ESP32-C5 support status (IDFGH-13076) #14021

igrr · 2024-06-19T13:42:18Z

ESP32-C5 support status in ESP-IDF

According to the chip mass production plan, the planned support for ESP32-C5 in ESP-IDF v5.4 has been rescheduled to ESP-IDF v5.5. Thank you for your understanding.

ESP-IDF v5.5, whose planned release date is June 30th 2025, will include the initial support for the mass production version of ESP32-C5.
If you would like to try features with the early samples of the ESP32-C5, suggest to use the master branch of ESP-IDF.

In the list below, supported features are marked with a checked checkbox, unsupported features have an unchecked checkbox. An internal issue reference (such as "IDF-1234") is listed at the end of the feature description to help us keep this list up to date:

⏳ Unsupported feature (IDF-1234)
✅ Supported feature

This list will be updated as the support for ESP32-C5 is being developed.

Reporting issues about ESP32-C5

If you have an issue to report about any of the ESP32-C5 features, please create a separate issue. This issue is only intended for announcements of ESP32-C5 support status.

802.15.4
- ✅ 802.15.4 Mac
Bluetooth Low Energy (BLE)
- ✅ BLE Light Sleep
- ✅ Bluetooth 5 Controller (Bluetooth 5.3 Certified)
- ✅ ESP-BLE-MESH
- ✅ ESP-Bluedroid Host
- ✅ ESP-NimBLE Host
- ✅ HCI
Coexistence
- ✅ Coexistence of Bluetooth and 802.15.4
- ✅ Coexistence of Wi-Fi and 802.15.4
- ✅ Coexistence of Wi-Fi and Bluetooth
- ⏳ External coexistence follower mode (IDF-10528)
- ✅ External coexistence leader mode
Debugging tools
- ✅ OpenOCD
Low Power System
- ✅ Low Power Core (RISC-V)
- ✅ Low-power I2C Master
- ✅ Low-power Timer
- ✅ Low-power UART
- ✅ Low-power Watchdog Timer
Peripherals
- ADC
  - ⏳ ADC Calibration (IDF-8702)
  - ✅ ADC continuous mode driver
    - ADC continuous mode digital monitor
  - ✅ ADC oneshot mode driver
- ⏳ Bit Scrambler (IDF-8711)
- ⏳ Clock Output (IDF-10968)
- DMA (Direct Memory Access)
  - ✅ GDMA
- ✅ Dedicated GPIO driver
- Ethernet driver
  - ✅ SPI Ethernet driver
- ✅ Event Task Matrix
- ✅ GPIO driver
  - ⏳ Analog Comparator (IDF-11081)
  - ⏳ GPIO ETM (IDF-8720)
  - ✅ Glitch Filter
  - Hysteresis
  - ✅ RTC IO (LP IO) driver
- ✅ GPIO sigma delta driver
- GPSPI
  - ✅ SPI Master driver
  - ✅ SPI Slave HD driver
  - ✅ SPI Slave driver
- ✅ GPTimer driver
- I2C
  - ✅ I2C master driver
    - ✅ Support Low Power I2C instance
  - ✅ I2C slave driver
- I2S
  - ✅ I2S driver
    - I2S PDM tx mode
    - I2S STD mode
    - I2S TDM mode
  - ✅ I2S legacy driver
- LCD driver
  - ✅ I2C LCD driver
  - ✅ SPI LCD driver
- ✅ LEDC driver
  - Gamma Curve Generation
- ✅ MCPWM driver
- ✅ PCNT driver
- PSRAM
  - ✅ .bss/.noinit PSRAM
  - ✅ PSRAM Device Driver
  - ✅ XIP PSRAM
- Parallel IO
  - ✅ Parallel IO RX Driver
  - ✅ Parallel IO TX Driver
- ✅ RMT driver
- SD/SDIO/MMC driver
  - ✅ SDSPI Host driver
- ✅ SPI Flash driver
  - ⏳ External flash support (IDF-11020)
- Systimer driver
  - ✅ Esptimer implementation over systimer
  - ✅ OS tick port over systimer
- ⏳ TWAI driver (IDF-8691)
- ✅ Temperature Sensor driver
- UART
  - ✅ Support Low Power UART instance
  - ✅ UART FIFO mode driver
  - ⏳ UHCI (UART DMA mode) driver (IDF-8724)
- ✅ USB Serial JTAG
Power management
- ✅ Auto Light Sleep
- ✅ Deep Sleep
- ✅ Dynamic Frequency Switch
- ✅ Light Sleep
  - ⏳ Sleep retention (IDF-11001)
Security Features
- ✅ AES accelerator
- ✅ Digital Signature driver
- ✅ ECC accelerator
- ✅ ECDSA driver
- ✅ Flash encryption
- ✅ HMAC driver
- ⏳ HUK Generator (IDF-8617)
- ⏳ Key Manager (IDF-8621)
- ✅ RNG
- ✅ RSA hardware accelerator driver
- ✅ SHA accelerator
- ✅ Secure boot
System Features
- ✅ Bootloader Support
- Cache
  - ✅ Cache Driver
- ✅ Console
- ✅ Cxx Component
- ✅ ESP Event
- ✅ ESP ROM
- ✅ ESP Ringbuffer
- ✅ ESP Timer
- ✅ Efuse controller driver
- ✅ FreeRTOS
- ✅ MMU
- MSPI
  - ⏳ MSPI tuning (Flash & PSRAM DDR and/or over 80 MHz) (IDF-8649)
  - ✅ SPI Flash auto suspend
- ✅ POSIX Threads
- Panic Handling Features
  - ✅ Core Dump
  - ✅ Debug Watchpoint
  - ✅ GDB Stub
  - ✅ Panic Handler
  - ⏳ Stack Guard (IDF-8662)
- Power Supply Detector
  - ✅ Brownout Detector
- ✅ Ram App
- ✅ Watch Dog Timers
- ✅ app trace
- ✅ newlib
Thread
- ✅ Thread Border Router
- ✅ Thread FTD/MTD
- ✅ Thread RCP
- ⏳ Thread SED (IDF-10567)
Wi-Fi
- ⏳ 5G Channel and Country Code (IDF-10602)
- ✅ 802.11ac: 20MHz-only non-AP mode
- ✅ 802.11an
- ✅ 802.11ax: 20MHz-only non-AP mode
- ✅ 802.11bgn
- ✅ AP Choose (2G/5G)
- ✅ Advanced DTIM Sleep
- ✅ BSS Color
- ✅ CSI (Channel State Information)
- ✅ DCM
- ✅ DFS (Dynamic Frequency Selection)
- ✅ DL MU-MIMO, DL MU-MIMO within OFDMA
- ✅ DPP (Device Provisioning Protocol)
- ✅ ESP LR (ESP Long Range)
- ✅ ESP-NOW
- ✅ ESP-Touch v1/v2
- ✅ ESP-WiFi-Mesh
- ⏳ FTM (Fine Time Measurement) (IDF-10612)
- ✅ Fast scan, fast connect
- ✅ HE ER (HE Extended Range)
- ✅ HT40
- ✅ Power Save: modem sleep, light sleep
- Roaming
  - ✅ 802.11k (Radio Measurements)
  - ✅ 802.11r (Fast BSS Transition)
  - ✅ 802.11v (BTM)
- ✅ Station, SoftAP, sniffer mode
- TWT
  - ✅ Broadcast TWT
  - ✅ Individual TWT
- ✅ UL/DL OFDMA (26/52/106/242 tone)
- ⏳ Wi-Fi Aware (IDF-10599)
- ✅ Wi-Fi Security
Zigbee
- ⏳ Zigbee 3.0 Home Automation (IDF-10563)
- ⏳ Zigbee Gateway (IDF-10561)
- ⏳ Zigbee RCP (IDF-10562)
- ⏳ Zigbee Sleep Device (IDF-10560)

Alvin1Zhang · 2024-06-25T07:56:52Z

Update on June 25th, 2024: support of Low-power Timer, Parallel IO RX Driver, Parallel IO TX Driver and USB Serial JTAG have been added.

Alvin1Zhang · 2024-07-03T02:23:15Z

Update on July 3rd, 2024: support of Low-power Watchdog Timer, LCD driver, Cache Driver and MMU have been added.

Alvin1Zhang · 2024-07-29T03:21:09Z

Update on July 29th, 2024: support of below features have been added.

Bluetooth 5 Controller (Bluetooth 5.3 Certified)
ESP-Bluedroid Host
ESP-NimBLE Host
HCI
Low-power UART
ADC continuous mode driver
ADC oneshot mode driver
Dedicated GPIO driver
Event Task Matrix
Glitch Filter
RTC IO (LP IO) driver
GPIO sigma delta driver
PSRAM Device Driver
RMT driver
802.11bgn, 802.11an, HT40
802.11ax: 20MHz-only non-AP mode
Network-assisted roaming using 802.11k (Radio Measurements), 802.11v (BTM) specification and 802.11r (Fast BSS Transition)
UL/DL OFDMA (26/52/106/242 tone)
DL MU-MIMO, DL MU-MIMO within OFDMA
HE ER (HE Extended Range), DCM and ESP LR (ESP Long Range)
BSS Color
Station, SoftAP, sniffer mode
Wi-Fi Security
Individual TWT
Broadcast TWT
Coexistence of Wi-Fi and 802.15.4
CSI (Channel State Information)
802.11ac: 20MHz-only non-AP mode
DFS (Dynamic Frequency Selection)

Alvin1Zhang · 2024-08-30T07:14:17Z

Update on August 30th, 2024: support of below features have been added.

ESP-BLE-MESH
Low-power I2C Master
SPI Ethernet driver
I2C LCD driver
SPI LCD driver
.bss/.noinit PSRAM
SDSPI Host driver
Temperature Sensor driver
RNG
Auto Light Sleep
Deep Sleep
Dynamic Frequency Switch
Brownout Detector
Console
newlib

jack0c · 2024-09-04T03:46:57Z

Update on Sep 4th, 2024: support of below features have been added.

802.15.4
- ✅ 802.15.4 Mac
Coexistence
- ✅ Coexistence of Bluetooth and 802.15.4
- ✅ Coexistence of Wi-Fi and Bluetooth
- ✅ External coexistence leader mode
Power management
- ✅ Light Sleep
Thread
- ✅ Thread Border Router
- ✅ Thread FTD/MTD
- ✅ Thread RCP
Wi-Fi
- ✅ ESP-NOW
- ✅ ESP-WiFi-Mesh

xuxiao111 · 2024-09-14T09:19:24Z

For using Sample Firmware Version (ESP-IDF v5.4-dev-624-g3d167a46ff-dirty):
Recommended Usage Steps:

Connecting to a 2.4G AP:

1.1. Switch band to 2.4G: band 1
1.2. Scan for 2.4G AP: scan
1.3. Connect to the AP: sta
1.4. Perform an iperf test:
iperf -s (as TCP server)
iperf -s -u (as UDP server)
iperf -c xxx:xxx:xxx:xxx (as TCP client)
iperf -c xxx:xxx:xxx:xxx -u (as UDP client)

Connecting to a 5G AP:

2.1. Switch band to 5G: band 2
2.2. Scan for 5G AP (5G channels are more than 2G and include DFS channels, so the scan time is longer than for 2G): scan
2.3. Connect to the AP: sta
2.4. Perform an iperf test (If no data is sent or received within 10 seconds, iperf will be aborted, and the socket will be closed and shut down.):
```
iperf -s (as TCP server)
iperf -s -u (as UDP server)
iperf -c xxx:xxx:xxx:xxx (as TCP client)
iperf -c xxx:xxx:xxx:xxx -u (as UDP client)
```

Know issues:

The serial port baud rate is 138240; using 115200 will result in garbled output.
After the device starts, it defaults to the 5G band, contrary to what is described in the log as 2G. You can switch between the 2G and 5G bands using the band command: band 1 switches to 2G, and band 2 switches to 5G.
On the 5G band, Wi-Fi scanning cannot detect APs on channel 36, and connections to these APs cannot be established. For this firmware version, it is not recommended to use the device in softAP mode.
When the softAP is operating on the 5G band, it defaults to channel 36 instead of channel 112, as described in the log.

These issues have been resolved in commit 34813ec. If you encounter the above issues, sorry for not providing a timely update on the aforementioned issues.And please update to this version and use the iperf example for testing. (Note that in the new version, some commands differ from those in the sample firmware, so please be aware when using them.)
And also, thanks to @ESP32DE for reporting these issues.

Alvin1Zhang · 2024-10-10T01:54:28Z

Update on October 10th, 2024: support of features below has been added.

BLE Light Sleep
Support Low Power I2C instance
XIP PSRAM
SPI Flash auto suspend
Core Dump
GDB Stub
Brownout Detector
Ram App
app trace
Advanced DTIM Sleep
ESP-Touch v1/v2
Fast scan, fast connect
Power Save: modem sleep, light sleep

Alvin1Zhang · 2024-11-05T07:39:14Z

Update on November 5th, 2024: support of features below has been added.

OpenOCD
AP Choose (2G/5G)
DPP (Device Provisioning Protocol)

alberk8 · 2024-11-11T01:11:09Z

I have a question regarding the C5 Wifi band switching. Does it automatically connect to the 5G or 2.4G of the AP (the AP has dual band enable on the same SSID) and switch to best band when available especially when roaming ?. Thank you.

xuxiao111 · 2024-11-11T02:28:16Z

Hi @alberk8 , when the AP uses the same SSID and password for both 2.4G and 5G, the STA (station) will automatically choose the best band to connect to. Considering that the 5G signal attenuates more than 2.4G at the same distance, we have added a configuration option, rssi_5g_adjustment, to help decide whether to connect to the 5G or 2.4G band.

martinius96 · 2024-12-18T20:35:19Z

and how to get that sample? :P

Espressif-yangxi · 2024-12-27T13:06:15Z

and how to get that sample? :P
For sample request, please contact us for support. thanks.

martinius96 · 2024-12-27T13:37:25Z

I already have last week.
Sample is now in transit :-) But thanks

dmartauz · 2025-01-04T14:47:55Z

Can Thread Border Router be operated solely on C5 without any additional SoC? Coexistence of 802.15.4 and WiFi is already implemented...

chshu · 2025-01-06T02:12:54Z

@dmartauz There is only one RF path in ESP32-C5, which means Wi-Fi and Thread can't receive simultaneously, it has a significant impact on performance. Hence the two SoCs solution is recommended: ESP Thread BR

dmartauz · 2025-01-06T08:31:05Z

@chshu I am aware of the dual-SoC approach, however it introduces complexity to OTA remote firmware update of RCP, which could be avoided if only one MCU was involved.

Can coexistence limitations of WiFi and 802.15.4 on C5 be described in details?

I found this resource for coexistence limitations of C6, however WiFi vs 802.15.4 limitation table is not included: https://docs.espressif.com/projects/esp-idf/en/latest/esp32c6/api-guides/coexist.html

chshu · 2025-01-07T02:09:38Z

@dmartauz

however it introduces complexity to OTA remote firmware update of RCP

The ESP Thread Border Router SDK supports the RCP update feature. It automatically flashes the RCP firmware to the RCP SoC during the first boot, making the process seamless for the application. A single OTA update to the host SoC is sufficient.

As a Thread Border Router, the 802.15.4 interface must continuously receive data. However, since there is only one RF path, whenever Wi-Fi uses the radio for transmission or receiving, the 802.15.4 interface cannot receive, potentially leading to packet loss. The higher the traffic on Wi-Fi, the greater the packet loss rate on 802.15.4.

The ot_br example can run on a single Wi-Fi + 802.15.4 SoC (ESP32-C6, ESP32-C5). The BR functionality works, but it is not recommended for production use due to the high packet loss rate and poor performance.

Please file an issue here: https://github.com/espressif/esp-thread-br/issues, if you have further questions.

h-milz · 2025-01-09T20:08:34Z

Does "802.11ax: 20MHz-only non-AP mode" mean the C5 cannot work as softAP with 11ax? I received a pair of C5 sample devkits this week and am trying to get them to talk 11ax in a private 5G network, one as ap and one as sta, and they always negotiate 11an. Is there a way to enforce 11ax in ap/sta or otherwise? TIA!

QingzhaoYin · 2025-01-10T03:06:00Z

@h-milz C5 can work as softAP with 11ax. If do not set wifi protocol when config softap, the softap will start with 11N protocol. You can use API esp_wifi_set_protocol() or esp_wifi_set_protocols() in esp_wifi.h to set the softap protocol to 11AX.
If you are using iperf example of wifi, you can use command "wifi_protocol" to set the protocol.

h-milz · 2025-01-10T11:03:39Z

@QingzhaoYin thank you for picking up. My answer is too long for this thread and I don't want to pollute it. I created feature request #15178.

weoiss1998 · 2025-01-10T15:37:48Z

Can I use ESP-NOW with 5Ghz?

kylefmohr · 2025-01-10T18:44:20Z

Can I use ESP-NOW with 5Ghz?

@weoiss1998 If you have one of the ESP32-C5 samples, then yes. I was able to see and connect to my 5GHz networks.

Jddl · 2025-01-12T13:58:45Z

Could you provide an approximate mass production schedule for ESP32-C5? I have a product that urgently requires a 5G WiFi chip.

QingzhaoYin · 2025-01-13T02:26:41Z

@weoiss1998 Yes, ESP-NOW is supported on both 2Ghz band and 5Ghz

Espressif-yangxi · 2025-01-13T08:47:28Z

Could you provide an approximate mass production schedule for ESP32-C5? I have a product that urgently requires a 5G WiFi chip.

@Jddl Please feel free to contact us. Our customer support team will provide you with the latest schedule and resource updates. Thank you!

DogAwesome21 · 2025-01-13T17:26:18Z

@Espressif-yangxi I tried emailing [email protected] but was told to go to the forums because I was emailing through a Gmail account and not a business account even though I am not a business and need it for a personal project as I am making software for the esp32 series that gives flipper zeros wifi (flipperHTTP) and need to make support for 5ghz. I was told to go to the forums, but there was no information there, and I was told to contact [email protected]. How can I get a sample? Please help me. If anyone has any extras I would be willing to buy one off of you.

Espressif-yangxi · 2025-01-14T13:29:04Z

@Espressif-yangxi I tried emailing [email protected] but was told to go to the forums because I was emailing through a Gmail account and not a business account even though I am not a business and need it for a personal project as I am making software for the esp32 series that gives flipper zeros wifi (flipperHTTP) and need to make support for 5ghz. I was told to go to the forums, but there was no information there, and I was told to contact [email protected]. How can I get a sample? Please help me. If anyone has any extras I would be willing to buy one off of you.

@DogAwesome21 Sorry for any confusion caused by our previous responses. Here’s the clarification to help resolve any misunderstanding:
If you have technical questions, such as discussions about IDF support, we kindly invite you to visit the forum.
For sample requests, access to unpublished documents, updates on new product timeline, mass production support, or any other inquiries, please don’t hesitate to contact our customer support team(contact us)—we’re ready to help!

h-milz · 2025-01-20T08:20:13Z

Hi guys, I have a question concerning 5G Channel and Country Code. I assume this will be ready in IDF 5.5, but may I ask if there will be something similar to 2.4 GHz international safe mode, allowing only channels that are safe in most if not all countries according to this list? My project should be usable worldwide, and I would like to avoid having to add any controls for a country setting.

Thank you!

QingzhaoYin · 2025-01-20T08:43:34Z

@h-milz In the near future, we will support country codes related to 5G channels and there will be something similar to the 2.4 GHz international safe mode (country code "01"). For now, you can configure the supported 5G channels through the field wifi_5g_channel_mask of wifi_country_t. Below is a reference example:

#if CONFIG_SOC_WIFI_SUPPORT_5G
uint32_t wifi_cmd_channel_list2bitmsk(wifi_band_t band, uint8_t *channel_list, uint8_t len)
{
    uint32_t channel_bitmap = 0;
    if (!channel_list) {
        return 0;
    }
    for (int i = 0; i < len; i++) {
        uint8_t channel = channel_list[i];
        if (band == WIFI_BAND_2G && channel > 14) {
            continue;
        } else if (band == WIFI_BAND_5G && channel < 36) {
            continue;
        }
        channel_bitmap |= CHANNEL_TO_BIT(channel);
    }
    return channel_bitmap;
}
#endif
 
wifi_country_t country = {
    .cc = "01",
    .schan = 1,
    .nchan = 11,
    .policy = WIFI_COUNTRY_POLICY_MANUAL,
};

#if CONFIG_SOC_WIFI_SUPPORT_5G
uint8_t channel_list[] = {36, 40, 44, 48, 52, 56, 60, 64};
country.wifi_5g_channel_mask = wifi_cmd_channel_list2bitmsk(WIFI_BAND_5G, channel_list, 8);
#endif
esp_wifi_set_country(&country);

igrr pinned this issue Jun 19, 2024

espressif-bot added the Status: Opened Issue is new label Jun 19, 2024

github-actions bot changed the title ~~ESP32-C5 support status~~ ESP32-C5 support status (IDFGH-13076) Jun 19, 2024

ESP32DE mentioned this issue Sep 3, 2024

ESP32-C5 ChipRev V0.0 which ESP-IDF Version to install ( V5.3 V5.3.1 V5.4dev Master ) (IDFGH-13608) #14494

Closed

ESP32DE mentioned this issue Sep 13, 2024

Please open source this library espressif/esp32-wifi-lib#2

Open

f-hollow mentioned this issue Jan 22, 2025

Create page for chip support status espressif/developer-portal#377

Open

3 tasks

Provide feedback

Saved searches

Use saved searches to filter your results more quickly

ESP32-C5 support status (IDFGH-13076) #14021

ESP32-C5 support status (IDFGH-13076) #14021

igrr commented Jun 19, 2024 •

edited by Alvin1Zhang

Loading

Alvin1Zhang commented Jun 25, 2024

Alvin1Zhang commented Jul 3, 2024

Alvin1Zhang commented Jul 29, 2024 •

edited

Loading

Alvin1Zhang commented Aug 30, 2024 •

edited

Loading

jack0c commented Sep 4, 2024 •

edited

Loading

xuxiao111 commented Sep 14, 2024 •

edited

Loading

Alvin1Zhang commented Oct 10, 2024

Alvin1Zhang commented Nov 5, 2024 •

edited

Loading

alberk8 commented Nov 11, 2024

xuxiao111 commented Nov 11, 2024

martinius96 commented Dec 18, 2024

Espressif-yangxi commented Dec 27, 2024

martinius96 commented Dec 27, 2024

dmartauz commented Jan 4, 2025

chshu commented Jan 6, 2025

dmartauz commented Jan 6, 2025 •

edited

Loading

chshu commented Jan 7, 2025

h-milz commented Jan 9, 2025 •

edited

Loading

QingzhaoYin commented Jan 10, 2025

h-milz commented Jan 10, 2025 •

edited

Loading

weoiss1998 commented Jan 10, 2025

kylefmohr commented Jan 10, 2025

Jddl commented Jan 12, 2025

QingzhaoYin commented Jan 13, 2025

Espressif-yangxi commented Jan 13, 2025

DogAwesome21 commented Jan 13, 2025

Espressif-yangxi commented Jan 14, 2025

h-milz commented Jan 20, 2025

QingzhaoYin commented Jan 20, 2025

ESP32-C5 support status (IDFGH-13076) #14021

ESP32-C5 support status (IDFGH-13076) #14021

Comments

igrr commented Jun 19, 2024 • edited by Alvin1Zhang Loading

ESP32-C5 support status in ESP-IDF

Reporting issues about ESP32-C5

Alvin1Zhang commented Jun 25, 2024

Alvin1Zhang commented Jul 3, 2024

Alvin1Zhang commented Jul 29, 2024 • edited Loading

Alvin1Zhang commented Aug 30, 2024 • edited Loading

jack0c commented Sep 4, 2024 • edited Loading

xuxiao111 commented Sep 14, 2024 • edited Loading

Alvin1Zhang commented Oct 10, 2024

Alvin1Zhang commented Nov 5, 2024 • edited Loading

alberk8 commented Nov 11, 2024

xuxiao111 commented Nov 11, 2024

martinius96 commented Dec 18, 2024

Espressif-yangxi commented Dec 27, 2024

martinius96 commented Dec 27, 2024

dmartauz commented Jan 4, 2025

chshu commented Jan 6, 2025

dmartauz commented Jan 6, 2025 • edited Loading

chshu commented Jan 7, 2025

h-milz commented Jan 9, 2025 • edited Loading

QingzhaoYin commented Jan 10, 2025

h-milz commented Jan 10, 2025 • edited Loading

weoiss1998 commented Jan 10, 2025

kylefmohr commented Jan 10, 2025

Jddl commented Jan 12, 2025

QingzhaoYin commented Jan 13, 2025

Espressif-yangxi commented Jan 13, 2025

DogAwesome21 commented Jan 13, 2025

Espressif-yangxi commented Jan 14, 2025

h-milz commented Jan 20, 2025

QingzhaoYin commented Jan 20, 2025

igrr commented Jun 19, 2024 •

edited by Alvin1Zhang

Loading

Alvin1Zhang commented Jul 29, 2024 •

edited

Loading

Alvin1Zhang commented Aug 30, 2024 •

edited

Loading

jack0c commented Sep 4, 2024 •

edited

Loading

xuxiao111 commented Sep 14, 2024 •

edited

Loading

Alvin1Zhang commented Nov 5, 2024 •

edited

Loading

dmartauz commented Jan 6, 2025 •

edited

Loading

h-milz commented Jan 9, 2025 •

edited

Loading

h-milz commented Jan 10, 2025 •

edited

Loading