Camera: Wuuk Y0510
The Wuuk Y0510 is an inexpensive camera with a great price point for the quality of the camera. It's currently seen with two different sensors, either the original, SC4336p or the less common SC401AI.
There is a easy to follow video on installing Thingino on your Y0510 on the WLTechBlog channel, you can follow along in real time and be up and running in just a few minutes. Video here!
- Download the zip file for the wuuk y0510 from the WLTechBlog thingino-installers repo
- Use a sd image burning software such as Rufus, Etcher, or Raspberry Pi Imager to write the image to your sd card (any card 128MB or larger)
- Power off your camera and insert the sd card, thn power it on
- Wait around 3-4 minutes and you should see the camera's new wireless network for provisioning it.
You should now see a wireless access point available with the format:
THINGINO-xxxx
Connect to this and you should be able to see the following screen.
Fill in the data and click "Save credentials" then check the details on the following screen are correct and click "Proceed"
Frigate is a popular OpenSource, MIT Licensed, NVR solution that can be run at home and the below notes should be considered a starting point on integrating the Wuuk Y0510 into Frigate.
I couldn't reliably get x265 and audio working and this is my testing on an Intel 10th Gen CPU ( i5-10400). I also have a Google Coral TPU using a PCI-E interface, although a USB version exists and they are a fairly low cost solution to offload object detection workload from the CPU.
The below assumes you have a working Frigate instance and I'll cover the config in Thingino that works for me currently, I'm hoping as time goes by, this will get refined as we find out more and people will update this wiki.
In Settings => Streamer
Here's the prudynt.cfg if you prefer a text based approach.
version = "1.0";
general :
{
loglevel = "INFO";
imp_polling_timeout = 500;
osd_pool_size = 1024;
};
rtsp :
{
auth_required = true;
name = "thingino prudynt";
password = "thingino";
username = "thingino";
est_bitrate = 5000;
out_buffer_size = 500000;
port = 554;
send_buffer_size = 307200;
};
sensor :
{
model = "sc401ai";
fps = 25;
height = 1440;
width = 2560;
i2c_address = 0x30;
};
image :
{
vflip = true;
hflip = true;
ae_compensation = 128;
anti_flicker = 2;
backlight_compensation = 0;
brightness = 128;
contrast = 128;
core_wb_mode = 0;
defog_strength = 128;
dpc_strength = 128;
drc_strength = 128;
highlight_depress = 0;
hue = 128;
max_again = 160;
max_dgain = 80;
running_mode = 0;
saturation = 128;
sharpness = 128;
sinter_strength = 128;
temper_strength = 128;
wb_bgain = 0;
wb_rgain = 0;
};
stream0 :
{
osd :
{
enabled = true;
font_stroke_enabled = true;
logo_enabled = true;
time_enabled = true;
uptime_enabled = true;
user_text_enabled = true;
font_path = "/usr/share/fonts/UbuntuMono-Regular2.ttf";
logo_path = "/usr/share/images/thingino_logo_1.bgra";
time_format = "%F %T";
uptime_format = "Up: %02lud %02lu:%02lu";
user_text_format = "%hostname";
font_size = 21;
font_stroke = 1;
font_xscale = 100;
font_yscale = 100;
font_yoffset = 3;
logo_height = 30;
logo_rotation = 0;
logo_transparency = 255;
logo_width = 100;
pos_logo_x = -10;
pos_logo_y = -10;
pos_time_x = 10;
pos_time_y = 10;
pos_uptime_x = -10;
pos_uptime_y = 10;
pos_user_text_x = 0;
pos_user_text_y = 10;
start_delay = 1;
time_rotation = 0;
time_transparency = 255;
uptime_rotation = 0;
uptime_transparency = 255;
user_text_rotation = 0;
user_text_transparency = 255;
font_stroke_color = 0xFF000000;
font_color = 0xFFFFFFFF;
};
audio_enabled = true;
enabled = true;
allow_shared = true;
format = "H264";
mode = "VBR";
rtsp_endpoint = "ch0";
bitrate = 3000;
buffers = 4;
fps = 25;
gop = 20;
height = 1440;
max_gop = 60;
rotation = 0;
width = 2560;
profile = 2;
};
stream1 :
{
osd :
{
enabled = true;
font_stroke_enabled = true;
logo_enabled = true;
time_enabled = true;
uptime_enabled = true;
user_text_enabled = true;
font_path = "/usr/share/fonts/NotoSansDisplay-Condensed2.ttf";
logo_path = "/usr/share/images/thingino_logo_1.bgra";
time_format = "%F %T";
uptime_format = "Up: %02lud %02lu:%02lu";
user_text_format = "%hostname";
font_size = 12;
font_stroke = 1;
font_xscale = 100;
font_yscale = 100;
font_yoffset = 3;
logo_height = 30;
logo_rotation = 0;
logo_transparency = 255;
logo_width = 100;
pos_logo_x = -3;
pos_logo_y = -3;
pos_time_x = 3;
pos_time_y = 3;
pos_uptime_x = -3;
pos_uptime_y = 3;
pos_user_text_x = 0;
pos_user_text_y = 3;
start_delay = 1;
time_rotation = 0;
time_transparency = 255;
uptime_rotation = 0;
uptime_transparency = 255;
user_text_transparency = 255;
user_text_rotation = 0;
font_color = 0xFFFFFFFF;
font_stroke_color = 0xFF000000;
};
audio_enabled = true;
enabled = true;
allow_shared = true;
rtsp_endpoint = "ch1";
format = "H264";
mode = "CAPPED_QUALITY";
bitrate = 1000;
buffers = 2;
fps = 25;
gop = 20;
height = 360;
max_gop = 60;
width = 640;
profile = 2;
};
stream2 :
{
enabled = true;
jpeg_path = "/tmp/snapshot.jpg";
jpeg_channel = 0;
jpeg_quality = 75;
jpeg_idle_fps = 1;
fps = 25;
};
websocket :
{
enabled = true;
ws_secured = true;
http_secured = true;
name = "wss prudynt";
usertoken = "";
loglevel = 4096;
port = 8089;
first_image_delay = 100;
};
audio :
{
input_enabled = true;
input_high_pass_filter = false;
input_agc_enabled = true;
input_format = "AAC";
input_bitrate = 32;
input_sample_rate = 16000;
input_vol = 80;
input_gain = 25;
input_alc_gain = 7;
input_agc_target_level_dbfs = 10;
input_agc_compression_gain_db = 0;
input_noise_suppression = 0;
};
motion :
{
enabled = false;
script_path = "/usr/sbin/motion";
debounce_time = 0;
post_time = 0;
ivs_polling_timeout = 1000;
cooldown_time = 5;
init_time = 5;
min_time = 1;
sensitivity = 1;
skip_frame_count = 5;
frame_width = 16384;
frame_height = 16384;
monitor_stream = 1;
roi_0_x = 0;
roi_0_y = 0;
roi_1_x = 16384;
roi_1_y = 16384;
roi_count = 1;
};
rois :
{
roi_0 = [ 0, 0, 0, 0 ];
};I've found the most reliable way to test things are by restarting the Wuuk after changes, as sometimes I found the stream/codecs didn't always reflect the most recent changes I made.
You can test things on a Linux desktop with mpv installed with:
mpv --profile=fast rtsp://thingino:thingino@IP-ADDRESS-OF-WUUK:554/ch0 and I also found installing ffmpeg and testing with the following command useful:
ffplay rtsp://thingino:thingino@IP-ADDRESS-OF-WUUK:554/ch0Both mean you can look at the terminal for clues on what issues may be arising and what video/audio codecs are currently being used.
mqtt:
host: mosquitto
topic_prefix: frigate
client_id: frigate
go2rtc:
streams:
wuuk:
- rtsp://thingino:thingino@IP-ADDRESS-OF-WUUK:554/ch0
cameras:
wuuk:
enabled: True
ffmpeg:
hwaccel_args: preset-vaapi #Change appropriate to your host hardware
inputs:
- path: rtsp://thingino:thingino@IP-ADDRESS-OF-WUUK:554/ch0
input_args: preset-rtsp-udp
roles:
- record
- path: rtsp://thingino:thingino@IP-ADDRESS-OF-WUUK:554/ch1
input_args: preset-rtsp-udp
roles:
- detect
output_args:
record: preset-record-generic-audio-copy
detect:
width: 640
height: 360
fps: 5
objects:
track:
- person
record:
enabled: True
retain:
days: 3
mode: all # change to motion to only record when motion detected.
onvif:
host: IP-ADDRESS-OF-WUUK
port: 80
user: thingino
password: thingino
detectors: # Only valid for Google Coral on PCI
coral:
type: edgetpu
device: pci
version: 0.14This is not intended to be a config that is the best possible configuration for Frigate, but is merely documented as a starting point for further refining and development as the community learns more.
So please feel free to update with any good changes you might make!