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IMX219 Módulo de cámara con lente M12 FOV160 para Raspberry pi, Jetson Nano, Jetson Xaiver compatible con Raspberry pi Camera v2

Envío gratis en pedidos superiores a Mex $600.00

Mex $313.00

Mex $ 165 .00 Mex $165.00

En stock

1.Color:Pi-camv2-fov160


Acerca de este artículo

  • - Compatible con cámara Raspberry Pi v2;
  • - Compatible con Raspberry Pi y Jetson Nano;
  • -M12 lente FOV60/FOV90/FOV160 opciones;
  • -1 cable FPC de 15 pines; -1 cable FPC de 22 pines;
  • -Solo es necesario configurar dtoverlay=imx219,camera_auto_detect=0 en config.txt;



Descripción del producto

Módulo de cámara Pibiger 8MP IMX219 para Raspberry PI, Jetson Nano, Jetson Xavier NX

Raspberry Pi 8MP Módulo de cámara

1, características del producto

Compatible con Raspberry PI5/Pi4/PI3+/PI3/PI2/PI0/CM4/CM3+/CM3/Jetson Nano/Jetson Xavier NX Tamaño 1.260 in* 1.260 in; Opción de lente para FOV62, FOV90, FOV160

Lista de embalaje:

--Módulo de cámara* 1

--Lente de cámara

--FOV62 (opciones)

--FOV90 (opciones)

--FOV160 (opciones)

--15PIN a 15PIN FPC CABLE;

--15PIN a 22PIN FPC CABLE;

2, inicio rápido para Raspberry PI

Paso 1, Modificar config.txt

sudo nano /boot/config.txt

Para la última versión Raspberry Pi OS, debería ser /boot/firmware/config.txt

Paso 2, Añadir el contenido a continuación a la última línea

dtoverlay=imx219

Paso 3, Reiniciar y usar el siguiente comando para obtener una vista previa

libcamera-hola -t 0

3, inicio rápido para jetson nano, jetson Xavier NX

Paso 1: Abra el terminal y ejecute lo siguiente

sudo /opt/nvidia/jetson-io/jetson-io.py

Paso 2: Seleccione Configurar el conector Jetson Nano CSI

Paso 3: Seleccione Configurar para hardware compatible

Paso 4: Seleccione la cámara que desea utilizar

Cámara IMX219 DUAL

Paso 5: Seleccione Guardar cambios de pin

Paso 6: Seleccione Guardar y reiniciar para reconfigurar los pines

Paso 7: Presione cualquier tecla en el teclado y el dispositivo se reiniciará con la configuración de la cámara aplicada

Para el puerto CAM0

nvgstcapture-1.0 sensor-id=0

Para el puerto CAM1

nvgstcapture-1.0 sensor-id=1

4, especificación

Sensor de imagen IMX219
Resolución fija 8 megapíxeles
Resolución del sensor 3280 × 2464 píxeles
Modos de vídeo 1080p 47fps, 1640 × 1232p41fps, 640 × 480p 206fps
Tamaño de píxel 1.12 µm x 1.12 µm
Tamaño óptico 1/4"
IR-Cut
Tamaño del módulo 1.260 in*1.260 in
Lente FOV60, FOV90, FOV160 Opciones

Y. S.
Comentado en Alemania el 17 de enero de 2025
Fast delivery and proper packaging
Cary L. Brown
Comentado en los Estados Unidos el 21 de enero de 2024
I own two devices from Pibiger, who are one of the smaller players in the "Raspberry Pi" marketplace. I own their "starwars case," and I own this camera. Both are excellent, overall, but also, both require some extra "hoop jumping" to get them to work properly. I guess that's not shocking, given that the vendor is, as I said, a smaller supplier.For anyone curious... this is the case I was mentioning:https://www.amazon.com/Raspberry-Aluminum-Heatsink-Passive-Controlling/dp/B0B4D376D4/ref=sr_1_7?dib=eyJ2IjoiMSJ9.NCJwSKyZL7XZGQoogDB8E2qR29UZYtedUrLH7ZR1qwDoPx0NL4XLBuYXYvF4XUAe1evIEI3NLwaSKjiiHoqcjB7oL9plBByYei7zFk_JCII.EH47fWG0hMPRGCe0q36AtsXluVM2WRADYUr68tza67A&dib_tag=se&keywords=Pibiger&qid=1705855755&sr=8-7It works flawlessly once the proper configuration changes are made, but it's non-trivial to get there.And this little camera is sort of similar. It's a GREAT camera, which produces high-quality imagery and capture, and works well at full resolution and frame rate on every application I've tried it out on so far (using a Raspberry Pi 4B, 8GB RAM version).But, you have to "jump through hoops" to get to that point. What hoops? Well, you have to install "legacy camera support." That's pretty simple to do (it's just one change in one config file), but I'm not sure why it's necessary.It seems that the Raspberry Pi Foundation has been eliminating their "old style" camera interface and replacing it with something "new and improved." I'm afraid I don't know what is "new and improved" about the new interface versus the old one, though... but I have to assume that this is more about features to be added in the future than about anything you'd be using now.A BRIEF bit of research on my part led to this reasonable-sounding explanation: "I think there are some things to be aware of here. Firstly, yes, the ARM cores will be busier using libcamera than they were previously. That's because stuff that was running on the GPU (the VIdeoCore) is now running on the ARMs. This has many benefits - we can fix and improve the code and even add new features, all of which was very difficult before - but the ARM cores are busier as a result."The consequence is indeed that some things will run less well on less powerful Pis. In particular, I would draw people's attention to displaying camera preview windows through the X Windows display stack. I would say the rule of thumb is that "it's best to avoid running X WIndows based camera previews on platforms where X Windows is sluggish in the first place" (I know it sounds kind of obvious). The recommendation would be to bypass X WIndows altogether, as you do when using Raspberry Pi OS Lite, and previews will be displayed via Linux DRM instead. This runs very well, even on a Pi Zero."If that's confusing... I'll summarize. Basically, the "old camera system" used the video subsystem to handle camera input, while the new version uses the CPU to handle camera input. The video system is less programmable than the CPU system, so this makes the camera system more flexible and more easy to "fix" than the old approach. But it puts all the load on the CPU, so systems with low CPU capacity (such as the Raspberry Pi Zero) will slow to a crawl when doing camera work using the new system, while cameras using the "old system" will run just fine.So... for my Raspberry Pi 4Bs, this may not be the best camera option available anymore, but for my Raspberry Pi Zeros, this is a terrific choice. I suspect that the new Raspberry Pi 5 family, just released, may not support "legacy camera support" at all, based upon what I've read... so I would not encourage buying this camera for use with one of those.But for older, less powerful Raspberry Pi computers, this is an outstanding solution. I'm using it now, and its performance on my systems has proven to be superb.
RedemptionOne
Comentado en Italia el 22 de agosto de 2023
Presa per monitorare una stampante 3d da remoto tramite rpi fa benissimo il suo lavoro, ottima qualità video, ottima sensibilità in condizioni di scarsa luminosità e ottimo il gruppo lenti per regolare la messa a fuoco. Altra nota positiva è la totale assenza di calore sul pcb anche dopo ore e stando in una camera chiusa a 40 gradi. La consiglio.
Youness Belhaj
Comentado en Francia el 9 de octubre de 2023
Je voulais faire des Timelapse d’impression 3D avec.J’avoue que la caméra est bien par rapport à la taille de l’objectif et à ce qui est annoncé.Mais la qualité reste assez médiocre, n’attendais pas de faire des Timelapse ou photos de fou avec … possible de l’utiliser comme moniteur pour votre usage personnel. Mais pour réaliser des réel ou autre, je préconise que vous passez un autre chose.
Kaduyu
Comentado en Japón el 26 de junio de 2022
全体的に色味が赤紫っぽくなって夜間カメラのような画像になった値段は安いけど、残念なカメラでした
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