Difference between revisions of "X880"

Latest revision as of 17:48, 19 July 2023

X880 Interface

X880 Packing List

X880 PCB Layout

X880 RAID INSTRUCTION

X880 A1 A2 Packing List

X880 A1 screw holes

X880 A2 screw holes

X880-A1-A2

X880+X880 A1 A2

X880-C1+X880+X880-A1-A2

X880-C1+X880+X880-A3

Overview

This X880 USB 3 to dual SATA Gen3 ports shield makes it easy to add high-capacity, high-performance external data storage to your Raspberry Pi 4.The dual SATA shield supports two 2.5" or 3.5" SATA hard drives with ultra-fast data transfer speeds and configurable RAID modes. This dual SATA shield delivers fast file transfer rates up to 5Gbps with USB 3.1 Gen 1 performance. It supports SATA I, II and III and is enhanced with UASP to maximize the performance and speed of your SATA III drives. The dual SATA shield provides an effective solution for Raspberry Pi 4 to store, access, back up, and protect important files.

NOTE:

The current X880 does not have standby function.(August 2022)
Please use the same type of hard drive,HDD+HDD or SSD+SSD； an error will be reported when using SSD+HDD.
We do not recommend using Samsung hard drives,Please use hard drives of other brands.
Not supported for use with the X735 Power Management Board or X708/X728 UPS board.

About creating an X880 NAS：

Plan 1

Raspberry Pi 4 Model B x1
2.5 or 3.5 HDD x2
X880 V1.1 Dual SATA Gen3 HDD Shield x1
X880-A1 A2 Board x1
X880-C1 Metal Case x1

Plan 2

Raspberry Pi 4 Model B x1
2.5 or 3.5 HDD x2
X880 V1.1 Dual SATA Gen3 HDD Shield x1
X880-A3 Acrylic Plate x2
SATA 7+15pin male to female HDD Power Extension Cable x2
X880-C1 Metal Case x1

Please note: x880 is a hardware RAID. It supports RAID at the hardware level and does not require any software configuration. This has nothing to do with software, even if OMV does not support RAID settings;

Important!!

For better system compatibility & performance, Please format your HDD/SSD to Ext4 file system.

Features

Ideal storage solution for Raspberry Pi 4 - Dual SATA Gen3 ports Shield
Create high performance storage with a dual SATA HDD RAID array through USB 3.1 (5Gbps)
Supports Standard Desktop 2.5"/3.5" SATA Hard Drives or SSD
Supports SATA I, II and III and is enhanced with UASP to maximize the performance and speed of your SATA III drives
Supports Transfer Speeds up to 5Gbps (USB 3.0),480Mbps (USB 2.0), 12Mbps (USB 1.1)
Supports hardware JBOD, RAID0(striping), RAID1(mirror), Normal mode
Supports mode select via jumper setting
Plug-and-play, no drivers needed
Powers the Raspberry Pi 4 via test pins - Only one PSU required
Specially-made USB3.1 jumper to connect with RaspberryPi - no additional cables needed
LED blue indicator indicates each drive status
Mounting holes and standoffs provide mechanicalstability of the RaspberryPi and X880 assembly
Heat dissipation solution:We recommend use embedded radiator P165-A or P165-B
Supports installation of X880-A1 A2 2.5 "/ 3.5" SATA SSD/HDD Shield

Raid Setting

[About Raid]

【RAID setup and Jumper setting】

＊Warning : Please backup your data before setup and switch, otherwise you maybe lost your data.

1. Install the HDDs

2. Please connect the X880 to your PC or Raspberry Pi board and keep power on

3. Switch RAID mode

Set the switch button to your preferred RAID mode(PM/RAID 0/RAID 1/SPAN) as per the RAID illustration table.
Press the SET button for about 5 seconds, and release it till the blue LED indicators starts flashing.
After RAID mode changed, please confirm that the PC can recognize the disk(s) properly and shows the right capacity.

or you can run the fdisk -l command to view the hard drive on raspberry pi OS when you connect x880 to raspberry pi board:

fdisk -l

You can found two hard drives if you select 'clear raid mode'(this is PM model)

pi@raspberrypi:~ $ fdisk -l
fdisk: cannot open /dev/ram0: Permission denied
fdisk: cannot open /dev/ram1: Permission denied
fdisk: cannot open /dev/ram2: Permission denied
fdisk: cannot open /dev/ram3: Permission denied
fdisk: cannot open /dev/ram4: Permission denied
fdisk: cannot open /dev/ram5: Permission denied
fdisk: cannot open /dev/ram6: Permission denied
fdisk: cannot open /dev/ram7: Permission denied
fdisk: cannot open /dev/ram8: Permission denied
fdisk: cannot open /dev/ram9: Permission denied
fdisk: cannot open /dev/ram10: Permission denied
fdisk: cannot open /dev/ram11: Permission denied
fdisk: cannot open /dev/ram12: Permission denied
fdisk: cannot open /dev/ram13: Permission denied
fdisk: cannot open /dev/ram14: Permission denied
fdisk: cannot open /dev/ram15: Permission denied
fdisk: cannot open /dev/mmcblk0: Permission denied
fdisk: cannot open /dev/sda: Permission denied
fdisk: cannot open /dev/sdb: Permission denied

or

You found only one hard drive if you select the RAID0/RAID1/SPAN model

pi@raspberrypi:~ $ fdisk -l
fdisk: cannot open /dev/ram0: Permission denied
fdisk: cannot open /dev/ram1: Permission denied
fdisk: cannot open /dev/ram2: Permission denied
fdisk: cannot open /dev/ram3: Permission denied
fdisk: cannot open /dev/ram4: Permission denied
fdisk: cannot open /dev/ram5: Permission denied
fdisk: cannot open /dev/ram6: Permission denied
fdisk: cannot open /dev/ram7: Permission denied
fdisk: cannot open /dev/ram8: Permission denied
fdisk: cannot open /dev/ram9: Permission denied
fdisk: cannot open /dev/ram10: Permission denied
fdisk: cannot open /dev/ram11: Permission denied
fdisk: cannot open /dev/ram12: Permission denied
fdisk: cannot open /dev/ram13: Permission denied
fdisk: cannot open /dev/ram14: Permission denied
fdisk: cannot open /dev/ram15: Permission denied
fdisk: cannot open /dev/mmcblk0: Permission denied
fdisk: cannot open /dev/sda: Permission denied

4. Set CLEAR RAID mode (PM, factory default setup)

Press the SET button for about 5 seconds then and release it till blue LED indicators starts flashing.
After above processes, the setup for CLEAR RAID is done.

[NOTE]

Once you set the RAID mode successfully, you need to partition&format&mount the hdd/ssd, so that it can be recognized by your Raspberry Pi OS. please refer to How to View/Partition/Format/Mount HDD/SSD

How to Power

Power supply: 12Vdc +/-5% , ≥3A, via DC 12V IN Port of X880
Ports & Connectors: DC jack - 5.5x2.1mm

Important Note: Please use high quality power adapter that with inner protection with X880, the low quality PSU may damage the X880 board and not recognized the HDD/SSD.

Packing List

X880:

1 x X880 V1.1 Dual SATA Gen3 HDD Shield
1 x USB connector
2 x Jumper link Pitch 2.54mm
6 x M2.5 *4mm Screws
2 x M2.5 *8+3mm Spacers
2 x M2.5 *8mm Spacers

X880 A1 A2:

1 x X880-A1 2.5 "/ 3.5" SATA SSD/HDD Shield
1 x X880-A2 2.5 "/ 3.5" SATA SSD/HDD Shield
2 x SATA 7+15pin male to female HDD power extension cable（20.5cm and 15.0cm）
4 x M2.5 *10mm Screws
12 x M3 *6mm Screws
4 x M3 *18+6mm Spacers
4 x M3 *18mm Spacers

X880-A1-A2

The X880-A1 and X880-A2 are two pcs PCB boards with positioning holes that use to hold the 2.5" or 3.5" HDD/SSDs to use with X880 board togehter. Also include 2pcs SATA 7+15pin Male to Female Cables.

Matching Metal Case

X880-C1

Please refer to X880-C1. The X880-C1 is released on March 2022.

X880-A3

X880-A3 is the acrylic plates with 2mm thickness that use with X880-C1 metal case to hold the HDD/SSDs. It has the same function as X880-A1-A2, can replace the X880-A1-A2. But you will need 2pcs SATA 7+15pin Male to Female Cables.