not cover data loss or damages to any other equipment. In addition, our warranties do not cover incidental damages, consequential damages, or costs related to data recovery, removal, and installation. Our sales reps and customer support engineers understand our customers rely heavily on advanced technology to run their business but need to do so without breaking the bank. We also understand that you want to receive the best hardware as quickly as possible. At Express Computer Systems we'll ship the majority of our orders out the same day payment is made. Curious if the item you need will make it out on time. Feel free to contact us directly via the Contact Us link at the bottom, Live Chat feature or (800) 327-0730. Feel free to contact us with the model of the items you're looking to sell and we'll get you a quote ASAP. We also have flexible financing options for your purchasing needs. We use certified technicians to test every piece of equipment as well as updating all necessary firmware. The highest quality of testing and certification is guaranteed. We warranty all of our items we sell. Ask us today about warranty for a specific item. OnTap 8 using software iSCSI inititators My iSCSI connection is choking somewhere- ended up vmotioning back to the old datastores after putting it into production for a day. Is it unreasonable to expect 2 vmware hosts, 8 VM's running to run lag-free in this setup.? I had a finance server with a MSSQL DB run about 1 transaction a minute via it's GUI client while it was on the SAN storage. I moved the storage from the SAN to the VM local datastore and it immediately went back to running smoothly. One thing I don't have is a separate nic for a management network, it's currently running on top of our LAN network. I've got additional NICs ordered, but I don't think that's where the issue is stemming. The switches are procurve 2810-24s, on the latest firmware from HP. This attachment pic is a benchmark pic of a VM performing on the iSCSI target, this is with all other VM's and VCenter shut down. I'm not sure if the issue is on the VMWare side or the FAS2040. I'll be happy to supply any other info you may need- but I'm at a loss as to where to look at the moment; I mean, I wouldn't think 7 VM's is overkill for a FAS2040, even with SATA drives. One final thing, the less hosts I put on the SAN, the better the performance- it's as if 2 hosts can't talk at the same time- perhaps there's some underlying multipathing issue or something I missed in the setup on the NetApp side. I would love some help here. (I couldn't find a write-cache enable option, in the NetApp device, but it's my understanding it's on by default) Would 4 individual 1Gb ports with individually assigned IP addresses be better than 2x 2Gb LACP vifs.Did you have a read in the best practice guide from NetApp. Maybe you'll find some answers there. I'm mostly using RR for our HP storage solutions though. Do I have the ability to proceed with the etherchannel configuration in lieu of what I've done previously. I would imagine a pretty good improvement; especially considering I'll be able to use both channels of the LACP Vif0 instead of keeping one LACP (vif0) Passive it seems to be doing now. Also is this iSCSI VMkernel on its own vswitch.Another thing you can try if the ESX host in question is still in testing is you can set jumbo framing on the vSwitch where iSCSI ports are and on the Portgroups. The only way to do this is through the VMware ESX5i VMA (Vmware Management Asssitant) I'm sure sure if it will reslove your performance problems for sure, but it would help improve it as the default MTU in vCenter is 1500. This will limit the possibilities for what is causing the bottle neck and allow you to get to the problem faster. A simple config: Take one of the new hosts(Just 1) and 1 switch and hook them up together. Setup a very simple vSwitch setup: vSwitch0 (Standard vSwitch) Vmnic0 - Management Vmnic1 - Management vSwitch1 Vmnic2 - ISCSI Vmnic3 - ISCSI Then run high IO tasks on the VM and check the results. I do have additional nics ordered to segregate the entire management, vmotion, logging traffic- however, for the time being I'm using the LAN nics for management and the SAN nics for vmotion, failure logging is turned off. Your test scenario is exactly how I've been running HD TUNE and SQLIO after each config change. JESX35 wrote: One thing i'm curious about is how do you have your iSCSI initatior setup.Also is this iSCSI VMkernel on its own vswitch.Another thing you can try if the ESX host in question is still in testing is you can set jumbo framing on the vSwitch where iSCSI ports are and on the Portgroups. Setup a very simple vSwitch setup: vSwitch0 (Standard vSwitch) Vmnic0 - Management Vmnic1 - Management vSwitch1 Vmnic2 - ISCSI Vmnic3 - ISCSI Then run high IO tasks on the VM and check the results. I was told in 4.1 you still had to bind the nics for iSCSI if you had multiple nics otherwise the native MPIO driver in ESX wouldn't use the other nic properly. Not sure if this is still true for ESX5i, can give it a try if its still in test enviroment. If that doesn't help i'm not sure where the bottle neck may lie since you have it stripped down to a simple config at the moment. Silly question is the SAN's controller CPU high ? 75 consistantly or is it low ? ESX 5i can change the MTU on the VMkernel through the GUI now.I was told in 4.1 you still had to bind the nics for iSCSI if you had multiple nics otherwise the native MPIO driver in ESX wouldn't use the other nic properly. Silly question is the SAN's controller CPU high ? 75 consistantly or is it low. The SAN CPU is at 2 or less at idle typically; it spikes every now and then, but typically low- just for kicks I moved all my VM's at the same time from LUN to LUN to get it angry and it only kicked to 80 moving 7 at a time. Manually binding the NICs in that manor will only give me a 2x 1Gbps throughput rather than a single channel of 2 Gbps via team, or does it accomplish the exact same as I've already done. I'll give it a try anyways--- I have the second controller on the way (left off original order) and it will eventually be active-active, but this thing needs to go into production before that shipment will ever arrive. That should help a lot, but realistically - I agree- I should be getting a LOT better throughput. I'll give your suggestion a go tomorrow night when I can bring everything down long enough to make the changes. Not sure if thats an option for you. Not sure why the SAN is not pushing better numbers.