Raspberry Pi Case-LTRIG

Raspberry Pi 2.5 inch SATA HDD/SSD X825 V2.0 Shield + X708 UPS Board for Raspberry Pi 4 Modle B customize

$61.74 USD

~~$0.00 USD~~ $61.74 USD

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Color Bundle1 Bundle2 Bundle3

Quantity

NOTES

Not include Raspberry Pi 4B & 2.5" SATA HDD & 18650 Batteries.
A microSD card is required for forceing the Raspbian OS to use the HDD/SSD for its "root" partition
Additional USB3.0 A Male to A Male cable is required (not supplied)
Do not power your Raspberry Pi via the Pi's 40-pin header and Type-C USB socket at the same time
We do not recommend using Samsung hard drives,Please use hard drives of other brands

Overview：

The X825 expansion board provides a complete storage solution for Raspberry Pi 4 Model B, it supports up to 4TB 2.5-inch SATA hard disk drives (HDD) / solid-state drive (SSD). Only 2.5 inch SATA interface HDD/SDD hard disk is suitable for X825 Board;

Features：(X825 V2.0 expansion board )

Add 4 test pins to achieve powered between X825 V2.0 and Pi4 without additional cable. You can get power from the PI4's Type-C port or X825 V2.0 DC JACK power socket.
Removed the on-board power button and 4-pin external switch interface. You can connect the X735 board for software safe shutdown & power management .
Supports upto 4TB 2.5-inch SATA hard disk drives (HDD) / solid-state drive (SSD) 【not recommend to use Samsung SSD】(Theoretically it can work with 6TB or 8TB as well. But actually we do not test the X825 board with 6tb or 8tb HDD, you can have a try.)
Ideal storage solution for Raspberry Pi 4 Model B
LED red indicator indicates powered status and blue indicator indicates drive status
USB 3.1 Gen1 to SATA 6Gb/s Bridge Controller
Quick file transfer with high-speed USB 3.1 connectivity from a PC or a Mac

Features：(X708 V1.2 expansion board )

Smart and powerful Uninterruptible Power Supply (UPS)

Provides continuous operations for up to 10~30hours (depending on battery type and qty used)
Max 5.1V 8000mA Power Backup for even the most demanding RPi set ups
Supports 2A/3A fast battery charging
Integrated over current protection and over voltage protection
Integrated Maxim's fuel-gauge systems (Reading battery voltage and percentage via i2c)
Integrated 10-A fully-integrated synchronous boost converter
Intelligent automatic charging and discharging
Operate in both charge mode and boost mode to allow full system management and battery power mgt
Integrated IN-to-SYS pass-through path to pass the input voltage to the system
Advanced system power-path management avoids batteries frequent charging and discharging
Advanced system power-path management allows 3A fast charging and powering Raspberry Pi at the same time
On-board 4 green LEDs indicate battery charging and discharging levels of 25%, 50% , 75% and 100%
Batteries attach via PH2.0-2P or XH2.54-2P
Intelligent and safe power management
Equipped with momentary button for easy power control
Press the button to turn on
Press the button and hold for 1~2seconds to reboot
Press the button and hold for 3~7seconds to implement safe shutdown
Press the button and hold for >8seconds to force shutdown
Supports safe shutdown and full poweroff from software
On-board blue LED shows the status of power on, reboot and shutdown
AC power loss or power adapter failure detection (LED and GPIO indication)
Optional to enable Auto power on when power applied or restored
Automatic safe shutdown when battery low (voltage <3.0V)
Ultra-low standby power consumption to maximize battery life
Integrated cooling fan that allows the heat from your Raspberry Pi to dissipate!
Completely solve the overheating problem of your Raspberry Pi
Efficient drop temp of Raspberry Pi CPU

Misc

Powers the Raspberry Pi via the 40-pin header - no additional cabling required
Standard Raspberry Pi extension interface, compatible with other expansion boards
DC power jack (5.5*2.5mm) and Type-C socket convenient for power input
On-board PH2.0 connector allows to connect external power switch and DIY your perfect case
On-board XH2.54 power output connector allows to power other devices
Mounting holes and standoffs provide mechanical stability of the Raspberry Pi and X708 assembly