Shared Multi Port Array (SMPA)

Transcription

1 Shared Multi Port Array (SMPA) Tested Configurations July 2018 This document lists all storage arrays that have been tested using DataCore s own SMPA validation tests. Entries that are marked as passed can be used as SMPA arrays with SANsymphony. Entries that are marked as failed cannot be used as SMPA arrays with SANsymphony. Notes regarding array controller firmware, SANsymphony versions and backend connection requirements are explained, in more detail, within the document. The authority on real-time data

2 Table of contents Changes made to this document 3 Overview of SMPA validation 4 Entries marked as passed Entries marked as failed 4 4 How do I qualify a storage array for SMPA? 4 Controller Firmware 4 Using later versions of controller firmware 4 Upgrading an existing SMPA array s controller firmware 4 Controller Firmware for Hewlett-Packard Arrays 4 Disk sector format types byte sector and Advanced Format 512e (emulation) 5 520/528 byte sector and Advanced Format 4K Native 5 Asymmetrical Logical Unit Access (ALUA) 5 All connection types 5 Backend (BE) connection types 5 ISCSI 5 All other connection types 5 Multipathing software 6 DataCore s Backend Failover 6 Microsoft s own MPIO Storage Vendor s own MPIO 6 6 All tested arrays (by vendor) 7 AccelStor 7 Bull 7 Cybernetics 7 Dell EMC 7 DotHill 9 Fujitsu 10 Hewlett-Packard 11 Hitachi 13 Huawei 14 IBM 15 Infinidat 15 Infortrend 15 Kaminario 15 Lenovo 16 LSI 16 Microsoft 16 N-Tec 16 NEC 16 NetApp 17 Nexsan 17 Nimble Storage 17 Promise 17 PureStorage 18 Tegile 18 Wortmann 18 X-IO 19 Previous changes 20

3 Changes made to this document The most recent version of this document is available from here: All changes since December 2017 HP 3PAR PSP 7 Update 2 - Passed IBM Storwize v PSP 7 Update 1 Passed Lenovo DS6200 With FC Connections GN250R PSP 7 Update 1 Passed With ISCSI connections G PSP 7 Update 1 Passed For previous changes made to this document please see page 20 Page 3

4 Overview of SMPA validation Entries marked as passed These will state both a minimum controller firmware and a SANsymphony version supported with SMPA for the array. Entries marked as failed Entries marked as failed cannot be used with SMPA for the array, but can be re-tested using later versions of the controller firmware. How do I qualify a storage array for SMPA? Please see: Qualifying Storage for use as a Shared Multi-Port Array Controller Firmware Using later versions of controller firmware Later versions of controller firmware (for the same entry) are always supported and do not need to be retested. Upgrading an existing SMPA array s controller firmware Already-installed SMPA configurations can have their array s controller firmware upgraded without having to be retested. Controller Firmware for Hewlett-Packard Arrays Some HP arrays include a 'Controller Hardware ID' as part of the controller firmware version. For example HSC , where 'HSC400' is the Hardware ID of the array and is the actual firmware version. If an entry is listed as passed but either the 'Hardware ID' or the controller firmware is different to your own array, a new SMPA validation test will need to be run for your specific Hardware ID/Controller Firmware combination. Also See Shared Multi-Port Array Support Page 4

5 Disk sector format types 512 byte sector and Advanced Format 512e (emulation) These format types are supported for SMPA. 520/528 byte sector and Advanced Format 4K Native These format types are not supported for SMPA. Asymmetrical Logical Unit Access (ALUA) All connection types Even if as array is ALUA-capable it does not mean that the connections to the array must also be ALUA-capable, please verify with the storage vendor if ALUA is a requirement or not. Notes DataCore s Backend Failover Driver is not ALUA-capable. Microsoft s own MPIO is ALUA-capable also see the section Multipathing Software on the next page. For storage vendor MPIO (i.e. not Microsoft s MPIO) that is ALUA-capable see the section Multipathing Software on the next page. Backend (BE) connection types ISCSI Arrays connected to DataCore Servers using iscsi must be tested separately from all other connection types. If an entry is listed as passed but it is not marked as having been tested with iscsi connections then it can only be used for other connections types and a new SMPA validation test will need to be run for the iscsi connections. All other connection types Any entry that is listed as passed can be used for any other connection type even if the entry is marked as having been tested with iscsi connections. Page 5

6 Multipathing software DataCore s Backend Failover Any entry that is listed as passed can be used with DataCore Servers own backend failover. Notes DataCore s Backend Failover only works with DataCore s own fibre channel drivers connected to the array. Microsoft s own MPIO Any entry that is listed as passed can be used with Microsoft s own MPIO. Notes Microsoft s own MPIO cannot be used with DataCore s own fibre channel drivers connected to the array. Microsoft s own MPIO must be used with the Failover Only Load Balancing policy. Other policies e.g. Round Robin, Round Robin with Subset, Least Queue Depth, Weighted Paths or Least Blocks - are not supported. If an entry is listed as passed but it is not marked as having been tested with iscsi connections then it can only be used for other connections types and a new SMPA validation test will need to be run for the iscsi connections. Storage Vendor s own MPIO Arrays connected to DataCore Servers using a storage vendor s own MPIO (i.e. not Microsoft s MPIO) must be tested separately from all other multipathing software. If an entry is listed as passed but it is not marked as having been tested with a storage vendor s own MPIO a new SMPA validation test will need to be run. Notes If an entry is listed as passed using a storage vendor s own MPIO but it is not marked as having been tested with iscsi connections then it can only be used for other connections types and a new SMPA validation test will need to be run for the iscsi connections. Page 6

7 All tested arrays (by vendor) AccelStor NeoSapphire 3706-ES ISCSI connections - see page 5. Passed 10.0 PSP 6 Update 1 Bull Store Way Optima A Cybernetics isan-d XG2 Passed 10.0 PSP 6 Update 4 Dell EMC Compellent SC30 Compellent SC40 Compellent SC4020 Compellent SC8000 CX3-40 CX4-120 EQ PS4000 MD 3620i Continued on next page Page 7

8 All tested arrays Dell EMC (continued from previous page) SC7020 SCOS version Passed 10.0 PSP 6 No Update SCv2000 SCv Passed 10.0 PSP 4 No Update SCv2080 Unity 300 VNX 5200 VNX 5300 VNX 5400 VNX 5500 VNX 5700 vmax Vmax build 222 this must include EMC fix #84527*. *Please contact Dell EMC support for this fix or to see if the fix is already included in later vmaxcontroller firmware. Passed 10.0 PSP 6 Update 4 Passed 10.0 PSP 6 Update 4 Passed 10.0 PSP 3 Passed 10.0 PSP 4 Page 8

9 All tested arrays DotHill AssuredSAN 372x AssuredSAN 382x AssuredSAN 383x AssuredSAN 392x AssuredSAN 473x AssuredSAN 482x AssuredSAN 483x AssuredSAN 484x TS240P003 GL105R004 GL200P002 GL222P013 T230P03 CF100P002 CF205R002 CF205R008 GL200R007 GL105R004 GL210R006-8 Passed 10.0 PSP 6 Update 1 Passed 10.0 PSP 6 Update 1 Passed 10.0 PSP 3 Page 9

10 All tested arrays Fujitsu Eternus AF250 Eternus AF250 S2 Eternus AF650 Eternus AF650 S2 Eternus DX60 S4 Eternus DX90 V10L V10L80 V10L V10L80 V10L V10L Passed 10.0 PSP 5 Update 2 Passed 10.0 PSP 6 Update 5 Passed 10.0 PSP 5 Update 2 Passed 10.0 PSP 6 Update 5 Passed 10.0 PSP 6 Update 2 Eternus DX80 S2 Eternus DX90 S2 V10L50 Eternus DX100 S3 Eternus DX100 S4 Eternus DX200 S3 Eternus DX200 S4 Eternus DX400 S2 Eternus DX500 S3 Eternus DX500 S4 V10L V10L V10L V10L V10L50 V10L V10L V10L80 Passed 10.0 PSP 6 Update 2 Passed 10.0 PSP 6 Update 2 Passed 10.0 PSP 6 Update 5 Continued on next page Page 10

11 All tested arrays Fujitsu (continued from previous page) Eternus DX600 S3 Eternus DX600 S4 Eternus DX8000S2 V10L V10L V10L80 V10L50 Passed 10.0 PSP 6 Update 5 Hewlett-Packard Please see Controller Firmware for Hewlett-Packard Arrays on page 4 3PAR PAR PAR 7450c 3PAR PAR PAR F400 EVA4400 EVA MU MU2 (Patches 07, 10, 11 and 12) MU MU1 (Patches 03) HSV CR1A11xc3p-6240 Passed 10.0 PSP 7 Update 2 Passed 10.0 PSP 6 Update 1 Passed 10.0 PSP 6 Update 1 Continued on next page Page 11

12 All tested arrays Hewlett-Packard (continued from previous page) EVA6300 EVA6400 EVA6500 MSA 2040 P6000 P2000 G3 HSC HSC HSV GLS101R01-01 HSV340 XCS T240P02-01 TS240P003 Passed 10.0 PSP 6 Update 5 Passed 10.0 PSP 4 update 1 Page 12

13 All tested arrays Hitachi HUS 110 HUS 130 HUS 150 Unified Storage VM (HUS VM) VSP F200 VSP F400 VSP F600 VSP F /D-S with the setting Unique Reserve Mode 2 Enabled/Yes 0945/D-S with the setting Unique Reserve Mode 2 Enabled/Yes 0945/D-S with the setting Unique Reserve Mode 2 Enabled/Yes 0985/B-H with the setting Unique Reserve Mode 2 Enabled/Yes Microcode SVP: /00 Microcode DKC: / / / / /00 Passed 10.0 PSP 6 Update 4 Passed 10.0 PSP 3 Passed 10.0 PSP 4 Update 1 Passed 10.0 PSP 3 VSP G200 VSP G400 VSP G /00 Passed 10.0 PSP 3 VSP G800 Page 13

14 All tested arrays Huawei OceanStor S6800T OceanStor S2600T OceanStor S5500T OceanStor S5600T OceanStor S5800T OceanStor S6800T OceanStor Series Enterprise Storage System OceanStor Dorado 2100 G2 OceanStor 'V3' arrays V200R002 V200R002 V200R002 V200R002 V200R002 V200R002 V100R001 V100R001 V300R001 V300R001 V300R002 V300R003 V300R003C20 V300R005 V300R006 Passed 10.0 PSP 5 Update 1 Passed 10.0 PSP 5 update 2 Passed 10.0 PSP 5 update 2 Passed 10.0 PSP 5 update 2 Passed 10.0 PSP 5 update 2 Page 14

15 All tested arrays IBM DS3524 Model 1746-A4D Storwize v w/nvsram: N1746D35R0783V (build ) Storwize v Passed 10.0 PSP 7 Update 1 Storwize v5030f Passed 10.0 PSP 7 XIV 2812-A14 FlashSystem 900 Information Not Provided not provided Flare Code Flare Code Flare Code Passed 10.0 PSP 3 Passed 10.0 PSP 3 Infinidat Infinibox F-series 2.2 Passed 10.0 PSP 4 Infortrend DS S24F-R DS S24F-R2851 DS A.50 Boot record 1.12A 5.11E.03 Boot record 2.11A 6.51G.02 Boot Record 1.11C Passed 10.0 PSP 5 Update 2 Kaminario K2 Flash Array Passed 10.0 PSP 3 Page 15

16 All tested arrays Lenovo DS3200 DS4200 DS6200 GL221R GT250R ISCSI connections - see page 5. GN250R007 G265 ISCSI connections - see page 5. Passed 10.0 PSP 6 Update 2 Passed 10.0 PSP 6 Update 4 Passed 10.0 PSP 7 Update 1 Passed 10.0 PSP 7 Update 1 LSI Syncro CS e 3.17 Microsoft StorSimple (GU 1.2) Passed 10.0 PSP 4 N-Tec ICEBOX-R ix6sr Information not provided NEC M A Page 16

17 All tested arrays NetApp FAS2552 HA FAS3220 HA E-series (any) Data Ontap Mode Data Ontap 8.1.4P1 7-Mode Cannot be used for SMPA. Also see Known Issues - Third Party Hardware and Software pp/answers/detail/a_id/1277 N/A Nexsan E48 Q Nimble Storage CS700 OS (SSD or SATA) Promise Vtrak E830 VessR2600 ti ISCSI connections - see page 5. Passed 10.0 PSP 6 Update 5 Page 17

18 All tested arrays PureStorage FA An ALUA-capable backend connection is required see page An ALUA-capable backend connection is not required see page 5 FA-m Passed 10.0 PSP 4 Update Passed 10.0 PSP 4 Update 1 FA-m Passed 10.0 PSP 6 Update Passed 10.0 PSP 6 Update 2 FA-m Passed 10.0 PSP 4 Update Passed 10.0 PSP 6 Update 4 FA-m Passed 10.0 PSP 4 Update 1 Tegile HA2100 T Wortmann Terra SAN 382x Terra SAN 383x Terra SAN 482x GL210R006-8 Passed 10.0 PSP 4 Update 1 Terra SAN 483x Page 18

19 All tested arrays X-IO ISE1 Cannot be used for SMPA. N/A ISE2 ISE G Page 19

20 Previous changes Fujitsu Eternus DX100 S3 V10L80 Passed 10.0 PSP 6 Update 5 Eternus DX500 S3: V10L V10L December 2017 Huawei OceanStor Dorado Series - This has now been renamed to 'OceanStor Dorado 2100 G2'. OceanStor V3 Converged Storage This has now been renamed to 'OceanStor 'V3' series'. Fujitsu Eternus DX100 S2 this was a typo and should have been 'Eternus DX100 S3'. Eternus DX400 S4 this was a typo and should have been 'Eternus DX500 S4'. These have now both been corrected. November 2017 Fujitsu Eternus AF250 S2, AF650 S2, DX500 S4, DX600 S4 all V10L80 Passed 10.0 PSP 6 Update 5 IBM Storwize v5030f Passed 10.0 PSP 7 HP EVA HSC Passed 10.0 PSP 6 Update 5 Promise VessR2600 ti iscsi with Microsoft's own MPIO Passed 10.0 PSP 6 Update 5 Hitachi HUS /B-H with the setting Unique Reserve Mode 2 Enabled/Yes 10.0 PSP 6 Update 4 September 2017 Cybernetics isan-d XG PSP 6 Update 4 August 2017 Fujitsu Eternus DX100 S2 - V10L PSP 6 Update 2 Lenovo -DS GT250R Using iscsi Connections PSP 6 Update 4 July 2017 Page 20

21 Previous changes Dell EMC Unity (Passed) VNX (Passed) June 2017 Huawei OceanStor Dorado Series - V300R001 (Passed) PureStorage- FA-m (Passed) Huawei The entry for 'OceanStor Dorado 2100 G2' has now been renamed to 'OceanStor Dorado Series'. Lenovo DS3200 GL221R (Passed) April 2017 PureStorage FA-M (Passed) FA-M (Passed) March 2017 Important notes Advanced Format 4K Native (4Kn) disk devices Currently, the SMPA test does not support disk devices that are formatted for 'Advanced Format' 4K sector support. Dell EMC SC7020 SCOS version (Passed) DotHill AssuredSAN 383x GL200P0002 (Passed) Fujitsu Eternus DX60 S4 V10L (Passed) DX100 S4 V10L (Passed) DX200 S4 V10L (Passed) Hewlett-Packard 3PAR MU2 (Passed) DotHill AssuredSAN 383x GL222P013 Passed 10.0 PSP 6 Update 1 February 2017 AccelStor NeoSapphire 3706-ES Using iscsi Connections (Passed) January 2017 Hewlett-Packard EVA4400 HSV (Passed) Page 21

22 Previous changes Huawei OceanStor V3 Converged Storage V300R003 (Passed) V300R003C20 (Passed) V300R005 (Passed) V300R006 (Passed) December 2016 PURE Storage FA-m10 and FA-m (Passed) Fujitsu Eternus AF250 and Eternus AF650 - V10L (Passed) Note: This was incorrectly listed as V10L (Passed) November 2016 Fujitsu Eternus AF250 and Eternus AF650- V10L (Passed) October 2016 HP 3PAR 7450c MU2 (Patches 07, 10, 11 and 12) (Passed) September 2016 Infortrend DS G.02 w/boot Record 1.11C (Passed) August 2016 PURE Storage FA-m (Passed) Infinidat F2000 and F6000 The separate entries have been merged into single 'F-Series' entry - as this includes all the F1000, 2000, 4000 and 6000 models. PURE Storage FA-m (Passed) July 2016 Hitachi HDS VSP F /00 (Passed) June 2016 Page 22

23 Previous changes HP EVA / HSV 360 (Passed) May 2016 Hitachi VSP F200, F400, F600, F800, G400, G600 and G /00 (Passed) Wortmann Terra SAN 382x, 383x, 482x and 483x - GL210R006-8 (Passed) Infinidat Infinibox F (Passed) March 2016 Infinidat Infinibox F (Passed) February 2016 IBM FlashSystem Flare Code (Passed) AssuredSAN GL210R006-8 (Passed) January 2016 December Fujitsu Eternus DX600 S3 Controller firmware V10L () 2015 and earlier IBM FlashSystem Flare Code (Passed) Microsoft StorSimple (GU 1.2) Passed) Hitachi VSP G /00 (Passed) Kaminario K2 Flash Array (Passed) All entries - General An extra column has been added indicating the minimum SANsymphony-V version to use the any arrays that have been marked as 'passed'. Please note that SANsymphony-V 8.x and all versions of SANsymphony 9.x before PSP4 Update 4 are now considered End of Life. EMC vmax - 'Vmax 2067 ( build 222 which must include EMC fix #84527 Passed). The older controller firmware version 'Vmax20k ( )' was previously listed as 'failed'. November X-IO The following Controller firmware versions were previously listed as passing the DataCore SMPA validation test. Page 23

24 Previous changes X-IO ISE X-IO ISE It has been discovered that under extreme load these controller firmware versions do not handle Persistent Reservation Keys properly and this can result in excessive Reservation Conflicts which then lead to loss of access to the storage by the DataCore Server. These versions are now considered failed with regard to being used as an SMPA storage device with SANsymphony-V. For the ISE1 storage arrays: These are no longer considered supported as SMPA arrays. Please contact X-IO directly. For the ISE2 storage arrays: Please upgrade to as soon as possible. Contact X-IO directly for help with this. October X-IO ISE G (Passed) Tegile T (Passed) September NetApp E-Series (all) - This array cannot be used for SMPA. Nimble Storage CS Nimble OS (Passed) EMC vmax - Vmax20k ( ) () August IBM FlashSystem Flare code (Passed) Dell SCv2000 / 2020 / () It is not possible to configure the MPIO software for Failover mode which is the only supported MPIO mode with SMPA July DotHill AssuredSAN CF205R008 (Passed) 3PAR F MU1 Patches 03 (Passed) Hitachi Unified Storage VM - Microcode SVP: /00 with Microcode DKC: /00 (Passed) Page 24

25 Previous changes NetApp FAS2552 HA - Data Ontap Mode (Passed) NetApp FAS3220 HA - Data Ontap 8.1.4P1 7-Mode (Passed) May Dell Compellent SC (Passed) EMC VNX (Passed) April Removed HUS /A-S () DotHill AssuredSAN GL200R007 (Passed) March DotHill AssuredSAN 4730 CF100P002 (Passed) CF205R002 (Passed) February Bull StoreWay Optima V300R001 (Passed) Huawei OceanStor V3 Converged Storage V300R001 (Passed) V300R002 (Passed) January Hitach HUS /A-S () HP 3PAR MU1 (Passed) XIO ISE (Passed) and earlier December Tegile: Ha with Microsoft s own MPIO (). September Dell: Compellent DC with Microsoft s own MPIO (Passed). Huawei: OceanStor Dorado 2100 G2 V100R001C00 with Microsoft s own MPIO (Passed). Huawei: OceanStor Series Enterprise Storage System Page 25

26 Previous changes Had an incorrect controller firmware version listed: It was V200R002C00 but should have been V100R001C00. August Huawei OceanStor Series Enterprise Storage System V200R002C00 Huawei OceanStor S2600T/S5500T/S5600T/S5800T/S6800T V200R002C00 July NetApp - E2624: XIO - ISE2: 2.70 June Infortrend: DS S24F-R2840-4: 3.88A.50 Bootrecord 1.12A Note: this model was previously (and incorrectly) listed as DS B24F-R DS S24F-R2851: 5.11E.03 Bootrecord 2.11A May Notes on backend connections Updates to this section so as to be clearer regarding iscsi connections and everything else. Notes on Multipath Failover software. Updates to this section so as to be clearer regarding third-party Failover Software and updated information and added a new section regarding ALUA-capable Storage Arrays. PureStorage FA-400: SANsymphony-V or greater. Requires an ALUA-capable backend driver, so cannot be used with DataCore s own Backend Failover Driver (also see Notes on Multipath Failover software on page 5) SANsymphony-V or greater Also works with DataCore s Backend Failover Driver but without any ALUA capability (also see Notes on Multipath Failover software on page 5). EMC: VNX5400, CX3-40, Hewlett Packard: MSA 2040, GLS101R April DotHill 3824 and 4834 Fujitsu Eternus DX200S3 and DX600S3 Hewlett Packard 3PAR 7400 and March Notes on Multipath Failover software This section has been updated to be more explicit on what is and what is not supported with regard to Load Balancing Options for Microsoft s own DSM and third party ALUA enabled back-end connections. X-IO - ISE 2. Controller Firmware version added. February Compellent SC40 newer Controller Firmware has been tested and now passes (was previously listed as Information not provided but is now v.6.5). January X-IO - General. Removed the last four digits from the firmware version numbers as these were internal build numbers not used by XIO outside of their own engineering development and irrelevant to users. ISE 1. Controller Firmware versions Page 26

27 Previous changes ISE 2. Controller Firmware versions 2.5.0, 2.5.2, and December 2013 IBM DS3524 Model 1746-A4, newer Controller Firmware has been tested and now listed but it still fails (was previously w/nvsram: N1746D35R0783V09 and is now w/nvsram: N1746D35R0783V09). October 2013 EMC VNX5500, with Microsoft s own MPIO (Passed). SANsymphony-V or greater Fujitsu - Eternus DX80S2, DX90S2, DX400S2 and DX8000S2, V10L50 with DataCore s Redundant Back-end Paths (Passed). Minimum requirement of SANsymphony-V or greater. Hitachi - AMS 2xxx series, does not support SCSI-3 Persistent Reservations, therefore cannot be used as an SMPA. HUS 150, 0945/D-S with DataCore s Redundant Back-end Paths (Passed). Nexsan E48, Q with DataCore s Redundant Back-end Paths (Passed). Removed Hitachi - AMS2500 and AMS2100, the complete 2xxx series does not support SCSI-3 Persistent Reservations, therefore cannot be used as an SMPA. X-IO - ISE1 and ISE2 entries that had later firmware versions (passed or failed), where previous tests had passed or failed using earlier firmware versions. See the new updates to Overview section for further explanation. Overview section Significantly updated with regard to Firmware controller, Backend Connections and types of Failover software that can be considered supported. General removed column on all entries that explicitly listed either DataCore s own Backend failover or Microsoft s own DSM (also see Overview section Notes on Multipath Failover software.) Purestorage FA-400 this array was previously marked as failed but now passes the tests and is supported when using SANsymphony-V or greater. Hitachi - HUS 110, was incorrectly listed as another entry for HUS 130 thereby creating an incorrect duplicate entry. August 2013 Creation of this single SMPA document; this incorporates storage arrays that had passed the SMPA test (and were originally listed in FAQ 1485); and those that had failed and were also originally listed in the Known Issues document. Hitachi - HUS 130, 0945/D-S with DataCore s Redundant Back-end Paths (Passed). LSI Syncro CS e was missing the failover software that was used for the SMPA test. This has now been corrected. Page 27

28 The authority on real-time data Copyright 2018 by DataCore Software Corporation. All rights reserved. DataCore, the DataCore logo and SANsymphony are trademarks of DataCore Software Corporation. Other DataCore product or service names or logos referenced herein are trademarks of DataCore Software Corporation. All other products, services and company names mentioned herein may be trademarks of their respective owners. ALTHOUGH THE MATERIAL PRESENTED IN THIS DOCUMENT IS BELIEVED TO BE ACCURATE, IT IS PROVIDED AS IS AND USERS MUST TAKE ALL RESPONSIBILITY FOR THE USE OR APPLICATION OF THE PRODUCTS DESCRIBED AND THE INFORMATION CONTAINED IN THIS DOCUMENT. NEITHER DATACORE NOR ITS SUPPLIERS MAKE ANY EXPRESS OR IMPLIED REPRESENTATION, WARRANTY OR ENDORSEMENT REGARDING, AND SHALL HAVE NO LIABILITY FOR, THE USE OR APPLICATION OF ANY DATACORE OR THIRD PARTY PRODUCTS OR THE OTHER INFORMATION REFERRED TO IN THIS DOCUMENT. ALL SUCH WARRANTIES (INCLUDING ANY IMPLIED WARRANTIES OF MERCHANTABILITY, NON-INFRINGEMENT, FITNESS FOR A PARTICULAR PURPOSE AND AGAINST HIDDEN DEFECTS) AND LIABILITY ARE HEREBY DISCLAIMED TO THE FULLEST EXTENT PERMITTED BY LAW. No part of this document may be copied, reproduced, translated or reduced to any electronic medium or machinereadable form without the prior written consent of DataCore Software Corporation