Yes, you can assign IPs to the PoE ports too. It also uses a DSA driver.

Thank you for the feedback. We are hoping to add support for some Rockchip modules soon.

While I've still never seen this issue with our production v1.5 boards, we have seen it with a prototype board, and disabling eee fixes the issue for us. So the latest image disables eee. Hopefully that fixes your problem.

Yes, you can assign IPs to each port individually. The latest image uses the linux DSA drivers. We might release an openwrt image in the future if there is interest.

My guess is that the ATX power supply turned 5v off, and usb could not be enumerated. What power supply do you have?

I've got the Banana Pi CM4 board working. There is also a Banana Pi CM5 coming that should work too. The Radxa CM4/CM5 boards are not compatible. Our Banana Pi CM4 image should be ready in a week or two.

I am currently working on a new image that uses kernel 6.1 with the mainline DSA driver. It should be ready in a week or two.

This is not normal behavior. Do you have a spare CM4 you can try?

So networkctl reports the status of "eth0" for the poe interfaces because they are vlan, so just ignore those values. As for swconfig, there is a bug in the driver that always causes it to report half-duplex even when it is full-duplex. We will get a fix out soon.

I believe both chips have the ability to read the mac address tables, but neither driver supports it.

This is correct, port 6 is used for poe0-X (J10 on the board).

We are not using the dsa driver, so that documentation does not apply, we are using the openwrt driver. Source code is on our downloads page. We have not connected the reset pin to gpio, however, you can use swconfig to do a software reset.

Please see /usr/libexec/config-rtl8367rb.sh for vlan configuration: # rtl8367rb has 7 ports # port 0 is the cpu port # ports 1-4 are the gigabit ethernet ports # ports 6-7 are the expansion rgmii ports # ip179h has 9 ports # port 8 is the uplink port

You have to subtract another 6.4W for the PSU (32W * 0.2). You also have to subtract 5W for the usb hub, ethernet switch, and hdd controller. That leaves 5.4W (32 - 6.4 - 2 * 4 - 2 * 0.6 - 7 - 5). You also have to subtract any powered USB devices.

We use a kernel module to talk to our AW9523, but this is not necessary. You can use i2cget/set from the i2c-tools package.

To follow up, the pi folks are still working on their 5.19 kernel, so we haven't tested it yet. Once its released, we will take a look. I wanted to note however, that 5.19 only supports RTL8367RB-VB (VB == version B), not RTL8367RB. Going forward, we will be only be using RTL8367RB-VB, but some of our boards use RTL8367RB. To determine which type you have, look at the bottom number on the chip. It should start with a G. If it ends with a B, you have the RTL8367RB-VB. In theory, the new DSA kernel driver could be extended to support the previous chip, but the older chip uses a different method of detection and different init values.

I'm not sure whats up with that FAQ entry. It should state that VLANs can be reconfigured by editing `/usr/libexec/config-rtl8367rb.sh`. Sounds like you want to set up Linux IP masquerading. Googling `nftables` should help.

This is the FFC connector we use: https://www.lcsc.com/product-detail/FFC-FPC-Connectors_JUSHUO-AFC07-S40ECC-00_C11097.html

Pins 16, 18, 20, 22, 24, 26, 28, 30, 32, 34, 36, 38, 40 are ground Pins 8, 9, 10 are 3.3V Pin 11 is ID_SD Pin 12 is ID_SC Pin 13 is GND on J9 and 3.3V on J10 Pin 14 is GPIO4 on J9 and GPIO6 on J10 Pin 15 is GPIO5 or J9 and GPIO7 on J10 Pins 1-7 on J9 and J10 are all tied together. ID_SD and ID_SC have internal pullups on the CM4. Pins 14 and 15 have 1.8K pullups on the interceptor. Our PoE board uses an AW9523 to add GPIO to control LEDs. We connected it on Pin 11/12 and use pin 13 to set the address pin of the AW9523 so that both AW9523s can be on the same i2c bus. Pins 14/15 should also be suitable for i2c.

You actually can update the bootloader/boot config without the IO board. Refer to /sbin/boot.sh to see how our installer accomplishes this.