Haishen 2
Haishen 2

DapuStor Enterprise NVMe SSD - Haishen2 


DapuStor enterprise SSD Haishen2 is built on the latest 64L 3D eTLC NAND and professional enterprise controller. In the digital information age, DapuStor is the best solution provider that provides enterprise and data center customers complete the intelligent storage technology, products and solutions  with higher performance, lower power consumption and easier maintenance, as well as customized features such as Open Channel, KV and Zoned Namespace.


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  Applications



Server/Storage system



Streaming & CDN


Data Center


Video Surveillance



Professional Photography


Edge Computing


Cloud


5G & IoT



Customization


  Key Features



Higher IOPS/Watt for lower TCO


With high IOPS and low power consumption by adopting unique Smart-IO technology and industry leading enterprise controller, DapuStor Haishen2 brings 20%~40% higher IOPS/Watt ratio for lower TCO.




Haishen3


Haishen3



More Secure and Reliable


End-to-end data protection on both Firmware and Hardware path, including DDR ECC, LDPC, power loss protection, etc.






Longer Lifetime equal to Lower Cost


Machine learning algorithm Smart-IO is used to lower WAF and increase SSD lifetime





Haishen3



Haishen3



Professional Customization


Based on portable modular design and algorithm, Haishen2 supports advanced features customizations such as Dual Port, SRIOV, Multi-stream, IOD, etc., as well as new technologies such as Open Channel, KV, and Zoned Namespace.








  Product Spec


Model No

H2200

H2100

Capacity (TB1)

           0.96

1.92

0.8

1.6

Outline

U.2 & HHHL

Interface Protocol

PCIe3.0 x 4 NVMe 1.3

Flash Type

64L 3D eTLC NAND

Read Bandwidth (128KB) MB/s2

         3400

3400

3400

3300

Write Bandwidth (128KB) MB/s2

           950

1900

950

1900

Random Read (4KB) KIOPS3

           390

650

390

650

Random Write (4KB) KIOPS3

            45

95

95

185

Power Consumption4 (Typ./Max) Watt

        7.0/8.5

7.0/9.5

7.0/8.5

7.0/9.5

4K Random Latency (Typ.) R/W μs5

99/20

98/17

4K Sequential Latency (Typ.) R/W μs5

15/19

14/16

Lifespan

1 DWPD6

3 DWPD6

Uncorrectable Bit Error Rate (UBER)

<10-17

Mean Time Between Failure (MTBF)

2 million hours

Supported OS

RHEL, SLES, CentOS, Ubuntu, Windows Server, VMware ESXi

Certification

FCC, CE, ROHS, REACH, WEEE, PCI express, NVM express


Note:
       1. TB = 1,000, 000, 000,000Byte.
Note: 

       2. MB/s = 1,000,000 Bytes per second. Performance is measured with 1 worker*Queue Depth 256*128KB (131,072 bytes) for sequential read and write bandwidth on LINUX*Cent OS 7.5 by using FIO.

       3. Performance is measured with 4 workers*Queue Depth 64*4KB (4096 bytes) for random read and write IOPS on LINUX*Cent OS 7.5 by using FIO.

       4. Typical power Consumption is measured with 4 workers*Queue Depth 64*4096 bytes for random read/write ratio (7/3); Max power Consumption is measured with 1 worker* Queue Depth 128*131,072 bytes for sequential write.

       5. μs = Microsecond. Performance is measured with 1 worker *Queue Depth 1*4KB (4096 bytes) for random/ sequential read and write average latency on LINUX*Cent OS 7.5 by using FIO.

       6. DWPD: Drive Writes Per Day, last for 5 years.


Haishen 2

Haishen 2