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ESS3124SJR
User Manual
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Dahua ESS3116X, ESS5024SR, ESS5024S, ESS5016S, ESS5016SR User Manual

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ESS Series Internet Intelligent Storage User’s Manual
V 2.0.1
ESS Series User’s Manual
i
Table of Contents
1.1.1 Host Model ................................................................................................................................... 1
1.1.2 Disk Array Enclosure Model ....................................................................................................... 1
1.3.1 Front Panel................................................................................................................................... 2
1.3.2 Rear Panel ................................................................................................................................ ... 2
1.4.1 Front Panel................................................................................................................................... 3
1.4.2 Rear Panel ................................................................................................................................ ... 4
1.5.1 Front Panel................................................................................................................................... 5
1.5.2 Rear Panel ................................................................................................................................ ... 6
1.6.1 Front Panel................................................................................................................................... 7
1.6.2 Rear Panel ................................................................................................................................ ... 7
1.7.1 Front Panel................................................................................................................................... 9
1.7.2 Rear Panel ................................................................................................................................ ... 9
1.8.1 Front Panel................................................................................................................................. 10
1.8.2 Rear Panel ................................................................................................................................ . 11
1.9.1 Front Panel................................................................................................................................. 12
ESS Series User’s Manual
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1.9.2 Rear Panel ................................................................................................................................ . 13
1.10.1 ESS2016X ............................................................................................................................. 16
1.10.2 ESS3116X ............................................................................................................................. 17
1.10.3 ESS5016S/ ESS5016S-R .................................................................................................... 18
1.10.4 ESS5016D-R ......................................................................................................................... 19
1.10.5 ESS5024S/ ESS5024S-R .................................................................................................... 21
1.10.6 ESS5024D-R ......................................................................................................................... 22
1.10.7 ESS5048S/ ESS5048S-R .................................................................................................... 23
1.11.1 ESS2016X-J ................................................................................................ .......................... 24
1.11.2 ESS3116S-J/ ESS3116S-JR/ESS3116D-JR ...................................................................... 25
1.11.3 ESS3124S-J/ ESS3124S-JR/ESS3124D-JR ...................................................................... 26
1.11.4 ESS3148S-J/ ESS3148S-JR ............................................................................................... 27
ESS Series User’s Manual
iii
3.2.1 System ....................................................................................................................................... 33
3.2.2 Parameters................................................................................................................................. 34
3.2.3 Account ...................................................................................................................................... 35
3.2.4 Guide .......................................................................................................................................... 37
3.2.5 Enclosure ................................................................................................................................... 37
3.2.6 Performance .............................................................................................................................. 38
3.2.7 Upgrade...................................................................................................................................... 39
3.2.8 Shut down System..................................................................................................................... 40
3.2.9 Version ....................................................................................................................................... 41
3.3.1 Network Configuration ............................................................................................................... 41
3.3.2 Virtual Network (For dual-controller series product only) ....................................................... 45
3.4.1 Disk Information ......................................................................................................................... 46
3.4.2 Disk Status ................................................................................................................................. 49
3.4.3 RAID Configuration ................................................................................................................... 50
3.4.4 Pool Configuration ................................................................................................ ..................... 53
3.4.5 Logic Volume ............................................................................................................................. 55
3.5.1 Add iSCSI share configuration ................................................................................................. 56
3.5.2 Edit iSCSI share ........................................................................................................................ 57
3.5.3 Delete iSCSI share configuration ............................................................................................. 58
3.6.1 Share configuration ................................................................................................................... 58
3.6.2 FTP Configuration ..................................................................................................................... 60
3.8.1 Log Review ................................................................................................................................ 62
3.8.2 Service Status ............................................................................................................................ 64
3.8.3 Resume ...................................................................................................................................... 64
ESS Series User’s Manual
iv
4.2.1 Create SAMBA Share ............................................................................................................... 66
4.2.2 Create NFS Share ................................................................................................ ..................... 66
4.2.3 Create FTP Share ..................................................................................................................... 66
4.2.4 Create iSCSI share ................................................................................................................... 67
4.3.1 Access SAMBA Share Directory .............................................................................................. 67
4.3.2 Access NFS Share Directory .................................................................................................... 69
4.3.3 Access FTP Share Directory .................................................................................................... 69
4.3.4 Access iSCSI Share Directory .................................................................................................. 70
5.2.1 Front Panel................................................................................................................................. 71
5.2.2 Rear Panel ................................................................................................................................ . 71
5.2.3 Disk Array Enclosure Cascade Connection............................................................................. 72
5.3.1 Front Panel................................................................................................................................. 73
5.3.2 Rear Panel ................................................................................................................................ . 73
5.4.1 Front Panel................................................................................................................................. 75
5.4.2 Rear Panel ................................................................................................................................ . 75
5.5.1 Front Panel................................................................................................................................. 76
5.5.2 Rear Panel ................................................................................................................................ . 77
ESS Series User’s Manual
v
5.6.1 Front Panel................................................................................................................................. 78
5.6.2 Rear Panel ................................................................................................................................ . 79
5.7.1 Front Panel................................................................................................................................. 80
5.7.2 Rear Panel ................................................................................................................................ . 81
5.8.1 Cascade Connection Sheet ...................................................................................................... 83
5.8.2 Cascade Connection Sample ................................................................................................... 84
5.12.1 Preparation ............................................................................................................................ 88
5.12.2 Update Steps ......................................................................................................................... 88
5.12.3 Check Update Result ............................................................................................................ 90
ESS Series User’s Manual
vi
9.2.1 View System Info ..................................................................................................................... 104
9.2.2 Reset Password....................................................................................................................... 104
9.2.3 Network Settings ..................................................................................................................... 104
9.2.4 Super User ............................................................................................................................... 104
ESS Series User’s Manual
vii
Welcome
Thank you for using our internet intelligent storage system! This operating manual is designed to be a reference tool for the installation and operation of your system. Before installation and operation please read the following safeguards and warnings carefully!
ESS Series User’s Manual
viii
Important Safeguard and Warnings
1．Electrical Safety
All installation and operation should conform to your local electrical safety codes. The product must be grounded to reduce the risk of electric shock. We assume no liability or responsibility for all the fires or electric shock caused by improper handling or installation.
2．Installation
Keep upward. Handle with care. Do not apply power to the unit before completing installation.
3．Qualified Engineers Needed
All installation here should be done by the qualified engineers. All the examination and repair should be done by the qualified service engineers. We are not liable for any problems caused by unauthorized modifications or attempted repair.
4．Environment
The server shall be installed in a cool, dry place away from direct sunlight, inflammable, explosive substances and etc.
5． Maintenance
Disconnect all power-supply before opening upper lid or maintenance in case of getting shock. Please replace the lithium battery of the same model after the old lithium battery got damaged.
6. About Accessories
Be sure to use all the accessories recommended by manufacturer.
Contact you local retailer ASAP if something is missing or damaged in your package.
7. Disk Replacement
When replace the disk, please make sure you are using the same model from the same manufacturer and of the same capacity!
ESS Series User’s Manual
1
Model
Case Height
HDD No.
Power Mode
Network Setup
Controller No.
ESS2016X
3U
16
Single-power supplying
LAN1/LAN2/WEB
1
ESS3116X
3U
16
Single-power supplying
LAN1/LAN2/LAN3/LAN4
ESS5016S/ ESS5016S­R
3U
16
Single-power supplying/redun dancy-power supplying
LAN1/LAN2/LAN3/LAN4/ WEB
1 ESS5016D-
R
3U
16
Redundancy­power supplying
LAN1/LAN2/LAN3/LAN4/ 10G_1/10G_2/WEB
2
ESS5024S/ ESS5024S­R
4U
24
Single-power supplying/redun dancy-power supplying
LAN1/LAN2/LAN3/LAN4/ WEB
1 ESS5024D-
R
4U
24
Redundancy­power supplying
LAN1/LAN2/LAN3/LAN4/ 10G_1/10G_2/WEB
2
ESS5048S/ ESS5048S­R
8U
48
Redundancy­power supplying/4­power supplying
LAN1/LAN2/LAN3/LAN4/ WEB
1
Model
Case Height
HDD No.
Power Mode
Network Setup
ESS2016X-J
3U
16
Single-power supplying
1
ESS3116S-J/ESS3116S­JR
3U
16
Single-power supplying/redundancy-power supplying
1 ESS3116D-JR
3U
16
Redundancy-power supplying
2
ESS3124S-J/ESS3124S­JR
4U
24
Single-power supplying/redundancy-power supplying
1 ESS3124D-JR
4U
24
Redundancy-power supplying
2
ESS3148S-J/ESS3148S­JR
8U
48
Redundancy-power supplying/4-power supplying
1

1 Overview

The ESS internet intelligent storage unit is a storage disk array product. It provides standard network file share service and realizes IPSAN/NAS total solutions. It is a centralized storage solutions of high-capacity, high expansion, and high security. The host supports disk array enclosure to extend its storage capacity. The disk array enclosure is mainly to connect the host to extend network storage device capacity.

1.1 Model List

This user’s manual is to introduce the following products. Please refer to the following sheet for detailed information.

1.1.1 Host Model

1.1.2 Disk Array Enclosure Model

2

1.2 Connection Sample

SN
Name
Function
1
Power on-off button
Press it to boot up the device. Press it for 5 seconds to shut down the device.
2
HDD Indicator Light
When system HDD is reading or writing, the blue light becomes flash.
3
Alarm Indicator Light
The red light is flashing when there is an alarm or abnormal situation.
4
Network Indicator Light
The blue light is flashing when the network connection is OK.
The connection sample is shown as in Figure 1-1.
Figure 1-1
ESS Series User’s Manual

1.3 ESS2016X

1.3.1 Front Panel

The front panel is shown as below. See Figure 1-2. The HDD slot number ranges from left to right, from top to the bottom.
Figure 1-2

1.3.2 Rear Panel

The rear panel is shown as below. See Figure 1-3.
3
Figure 1-3
SN
Port
Function
1
Power on-off button
Connect or cut off the device power.
2
Power Port
Connect to AC power supplying.
3
Case fan
It is for case ventilation.
4
Power fan
It is for power ventilation
5
SAS port
Connect to IN port of the disk array enclosure. LINK light: The light becomes on when the disk array enclosure is connected. ACCESS light: The light flashes when the host is visiting disk array enclosure.
6
eSATA port
It is reserved port for future development.
7
RS232 port
It is to debug device and login command interface. Please refer to chapter 9 for detailed command operation information.
8 LAN1, LAN2
Two data Ethernet ports. It is to transmit data. 9
WEB port
Ethernet Management port. Login Web via this port.
ESS Series User’s Manual

1.4 ESS3116X

1.4.1 Front Panel

The front panel is shown as in Figure 2-1. In Figure 2-1, you can view HDD serial number. The value ranges from left to the right. You can see the 13th to 16th at the bottom of the unit. You can use the HDD bracket in the chassis to install HDD.
a) Pull out HDD bracket from the front panel. b) Use four screws to fix one HDD in the HDD bracket firmly.
4
Figure 1-4
SN
Name
Function
1
Power on-off button
Press it to boot up the device. Press it for a long time to reboot the device.
2
System HDD Indicator Light
When system HDD is reading or writing, the blue light becomes flash. The system HDD storage the important configuration files of the device, factory default configuration files and device initial boot up data.
3
Alarm Indicator Light
The red light is flashing when there is an alarm or abnormal situation.
4
Network Indicator Light
The blue light is flashing when the network connection is OK.
5.6
USB port
Connect to USB device.
ESS Series User’s Manual

1.4.2 Rear Panel

ESS3116X series product has two kinds of rear panels. There are slightly difference on the power supplying module and fan module. The single-power supplying interface is shown as In Figure 1-8.
Figure 1-5
The redundancy-power supplying rear panel is shown as below. See Figure 1-9.
ESS Series User’s Manual
5
SN
Port
Function
1
Power Port
Connect to 220V AC.
2
Blowing machine
It is for ventilation.
3
Fan
It is for ventilation.
4
Ethernet port
It is used to transmit data. 1000M Ethernet port.
5
VGA port
Connect to monitor.
6
COM
Connect to RS232 COM to go to the command interface.
7
SAS port
Connect to disk array enclosure.
SN
Name
Function
1
Power on-off button
Press it to boot up the device. Press it for 5 seconds to shut down the device.
2
HDD Indicator Light
When system HDD is reading or writing, the blue light becomes flash.
3
Alarm Indicator Light
The red light is flashing when there is an alarm or abnormal situation.
Figure 1-6
You can refer to the following sheet for detailed information.

1.5 ESS5016S/ ESS5016S-R

1.5.1 Front Panel

The front panel is shown as below. See Figure 1-7. The HDD slot number ranges from left to right, from top to the bottom.
Figure 1-7
ESS Series User’s Manual
6
4
Network Indicator Light
The blue light is flashing when the network connection is OK.
SN
Port
Function
1
Power Port
Connect to AC power supplying.
2
Power on-off button
Connect or cut off the device power.
3
Case fan
It is for case ventilation.
4
Blower
It is for case ventilation.
5
Main control module
It is about all kinds of ports and indictor light introduction. Please refer to the following sheet.
6
Blower
It is for case ventilation.

1.5.2 Rear Panel

This series product has two kinds of rear panels. There are slightly difference on the power supplying module and fan module. The single-power supplying interface is shown as In Figure 1-8.
Figure 1-8
The redundancy-power supplying rear panel is shown as below. See Figure 1-9.
Figure 1-9
You can refer to the following sheet for detailed information.
ESS Series User’s Manual
7
SN
Function
LAN1～LAN8
Data Ethernet port. It is to transmit data.
WEB port
Ethernet Management port. Login Web via this port.
USB port
USB port
PORT1/PORT2
Connect to the IN port of the disk array enclosure.
CONSOLE
COM port. It is to debug the device and view the login command interface. Refer to Appendix D for detailed information.
RUN
The light is on after system booted up and begins running.
M/S
Main control indictor light. The light is on when system is malfunction. The light is off when system is running properly.
ERR
System error indictor light.
The error light is on when system is abnormal.  The error light is off when system is running properly.
CACHE
It is reserved for future use.
RST
Press it for 5 seconds to restore default setup (network setup, user password, time sync, email alarm and etc.).
SN
Name
Function
①
Power on-off button
Press it to boot up the device. Press it for 5 seconds to shut down the device.
②
HDD Indicator Light
When system HDD is reading or writing, the blue light becomes flash.
③
Alarm Indicator Light
The red light is flashing when there is an alarm or abnormal situation.
④
Network Indicator Light
The blue light is flashing when the network connection is OK.
You can refer to the following sheet for master control module information.

1.6 ESS5016D-R

1.6.1 Front Panel

The front panel is shown as in Figure 1-10. The HDD slot number ranges from left to right, from top to the bottom.
Figure 1-10

1.6.2 Rear Panel

ESS Series User’s Manual
8
SN
Port
Function
1
Power port
Connect to AC power supplying source.
2
Battery box
It is to install the battery box.
3
Fan
It is for case ventilation.
4
Main control module
It is about all kinds of ports and indictor light introduction. Please refer to the following sheet.
Port/Indicator Light
Function
LAN1～LAN4
1000Mbps data Ethernet port. It is to transmit data.
10G_1, 10G_2
10000Mbps data Ethernet port. It is to transmit data. (Optional)
WEB port
Ethernet Management port. Login Web via this port.
USB port
USB port
PORT1/PORT2
Connect to the IN port of the disk array enclosure.
CONSOLE
COM port. It is to debug the device and view the login command interface.
RUN
The light is flashing after system booted up and begins running.
M/S
Main control indictor light.
The light is on if it is the main controller.  The light is off if it is the slave controller.
ERR
System error indictor light.
The error light is on when system is abnormal.  The error light is off when system is running properly.
CACHE
It is reserved for future use.
RST
Press it for 5 seconds to restore default setup (network setup, user password, time sync, email alarm and etc.).
The interface is shown as In Figure 1-11.
Figure 1-11
You can refer to the following sheet for detailed information of the rear panel.
You can refer to the following sheet for detailed information of main control module.

1.7 ESS5024S/ ESS5024S-R

ESS Series User’s Manual
9
SN
Name
Function
①
Power on-off button
Press it to boot up the device. Press it for 5 seconds to shut down the device.
②
HDD Indicator Light
When system HDD is reading or writing, the blue light becomes flash.
③
Alarm Indicator Light
The red light is flashing when there is an alarm or abnormal situation.
④
Network Indicator Light
The blue light is flashing when the network connection is OK.

1.7.1 Front Panel

The front panel is shown as below. See Figure 1-12. The HDD slot number ranges from left to right, from top to the bottom.
Figure 1-12

1.7.2 Rear Panel

This series product has two kinds of rear panels. There are slightly difference on the power supplying module and fan module. The single-power supplying interface is shown as In Figure 1-13.
The redundancy-power supplying rear panel is shown as below. See Figure 1-14.
Figure 1-13
ESS Series User’s Manual
10
SN
Port
Function
1
Fan
It is for case ventilation.
2
Power port
Connect to AC power supplying source.
3
Main control module
It is about all kinds of ports and indictor light introduction. Please refer to the following sheet.
Port/Indicator Light
Function
LAN1～LAN8
Data Ethernet port. It is to transmit data.
WEB port
Ethernet Management port. Login Web via this port.
USB port
USB port
PORT1/PORT2
Connect to the IN port of the disk array enclosure.
CONSOLE
COM port. It is to debug the device and view the login command interface.
RUN
The light is flashing after system booted up and begins running.
M/S
Main control indictor light. The light is on when system is malfunction. The light is off when system is running properly.
ERR
System error indictor light.
The error light is on when system is abnormal.  The error light is off when system is running properly.
CACHE
It is reserved for future use.
RST
Press it for 5 seconds to restore default setup (network setup, user password, time sync, email alarm and etc.).
Figure 1-14
You can refer to the following sheet for detailed information of the rear panel.
You can refer to the following sheet for detailed information of main control module.

1.8 ESS5024D-R

1.8.1 Front Panel

The ESS5024D-R front panel is shown as below. See Figure 1-15.
ESS Series User’s Manual
11
SN
Name
Function
①
Power on-off button
Press it to boot up the device. Press it for 5 seconds to shut down the device.
②
HDD Indicator Light
When system HDD is reading or writing, the blue light becomes flash.
③
Alarm Indicator Light
The red light is flashing when there is an alarm or abnormal situation.
④
Network Indicator Light
The blue light is flashing when the network connection is OK.
SN
Port
Function
1
Fan
It is for case ventilation.
2
Power port
Connect to AC power supplying source.
The HDD slot number ranges from left to right, from top to the bottom.
Figure 1-15

1.8.2 Rear Panel

The interface is shown as In Figure 1-16.
You can refer to the following sheet for detailed information of the rear panel.
Figure 1-16
ESS Series User’s Manual
12
3
Main control module
It is about all kinds of ports and indictor light introduction. Please refer to the following sheet.
4
Battery&fan box
It is to install the battery and the case ventilation.
Port/Indicator Light
Function
LAN1～LAN4
1000Mbps data Ethernet port. It is to transmit data.
10G_1, 10G_2
10000Mbps data Ethernet port. It is to transmit data. (Optional)
WEB port
Ethernet Management port. Login Web via this port.
USB port
USB port
PORT1/PORT2
Connect to the IN port of the disk array enclosure.
CONSOLE
COM port. It is to debug the device and view the login command interface.
RUN
The light is flashing after system booted up and begins running.
M/S
Main control indictor light.
The light is on if it is the main controller.  The light is off if it is the slave controller.
ERR
System error indictor light.
The error light is on when system is abnormal.  The error light is off when system is running properly.
CACHE
It is reserved for future use.
RST
Press it for 5 seconds to restore default setup (network setup, user password, time sync, email alarm and etc.).
You can refer to the following sheet for detailed information of main control module.

1.9 ESS5048S/ ESS5048S-R

1.9.1 Front Panel

The front panel is shown as below. See Figure 1-17. The HDD slot number ranges from left to right, from top to the bottom.
ESS Series User’s Manual
13
SN
Name
Function
①
Power on-off button
Press it to boot up the device. Press it for 5 seconds to shut down the device.
②
Power Indicator Light
When the light is blue, the power connection is OK.
③
HDD Indicator Light
When system HDD is reading or writing, the blue light becomes flash.
④
Alarm Indicator Light
The red light is flashing when there is an alarm or abnormal situation.
⑤
Network Indicator Light
The blue light is flashing when the network connection is OK.
Figure 1-17

1.9.2 Rear Panel

This series product has two kinds of rear panels. There are slightly difference on the power supplying module and fan module. The redundancy-power supplying interface is shown as In Figure 1-18.
ESS Series User’s Manual
14
Figure 1-18
The four-power supplying rear panel is shown as below. See Figure 1-19.
ESS Series User’s Manual
15
SN
Port
Function
1
Fan
It is for case ventilation.
2
Slave control module
It is about all kinds of ports and indictor light introduction. Please refer to the following sheet.
3
Power port
Connect to AC power supplying source.
4
Main control module
It is about all kinds of ports and indictor light introduction. Please refer to the following sheet.
Port/Indicator Light
Function
LAN1～LAN8
Data Ethernet port. It is to transmit data.
WEB port
Ethernet Management port. Login Web via this port.
USB port
USB port
PORT1/PORT2
Connect to the IN port of the disk array enclosure.
CONSOLE
COM port. It is to debug the device and view the login command interface.
Figure 1-19
You can refer to the following sheet for detailed information of the rear panel.
You can refer to the following sheet for master control module information.
ESS Series User’s Manual
16
RUN
The light is flashing after system booted up and begins running.
M/S
Main control indictor light. The light is on when system is malfunction. The light is off when system is running properly.
ERR
System error indictor light.
The error light is on when system is abnormal.  The error light is off when system is running properly.
CACHE
It is reserved for future use.
RST
Press it for 5 seconds to restore default setup (network setup, user password, time sync, email alarm and etc.).
Port/Indicator Light
Function
CONSOLE
COM port. It is to debug the device and view the login command interface.
RUN
The light is flashing after system booted up and begins running.
M/S
Slave control indictor light. The light is on when system is malfunction. The light is off when system is running properly.
ERR
System error indictor light.
The error light is on when system is abnormal.  The error light is off when system is running properly.
SPD
SAS speed indicator light.
When the running speed is 6G, the light is off.  When the running speed is 3G, the light becomes on to alert you.
Model
ESS2016X
System
Main processer
Multiple-core special storage CPU
OS
Embedded LINUX OS
Power Mode
Single power supplying mode
Fan
Redundant dual ball bearing fan MTBF>100 thousand hours
Motherboard
Server(Support 7x24H work)
Storage
Default 4G
Case
Self-developed case,
1.2mm extra-thickness hot-dip galvanized steel. Self-developed patent removable HDD bracket.
Setup Interface
WEB GUI
Storage Protocol
Storage Protocol
iSCSI
Video Capacity
Input Video
128-channel: 2Mbps 64-channel: 4Mbps 32-channel: 8Mbps
Data Management HDD No.
16 HDDs. Support SAS/SATA HDD. Each HDD max supports 4T.
RAID Mode
RAID0/RAID1/RAID3/RAID5/RAID6/RAID10/RAID50/RAID60/JBOD one HDD/global hotspare HDD.
You can refer to the following sheet for slave control module information.

1.10 Host Specifications

1.10.1 ESS2016X

ESS Series User’s Manual
17
Model
ESS2016X
HDD Installation
Independent HDD bracket. Support HDD hot swap.
HDD Hotspare
Support global hotspare HDD
Disk Array Enclosure
Max 2-level cascade connection.
Network Port Management
Network Port
One 10/100/1000Mbps Ethernet port
Data Network port
Two 10/100/1000Mbps Ethernet ports
Specifications Dimensions
Power Consumption
100V～240V, 50Hz～60Hz
Whole Device Power Consumption
Below 400W(With HDD)，Below 200W(No HDD)
H×W×D
133mm×448mm×472mm
Installation Mode
Standard 19-inch rack installation
Net Weight
15kg
Environments Requirements
Working Environment Temperature
0℃～40℃
Working Environment Humidity
10%～80% (Non condensation）
Storage Environment Temperature
-20℃～70℃
Storage Environment Humidity
5%～90% (Non condensation)
Working Altitude
-60m～5000m
Model
ESS3116X
System
Main processer
Intel SandyBridge 64-bit multiple-core CPU
OS
Embedded LINUX OS
Power Mode
Single power supplying mode/ Redundancy-power supplying mode.
Fan
Redundant dual ball bearing fan MTBF>100 thousand hours Support online replacement
Motherboard
Server(Support 7x24H work)
Storage
Default 4G, max 8G.
Case
Self-developed case,
1.2mm extra-thickness hot-dip galvanized steel. Self-developed patent removable HDD bracket.
Setup Interface
WEB GUI
Storage Protocol
Storage Protocol
iSCSI/SAMBA/NFS/FTP
Video Capacity
Input Video
192-channel D1: 2Mbps 96-channel 720P: 4Mbps

1.10.2 ESS3116X

ESS Series User’s Manual
18
Model
ESS3116X
48-channel 1080P: 8Mbps
Data Management
HDD No.
16 SATAⅡHDDs. Each HDD max supports 4T.
RAID Mode
Raid0/Raid1/Raid5/Raid6/JBOD/one HDD
HDD Installation
Independent HDD bracket. Support HDD hot swap.
HDD Hotspare
Support global hotspare HDD
Disk Array Enclosure
Max 2-level cascade connection.
Network Port
Network Port
Four 10/100/1000Mbps Ethernet ports
Data Network port
Multiple-Ethernet port load balance binding, or four 1000Mbps Ethernet ports
General
Supported OS
Windows, Linux, Unix and etc.
Management Mode
Configuration and management function via the WEB.
Expansibility
Connect to peripheral disk array enclosure
Standardization
Total standard device, compatible with various software platforms.
Specifications Dimensions
Power Consumption
100V～240V, 47Hz～63Hz
Whole Device Power Consumption
Below 400W(With HDD)，Below 200W(No HDD)
H×W×D
133mm×448mm×472mm
Installation Mode
Standard 19-inch rack installation
Net Weight
19.5kg
Environments Requirements
Working Environment Temperature
0℃～40℃
Working Environment Humidity
10%～80% (Non condensation）
Storage Environment Temperature
-20℃～70℃
Storage Environment Humidity
5%～90% (Non condensation)
Working Altitude
-60m～3000m
Model
ESS5016S
ESS5016S-R
System
Main processer
Multiple-core special storage 64-bit CPU
OS
Embedded LINUX OS
Power Mode
400W. Single power supplying mode. Support online update.
400W. Redundancy-power supplying mode. Support online update.
Fan
Redundant dual ball bearing fan MTBF>100 thousand hours
Motherboard
Server(Support 7x24H work)

1.10.3 ESS5016S/ ESS5016S-R

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Model
ESS5016S
ESS5016S-R Storage
Default 4G. With ECC verification.
Case
Self-developed case,
1.2mm extra-thickness hot-dip galvanized steel. Self-developed patent removable HDD bracket. SBB2.0 specifications compliance.
Setup Interface
WEB GUI
Storage Protocol
Storage Protocol
iSCSI,SAMBA,NFS,FTP
Video Capacity
Input Video
256-channel: 2Mbps 128-channel: 4Mbps 64-channel: 8Mbps
Data Management
HDD No.
16 HDDs. Support SAS/SATA HDD. Each HDD max supports 4T.
RAID Mode
RAID0/RAID1/RAID3/RAID5/RAID6/RAID10/RAID50/RAID60/JBOD one HDD/global hotspare HDD.
HDD Installation
Independent HDD bracket. Support HDD hot swap.
HDD Hotspare
Support global hotspare HDD
Disk Array Enclosure
Max 4-level cascade connection.
Network Port Management
Network Port
One 10/100/1000Mbps Ethernet port
Data Network port
Four 10/100/1000Mbps Ethernet ports
Specifications Dimensions
Power Consumption
AC 100V~240V ±10% 60Hz/50Hz
Whole Device Power Consumption
Below 400W(With HDD)
H×W×D
133.2mm×448.0mm×490.4mm
Installation Mode
Standard 19-inch rack installation
Net Weight （Without HDD）
24kg
Environments Requirements
Working Environment Temperature
0℃～40℃
Working Environment Humidity
10%～80% (Non condensation）
Storage Environment Temperature
-20℃～70℃
Storage Environment Humidity
5%～90% (Non condensation)
Working Altitude
-60m～5000m

1.10.4 ESS5016D-R

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Model
ESS5016D-R
System
Controller
Dual-controller
Main processer
Two Intel multiple-core processors
OS
Embedded LINUX OS
Power Mode
500W. Redundancy-power supplying mode. Support online update.
Fan
Redundant dual ball bearing fan MTBF>100 thousand hours
Motherboard
Server(Support 7x24H work)
Storage
Default 16G. With ECC verification. Max 32GB.
Case
Self-developed case,
1.2mm extra-thickness hot-dip galvanized steel. Self-developed patent removable HDD bracket. SBB2.0 specifications compliance.
Setup Interface
WEB GUI
Storage Protocol
Storage Protocol
iSCSI，SAMBA，NFS，FTP，AFP，HTTP
Video Capacity
Input Video
400-channel: 2Mbps
Data Management
HDD No.
16 HDDs. Support SAS/SATA (need adapter. NOT PROVIDED.)/SSD HDD. Each HDD max supports 4T.
RAID Mode
RAID0/RAID1/RAID3/RAID5/RAID6/RAID10/RAID50/RAID60/JBOD one HDD/global hotspare HDD.
HDD Installation
Independent HDD bracket. Support HDD hot swap.
Disk Array Enclosure
Support disk array enclosure of dual-controller construction. Max 4-level cascade connection.
Data protection
Data protection in case of power outage.
Network Port
Management Network Port
Two 10/100/1000Mbps Ethernet ports
Data Network port
Eight 10/100/1000Mbps Ethernet ports. Can extend four 10Gbps high-speed Ethernet ports.
UBS Port
2 USB ports
Specifications Dimensions
Power Consumption
AC 100V~240V ±10% 60Hz/50Hz
Whole Device Power Consumption
Below 400W(With HDD)
H×W×D
133.2mm×446.0mm×493.0mm
Installation Mode
Standard 19-inch rack installation
Net Weight （Without HDD）
30kg
Environments Requirements Working Environment Temperature
0℃～40℃
Working Environment
10%～80% (Non condensation）
21
Model
ESS5016D-R Humidity
Storage Environment Temperature
-20℃～70℃
Storage Environment Humidity
5%～90% (Non condensation)
Working Altitude
-60m～5000m
Model
ESS5024S
ESS5024S-R
System
Main processer
Multiple-core special storage 64-bit CPU
OS
Embedded LINUX OS
Power Mode
500W. Single power supplying mode. Support online update.
500W. 1+1 Redundancy-power supplying mode. Support online update.
Fan
Redundant dual ball bearing fan MTBF>100 thousand hours
Motherboard
Server(Support 7x24H work)
Storage
Default 4G. Max 8G.
Case
Self-developed case,
1.2mm extra-thickness hot-dip galvanized steel. Self-developed patent removable HDD bracket. SBB2.0 specifications compliance.
Setup Interface
WEB GUI
Storage Protocol
Storage Protocol
iSCSI,SAMBA,NFS,FTP
Video Capacity
Input Video
256-channel D1 128-channel 720P 64-channel 1080P
Data Management
HDD No.
24 HDDs. Support SAS/SATA HDD. Each HDD max supports 4T.
RAID Mode
RAID0/RAID1/RAID3/RAID5/RAID6/RAID10/RAID50/RAID60/JBOD one HDD/global hotspare HDD.
HDD Installation
Independent HDD bracket. Support HDD hot swap.
HDD Hotspare
Support global hotspare HDD and special hotspare HDD.
Disk Array Enclosure
Max 4-level cascade connection.
Network Port Management
Network Port
One 10/100/1000Mbps Ethernet port
Data Network port
Four 10/100/1000Mbps Ethernet ports. Support load balance and network adapter binding.
Specifications Dimensions
Power Consumption
AC 100V~240V ±10% 60Hz/50Hz
Whole Device Power Consumption
Below 500W(With HDD)

1.10.5 ESS5024S/ ESS5024S-R

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Model
ESS5024S
ESS5024S-R
H×W×D
446mm×175mm×495mm
Installation Mode
Standard 19-inch rack installation
Net Weight （Without HDD）
26.7kg
26.8kg
Environments Requirements
Working Environment Temperature
0℃～40℃
Working Environment Humidity
10%～80% (Non condensation）
Storage Environment Temperature
-20℃～70℃
Storage Environment Humidity
5%～90% (Non condensation)
Working Altitude
-60m～5000m
Model
ESS5024D-R
System
Controller
Dual-controller
Main processer
Two Intel multiple-core processors
OS
Embedded LINUX OS
Power Mode
500W. Redundancy-power supplying mode. Support online update.
Fan
Redundant dual ball bearing fan MTBF>100 thousand hours
Motherboard
Server(Support 7x24H work)
Storage
Default 16G. With ECC verification. Max 32GB.
Case
Self-developed case,
1.2mm extra-thickness hot-dip galvanized steel. Self-developed patent removable HDD bracket. SBB2.0 specifications compliance.
Setup Interface
WEB GUI
Storage Protocol
Storage Protocol
iSCSI，SAMBA，NFS，FTP，AFP，HTTP
Video Capacity
Input Video
400-channel: 2Mbps
Data Management
HDD No.
24 HDDs. Support SAS/SATA (need adapter. NOT PROVIDED.)/SSD HDD. Each HDD max supports 4T.
RAID Mode
RAID0/RAID1/RAID3/RAID5/RAID6/RAID10/RAID50/RAID60/JBOD one HDD/global hotspare HDD.
HDD Installation
Independent HDD bracket. Support HDD hot swap.
Disk Array Enclosure
Support disk array enclosure of dual-controller construction. Max 4-level cascade connection.

1.10.6 ESS5024D-R

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Model
ESS5024D-R
Data protection
Data protection in case of power outage.
Network Port
Management Network Port
Two 10/100/1000Mbps Ethernet ports
Data Network Port
Eight 10/100/1000Mbps Ethernet ports. Can extend four 10Gbps high-speed Ethernet ports.
USB Port
2 USB ports
Specifications Dimensions
Power Consumption
AC 100V~240V ±10% 60Hz/50Hz
Whole Device Power Consumption
Below 500W(With HDD)
H×W×D
178.0mm×446.0mm×493.0mm
Installation Mode
Standard 19-inch rack installation
Net Weight （Without HDD）
34kg
Environments Requirements
Working Environment Temperature
0℃～40℃
Working Environment Humidity
10%～80% (Non condensation）
Storage Environment Temperature
-20℃～70℃
Storage Environment Humidity
5%～90% (Non condensation)
Working Altitude
-60m～5000m
Model
ESS5048S
ESS5048S-R
System
Main processer
Multiple-core special storage 64-bit CPU
OS
Embedded LINUX OS
Power Mode
500W. 1+1 Redundancy-power supplying mode. Support online update.
500W. Four-power supplying mode. Support online update.
Fan
Redundant dual ball bearing fan MTBF>100 thousand hours
Motherboard
Server(Support 7x24H work)
Storage
Default 4G. Max 8G
Case
Self-developed case,
1.2mm extra-thickness hot-dip galvanized steel. Self-developed patent removable HDD bracket. SBB2.0 specifications compliance.
Setup Interface
WEB GUI
Storage Protocol
Storage Protocol
iSCSI,SAMBA,NFS,FTP

1.10.7 ESS5048S/ ESS5048S-R

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Model
ESS5048S
ESS5048S-R
Video Capacity
Input Video
256-channel D1 128-channel 720P 64-channel 1080P
Data Management
HDD No.
48 HDDs. Support SAS/SATA HDD. Each HDD max supports 4T.
RAID Mode
RAID0/RAID1/RAID3/RAID5/RAID6/RAID10/RAID50/RAID60/JBOD one HDD/global hotspare HDD.
HDD Installation
Independent HDD bracket. Support HDD hot swap.
HDD Hotspare
Support global hotspare HDD and special hotspare HDD.
Disk Array Enclosure
Max 4-level cascade connection.
Network Port Management
Network Port
One 10/100/1000Mbps Ethernet port
Data Network port
Four 10/100/1000Mbps Ethernet ports. Support load balance and network adapter binding.
Specifications Dimensions
Power Consumption
AC 100V~240V ±10% 60Hz/50Hz
Whole Device Power Consumption
Below 1000W(With HDD)
H×W×D
445mm×353mm×495mm
Installation Mode
Standard 19-inch rack installation
Net Weight （Without HDD）
48.6kg
50.2kg
Environments Requirements
Working Environment Temperature
0℃～40℃
Working Environment Humidity
10%～80% (Non condensation）
Storage Environment Temperature
-20℃～70℃
Storage Environment Humidity
5%～90% (Non condensation)
Working Altitude
-60m～5000m
Model
ESS2016X-J
System
Main processer
Special storage CPU
OS
Embedded LINUX OS
Power Mode
Single power supplying mode

1.11 Disk Array Enclosure Specifications

1.11.1 ESS2016X-J

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Model
ESS2016X-J
Fan
Redundant dual ball bearing fan MTBF>100 thousand hours
Motherboard
Server(Support 7x24H work)
Case
Self-developed case,
1.2mm extra-thickness hot-dip galvanized steel. Self-developed patent removable HDD bracket.
Data Management
HDD No.
16 HDDs. Support SAS, SATA HDD. Support 4T HDD
RAID Mode
RAID0/RAID1/RAID3/RAID5/RAID6/RAID10/RAID50/RAID60/JBOD one HDD/global hotspare HDD.
HDD Installation
Independent HDD bracket. Support HDD hot swap.
Data Port
miniSAS port
Specifications Dimensions
Power Consumption
100V～240V，50Hz～60Hz
Whole Device Power Consumption
Below 400W(With HDD)，Below 200W(No HDD)
H×W×D
133mm×448mm×472mm
Installation Mode
Standard 19-inch rack installation
Net Weight
15kg
Environments Requirements
Working Environment Temperature
0℃～40℃
Working Environment Humidity
10%～80% (Non condensation)
Storage Environment Temperature
-20℃～70℃
Storage Environment Humidity
5%～90% (Non condensation)
Working Altitude
-60m～5000m
Model
ESS3116S-J
ESS3116S-JR
ESS3116D-JR
System
Controller
1
2
Power Mode
400W. Single­power supplying mode.
500W. 1+1 Redundancy-power supplying mode. Support online update.
Fan
Redundant dual ball bearing fan MTBF>100 thousand hours
Main board
Server(Support 7x24H work)
Case
Self-developed case,
1.2mm extra-thickness hot-dip galvanized steel. Self-developed patent removable HDD bracket. SBB2.0 specifications compliance.
GUI
Setup and system upgrade via the WEB GUI of the

1.11.2 ESS3116S-J/ ESS3116S-JR/ESS3116D-JR

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Model
ESS3116S-J
ESS3116S-JR
ESS3116D-JR
host.
Data Management
HDD Amount
16 HDDs. Support SAS/SATA HDD. Each HDD max supports 4T.
16 HDDs. Support SAS HDD. Each HDD max supports 4T.
HDD Installation
Independent HDD bracket. Support HDD hot swap.
HDD Hotspare
Support global hotspare HDD and special hotspare HDD.
Specifications
Power Consumption
AC 100V~240V ±10% 60Hz/50Hz
Whole Power Consumption(With HDD)
Below 400W
Dimensions(W×H×D）
446mm×133.2mm×490.4mm
Installation Mode
Standard 19-inch rack installation
Net Weight（Without HDD）
23kg
25kg
Environments
Working Temperature
0℃～40℃
Working Humidity
10%～80%(Non condensation)
Storage Temperature
-20℃～70℃
Storage Humidity
5%～90%(Non condensation)
Working Altitude
-60m～3000m
-60m～5000m
Model
ESS3124S-J
ESS3124S-JR
ESS3124D-JR
System
Controller
1
2
Power Mode
500W. Single­power supplying mode. Support online update.
500W. 1+1 Redundancy-power supplying mode. Support online update.
Fan
Redundant dual ball bearing fan MTBF>100 thousand hours
Main board
Server(Support 7x24H work)
Case
Self-developed case,
1.2mm extra-thickness hot-dip galvanized steel. Self-developed patent removable HDD bracket. SBB2.0 specifications compliance.
GUI
Setup and system upgrade via the WEB GUI of the host.
Data Management
HDD Amount
24 HDDs. Support SAS/SATA HDD. Each HDD max supports 4T.
24 HDDs. Support SAS HDD. Each HDD max supports 4T.
HDD Installation
Independent HDD bracket. Support HDD hot swap.
HDD Hotspare
Support global hotspare HDD and special hotspare

1.11.3 ESS3124S-J/ ESS3124S-JR/ESS3124D-JR

27
Model
ESS3124S-J
ESS3124S-JR
ESS3124D-JR
HDD.
Cascade
Max 4-level cascade connection.
Specifications
Power Consumption
AC 100V~240V ±10% 60Hz/50Hz
Whole Power Consumption(With HDD)
Below 500W
Dimensions(W×H×D）
446mm×175mm×495mm
Installation Mode
Standard 19-inch rack installation
Net Weight（Without HDD）
25.44kg
25.54kg
25kg
Environments
Working Temperature
0℃～40℃
Working Humidity
10%～80%(Non condensation)
Storage Temperature
-20℃～70℃
Storage Humidity
5%～90%(Non condensation)
Working Altitude
-60m～5000m
Model
ESS3148S-J
ESS3148S-JR
System
Power Mode
500W. 1+1 Redundancy
-power supplying mode. Support online update.
400W. 4-power supplying mode. Support online update.
Fan
Redundant dual ball bearing fan MTBF>100 thousand hours
Main board
Server(Support 7x24H work)
Case
Self-developed case,
1.2mm extra-thickness hot-dip galvanized steel. Self-developed patent removable HDD bracket. SBB2.0 specifications compliance.
GUI
Setup and system upgrade via the WEB GUI of the host.
Data Management
HDD Amount
48 HDDs. Support SAS/SATA HDD. Each HDD max supports 4T.
HDD Installation
Independent HDD bracket. Support HDD hot swap.
HDD Hotspare
Support global hotspare HDD and special hotspare HDD.
Cascade
Max 4-level cascade connection.
Specifications
Power Consumption
AC 100V~240V ±10% 60Hz/50Hz
Whole Power Consumption(With HDD)
Below 1000W
Dimensions(W×H×D）
445mm×353mm×495mm
Installation Mode
Standard 19-inch rack installation
Net Weight（Without HDD）
48.32kg
49.92kg
Environments
Working Temperature
0℃～40℃
Working Humidity
10%～80%(Non condensation)
Storage Temperature
-20℃～70℃
Storage Humidity
5%～90%(Non condensation)
Working Altitude
-60m～5000m

1.11.4 ESS3148S-J/ ESS3148S-JR

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SN
Name
Function
1
HDD Power indicator light
Green: The HDD is properly installed on the device and the power is on. Red: HDD malfunction.
2
HDD read-write indicator light
Blue light flashes: Visiting HDD. Red light flashes: The HDD indicator light function is on.
3
Handle of the HDD box
To remove HDD box.

2 Installation

2.1 HDD Installation

Important We STRONGLY recommend the enterprise class disk. We are not liable for any
problem (such as data loss) resulting from the HDD instability.
For one device, please use the HDDs of the same brand and of the same space.
For the single controller series product, it supports SAS HDD, SATA HDD.  For the dual controller series product, it supports SAS HDD only.
Put the HDD to the HDD box and fix the screws. Insert the HDD box to the slot at the front panel. See Figure 2-1.
Figure 2-1

2.2 Remove HDD

HDD as a storage media, it saves important data. Please avoid frequently remove operation in case it may result in data loss.
Usually you can remove HDD when there is no power connection or system is shut down. Do not remove HDD after system boots up or it is working. Please refer to the appendix 6 for detailed hot swap information.

2.3 Battery Installation

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Please follow the steps listed below to install the battery. See Figure 2-2 (16-HDD series) and Figure 2-3 (24-HDD series).
a) Take the battery&fan box from the device and then use the screwdriver to remove the top
cover of the battery box.
b) Take out the battery from the accessories’ bag and then insert to the battery box. Connect
the battery to the power socket. c) Fix the top cover of the battery box and then secure the screws. d) Insert the battery box to the device and then secure firmly.
Figure 2-2
Figure 2-3
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2.4 Boot up

Please boot up he disk array enclosure first if the host is connected to the disk array enclosure.
a) Connect the power cable to the system. b) Press the device power on-off button at the rear panel to ON to boot up the system
(Please skip this step if there is no on-off button at the rear panel).
c) Press the power button at the front panel of the host.

2.5 Shut Down

Please shut down the host first if the host is connected to the disk array enclosure.
a) Login web interface. Please refer to chapter 3.1. b) From System Management -> Shutdown.
c) Select option to shut down the system. There are three options for you: shut down/restart/Force restart (For dual-controller series product only). See Figure 2-4. Or you can see these two shortcut buttons at the top right corner. For the dual-controller series product, there are two controllers. Click the restart button; the two controllers reboot one after the other. Click the force restart button, the two controllers reboot at the same time.
Figure 2-4
Tips
In each interface, click the shut down button at the top right corner to shut down the device. See Figure 2-4.

2.6 Network Setup

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Internet intelligent storage product default network setup is 192.168.0.111. It may be different from you current network IP section. Please use the PC to login the WEB of the device and change the host IP address so that it can connect to current network environment for future operation and maintenance work.
Note For the dual controller series product, the default IP is: is CTRL1: 192.168.0.111,
CTRL2: 192.168.0.121. For ESS3116X series product, you do not need to check the management Ethernet
port or the data Ethernet port. You can just connect to one Ethernet port to connect to
the network.
a) Connect the PC to the management network port (WEB port) via the network cable. b) Change the PC IP address as: 192.168.0.XXX. Subnet mask: 255.255.0.0. Default
gateway: 192.168.0.1. See Figure 2-5.
Figure 2-5
c) Open IE browser, input http://192.168.0.111(default IP address) you can see the login
interface. System user name is admin and password is 888888888888(16-digit).
d) In the main interface, from network to network and then click edit button . The edit
interface is shown as in Figure 2-6 .Here you can input your new IP address information. Please input your IP address and gateway and then click save button.
Note Login the WEB to change the network parameters of the management network port.
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Figure 2-6
e) Click Save button. f) Open browser and then input new IP address such as http://172.12.5.576. You can see the
new IP is valid if you can login. You can go to the host Web interface or go to the In DOS environment, input the command: ping 192.168.0.111 to test network connection is right or not.
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3 Host Configuration

All the figures listed are based on the ESS5016S series product. Slight difference may be found in the user interface if you are using other series products.

3.1 Login

Please refer to chapter 2.6 to connect host to the network and then follow the steps listed below to login the WEB.
a) On windows OS, open IE browser and then input system IP address (Such as
http://172.12.5.5 if you device IP is 172.12.5.5.). Click Enter, you can see the following interface. See Figure 3-1.
b) Please input user name and password to login. Default user name is admin and default
password is 888888888888.
c) Click Login button.
Important
The host series product has two types of network ports: Management port and data port.
Please make sure you have connected to the WEB port to login the WEB. Please refer to chapter 1.3.2 for detailed information.
System supports various kinds of users such as admin, guest. Please refer to chapter
3.2.3 for detailed information.
Figure 3-1

3.2 System Management

In this interface, you can see the following nine parts.
System  Parameters  Account  Guide  Enclosure  Performance  Upgrade  Shut down  Version

3.2.1 System

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After you logged in, you can see system information interface. Or you can click system and then select system information item to go to current interface. For dual control series product, you can see the statuses of dual controllers. Here you can see the following information:
Host name  System time  Start time  Device type  Software version  Hardware version  Power status  iSCSI status.

3.2.2 Parameters

After you logged in as the system administrator, click parameters button, you can see the following interface. See Figure 3-2.
Device name: Set system name.  Device position: Input device position information for you reference.  Date: Set system date. Check the enable button to set.  Time: Set system time. Check the enable button to set.  Start Time Synchronize: Enable time synchronization function.  Server address: Set time server address.  Time interval: The interval for the time server synchronization operation.  Update now: Click it, system begins time synchronization immediately. You can see the
corresponding dialogue box if the synchronization operation failed.
Important
If it is your first time to go to the system, please set system date and time.  The time server IP and the device IP shall be in the same section if you want to use time
synchronization function.
35
Figure 3-2
Type
User Name
Default Password
Rights
Note
Administrator
admin
888888888888
Edit/add/delete
This user can read, write or delete all storage data in current system. It can configure the whole system and set ordinary user share directory rights.
Ordinary user
guest
666666666666
Edit
It refers to all users except admin. Ordinary user (such as guest) can modify its own password, review and save itself operation log, read and write in the corresponding folder.
Ordinary user
ftpuser
111111111111
Edit
“ftpuser” has two IDs. It is
the ordinary system just like the guest and it is also the default FTP service user.
Please note there is only one FTP
user”ftpuser”.
ESS Series User’s Manual

3.2.3 Account

Click Account button, you can see the following interface. See Figure 3-3. Here you can view system user information. You can add/edit/delete user. Please refer to the following sheet for detailed information.
36
Figure 3-3
Click here to logout current user and switch account to login again.
ESS Series User’s Manual
3.2.3.1 Edit User
Click edit button of corresponding user, you can see the following interface. See Figure 3-4. For the administrator, you do not need to input old password. You just input new password and
confirm, you can modify a user’s password. For the ordinary user you need to input old password to confirm. Click Save button system goes back to User interface. You can see the corresponding dialogue box if the operation failed.
3.2.3.2 Add User
Note
System can only add ordinary user such as user01. It has the same rights as the guest.
Figure 3-4
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In Figure 3-3, click add button, you can see the following interface. See Figure 3-5. After input new user information such as user name, user type, user type, please click save button. System goes back to user management interface. Otherwise, you can see the corresponding dialogue box.
Figure 3-5
3.2.3.3 Delete User
Login the system as the administrator, select the delete button after the corresponding user, system pops up a dialogue box to remind you that you are going to delete a user. Click O.K
button, all the information of current user will be deleted completely. You cannot use it to login and operate.
Important
System can not delete an account if it has been set as a valid share account.

3.2.4 Guide

After you logged in as the system administrator, from system to guide, you can go to Guide interface. Guide function is to help you get familiar with this device as soon as possible. You can follow the tip in each interface and then modify as you need. You can just click next button to go on. Please refer to chapter 4.1 for detailed information.

3.2.5 Enclosure

After you logged in as the system administrator, in Enclosure interface, you can view main host and disk array enclosure information, temperature, power voltage status, fan status. Here you can view disk array enclosure version if you want to update its software. You can also go to this interface to check the update operation is successful or not. See Figure 3-6. Please refer to the following sheet for detailed information.
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Status Prompt
Status Note OK
The components are OK. No error available.
Critical
The components have serious error.
Noncritical
The components have general alarms.
Unrecoverable
The components have an error that can not be fixed.
Not installed
There is no component.
Unknown
The components have unknown error.
Not available
The components can not work.
No access allowed
Can not access the components.

3.2.6 Performance

After you logged in as the administrator, you can go to the performance interface to view host CPU usage rate, memory usage rate, network usage rate and IO realtime data. See Figure 3-7.
Figure 3-6
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Figure 3-7

3.2.7 Upgrade

Important
Before you upgrade the system, please go to our official website to download the
latest version.
Before you upgrade, please stop iSCSI service and RAID synchronization. The upgrade process may take a few minutes, please wait patiently. DO NOT TURN
OFF THE DEVICE OR UNPLUG THE POWER WIRE.
3.2.7.1 Upgrade main controller After you logged in as the system administrator, from system to upgrade, here you can see a system upgrade interface is shown as in Figure 3-8. Select device type (host/disk array enclosure) from the dropdown list. Click Browse button; select the applications you want to update. You can see system pops up a dialogue box for you to confirm update operation. Please click OK to continue. After upgrading, please reboot your system.
Tips
Go to the Enclosure interface to view the device information to check current version number. You can see the upgrade is successful or not.
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Figure 3-8
3.2.7.2 Upgrade disk array enclosure Administrator can select disk array enclosure from the dropdown list and upgrade the disk array enclosure. See Figure 3-8.

3.2.8 Shut down System

Click shut down system button; you can see the following interface. See Figure 3-9. Please note the following interface is based on the dual-controller series product. There are three options for you: shut down/restart/Force restart Or you can see these two shortcut buttons at the top right corner. For the dual-controller series product, there are two controllers. Click the restart button; the two controllers reboot one after the other. Click the force restart button, the two controllers reboot at the same time.
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Figure 3-9

3.2.9 Version

In this interface, you can check the version information of each module.

3.3 Network Management

3.3.1 Network Configuration

Important
We STRONGLY recommend you set the management network port and data network port
to different network environments. The data network ports shall be in 1000Mbps (or higher) environments. After you logged in as the system administrator, click Network button, you can see the following interface. Here you can view current network card information. See Figure 3-10. Here you can also view/edit/binding network adapter. The network port displayed here for reference only.
Network card name  IP address  Subnet mask  Default gateway  Mac address  Binding status  Member card
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Figure 3-10
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ESS2016X network port is shown as in Figure 3-11.
Figure 3-11
ESS3116X
For ESS3116X series product, you do not need to check the management Ethernet port or the data Ethernet port. You can just connect to one Ethernet port to connect to the network.
ESS50XXS/ESS50XXS-R network port is shown as in Figure 3-12. In ESS50XXS/ESS50XXS-R, the XX stands for the HDD amount, such as
ESS5016S/ESS5016S-R, ESS5024S/ESS5024S-R, or ESS5048S/ESS5048S-R.
Figure 3-12
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Network Port
Network Adapter
Function Management Port
eth0
Use this port to login to the WEB interface.
Data Port
eth1/eth2/ eth3/ eth4
Use this port to read/write data.
Network Port
Network Adapter
Function Management Port
eth0
Use this port to login to the WEB interface.
Data Port
eth1, eth2, eth3, eth4, 10G_1, 10G_2
Use this port to read/write data.
Please refer to the following sheet for detailed information.
ESS50XXD-R network port is shown as in Figure 3-13. In ESS50XXD-R, the XX stands for the HDD amount, such as ESS5016D-R, ESS5024D-R.
Figure 3-13
Please refer to the following sheet for detailed information.
In this interface you can set device network adapter and display router in the LAN.
3.3.1.1 View NIC status
In Figure 3-10 click Status button, you can see network status interface. See Figure 3-14.
Note
The following figure for reference only.
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Figure 3-14
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3.3.1.2 Edit network card
In Figure 3-10 click edit button , you can see the following interface. After your modification (such as IP address, subnet mask, default gateway and etc), please click save button to exit. See
Figure 3-15.
Figure 3-15
3.3.1.3 Binding the network adapter
Click the binding button in Figure 3-10, you can go to the following interface. See Figure 3-16.
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Parameter
Name
Note
Binding Mode
Round mode
System sends out data packets by a sequence. This mode adds bandwidth and support load balance and fault tolerance function. It can switch the flow to the proper link once there is any problem.
Active­backup
One port is at active status (main port) and one port is at backup mode. All flows are transmitted on the main link. The backup port begins to transmit data once the main active port is malfunction.
LACP mode
It is to create an aggregation group. They share the same speed and duplex setup. It allows several slaves to work on one active object according to 802.3ad specifications.
Self­adaptive mode
It has adapter transmission balance function. It has the receive load balance function for IPV4 and there is no need to have a switch.
Jumbo Frame
Enable Jumbo Frame
It is to use jumbo frame to transmit data to enhance efficiency.
Note
Before you use this function, please makes sure you switch supports this function.
This function allows you to binding two physical network adapters to one virtual adapter to provide load balance or redundancy function to enhance bandwidth. In this mode, when one adapter is malfunction, the other one can still work and has no effect on the system operation. Please select two network adapters first and then input IP address, subnet mask and default gateway. Click OK button you can complete the binding setup.
Figure 3-16

3.3.2 Virtual Network (For dual-controller series product only)

The virtual network is for NAS dual controller series product. The virtual IP can switch between the two controllers and the setup is generally the same as the network setup. See Figure 3-17.
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Figure 3-17
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3.4 Disk Management

Disk management is to display HDD physical information in the system. It includes: channel number, disk space, disk status, RAID group name, usage status, disk No.

3.4.1 Disk Information

Click disk button, you can see the following interface. See Figure 3-18. The disk amount displayed here for reference only. Here you can review the following information.
Serial number  Channel number  Disk Name  Space  Status  Group name  Using status  Type
Note
From the dropdown list, you can view disk array enclosure HDD information.  For different series product, the HDD amount may vary. The following figure for reference
only.
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Figure 3-18
3.4.1.1 Enable disk indicator light
In Figure 3-18, click to enable HDD indicator light, you can turn on the corresponding HDD indicator light. .
3.4.1.2 Initialization Disk initialization has great effect on the data security. Please think twice before you use.
3.4.1.3 Add hotspare disk This series product support global hotspare disk. That is to say, the whole RAID groups share hotspare disk. It only occupies the physical disk space when it is running. When any disk of the RAID group is malfunction, the hotspare disk can automatically replace it. In Figure 3-18, click add hot swap disk button, you can see an interface is shown as in Figure 3-19. Here you can view idle disk list. You can click the select button to select the hot spare disk. Then you can click save button to exit.
Note
One device can max have four hotspare disks.  The hotspare disk on the host can not replace the malfunction disk function from the
connected disk array enclosure and vice versa.
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Figure 3-19
3.4.1.4 Remove hotspare disk In Figure 3-18, select a disk and then click remove hotspare disk button. Click save button to delete it from the hotspare disk list and its status becomes idle.
3.4.1.5 Enable MAID2.0 In Figure 3-18, select a disk and then click Enable MAID2.0 (massive array of idle disks) button, you can enable hibernation function. See Figure 3-20. This function allows the disk to stop working if there is no read/write function after a specified time. It is to save power consumption and enhance life span.
Important
Please disable MAID function if the disk read-write operation is frequent. Otherwise, the frequent boot up and stop operation is going to reduce disk life span.
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Figure 3-20

3.4.2 Disk Status

In this interface, you can check the disk status of each channel and detailed SMART information. S.M.A.R.T (Self-Monitoring, Analysis and Reporting Technology) technology is to provide disk malfunction warning before the real problem occurs. It is to prompt user to replace disk or backup disk data in case there is any risk of data loss. Click details button, you can see system pops up a dialogue box for you to view the detailed disk information.
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Status
Note
clean
The RAID group has completed the synchronization.
degraded
The RAID group is degrading now.
recovering
The RAID group is recovering now. You can view recovering capacity percentage and synchronization speed on the [].
resyncing
The RAID group is synchronizing now. You can view recovering capacity percentage and synchronization speed on the [].
Do not use when RAID group is synchronizing. That is to say, do not create storage pool and share directory.
inactive
Current RAID device is null.
active
Current RAID device is available.
Figure 3-21

3.4.3 RAID Configuration

Click RAID button, you can see an interface is shown as in Figure 3-22. If the logged in account is ordinary user, you can only view the RAID information. If the logged in account is administrator, you can view/edit/delete/add RAID group.
Tips
Go to Appendix A for detailed RAID information.
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RAID Type
Disk Needed
RAID0/JBOD
At least 2 disks.
RAID1
Only 2 disks.
RAID3
At least 3 disks.
RAID10
At least 4 disks.
RAID5
At least 3 disks. Usually we recommend the RAID4 includes 4 to 6 disks.
RAID6
At least 4 disks.
RAID50
At least 6 disks.
RAID60
At least 8 disks.
Figure 3-22
3.4.3.1 Add RAID configuration Click add button, you can see the following interface. In Figure 3-23, administrator can select RAID type (RAID0, RAID1, RAID5, RAID6, and JBOD) and then select the member disk. The damaged or used disks will not be listed in current interface. Please click save button to finish the operation. You can see the disk array enclosure from the location dropdown list if you have connected to the disk array enclosure. Otherwise, you can not see this item.
About chunk depth
Chunk depth setup here can affect device storage capability. Please refer to your technical engineer first and then input the proper value you calculated according to actual I/O data. The default value is 16. Please refer to the following sheet for detailed information.
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Figure 3-23
3.4.3.2 Remove RAID configuration The remove operation consists of the following three situations. You can refer to Figure 3-22. If current RAID is free (there is no storage pool, you can just click remove button to remove it
directly.
If current RAID has been used (there is a storage pool), but there is no share directory. Click
remove button, you can see system pops up a dialogue to warn you. You need to remove storage pool and then remove the RAID group.
If current RAID has been used (there is a storage pool) and there is a share directory. Click
remove button, you can see system pops up a dialogue box to warn you. You need to delete share directory and storage pool first, and then you can remove the RAID group.
3.4.3.3 Set special hotspare disk
Click , select set special hotspare disk, you can add or delete special hotspare disk. See Figure 3-24.
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Figure 3-24

3.4.4 Pool Configuration

After you logged in the system as the administrator and go to the Pool interface, you can see the following interface. See Figure 3-25. Here you can view the following information:
Pool name  Member device.  Total space (G)  Used space.  Disk array enclosure  Edit  Delete
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Figure 3-25
3.4.4.1 Remove Pool The remove operation consists of the following two situations. You can refer to Figure 3-25.
Click remove button if there is no share directory in the storage pool.  You can see a dialogue box pops up if there is a share directory. You need to delete share
directory first and then remove the storage pool.
3.4.4.2 Add Pool In Figure 3-25, click add button, you can see the following interface. See Figure 3-26. Here you can select RAID device (RAID0, RAID1, RAID5, RAID6, and JBOD), single disk (such as disk1) to create a storage pool. Click save button after creating storage pool device. You can see the disk array enclosure from the location dropdown list if you have connected to the disk array enclosure. Otherwise, you can not see this item.
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Figure 3-26

3.4.5 Logic Volume

After you login the WEB as the administrator, you can add/delete logic volume or add space. See Figure 3-27.
Figure 3-27
3.4.5.1 Delete user volume It is for you to delete the user volume.
3.4.5.2 Add user volume It is for you to add user volume, please input user storage pool, and set space. See Figure 3-28.
Figure 3-28
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3.4.5.3 Extend user volume
Click and then select extend user volume; you can add its space. See Figure 3-29.
Figure 3-29

3.5 iSCSI Management

iSCSI is to provide iSCSI share service for you.

3.5.1 Add iSCSI share configuration

Note
Before you add iSCSI, please create user volume first. Please refer to chapter 3.4.5 for detailed information.
The interface is shown as in Figure 3-30. Here you need to configure the following four items when you adding iSCSI share. Target (mapping) name: it is a part of iSCSI share device name. It is easy for you to
recognize the iSCSI device.
Logic volume: It is to set the shared user volume when you create the iSCSI.  Block size: It is to set the shared storage space size.  Set space: Here you can set device size. Unit is G.  Device: There are two options: Host/disk array enclosure.  Cache type: There are two options: write-back, write-through. You can refer to the contents
at the bottom of the interface for detailed information.
Location: Select host/disk array enclosure from the dropdown list.  CHAP user: You select valid user name and password when system loads iSCSI share.
Refer to chapter 4.2 and Appendix C for detailed information. Select a valid user: when loading an iSCSI share you need to input a valid user name
and password.
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Do not select a valid user: when loading an iSCSI share you do not need to input a valid
user name and password.
Figure 3-30

3.5.2 Edit iSCSI share

Click Edit button in Figure 3-30, you can go to the following interface. Here you can edit parameters such as CHAP user information. See Figure 3-31.
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Share Type
Status Parameter
Note
SAMBA share
cifs
SAMBA is to provide share service for Windows user.
NFS share
nfs
NFS is to provide share service for Linux user.
FTP share
ftp
FTP is to provide share service for both Windows and Linux users.
Note If share status is disabled, it is not in share mode.
Figure 3-31

3.5.3 Delete iSCSI share configuration

In iSCSI main interface (See Figure 3-30), you can select an iSCSI share device and then click delete button.

3.6 NAS Management

3.6.1 Share configuration

The share interface is to display SAMBA, NFS and FTP share information. Here you can also add, edit or delete share directory. Please refer to the following sheet for detailed information.
3.6.1.1 Add share directory
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Name
Name
Note
Share directory setup
Logic volume
System administrator can select a logic volume from the user menu list.
NAS directory
It is the share directory name you created on the logic volume.
Share description
It is to input description information of current directory (optional).
SAMBA setup
Share
Enable SAMBA share and then disable NFS and FTP share,
Valid user
Only the selected user can access the share directory. If there is no valid user, all users can access the share directory.
NFS setup
Share
Enable NFS share and then disable SAMBA and FTP share,
Valid IP
The user IP address or subnet mask that can access the share directory. The IP address can be a valid IP address or a valid IP segment.
If there is valid IP, only user of valid IP (such as
10.6.5.77) can access NFS share. The user right is read/write.
If there is valid IP section, only Linux users of
the valid IP section (such as 10.6.0.0—
10.6.255.255) can access NFS share directory and the right is read/write.
Note
16 and 32 are just two ways to display subnet
mask. “32” stands for 255.255.255.255 and “16”
stands for 225.255.0.0.
FTP setup
Share
Enable FTP share and then disable NFS and SAMBA share.
Valid user
Select valid user. Only ftpuser can access FTP share directory if you do not select a valid user.
Note For the FTP function, the user ftpuser has super user function. It can manage all directories and files the ftp user created. Other users do not have this function; they can only manage their own created directories and files.
Important
Before you add a share directory, please create a logic volume first.
Login as the administrator, go to the share manage interface click add button, you can see an interface is shown as in Figure 3-32. It is an interface for you to add share directory. Please note you can only select one item from the SAMBA/NFS/FTP. Please refer to the following sheet for detailed information.
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Figure 3-32
3.6.1.2 Fix share directory If the share directory description is shown as “File system mount failed”, you can click the fix
button to fix the share directory.
3.6.1.3 Delete share directory In share configuration interface, select the item from the share list and then click corresponding delete button. The folder will be deleted permanently.

3.6.2 FTP Configuration

Login as the administrator, click FTP configuration, the interface is shown as in Figure 3-33. Here you can view FTP configuration information. You can set FTP share directory, delete FTP share directory. In Figure 3-33, you can see the following information: Transmission speed (unit: KB):It is the max transmission speed of the FTP share If the
speed is 1000KB, it means the transmission speed of each connection shall be less than 1000KB. When transmission speed is 0KB, it stands for there is no transmission limit.
Connection amount of each IP: The max FTP access amount of each user (By IP address).  Total connection amount: The max FTP access amount of all users (By IP address).
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Figure 3-33
Parameter
Name
Note
Buzzer
Buzzer enable
Enable/disable buzzer.
Email Alarm Email alarm
enable
Enable/disable email alarm.
SMTP server IP address
Input sender SMTP server IP address.
Port
Default port number is 25.
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3.7 Alarm Management

From alarm management->alarm setup, you can go to the following interface. Here is for you to set buzzer/email function. See Figure 3-34. Please input the corresponding parameter here and click Save button. Click Test button, the sender will send out the test email to the receiver. You can see the corresponding dialogue box if the test is successful. At the same time, the receiver can get the test email. Otherwise, system returns error information. When enclosure manager detects any abnormal event, or the RAID group is inactive, you can receive an email if you have enabled email alarm function. Or you can hear audio from the buzzer if you have enable buzzer alarm function. Support the SNMP protocol software connections from the third party. The search contents include system information, disk information, RAID information and etc. TRAP alarm information includes disk insert and remove, RAID degrade or failure. You can download Mib file for the SNMP client 2nd development.
Note Before you test, please save your current email test parameters. Otherwise, system returns error information.
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User name
SMTP server sender account.
Account
SMTP server sender email account.
Password
SMTP server sender email password.
Receiver1
Input receiver email address.
Receiver 2
Input receiver email address.
Receiver 3
Input receiver email address.
Receiver 4
Input receiver email address.

3.8 Status Management

Status management is to view system log, system status and system upgrade.

3.8.1 Log Review

Click log view button, you can see the following interface. See Figure 3-35. Log search consists of three modes: Search all logs: click search button you can see all logs.
Figure 3-34
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Search the recent logs: input log amount you want to view in the () and then click search
button. Please note system take current time as starting time.
Search the log during the specific time period. You can input a time period in the interface to
search the log you want to view.
Search by type: It includes info/alarm/error. Please note ESS2016X does not support this
type.
Search by key words: Input key words to search.
Figure 3-35
Click export button, system pops up the following interface. See Figure 3-36. Click save button and specify the path. You can download the logs to your local PC. Please note administrator can export and review all logs, ordinary user can only review and export the operation logs of his own. Max log amount is 1000. System will automatically overwrite the previous log files once the log exceeds 1000 items.
Note
The log files have been encrypted. You can not open by yourself. If the device is abnormal, you can export the log files such as log_packet.tar.gz.encod to your local retailer or your service engineer for help.
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Figure 3-36

3.8.2 Service Status

Click service status, you can see an interface is shown as in Figure 3-37.
Client-end: It is to display current SAMBA share directory PC name and its IP address.  Access directory: Current SAMBA share directory name.  Access time: Visit time.
Figure 3-37

3.8.3 Resume

Resume interface is shown as in Figure 3-38. After you logged in the system as the administrator, there are two options: export configuration/resume factory default setup.
This function allows you to export the configuration file (such as SysConf­log_packet.tar.gz.encode) and then send it back to our engineer to analyze the error reason.
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Figure 3-38
Parameter Name
Note
Resume all setup
Restore all items to factory default setup.
Resume account setup
Except the system default four users, rest accounts will be deleted.
Resume network setup
Restore network items to factory default setup.
Resume NAS setup
Delete all NAS share. Resume iSCSI setup
Delete all ISCSI share.
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Please refer to the following sheet for detailed information.
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4 General Operation

4.1 Quick Guide

If it is your first time to use this device, you can follow the steps listed below. Before the quick guide operation, please make sure:
There are no free slots on the front panel. All slots are installed with the free disks.  System is going to create 3 RAID5 groups. The last disk is the global hot spare disk.  You can refer to chapter 4.2 to create share directory directly if it is necessary.

4.2 Create Share Directory

4.2.1 Create SAMBA Share

Please refer to the following flow chart for detailed information.
a) Please refer to chapter 3.1 to login the WEB interface. b) Refer to chapter 3.2.3.2 to create system user and the type shall be “SAMBA/NFS/FTP”. c) Refer to chapter 3.4.3 to add RAID group. d) Refer to chapter 3.4.4 to add storage pool. e) Refer to chapter 3.4.5 to add user volume. f) Refer to chapter 3.6.1 to add SMABA share directory.
i. Select the storage pool on the step 4.
ii. Enable SAMBA share function and disable NFS and FTP share mode
iii. Select valid user.
g) Click OK button. After you created share mode, please refer to chapter 4.3.1 to access the contents of the SAMBA share directory.

4.2.2 Create NFS Share

You can refer to the steps in chapter 4.2.1 to create NFS share directory. There are slightly differences on the share directory setup and enable share service. Please refer to chapter 4.2.1 to quickly create NFS share. Refer to chapter 3.6.1 to enable NFS share mode and disable SAMBA and FTP share mode.

4.2.3 Create FTP Share

Generally speaking, the following flow chart is the same as the NAS share/SAMBA share. Here we are going to introduce share setup and FTP setup.
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a) Refer to chapter 4.2.1 to complete the admin login, create RAID device and create
storage pool operation. b) Refer to chapter 3.6.1 to enable FTP service and disable SAMBA/NFS share service. c) Refer to chapter 3.6.2 to view FTP setup information.

4.2.4 Create iSCSI share

Please refer to the following flow chart for detailed information.
From the above flow chart, you can see the first four steps are the same as the SAMBA share creation. You can refer to chapter 4.2.1 for detailed information.
a) Admin logs in the system. Refer to chapter 3.1. b) Create RAID group (optional). Refer to chapter 3.4.3. c) Create and set storage pool if you have added the RAID group in the previous step.
Refer to chapter 3.4.4. d) Add user volume. Refer to chapter 3.4.5. e) Refer to chapter 3.5 to add iSCSI share.

4.3 Access Share Directory

4.3.1 Access SAMBA Share Directory

You can refer to the steps listed below to access SAMBA share directory. Input ESS product IP address on the browser such as \\10.10.6.83. Input user name or password on the long-in interface. See Figure 4-1.
Figure 4-1
After you connected the ESS product to the central management software platform, you can view the SAMBA directory of the ESS product as one network disk and map it to the local disk. Please follow the steps listed below.
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Please access SAMAB share directory. See Figure 4-1. Right click mouse and then select Map Network Drive. See Figure 4-2.
Figure 4-2
Select map network drive name. See Figure 4-3.
Figure 4-3
Go to local PC, double click My Computer, you can see an interface shown as in Figure 4-4.
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Figure 4-4

4.3.2 Access NFS Share Directory

On Linux OS, use command to mount the NFS share directory to one of the directory and access the directory. Before the operation, please make sure the NFS service of the Linux user platform and the ESS3166X series product are both enabled. Please refer to the following contents for detailed mount command (Linux user-end):
mount –t nfs 10.12.5.14：/mnt/pool1/DVRch2/DVRch2 /home/user
10.12.5.14： ESS3116 series product IP address; /mnt/pool1/DVRch2/DVRch2： ESS3116 series product NFS share directory；/home/user： Mount directory of the Linux user-end.
After you complete the NFS mount, please use command to unmount.
umount /home/user
/home/user： Mount directory of the Linux user-end.

4.3.3 Access FTP Share Directory

There are two ways for you to access FTP share directory. Usually we recommend FTP software to access FTP share directory. Use FTP software to access Please install FTP software (such as LeapFTP, flashfxp) on your PC to realize FTP share. Use IE browser to access. Open your browser and then input ESS3116 series product IP address such as ftp://172.12.5.5. Input valid user name, password on the login interface. System default FTP user name is ftpuser and password is 111111111111.
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Figure 4-5

4.3.4 Access iSCSI Share Directory

Please refer to Appendix B for detailed information.
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SN
Port
Port Introduction
1
Power on-off button
Connect or cut off the device power.
2
Power Port
Connect to AC power supplying.

5 Disk Array Enclosure

Disk array enclosure is to extend the disk capacity extension of the internet intelligent storage product.

5.1 HDD Installation

You can refer to chapter 2.1 to install HDD.

5.2 ESS2016X-J

5.2.1 Front Panel

The front panel is shown as below. See Figure 5-1.
Figure 5-1

5.2.2 Rear Panel

The rear panel is shown as in Figure 5-2.
Figure 5-2
Please refer to the following sheet for detailed information.
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3
Case fan
It is for case ventilation.
4
Power fan
It is for power ventilation
5
IN port indicator light LINK light: The light becomes on when the disk array enclosure is connected to the host or the upper-level disk array enclosure.
ACCESS light: The light flashes when the host is visiting disk array enclosure.
IN port
Connect IN port to the OUT port of the host or the upper-level disk array enclosure. Access the HDD of the disk array enclosure via the IN port.
6
RS232 port
It is to debug device and login command interface. Please refer to chapter 9 for detailed command operation information.
7
Indicator light
RUN light is on when the device is on and working properly.
M/S: main control light. The light is on when the device is running properly. The light is off when there is abnormal situation.
ERR light is on when there is abnormal situation. The ERR light is off when the device is working properly.
SPD light is on when the HDD accessing speed is abnormal. SPD light is off when the HDD accessing speed is normal.
8
OUT port
Connect OUT port to the lower-level disk array enclosure to realize the cascade connection.
OUT port indicator light
Link light is on when the OUT port is connected a lower-level device.
Access light is on when there is data access on the OUT port.

5.2.3 Disk Array Enclosure Cascade Connection

When connect ESS2016X to ESS2016X-J, the interface is shown as below. See Figure 5-3.
Figure 5-3
73

5.3 ESS3116X-J

5.3.1 Front Panel

The front panel is shown as below. See Figure 5-1.
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Figure 5-4

5.3.2 Rear Panel

The rear panel has two types: single power and redundancy power. These two types have slight difference on the power module and fan module. Please check carefully. The single power mode rear panel is shown as below. See Figure 5-5.
Figure 5-5
The redundancy power series rear panel is shown as in Figure 5-6.
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Port
Description
Power port
Connect to AC power.
System beeps when you remove the redundancy power. System beeps when the power voltage is too high or too low.
Power button
After connect the device to the AC power. Click button On to boot up system and click OFF button to shut down system.
Fan
For ventilation
OUT indicator light The Link light is on when OUT port has connected a sub-
level device.
The Access light is on when there is data accessing on the OUT port.
OUT port
Connect OUT port to the sub-level disk array enclosure to realize cascade connection.
Indicator light
The RUN light is on when device has booted up and work properly.
M/S is main control indicator light. The light is on when system is working properly. The light is off when the system is abnormal.
The ERR light is on when system is malfunction. The ERR light is off when system is working properly.
The SPD light is on when the HDD access speed is abnormal. The SPD light is off when HDD access speed is normal.
COM
Access system via COM. It is mainly for device debug.
IN port
Connect IN port to the host or the OUT port of the upper­level disk array enclosure. Access the HDD of the disk array enclosure via the IN port.
IN port indicator light The Link light is on when the IN port has connected to the
host or the upper-level disk array enclosure.
The Access light is on when the host is accessing the HDD of the disk array enclosure.
Figure 5-6
Please refer to the following sheet for detailed information.

5.4 ESS3116D-JR

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SN
Name
Function
①
Power on-off button
Press it to boot up the device. Press it for 5 seconds to shut down the device.
②
HDD Indicator Light
When system HDD is reading or writing, the blue light becomes flash.
③
Alarm Indicator Light
The red light is flashing when there is an alarm or abnormal situation.
④
Network Indicator Light
The light is reserved for future use.
SN
Port
Function
1
Power port
Connect to AC power supplying source.

5.4.1 Front Panel

The front panel is shown as below. See Figure 5-7. The HDD slot number ranges from left to right, from top to the bottom.
Figure 5-7

5.4.2 Rear Panel

The ESS3116D-JR rear panel is shown as In Figure 5-8.
Figure 5-8
You can refer to the following sheet for detailed information of the rear panel.
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2
Fan
It is for case ventilation.
3
Main control module
It is about all kinds of ports and indictor light introduction. Please refer to the following sheet.
4
Battery box
This slot is reserved for future use.
Port/Indicator Light
Function
IN port indicator light The Link light is on when the IN port has connected to the host or the upper­level disk array enclosure.
The Access light is on when the host is accessing the HDD of the disk array enclosure.
IN port
Connect IN port to the host (such as ESS5016D) or the OUT port of the upper­level disk array enclosure. Access the HDD of the disk array enclosure via the IN port.
COM
Access system via COM. It is mainly for device debug.
Indicator light
The RUN light is on when device has booted up and is working.
M/S is main control indicator light. The light is on when system is working properly. The light is off when the system is abnormal.
The ERR light is on when system is malfunction. The ERR light is off when system is working properly.
The SPD light is on when the HDD access speed is abnormal. The SPD light is off when HDD access speed is normal.
OUT port
Connect OUT port to the sub-level disk array enclosure to realize cascade connection.
OUT port indicator light
The Link light is on when OUT port has connected a sub-level device. SN
Name
Function
1
Power on-off button
Press it to boot up the device. Press it for 5 seconds to shut down the device.
2
HDD indicator light
When system HDD is reading or writing, the blue light becomes flash.
You can refer to the following sheet for detailed information of main control module.

5.5 ESS3124S-J/ ESS3124S-JR

5.5.1 Front Panel

The front panel is shown as below. See Figure 5-9.
Figure 5-9
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SN
Name
Function
3
Alarm indicator light
The red light is flashing when there is an alarm or abnormal situation.
4
Network indicator light
Reserved

5.5.2 Rear Panel

The rear panel has two types: single power and redundancy power. These two types have slight difference on the power module and fan module. Please check carefully. The single power mode rear panel is shown as below. See Figure 5-10.
Figure 5-10
The redundancy power series rear panel is shown as in Figure 5-11.
Figure 5-11
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SN
Port
Description
1
Fan
For ventilation
2
Power port
Connect to AC power.
System beeps when you remove the redundancy power. System beeps when the power voltage or temperature of the main board or the rear panel is too high or too low.
3
IN port indicator light The Link light is on when the IN port has
connected to the host or the upper-level disk array enclosure.
The Access light is on when the host is accessing the HDD of the disk array enclosure.
4
IN port
Connect IN port to the host or the OUT port of the upper-level disk array enclosure. Access the HDD of the disk array enclosure via the IN port.
5
COM
Access system via COM. It is mainly for device debug.
6
Indicator light
The RUN light is on when device has booted up and work properly.
M/S is main control indicator light. The light is on when system is working properly. The light is off when the system is abnormal.
The ERR light is on when system is malfunction. The ERR light is off when system is working properly.
The SPD light is on when the HDD access speed is abnormal. The SPD light is off when HDD access speed is normal.
7
OUT port
Connect OUT port to the sub-level disk array enclosure to realize cascade connection.
8
OUT indicator light The Link light is on when OUT port has connected
a sub-level device.
The Access light is on when there is data accessing on the OUT port.
Please refer to the following sheet for detailed information.

5.6 ESS3124D-JR

5.6.1 Front Panel

The front panel is shown as below. See Figure 5-12. The HDD slot number ranges from left to right, from top to the bottom.
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SN
Name
Function
①
Power on-off button
Press it to boot up the device. Press it for 5 seconds to shut down the device.
②
HDD Indicator Light
When system HDD is reading or writing, the blue light becomes flash.
③
Alarm Indicator Light
The red light is flashing when there is an alarm or abnormal situation.
④
Network Indicator Light
The blue light is flashing when the network connection is OK.
SN
Port
Function
1
Fan
It is for case ventilation.
2
Power port
Connect to AC power supplying source.
3
Main control module
It is about all kinds of ports and indictor light introduction. Please refer to the following sheet.
Port/Indicator Light
Function
IN port indicator light The Link light is on when the IN port has connected to the host or the upper­level disk array enclosure.
The Access light is on when the host is accessing the HDD of the disk array enclosure.
IN port
Connect IN port to the host (such as ESS5024D) or the OUT port of the upper­level disk array enclosure. Access the HDD of the disk array enclosure via the IN port.
COM
Access system via COM. It is mainly for device debug.
Figure 5-12

5.6.2 Rear Panel

The ESS3124D-JR rear panel is shown as In Figure 5-13.
Figure 5-13
You can refer to the following sheet for detailed information of the rear panel.
You can refer to the following sheet for detailed information of main control module.
80
Indicator light
The RUN light is on when device has booted up and is working.
M/S is main control indicator light. The light is on when system is working properly. The light is off when the system is abnormal.
The ERR light is on when system is malfunction. The ERR light is off when system is working properly.
The SPD light is on when the HDD access speed is abnormal. The SPD light is off when HDD access speed is normal.
OUT port
Connect OUT port to the sub-level disk array enclosure to realize cascade connection.
OUT port indicator light
The Link light is on when OUT port has connected a sub-level device.
SN
Name
Function
1
Power on-off button
Press it to boot up the device. Press it for 5 seconds to shut down the device.
2
Power Indicator Light
When the light is blue, the power connection is OK.
3
HDD indicator light
When system HDD is reading or writing, the blue light becomes

5.7 ESS3148S-J/ ESS3148S-JR

5.7.1 Front Panel

The front panel is shown as below. See Figure 5-14.
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Figure 5-14
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SN
Name
Function
flash.
4
Alarm indicator light
The red light is flashing when there is an alarm or abnormal situation.
5
Network indicator light
Reserved

5.7.2 Rear Panel

The rear panel has two types: redundancy-power and 4-power. These two types have slight difference on the power module and fan module. Please check carefully. The redundancy-power mode rear panel is shown as below. See Figure 5-15.
The 4-power series rear panel is shown as in Figure 5-16.
Figure 5-15
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SN
Port
Function
1
Fan
It is for case ventilation.
2
Slave control module
It is about all kinds of ports and indictor light introduction. Please refer to the following sheet.
3
Power port
Connect to AC power supplying source.
4
Main control module
It is about all kinds of ports and indictor light introduction. Please refer to the following sheet.
Port/Indicator Light
Function
IN port indicator light (Link/Access) The Link light is on when the IN port has connected to the host or the upper-level disk array enclosure.
The Access light is on when the host is accessing the HDD of the disk array enclosure.
IN port
Connect IN port to the host or the OUT port of the upper­level disk array enclosure. Access the HDD of the disk array enclosure via the IN port.
CONSOLE
COM port. It is to debug the device and view the login command interface.
Figure 5-16
Please refer to the following sheet for detailed information of the rear panel.
Please refer to the following sheet for detailed information of the main control module.
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Port/Indicator Light
Function
RUN
The light is on after system booted up and begins running.
M/S
Master control indictor light.
The light is on when system is malfunction.  The light is off when system is running properly.
ERR
System error indictor light.
The error light is on when system is abnormal.  The error light is off when system is running
properly.
SPD
HDD speed indictor light. The SPD light is on when the HDD accessing speed
is abnormal.
The SPD light is off when the HDD accessing speed
is normal.
OUT port
Connect OUT port to the sub-level disk array enclosure to realize cascade connection.
OUT indicator light (Link/Access) The Link light is on when OUT port has connected a sub-level device.
The Access light is on when there is data accessing on the OUT port.
Port/Indicator Light
Function
CONSOLE
COM port. It is to debug the device and view the login command interface.
RUN
The light is flashing after system booted up and begins running.
M/S
Slave control indictor light.
The light is on when system is malfunction.  The light is off when system is running properly.
ERR
System error indictor light.
The error light is on when system is abnormal.  The error light is off when system is running properly.
SPD
HDD speed indictor light.
The SPD light is on when the HDD accessing speed is abnormal.  The SPD light is off when the HDD accessing speed is normal.
Enclosure
Host
ESS2016X-J
ESS3116S-J
ESS3124S-J
ESS3148S-J
ESS2016X
Cascade No.
2 2 2
1
HDD No.
48
48
64
64
ESS5016S
Cascade No.
4 4 4
2
HDD No.
80
80
112
112
Please refer to the following sheet for detailed information of the slave control module.

5.8 Disk Array Enclosure Cascade Connection

5.8.1 Cascade Connection Sheet

5.8.1.1 Single-Controller Series
For the single-controller series product, there is only one main control module and it can only connect to the single-controller host. Please refer to the following sheet for host model they can connect to and then recommend HDD amount and max HDD amount.
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ESS5024S
Cascade No.
4 4 4
2
HDD No.
88
88
120
120
ESS5048S
Cascade No.
3 3 3
1
HDD No.
96
96
120
96
ESS5064S
Cascade No.
2 2 2
1
HDD No.
96
96
112
112
EVS5000
Cascade No.
2 2 2
1
HDD No.
48
48
64
64
EVS7024S
Cascade No.
4 4 4
2
HDD No.
88
88
120
120
EVS7048S
Cascade No.
3 3 3
1
HDD No.
96
96
120
96
Enclosure
Host
ESS3116D-J
ESS3124D-J
ESS5016D
Cascade No.
4
4
HDD No.
80
112
ESS5024D
Cascade No.
4
4
HDD No.
88
120
ESS5064D
Cascade No.
2
2
HDD No.
96
112
EVS7024D
Cascade No.
4
4
HDD No.
88
120
5.8.1.2 Dual-Controller Series
For the dual-controller series product, there are two main control modules and it can only connect to the dual-controller host. Please refer to the following sheet for host model they can connect to and then recommend HDD amount and max HDD amount.

5.8.2 Cascade Connection Sample

5.8.2.1 Single-Controller Series
Important Please use SAS cable to connect the main control module of the disk array enclosure to the main control module of the host respectively. Otherwise, it may result in disk array enclosure error if you misconnect or forgot to connect the SAS cable!
When connect ESS2016X to ESS2016X-J, the interface is shown as below. See Figure 5-17.
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Figure 5-17
When connect the ESS50XXS to the ESS31XXS-J, the interface is shown as below. See Figure 5-18.
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Figure 5-18
5.8.2.2 Dual-Controller Series
Important Please use SAS cable to connect the main control module of the disk array enclosure to the main control module of the host respectively. Otherwise, it may result in disk array enclosure error if you misconnect or forgot to connect the SAS cable!
Here we are going to connect the ESS50XXD to the ESS31XXD-JR series product. See Figure 5-19. If you want to connect to the EVS series product, please connect the IN port of the disk array enclosure to the SAS port of the host.
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Figure 5-19

5.9 Boot up Disk Array Enclosure

Here we introduce the disk array enclosure and host connection. Please make sure you have booted up disk array enclosure before you boot up the host.
a) Refer to Figure 5-1 to connect the power cable to the power port. b) The power button of the rear panel is ON. (Please skip this step if there is no on-off
button at the rear panel).
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Parameter
Setup
Disk information
On Disk information interface to view disk array enclosure disk information. Please refer to chapter 3.4.1.
Add RAID
On Raid interface, select a RAID group on the disk array enclosure. Please refer to chapter 3.4.3.
Add storage pool
On Pool interface to create storage pool on the disk array enclosure. Please refer to chapter 3.4.4.
iSCSI
On iSCSI interface to create iSCSI share on the storage pool of the disk array enclosure.
Share
On share interface to select the storage pool from the disk array enclosure.
c) Press the power button on the front panel of disk array enclosure. The light is blue after
system boots up properly.
d) Please wait until the device boots up. The RUN light of the rear panel flashes when
system boots up successfully.
e) Boot up host after you have connected SAS cable.

5.10 Shut Down Disk Array Enclosure

a) Please make sure you have shut down host. See chapter 2.5.
b) Press power button to shut down disk array enclosure.
Important Do not turn off disk array enclosure when the host is still running, or remove/insert the SAS cable between these two devices. Otherwise, it may result in disk array enclosure setup and data loss!

5.11 Disk Array Enclosure Setup

Please note disk operation and share applications of disk array enclosure are on WEB interface of the host. Please refer to the following sheet for general setup information.

5.12 Update

5.12.1 Preparation

The disk array enclosure is mainly to expand the network storage capacity.
a) Before the update operation, please make sure you have backed up the important data
on the disk array enclosure.
b) Login the WEB interface of the host; stop share service and RAID synchronization
process on the disk array enclosure manually.
c) Save the update application such as General_ESSXXXXX-
Internel_V1.500.0001.6T.130824.bin.

5.12.2 Update Steps

All update steps of the disk array enclosure are on the WEB interface of the host. Please use a SAS cable to connect the disk array enclosure to the host.
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a) Open the browser and input the IP address of the host. Click Enter button, you can see
system login interface. See Figure 5-20. Input administrator user name and password. Default user name is admin and password is 888888888888.
Figure 5-20
b) From System->Upgrade interface, and then select disk array enclosure type from the
dropdown list. See Figure 5-21.
Figure 5-21
c) Click Browse button; select the applications you want to update. Please save the update
applications on the PC before the update begins.
d) You can see system pops up a dialogue box for you to confirm update operation.
Please click OK to continue. See Figure 5-22.
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Figure 5-22
e) It may take about one minute to update. Please wait. f) After the update process, please shut down the host according to the system dialogue
box and then reboot the disk array enclosure. Finally boot up host.

5.12.3 Check Update Result

After the update operation, from the system->Enclosure, you can select disk array enclosure from the dropdown list. Now you can see current version number. See Figure 5-23.
Figure 5-23
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RAID Level
Note
Min Disk Needed
RAID0
RAID0 is so called Striped Disk Array without Fault Tolerance. It represents the highest storage performance in RAID level. RAID0 is to read-write continue data in several HDD. So, system data query will be performed in several HDDs at the same time.
2 RAID1
It is also called Mirror or mirroring. Its aim is to maximally guarantee data safety and restorable. RAID1 is to automatically copy user input data fully to other RAID1 HDDs.
2
RAID3
RAID3 does not backup the storaged data. It saves the data information on the member HDD of the RAID3 and save the verification information on the verification HDD of the RAID3. The verification information and the corresponding data are saved on different HDDs. When one HDD of the RAID3 is damaged, it can use the left data and then corresponding verification information to restore the damaged data. At the same time, the RAID10 has the low storage space usage rate (50%)as the RAID1.
RAID10
RAID10 assembles RAID0 and the RAID1. It uses the high read/write speed of the RAID0 and the generally high data protection and restores capability of the RAID1. These entire make RAID10 has higher performance and security level.
RAID5
RAID5 does not backup the storage data. Instead, it will memorize data and corresponding verification information to HDDs of RAID5. The data and verification information will be backed up in different HDDs respectively. When data in one of the HDDs is damaged, system can use the rest data and corresponding verification information to restore the lost data.
3 RAID6
Based on the RAID 5, the verification disk is two. The data and verification information will be backed up in different HDDs respectively. When data in two of the HDDs is damaged, system can still use the rest data and corresponding verification information to restore the lost data.
4
RAID50
RAID50 assembles the RAID5 and the RAID0. It uses multiple-group RAID5 to form the RAID50 as the RAID0 mode. It can have the high read/write speed of the RAID0 and it also has the data protection and restores capability of the RAID5. Comparing with the RAID10, RAID50 enhance the storage space usage rate. It max supports one malfunction HDD on each sub-RAID5. It can use the data on other HDDs to restore the data.
RAID60
RAID60 is based on RAID6,RAID0. Use multiple group of RAID6 to

6 Appendix A--- RAID Introduction

6.1 About RAID

RAID is an abbreviation for Redundant Array of Independent Disks. It is to combine several independent HDDs (physical HDD) to form a HDD group (logic HDD) to provide more storage capacity and data redundancy. Now it consists of seven levels, ranging from RAID0 to RAID6.

6.2 RAID Level

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