background image

Phalanx II NAS 

User Manual 

 

Phalanx II User Manual                                                  7                                                         Rev. B      May 2019 

2.

 

Create a File System (FS) on the RAID set. 

3.

 

Mount the File System. 

4.

 

Create a Share (shared folder) on the FS. 

5.

 

Assign user permissions to the Share. 

6.

 

Enable a file transfer Network Protocol. 

7.

 

Assign the Share to a Network Protocol (NFS/CIFS). 

WARNING:

 Do not unmount, delete, or in any way modify “/dev/sdc”. This is the 

systems OS drive. Any changes to this system device can render the NAS inoperable. 

Note: After each configuration change, apply the changes via the yellow banner at the 
top of the information window before making further modifications.   

1. Create a RAID Set  

A RAID set is a group of disk drives that are logically connected together to allow for 
greater capacity and/or redundancy than an individual disk drive. The Phalanx II 
supports two levels of RAID:  

-

 

RAID0 - combines the capacity of two disk drives together to create one, 
larger, disk. Provides a fast storage pool, but is not redundant. If one disk 
fails, all data is lost. 

-

 

RAID1 – Mirrors two disks so that if one disk fails, all data is still 
persevered. Only has the capacity of one of the two disks. Enhanced read 
performance to multiple clients. 

To create a RAID set with the two data drives installed in the Phalanx II, select the 
“RAID Management” tool under “Storage” on the left side of the GUI.  

-

 

Once in the RAID Management window, select the “Create” button. This 
will open a new window that will allow the user to assign a name to the 
RAID set, select the RAID level, and assign the storage devices to be 
used. 

-

 

Assign a name to the RAID set. 

-

 

Select the RAID level from the pull down menu. Select either Stripe 
(RAID0) or Mirror (RAID1). Other RAID levels are either not supported 
due to the number of drives installed in the Phalanx II, or are not 
recommended. 

-

 

Select the checkboxes next to the two drives (/dev/sda and /dev/sdb) that 
are displayed to use the drives in the RAID set. 

-

 

Select “Create” and wait for RAID set to complete building before 
continuing on to creating a file system on the RAID set. When the RAID 
set is done building, a new storage device will be presented to the NAS 

Summary of Contents for PHALANX II

Page 1: ...PHALANX II Network Attached Storage User Manual...

Page 2: ...Manual 1 Rev B May 2019 Table of Contents Introduction 2 Safety Precautions 3 Warnings 3 Specifications 4 Default System Configuration 5 NAS Administration 6 Periodic Maintenance 11 Frequently Asked Q...

Page 3: ...provides multiple protocols to present robust storage across Ethernet networks An easy to use Graphic User Interface GUI is provided to allow for configuration and administration of its high performan...

Page 4: ...ed safety measures WARNINGS Do not attempt to alter any part of the product Do not allow the product to come into contact with water or any other liquids in a manner not in keeping with the design spe...

Page 5: ...B 2 0 1x Audio Mic in Line out 3 x SATA 1 x mPCIe 8 IO s 4x GPIO s 4 x Serial port 2x RS232 2xRS422 Input Voltage 12 36VDC Power Consumption 50W Max Power supported by two 2 5 drives Up to 25W Operati...

Page 6: ...work Data 10Gb Ethernet 2 J6 enp1s0f1 10 0 3 1 Default User Credentials Username Password Where Used root password Operating system root user admin password GUI administration login user password Netw...

Page 7: ...GUI window there is an array of Tools which can be selected to administer the NAS On the right of the screen is the window that displays information and or options for the items that are selected on...

Page 8: ...not redundant If one disk fails all data is lost RAID1 Mirrors two disks so that if one disk fails all data is still persevered Only has the capacity of one of the two disks Enhanced read performance...

Page 9: ...ystem type from the pull down menu EXT4 is recommended for most applications Select the OK button and wait for the file system to complete building This can take a very long time depending on the RAID...

Page 10: ...s will assign read write access to the newly created share for the username user default password password Apply the changes via the yellow banner at the top of the information window before making fu...

Page 11: ...nd then select the Save button Apply the changes via the yellow banner at the top of the information window before making further modifications Client Access Users can access these share by pointing t...

Page 12: ...Ion follow these steps Remove four 4 M2 5x6 Socket cap screws using an Allen wrench from the battery cover Using tweezers carefully remove the battery cover and battery from the chassis Install the n...

Page 13: ...rfaces Utilizing the 10Gb interface for management while recording high speed data across the same interface could impact performance If this performance impact is not a concern accessing the GUI via...

Page 14: ...007 AN1 Z1AS FISCHER 2 Chassis I O and Mating Connectors Note Pin outs are for cables that are terminated in commercial connectors For point to point connections verify correct polarity connection to...

Page 15: ...J1 49 GBE1_MDI3_N_CON 8 J1 Gigabit Ethernet Port 2 Pin Number Signal Name S0 J1 30 SER0_RX_RS232 2 J1 36 SER0_TX_RS232 3 J1 35 GND 5 J1 RS232 S0 Pin Number Signal Name S1 J1 38 SER1_RX_RS232 2 J1 37...

Page 16: ...J1 USB2 0 P4 Pin Number Signal Name USB2 0 P5 J1 2 VCC_USB2 0_5 1 J1 9 USB5_N_CON 2 J1 8 USB5_P_CON 3 J1 1 GND_USB2 0_5 4 J1 USB2 0 P5 Function Pin Number Signal Name MIC IN Speaker OUT Audio IN J1 3...

Page 17: ...GND_USB3 0_0_CON 4 8 USB0_SSRX_CON_N 5 7 USB0_SSRX_CON_P 6 2 GND_USB3 0_0_CON 7 6 USB0_SSTX_CON_N 8 5 USB0_SSTX_CON_P 9 J2 USB3 0 P1 J3 USB3 0 P2 pin detail Pin Number Signal Name USB3 0 P2 4 VCC_USB...

Page 18: ...4 DPA_TMDS_D2_N 1 J4 15 DPA_TMDS_D2_P 2 J4 2 GND 3 J4 6 DPA_DDC_CLK 6 J4 5 DPA_DDC_DATA 7 J4 11 DPA_TMDS_D1_N 9 J4 12 DPA_TMDS_D1_P 10 J4 4 GND 11 J4 1 DPA_TMDS_PWR 14 J4 10 GND 15 J4 7 DPA_TMDS_HPD 1...

Page 19: ...2 PORT1_MDI0 2 J5 3 PORT1_MDI1 3 J5 5 PORT1_MDI2 4 J5 6 PORT1_MDI2 5 J5 4 PORT1_MDI1 6 J5 7 PORT1_MDI3 7 J5 8 PORT1_MDI3 8 J5 10Gigabit Ethernet Port 1 Pin Number Signal Name 10G ETH2 J6 1 PORT2_MDI0...

Reviews: