EMC VNX SERIES DC POWERED UNIFIED STORAGE SYSTEMS

Transcription

1 EMC VNX SERIES POWERED UNIFIED STORAGE SYSTEMS EMC VNX series unified storage systems deliver uncompromising scalability and flexibility for the mid-tier. The VNX system provides market-leading simplicity and efficiency to imize total cost of ownership and is available as a Powered system with NEBS Level 3 certification for both block and file attachments. VNX5200 VNX5400 VNX5600 Specifications ARCHITECTURE Based on the powerful new family of Intel Xeon E (Sandy Bridge) processors, the EMC VNX implements a modular architecture that integrates hardware components for block, file, and object with concurrent support for native NAS, iscsi, Fibre Channel, and FCoE protocols. The powered VNX series delivers file (NAS) functionality via one to four X-blade data movers and block (iscsi, FCoE, and FC) storage via dual storage processors leveraging full disk drive topology. The system leverages the patented MCx multi-core storage software operating environment that delivers unparalleled performance efficiency. You can start choose between block services, file services or unified services. The unified configuration includes the following rackmounted enclosures: Block Services: Disk processor enclosure (includes disk drives) or storage processor enclosure (no drives included) plus standby power system. Capacity for Block or File use cases is added via Disk Array Enclosures (DAEs) File and Unified Services: One or more data mover enclosures and a control station to deliver file protocols. SPECIFICATION SHEET

2 VNX PHYSICAL SPECIFICATIONS BLOCK VNX5200 VNX5400 VNX5600 COMPONENTS Min/Max s 4/125 4/250 4/500 Max FAST Cache 600GB 1TB 2TB Array Enclosure 3U Disk Processor Enclosure (Holds /Flash drives) 3U Disk Processor Enclosure (Holds /Flash drives) 3U Disk Processor Enclosure (Holds /Flash drives) Enclosure Options (DAE) /Flash drives 2U /Flash drives 2U /Flash drives 2U 15x3.5 /Flash drives 3U 15x3.5 /Flash drives 3U 15x3.5 /Flash drives 3U Standby Power System Battery on board Battery on board Battery on board RAID Options 0/1/10/3/5/6 0/1/10/3/5/6 0/1/10/3/5/6 CPU/Memory per Array Max Block UltraFlex IO Modules per Array 2 x Intel Xeon E Core 1.2 GHz /32 GB 2 x Intel Xeon E Core 1.8 GHz /32 GB x Intel Xeon E Core 2.4 GHz /48 GB Embedded IO Ports per Array Base /s BE Buses per Array Max /s BE Buses per Array 4 x 4 lane ports (for BE Connection) 4 x 4 lane ports (for BE Connection) 4 x 4 lane ports (for BE Connection) 2 x 4 Lane 2 x 4 Lane 2 x 4 Lane 2 x 4 Lane 2 x 4 Lane 6 x 4 Lane or 2 x 4 Lane + 2 x 8 Lane Max Total Ports per Array /4/8/1/s FC Max Ports per Array 1 GBaseT iscsi Max Total Ports per Array 10 GbE iscsi Max Total Ports per Array Max FCoE Total Ports per Array FILE COMPONENTS* # File X-Blades # Control Stations 1-2 x 1U Server 1-2 x 1U Server 1-2 x 1U Server X-Blade: CPU/Memory Intel Xeon 5600 / 6 GB Intel Xeon 5600 / 6 GB Intel Xeon 5600 / 12 GB Max File UltraFlex IO Modules per X- Blade** Min/Max 2/4/8 Gb/s FC Ports per X-Blade Max IP Ports per X- Blade Max 1 GBaseT Ports per X-Blade

3 Max 10 GbE Ports per X-Blade Management FUNCTIONAL LIMITS LAN 2x 10/100/1000 Copper GbE LAN 2x 10/100/1000 Copper GbE LAN 2x 10/100/1000 Copper GbE VNX5200 VNX5400 VNX5600 Max Raw Capacity 500 TB 1,000 TB 2,000 TB Max SAN Hosts 1,024 1,024 1,024 Max Number of Pools Max Number of LUNs (Pool) 1,000 1,000 1,100 Max Number of LUNs (Classic) Max Pool Based LUN Size 256 TB (Virtual Pool LUN) 256 TB (Virtual Pool LUN) 256 TB (Virtual Pool LUN) Max File System Size Maximum Usable File Capacity per X- Blade 16 TB 16 TB 16 TB 256 TB 256 TB 256 TB OS Support Block OS s see EMC E-Lab Navigator and NAS Support Matrix on EMC Powerlink * The File components are not required when ordering a block-only system. ** Includes One UltraFlex IO Module per X-Blade reserved for connection to the captive array. VNX CONNECTIVITY The VNX series provides flexible connectivity options via EMC UltraFlex TM IO modules for both the file X-blades for NAS connectivity and the block storage processors for FC and iscsi host connectivity (see above table for the number of modules supported per blade or SP). ULTRAFLEX IO MODULE OPTIONS (BLOCK) IO Module Four-Port 16Gb/s Fibre Channel Module Four-Port 8Gb/s Fibre Channel Module Four-Port 1 Gb/s iscsi Module with TOE Two-Port 10 Gb/s Opt iscsi Module with TOE Two-Port 10 GBASE-T iscsi Module with TOE Two-Port 10 GbE FCoE Module Four-Port 6Gb/s V3.0 Module Description FC module with four ports auto-negotiating to 4/8/1ps; uses optical SFP and OM2/OM3 cabling to connect directly to host HBA or FC switch FC module with four ports auto-negotiating to 2/4/8 Gbps; uses optical SFP and OM2/OM3 cabling to connect directly to host HBA or FC switch iscsi module with four 1 GBaseT RJ-45 copper connections to Cat 6 cabling to Ethernet switch; includes TCP offload engine iscsi module with two 10 Gb/s Ethernet ports and choice of SFP+ optical connection or active twinax copper connection to Ethernet switch; includes TCP offload engine iscsi module with two 10 GBaseT Ethernet ports with copper connection to Ethernet switch; includes TCP offload engine FCoE module with two 10 Gb/s Ethernet ports and choice of SFP+ optical connection or active twinax copper connection to converged enhanced Ethernet switch module, used for back-end storage (DAE) connectivity to Block Storage Processors. Each port has 4x 6Gb/s, delivering 24Gb/s noal throughput and connects to PCI-E Gen3. Can be configured as 4x4x6 or 2x8x6. ULTRAFLEX IO MODULE OPTIONS (FILE) IO Module Description

4 Four-Port 1 GBASE-T IP Module Two-Port 10 GbE Opt IP Module Two-Port 10 GBASE-T IP Module Four-Port 8 Gb/s Fibre Channel Module 10/100/1000 BaseT module with four ports supporting RJ-45 copper connections to Cat 6 cabling to Ethernet switch IP module with two 10 Gb/s Ethernet ports and choice of SFP+ optical connection or active twinax copper connection to Ethernet switch IP module with two 10 GBaseT Ethernet ports with copper connection to Ethernet switch FC module with four ports auto-negotiating to 2/4/8 Gbps; uses optical SFP and OM2/OM3 cabling to connect directly to captive array and to provide NDMP tape connection MAXIMUM CABLE LENGTHS Shortwave optical OM2: 50 meters (8Gb), 100 meters (4Gb), and 300 meters (2Gb) Shortwave optical OM3: 100 meters (16Gb), 150 meters (8Gb), 380 meters (4Gb), and 500 meters (2 Gb) BACK-END (DISK) CONNECTIVITY Each storage processor connects to one side of each of two, four, eight or sixteen (depending on model) redundant pairs of four-lane x /s Serial Attached SCSI () buses, providing continuous drive access to hosts in the event of a storage processor or bus fault. VNX models require four vault drives ( or Near-line ) and support a platform specific maximum number of disks (see VNX physical specifications table above). 300 GB per vault drive is consumed by VNX operating environment software and data structures. DISK ARRAY ENCLOSURES 15x3.5 DAE DAE Types Supported Flash,, NL- Flash,, NL- Mixing No limitations No limitations Controller Interface SOLID STATE DISK DRIVES Noal Capacity 100 GB 200 GB 400 GB 800 GB 1.6 TB SSD* SSD * SSD* SSD* SSD* Formatted Capacity (GB) Supported in 15 drive DAE Supported in 25 drive DAE Interface 12 Gb NOMINAL POWER CONSUMPTION (WATTS) Operating Mode Idle Mode * 100GB and 200GB SSDs are available in SLC or emlc technology. 400GB 800GB and 1.6TB SSD are emlc technology. emlc can only be used in FAST VP use cases. ** 520 bytes/sector, 1 MB = 1,048,576 bytes

5 ROTATING DISK DRIVES Noal 300 GB 600 GB 600 GB 900 GB 1.2TB 1 TB 2 TB 3 TB 4 TB Capacity 15K 15K 10K 10K 10K 7.2K 7.2K 7.2K 7.2K Formatted Capacity (GB) Supported in 15 drive DAE Supported in 60 drive DAE Supported in 25 drive DAE Supported in 120 DAE , ,863 2,794 3,726 Rotational Speed 15,000 15,000 10,000 10,000 10,000 7,200 7,200 7,200 7,200 Interface Data Buffer ACCESS TIME Average Read Average Write Rotation Latency NOMINAL POWER CONSUMPTION (WATTS) Operating Mode Idle Mode

6 VNX OE PROTOCOLS AND SOFTWARE FACILITIES The VNX series offers support for a wide variety of protocol and advanced features available via various software suites and packs. PROTOCOLS AND FACILITIES SUPPORTED Access-based Enumeration (ABE) for Microsoft Windows Server 2003 Address Resolution Protocol (ARP) Automated Volume Management (AVM): file system provisioning Block Protocols: iscsi, Fibre Channel (FCP SCSI-3), and FCoE Common Criteria Certification: EAL 2+ Assurance Level Controller based Data at Rest Encryption (D@RE) DFS Distributed File System (Microsoft) as Leaf node or Root Server Ethernet Trunking File Protocols: NFSv2, v3, v4, and v4.1 with pnfs; CIFS (SMB 1, SMB 2 and SMB 3); FTP (including SFTP and FTPs) FileMover API: Open API for automated, transparent data movement between tiers of the storage network Lock Manager (NLM) v1, v3, and v4 Failsafe Networking Internet Control Message Protocol (ICMP) Kerberos Authentication Lightweight Directory Access Protocol (LDAP) LDAP signing for Windows Link Aggregation (IEEE 802.3ad) Network Data Management Protocol (NDMP) v1-v4 Network Information Service (NIS) Client Network Status Monitor (NSM) v1 Network Time Protocol (NTP) client NT LAN Manager (NTLM) Object support via EMC Atmos Virtual Edition Portmapper v2 Restriction of Hazardous Substances (RoHS) compliance Routing Information Protocol (RIP) v1-v2 Simple Network Management Protocol V1-V3 (SNMP) Simple Network Time Protocol (SNTP) UNIX archive utilities (tar/cpio) Virtual Data Movers for Microsoft Windows clients Virtual LAN (IEEE 802.1q)

7 VNX SOFTWARE Unisphere Management Suite: Simple, intuitive management, monitoring and troubleshooting for VNX Protocols Base Software (VNX OE) Core storage capabilities (connectivity, efficiency and migration) included at no extra cost Application Protection Suite: Automate application copies and prove compliance Storage Analytics VNX Software Essentials POWERED VNX5200, VNX5400, VNX5600 Management Software includes: Unisphere element manager (Block / File / Unified) Unisphere Remote (consolidated dashboard and alerting) Unisphere Analyzer (monitoring and troubleshooting) Unisphere QoS Manager (Quality of Service) VNX Monitoring and Reporting (SRM Lite for VNX) CIFS, NFS, pnfs, FC, FCoE, iscsi included Includes: All Protocols (See above) Thin Provisioning Fixed Block Deduplication (File and Block use case) Block Compression File Deduplication and Compression SAN Copy Self-service application copy management Prove protection compliance Includes EMC AppSync VMware vrealize Operations, EMC Adapter for VNX FAST Cache and FAST VP Optimize performance and cost concurrently with Dynamic tiering of data across drives Extendable cache for performance boost Block Storage snaps and clones File system snaps Continuous data protection for DVR-like recovery for block storage Unified storage replication with DVR-like recovery Granular file system level replication and recovery Integrate WAN deduplication and bandwidth reduction plus 15 VM licenses for RecoverPoint for VM 5 VPLEX-VE licenses Disk based WORM functionality Anti-virus integration and alerting Encryption Controller based data at rest encryption (D@RE). All user data on any drive in the systems is encrypted NOTE: For more detail on software licensing, please contact your sales representative.

8 VIRTUALIZATION FACILITIES AND TITLES The VNX series offers support for a wide variety of protocol and advanced features available via various software suites and packs including but not limited to: EMC Virtual Storage Integrator (VSI) for VMware vsphere 5: For provisioning, management, cloning, and deduplication Site Recovery Manager (SRM) Integration: Managing failover and failback making disaster recovery rapid and reliable Virtualization API Integration: VMWare: VAAI and VASA. Hyper-V: Offloaded Data 3Transfer (ODX) and Offload Copy for File AppSync: Host-based, service oriented management of array-based copies of data EMC Storage Integrator (ESI) For provisioning within the Microsoft management context (Systems Center) for Hyper-V and SharePoint ADDITIONAL OPTIONAL EMC TITLES Data Protection Suite: Back Up, Archive, and Collaboration software EMC VIPR SRM Suite: VNX integration with EMC storage management infrastructure EMC PowerPath : path management

9 VNX POWERED ELECTRICAL SPECIFICATIONS Please note that the EMC Power Calculator does not support based systems. All power numbers below are derived based on worst case chassis configurations (fully configured with the highest powered drives and UltraFlex IO Modules) POWERED DPE AND DAE ENCLOSURES VNX5200 DPE ( drives) VNX5400 DPE ( drives) VNX5600 DPE ( drives) 15x3.5 Disk Array Enclosure* Disk Array Enclosure* POWER Line Voltage Line Current (operating maximum) Power Consumption (operating maximum) -36 to -72 V (Noal -48 V or -60V power systems) A max at -36 V A max at -48 V A max at -72 V -36 to -72 V (Noal -48 V or -60V power systems) A max at -36 V A max at -48 V A max at -72 V -36 to -72 V (Noal -48 V or -60V power systems) 26.2 A max at -36 V 19.7 A max at -48 V 13.1 A max at -72 V -36 to -72 V (Noal -48 V or -60V power systems) 7.86 A max at -36 V 5.90 A max at -48 V 3.93 A max at -72 V 889 W max 889 W max 944 W max 283 W max 272 W max -36 to -72 V (Noal -48 V or -60V power systems) 7.56 A max at -36 V 5.67 A max at -48 V 3.78 A max at -72 V Heat Dissipation (operating maximum) 3.19x10 6 J/hr, (3033 Btu/hr) max 3.19x10 6 J/hr, (3033 Btu/hr) max 3.39x10 6 J/hr, (3221 Btu/hr) max 1.02x10 6 J/hr, (965.6 Btu/hr) max.979x10 6 J/hr, (928.1 Btu/hr) max In-rush Current 33.5 A peak, per requirements in EN Sect. 4.7 limit curve 33.5 A peak, per requirements in EN Sect. 4.7 limit curve 33.5 A peak, per requirements in EN Sect. 4.7 limit curve 20 A peak, per requirements in EN Sect. 4.7 limit curve 20 A peak, per requirements in EN Sect. 4.7 limit curve Protection 40 A fuse in each power supply 40 A fuse in each power supply 40 A fuse in each power supply 20 A fuse in each power supply 20 A fuse in each power supply Inlet Type PLBH3W3M4B0A1/AA PLBH3W3M4B0A1/AA PLBH3W3M4B0A1/AA PLB3W3M1000 PLB3W3M1000 Mating Connector Positronic Inc. PLB3W3F0000/AA Use with Positronics FC610N2S/AA (10AWG Contacts) PLB3W3F0000/AA Use with Positronics FC610N2S/AA (10AWG Contacts) PLB3W3F0000/AA Use with Positronics FC610N2S/AA (10AWG Contacts) PLB3W3F7100A1 PLB3W3F7100A1 Ride-through Time Current Sharing DIMENSIONS 1ms at -50 V input 1ms at -50 V input 1ms at -50 V input 5ms at -40V input 5ms at -40V input ± 5% of full load, between power ± 5% of full load, between power ± 5% of full load, between power ± 10% of full load, between power ± 15% of full load, between power Height (in/cm) 5.25 in/13.34 cm 5.25 in/13.34 cm 5.25 in/13.34 cm 5.25 in/13.34 cm 3.45 in/8.76 cm Width (in/cm) in/47.62 cm in/47.62 cm in/47.62 cm in/44.75 cm in/44.75 cm Depth (in/cm) in/61.6 cm in/61.6 cm in/61.6 cm in/35.56 cm in/33.02 cm Weight (lb/kg) (with and without drives) Full: 90.0 lbs/40.8 Kg - Empty: 70.0lbs/ 31.75Kg Full: 90.0 lbs/40.8 Kg - Empty: 70.0 lbs/ 31.75Kg Full: 90.0 lbs/40.8 Kg - Empty: 70.0 lbs/ 31.75Kg Full: 67.6 Lbs/30.66 Kg - Empty: Lbs/ Kg Full: 45 Lbs/20.41 Kg - Empty: 35 Lbs/ Kg Positronic Inc.

10 All power numbers below are derived based on worst case chassis configurations (Data Movers are fully configured with the highest powered UltraFlex IO Modules) POWERED DATA MOVER ENCLOSURES AND CONTROL STATIONS POWER VNX5200 DME with (2) Data Movers VNX5400 DME with (2) Data Movers VNX5600 DME with (2) Data Movers Control Station LineVoltage -36 to -72 V (Noal -48V or -60V power systems) to -60 V (Noal -48 V power systems) Line Current (operating maximum) 12.2 A max at -36 V 9.1 A max at -48 V 6.1 A max at -72 V 3.2 A max at 40.5 V 2.7 A max at 48 V 2.2 A max at 60 V Power Consumption (operating maximum) Heat Dissipation (operating maximum) In-rush Current Protection Inlet Type 438 W max 130 W max 1.58x10 6 J/hr, (1,495 Btu/hr) max.468x10 6 J/hr, (445 Btu/hr) max 36 A peak, per requirements in EN Sect. 4.7 limit curve 20 A peak, per requirements in EN Sect. 4.7 limit curve 18 A fuse in each power supply 20 A fuse in each power supply Molex Inc PLB3W3M1000 Mating Connector Molex Inc = 10-12AWG Use with Molex (10-12AWG Contacts) PLB3W3F7100A1 Ride-through Time 10 ms at -50V input 10 ms at -50V input Current Sharing ± 10% of full load, between power ± 10% of full load, between power DIMENSIONS Height (in/cm) 3.5 in/8.9 cm 3.5 in/8.9 cm (1U for Control Station + 1U for Inverter Tray) Width (in/cm) 17.5 in/44.45 cm 17.5 in/44.45 cm Depth (in/cm) Weight (lb/kg) (with and without Data Movers) in/ 61.6 cm Full: 49.5 lb/22.5 Kg Empty: 37.6/17.1Kg 20 in/50.8 cm 36 lb/16.3kg* *Includes 10 lbs for Inverter Tray. **Inverter Chassis is 1/2 wide and therefore inverter for 2nd control station fits in the same 1U space. Molex Inc. Positronic Inc.

11 CABINET VNX/ Powered systems can be installed in a customer or telco style racks. EMC does not offer a telco rack. OPERATING ENVIRONMENT Temperature: degrees F (10 40 degrees C) Temperature Gradient: Relative Humidity: Altitude: 18 degrees F/hr (10 degrees C/hr) 20% to 80% (non-condensing 7,500 ft. (2, degrees F (40 degrees C) max 10,000 ft (3, degrees F (37 degrees C) max ELECTROMAGNETIC EMISSIONS AND IMMUNITY FCC Class A EN55022 Class A CE Mark VCCI Class A (for Japan) ICES-003 Class A (for Canada) AS/NZS 3548 Class A (for Australia/New Zealand) EN55024 Immunity, ITE BSMI Class A (for Taiwan) QUALITY AND SAFETY STANDARDS UL 60950; CSAC , EN Manufactured under an ISO 9000-registered quality system ETSI EN NEBS Level 3 Certification CONTACT US To learn more about how EMC products, services, and solutions can help solve your business and IT challenges, contact your local representative or authorized reseller or visit or visit the EMC Store EMC 2, EMC, the EMC logo, EMC Virtual Positioning, Atmos, E-Lab, FAST, MCx, ProSphere, PowerPath, Powerlink, UltraFlex, Unisphere, VNX, VNX5200, VNX5400, and VNX5600 are registered trademarks or trademarks of EMC Corporation in the United States and other countries. VMware, vcenter, vsphere, and the VMware logo are registered trademarks or trademarks of VMware, Inc., in the United States and other jurisdictions. Copyright 2011, 2014, 2015 EMC Corporation. All rights reserved. Published in the USA. 08/15 Specification Sheet H EMC believes the information in this document is accurate as of its publication date. The information is subject to change without notice. SPECIFICATION SHEET