【Product Details】

PoE Power Supply

[] Support PoE mode Ethernet power supply;

[] Support IEEE802.3AF/AT;

[] With fully isolated switching mode power supply (SMPS);

[] PoE module output up to 5V 4.5A, please make sure the PSE device could offer 30W output;

[] If the RPi 5 is in standby or running mode with low power,it can also supply power to other devices through the USB-C port, up to 5V3A.

Specially designed for RPi 5

Design based on the RPi 40PIN GPIO interface,

the top leads to pin headers for easy access to other RPi expansion boards.

Specially designed for RPi 5

PoE module could mount on the top of the board(A) or embedded in the board(B).

40Pin GPIO extended by connector.

note that: not all the 40Pin GPIO soldered but all the signals connected.

Size:65mm*56mm.

A version

[] The embedded version will block theCSI/DSI interface, and only works with original RPi5 cooler.

[] The embedded version has USB-C interface, could output up to 5V3A.

B version

[] The embedded version will block theCSI/DSI interface.

[] The embedded version has USB-C interface, could output up to 5V3A.

 NVME SSD Speed test

[] The theoretical bandwidth of Raspberry Pi's official PCle Gen2 mode is 5Gbps, and the theoretical bandwidth of PCle Gen3 mode is 8Gbps.

[] Summary: The performance of Gen3 mode is doubled compared to Gen2 mode!

NVME SSD User guide

[] Follow the PCle enable process on the Raspberry Pi official website.

https://www.raspberrypi.com/documentation/computers/raspberry-pi-5.html#booting-from-pcie

[] The SSD is only used as a extra storage:

Open config.txt and add the following two lines at the end:

dtparam=nvme

dtparam=pciex1_gen=3

The second line is used to set the interface mode. The bandwidth of gen2

mode is 5Gbps and the bandwidth of gen3 mode is 8Gbps.

If not set, it defaults to gen2.

[] How to set up for booting from SSD:

[]  Set boot options:

sudo rpi-eeprom-config --edit

Modify BOOT_ORDER to:

BOOT ORDER=0xf416

Enable PCIE_PROBE:

PCIE_PROBE=1

Then save, exit and restart.

[]  Write the system to SSD (requires a SSD card reader):

You can use tools such as Raspberry Pi lmager under Windows/Linux/Mac to write the image to SSD.

You can also use the TF card to start the Raspberry Pi system first, and then use the command line to install Imager:

sudo apt install rpi-imager

Then you can write the image to the SSD directly under the Raspberry Pi.

16Pin 0.5mm pitch FPC

Cable

with shieling and PCle 90R differential pair impedance control.

[] MPS2242-POE-A

[] MPS2242-POE-B

To：

Dear Customers, There may be a lag of several hours before we could process your order, depending on the time difference between your location and ours. Sincerely hoping your understanding!

Email(support)

services01@spotpear.com