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Tintri EC6000 All-Flash Series Data Sheet

All-Flash storage that maximizes performance for applications and the people who manage them

 

Tintri EC6000 All-Flash storage that maximizes performance for applications and the people who manage them

The Tintri EC6000™ All-Flash Series delivers powerful and efficient all-flash performance for up to 7,500 virtualized applications in just two rack units. Flexible expansion with FlexDrive gives you the power to balance performance and capacity one drive at a time. The unique Tintri storage file system, built specifically for virtualized and cloud workloads controls each application automatically and helps you match capacity to business needs one drive at a time. With the EC6000, you can start with a 19 TB all-flash system and grow to over 40 PB of all-flash storage supporting over 480,000 applications all managed by a single console. The Tintri EC6000 series delivers completely autonomous operation, real-time and predictive analytics, and powerful automation at the application level of abstraction to build and run virtualized enterprise applications.

Autonomous Operation

Autonomous Operation

  • Guaranteed high performance for every application without manual intervention
  • Performance isolation for every application all the time
  • Storage best practices always on and built in: inline deduplication, compression, RAID, active-standby controller with hot spares, and more
  • Concurrent multi-hypervisor support. Operate vSphere, Hyper-V, RHEV, Xen- Server and OpenStack on a single array simultaneously without partitioning
Analytics

Analytics

  • Real-time analytics. See across storage, network and hosts on a per-application basis
  • Actionable analytics. Get to root cause in one click, fix and see results instantly
  • Predictive analytics. Profile application types, then model and forecast capacity and performance needs over the next 18 months
  • Share analytics data with vRealize Operations, Microsoft System Center Operations Manager, and other platforms
Automation

Automation

Tintri EC6000™ All-Flash Series Specifications:

    Tintri EC6090 Tintri EC6070 Tintri EC6050 Tintri EC6030
SCALE OUT
64 nodes 1-64 Tintri Storage Systems
 
Flash Effective Capacity up tobde 41.3 PB / 36.7 PiB 20.6 PB / 18.3 PiB 20.6 PB / 18.3 PiB 5.2 PB / 4.6 PiB
Flash raw Capacitye 11.8 PB / 10.7 PiB 5.9 PB / 5.2 PiB 5.9 PB / 5.2 PiB 1.5 PB / 1.3 PiB
Data Protected as DP/DR targetbc e 82.6 PB / 73.4 PiB 41.2 PB / 36.6 PiB 41.2 PB / 36.6 PiB 10.4 PB / 9.2 PiB
 
Application Density VMs (max) 480,000 320,000 160,000 32,000
PER NODE
Flash Effective Capacity up tobd 77 - 645 TB /
70 - 586 TiB
38 - 322 TB /
35 - 293 TiB
38 - 322 TB /
35 - 293 TiB
19 - 81 TB /
17 - 73 TiB
Flash raw Capacity 25 - 184 TB /
22 - 167 TiB
12 - 92 TB /
11 - 83 TiB
12 - 92 TB /
11 - 83 TiB
6 - 23 TB /
5.6 - 21 TiB
Data Protected as DP/DR Targetbc 154 - 1290 TB /
140 - 1171 TiB
77 - 645 TB /
70 - 586 TiB
77 - 645 TB /
70 - 586 TiB
38 - 161 TB /
34 - 146 TiB
 
Application Density VMs (max) 7,500 5,000 2,500 750
VDisks (max) 22,500 15,000 7,500 2,250
 
Onboard Network Ports per controller DATA Ports 2x 10GbE 2x 10GbE 2x 10GbE 2x 10GbE
ADMIN Ports 2x 1GbE 2x 1GbE 2x 1GbE 2x 1GbE
REPL Ports 2x 1/10GbE 2x 1/10GbE 2x 1/10GbE 2x 1/10GbE
 
Optional Network Ports per controller DATA Ports 2x 40GbE
or 4x 10GbE
2x 40GbE
or 4x 10GbE
2x 40GbE
or 4x 10GbE
2x 40GbE
or 4x 10GbE
REPL Ports 2x 40GbE or 4x 10GbE or
2x 1/10GbE
2x 40GbE or 4x 10GbE or
2x 1/10GbE
2x 40GbE or 4x 10GbE or
2x 1/10GbE
2x 40GbE or 4x 10GbE or
2x 1/10GbE
 
Physical Specifications Dimensions (HxWxD) 2RU, 3.5" x 19.0" x 34.63" (89 mm x 483 mm x 880 mm) without bezel
Weight 13x SSDs 72.8 lbs (33.0 kg) 72.5 lbs (32.7 kg) 72.1 lbs (32.7 kg) 69.2 lbs (31.4 kg)
Weight 24x SSDs 74.5 lbs (33.8 kg) 74.2 lbs (33.5 kg) 73.8 lbs (33.5 kg) 70.9 lbs (32.2 kg)
Power supplies Dual redundant hot swappable with a choice of NEMA or IEC plug types
Watts (avg/peak) 650 / 1100 550 / 1100 464 / 1100 433 / 1100
BTUs (avg/peak) 2218 / 3412 1877 / 3412 1583 / 3412 1477 / 3412
Operating temp. 5°C to 40°C (41°F to 104°F)
Non-oper. Temp -40°C to 70°C (-40°F to 158°F)
Operating humidity 8% to 90% (non-condensing)
Non-Oper. humidity 5% to 95% (non-condensing)
 
System Type All-flash Dual Controller (active-standby)
Software Tintri OS Requires Tintri OS 4.3.3.x or higher
Virtualization Protocol Support NFS and SMB3
Additional Software Management Tintri Global CenterIM Standard (included)
Analytics Tintri Analytics (included in active Tintri maintenance contract)
Tintri Software Suite Synchronous and Asynchronous Replication: Tintri ReplicateVMTM
Public Cloud Connector: Tintri Cloud ConnectorTM
VM Scale-out: Tintri Global CenterTM Advanced
Copy Data Management: Tintri SyncVMTM
Data-at-rest Encryption: Tintri SecureVMTM
Product Support Administration Tintri Global Center, web interface (https), KVM (console), SMTP and SNMP for alerts
Support Proactive support with automated phone home and case creation
Regulatory UL/CSA/EN/IEC 60950-1, EMC Emissions Class A, FCC, IC, CE, VCCI, RCM, BSMI, EAC, KC, ROHS, REACH, WEEE
  1. Tintri Scale-out lets you simply manage storage as a federated pool, heterogeneously accommodating hybrid/all-flash and both existing and future systems. Start with one 19 TB all-flash array, and grow up to 40 PB and 480,000 virtual machines.
  2. Effective capacity is calculated after data protection (double parity RAID-6, spare, and metadata overhead) and data reduction including inline deduplication and compression but does not include thin provisioning. Data reduction typically provides 3-5x capacity savings./li>
  3. Assumes minimum policy of 8 hourly snapshots, 7 daily snapshots, and 4 weekly snapshots. All snapshots are logically represented as full recoveries.
  4. 1 TB = 1,000,000,000,000 bytes. 1 PB = 1,000,000,000,000,000 bytes=1000 TB. 1 TiB equals 240 bytes or 1,099,511,627,776 bytes. 1 PiB = 250 bytes = 1,125,899,906,842,624 bytes = 1,024 TiB.
  5. Maximum capacity assumes a homogeneous pool of 64 nodes of each EC6000 series all-flash system at maximum capacity. Scale-out storage pools can be heterogeneous, using a combination of hybrid, all-flash, or a mixture of systems up to 64 nodes.

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