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Feature Support
This page details currently supported features on X13s, as well as their upstream status.
Features found on all devices featuring a given SoC
sc8280xp | |
---|---|
AICv2 | N/A |
DART | ? |
ARM PMU | ? |
cpufreq | linux-x13s |
cpuidle | linux-x13s |
System suspend | linux-x13s |
UART | ? |
Watchdog | ? |
PCIe | ? |
I2C | ? |
GPIO | ? |
USB-PD | linux-firmware |
WiFi | linux-firmware |
WWAN/5G | see notes |
3.5mm jack | see notes |
Power management | see notes |
NVMe | 5.19 |
SPI | ? |
SPI NOR | ? |
Primary display | linux-x13s |
Touchscreen | see notes |
DCP | ? |
DP Alt Mode | see notes |
USB2 | 5.19 |
USB3 | 5.19 |
SMC | ? |
SPMI | ? |
RTC | ? |
SEP | ? |
Bluetooth | see notes |
Video Decoder | 6.3 |
Video Encoder | WIP |
VA-API | WIP |
GPU | see notes |
Neural Engine | ? |
speaker / headphone are working as of 6.2.0-rc7-next-20230210-0-x13s+ if you have:
- alsa-ucm-conf
pacman -S alsa-ucm-conf
- x13s-firmware
mic still not working
To get power management and battery working fully you need the following dependencies which are available in the AUR:
sudo systemctl enable --now pd-mapper
working as of kernel 6.2.0-rc7, install firmware and set an address with btmgmt. e.g., sudo btmgmt public-addr F4:A8:0D:30:A3:47
To make it just work, copy this file to /etc/systemd/system/bluetooth.service.d/override.conf
(It is courteous to use your own public-addr, put a random string of numbers to make it unique.)
[Service]
ExecStartPre=/bin/bash -c 'sleep 5 && yes | btmgmt public-addr 00:24:81:17:62:36'
# Blank ExecStart line to clear the service file, overrides are additive.
ExecStart=
ExecStart=/usr/lib/bluetooth/bluetoothd
Should mostly Just Work with linux-x13s kernel, but if you use GNOME with wayland, there is an open bug:
There is some probe defer issue to get touch screen bound to i2c_hid_of driver. To workaround install x13s-touchscreen-udev
working as of kernel 6.2.0-rc7, just install this patched mesa and the firmware
These modules need to be added into /etc/mkinitcpio.conf
nvme phy_qcom_qmp_pcie pcie_qcom i2c_hid_of i2c_qcom_geni leds_qcom_lpg pwm_bl qrtr pmic_glink_altmode gpio_sbu_mux phy_qcom_qmp_combo panel-edp msm phy_qcom_edp
This should work, you need to:
- Ensure WWAN is enabled in the kernel config
- Ensure linux can find your device
lspci -nn | grep Foxconn
should return something like:0004:01:00.0 Wireless controller [0d40]: Foxconn International, Inc. T99W175 5G Modem [Snapdragon X55] [105b:e0c3]
- Ensure the fcc unlock symlink in
/etc/ModemManager/fcc-unlock.d
matches your device, so mine would look like105b:e0c3: symbolic link to /usr/share/ModemManager/fcc-unlock.available.d/105b:e0c3
but yours might look different depending on your lspci output. - Ensure ModemManager is enabled and that the access point is configured like how it is in Windows. Further reading: https://wiki.archlinux.org/title/Mobile_broadband_modem