Raspberry Pi Camera Module v3 Review: A New Angle on Photography

The latest version of Pi’s mainstream camera module has autofocus, HDR and wide angle.

Raspberry Pi Camera Module 3
(Image: © Tom's Hardware)

Tom's Hardware Verdict

It works out of the box and it takes great pictures. Video quality is good and more than ample for projects. HDR and wide angle are key improvements.


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    Low cost

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    Compatible with all models of Raspberry Pi

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    Great image quality

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    Thicker than previous versions

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    Still no screw mount

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Raspberry Pi has released an updated camera, Camera Module 3 (aka Camera v3 or Camera Module v3), with an MSRP of $25 for standard or $35 for the wide angle version. The new module brings more pixels, rivalling the High Quality Camera’s 12MP while keeping the smaller sensor-on-a-board form factor. What’s new about this tiny camera is autofocus. This is the first official Raspberry Pi camera with autofocus, though Arducam’s High Resolution camera delivered that functionality last year.

The Raspberry Pi camera was the first official accessory from Raspberry Pi, way back in 2013. The original 5MP model was updated to v2 in 2016 which brought 8MP to the game. Then the cameras got a bit more “serious” with the 12MP Raspberry Pi High Quality Camera in 2020; this version brought interchangeable lenses and a plethora of choices for the keen photographer, but it’s pricey and doesn’t come with a lens.

Fast forward to 2023 and we have a new mainstream Pi camera, the Raspberry Pi Camera v3 which updates the original camera’s sensor-on-a-board form factor to pack a 12MP Sony IMX708 sensor and auto focus. It also comes in four flavors: standard, wide angle, NOIR and NOIR wide angle.  

We tested both the standard and wide angle (non-NOIR) versions of the Camera v3 and found the image quality excellent, with the auto focus feature a really helpful upgrade. 

Raspberry Pi Camera v3 Specifications

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SensorSony IMX708
Optical Size7.4mm sensor diagonal
Sensor Resolution11.9 Megapixels
Still Resolution4608 x 2592 pixels
Video Modes1080p50, 720p100, 480p120
Autofocus SystemPhase Detection Autofocus
Focus Range10CM to infinity
Focal Length4.74mm
Dimensions25 x 23.9 x 11.5 mm (75 degree)
 25 x 23.9 x 12.4 mm (120 degree "wide angle")

Design of Raspberry Pi Camera v3

(Image credit: Tom's Hardware)

At a casual glance there isn’t much difference between Camera v3 and v2, but underneath a silver package lies the auto focus system for the Sony IMX708 sensor. This extra package is where we hit a small issue. The girth of the camera, from the end of the lens to the rear of the PCB, v3 is thicker than previous models. 

The standard model is 11.5mm thick, and the wide angle version comes in at 12.4mm. This isn’t a massive issue for most, but it could cause issues for existing cases and mounts. If you spot a cool looking camera holder to 3D print with one of the best 3D printers, then you will need to tweak the print for the extra thickness. We printed a quick stand in just over an hour with our Creality Ender 2 Pro though it required a little MacGyver tweaking to fit the thicker module.

Comparison to Legacy Camera Modules

We consulted Raspberry Pi’s excellent documentation covering all of its previous camera models and using its data we included the Raspberry Pi Camera v3 for comparison. The v3 comes right between the v2 and the HQ camera, exactly as to be expected. We gain more megapixels and an overall larger image. We didn’t have precise data for some columns so we’ll fill those in later.

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Header Cell - Column 0 Camera Module v1Camera Module v2HQ CameraCamera Module v3
Net price$25 $25 $50 $25 - $35
SizeAround 25 × 24 × 9 mm25 × 24 × 9 mm38 x 38 x 18.4mm (excluding lens)25 × 24 × 11.5mm (12.4mm height for Wide variants)
Weight3g3gVaries by lens weight4g
Still resolution5 Megapixels8 Megapixels12.3 Megapixels11.9 Megapixels
Video modes1080p30, 720p60 and 640 × 480p60/901080p47, 1640 × 1232p41 and 640 × 480p2062028 × 1080p50, 2028 × 1520p40 and 1332 × 990p1201080p50, 720p100, 480p120
SensorOmniVision OV5647Sony IMX219Sony IMX477Sony IMX708
Sensor resolution2592 × 1944 pixels3280 × 2464 pixels4056 x 3040 pixels4608 × 2592 pixels
Sensor image area3.76 × 2.74 mm3.68 x 2.76 mm (4.6 mm diagonal)6.287mm x 4.712 mm (7.9mm diagonal)6.45 x 3.63mm (7.4mm diagonal)
Pixel size1.4 µm × 1.4 µm1.12 µm x 1.12 µm1.55 µm x 1.55 µm1.4μm × 1.4μm
Optical size1/4"1/4"1/2.3"1/2.43"
Depth of fieldapprox. 1 m to infinityadjustable with supplied toolN/AApprox 10 cm to infinity
Focal length3.60 mm +/- 0.013.04 mmDepends on lens4.74mm
Horizontal field of view53.50 +/- 0.13 degrees62.2 degreesDepends on lens66 degrees
Vertical field of view41.41 +/- 0.11 degrees48.8 degreesDepends on lens41 degrees
Focal ratio (F-Stop)2.92Depends on lensF1.8
Maximum exposure times (seconds)611.76670.74112

Using Raspberry Pi Camera v3

(Image credit: Tom's Hardware)

At the time of writing, there are two main ways to control the camera. The libcamera library (which replaced raspistill and raspivid) and Picamera2 (an in-house update to the long running community created Picamera). With our Raspberry Pi 4 powered off, we inserted the camera cable and locked it into place. As the camera uses the same connector as previous models, it means that it can be used with the full range of Raspberry Pi boards, including the Raspberry Pi  Zero 2 W via an adapter cable. 

The biggest downside of the official camera modules has always been the form factor. It lacks a mechanism to lock the camera in place (in a class of 30 educators, all running their cameras, we found innovative ways to secure them). This issue was corrected with the HQ camera’s screw mount but with Camera Module v3, we see only the legacy mount points on the corners of the camera.. Arducam’s autofocus camera features a case which provides a mount point via a clip-on case. We would’ve loved this to come as standard with Camera Module 3. Alas it seems that it will not be, but we can always 3D print a quick holder.

We powered on our Pi running the latest Raspberry Pi OS release, and our first thought was to enable the camera interface, but then we realised that we no longer had to do that. We updated our list of software repositories and then upgraded the software. This pulled the latest Camera Module v3 updates, including Picamera2.

Our first test was via libcamera. We captured a series of JPEG images. The camera was placed 9 inches away from the test objects and lighting was consistent between each shot. What we found in our tests was that still images were excellent. Be they near (4 inches / 10cm) or far they were of consistent quality and on par with the High Quality camera. Autofocus times for still images were quick; we could see the camera hunting for a focus target, but it was never “juddery”.

Playing back a video encoded in H264 on our Windows PC via VLC (Image credit: Tom's Hardware)

Recording videos was a different matter. The focus would try and secure a target, which it did quickly, but we could see the “steps” as the focus worked to keep up. That said, close up focus was excellent in our videos, picking up the surface mount components of the original Raspberry Pi.

A new feature included with Camera Module 3 is HDR (High Dynamic Range) which increases the dynamic luminosity range of images. With HDR we get deeper darkness and brighter images. This works by capturing multiple images of the same scene, each with different exposures. These images are then combined into a single image which encompasses the entire range. 

Camera Module 3’s HDR images are restricted to 3MP which libcamera uses to generate an image with a resolution of 2304 x 1296. We took two pictures of the same scene, a close up of a Raspberry Pi. One image was with HDR; the other without. The HDR image was unmistakably brighter and vibrant, but it did have a little noise. The non-HDR image lacked the brightness, but also had little to no noise. HDR would be an interesting addition to Raspberry Pi trail cams and to record landscape scenes.

Moving our tests to Picamera2, we recreated the steps in a recent how to but we noticed that autofocus wasn’t very “auto.” It turns out that we need to include an extra class import and a line of code before we open a preview window and record. This extra line is picam2.set_controls({"AfMode": controls.AfModeEnum.Continuous}) and it comes from the libcamera Controls class. 

With this line we instruct the camera to hunt for focus. The process and quality is identical to libcamera. Stills were of good quality and the camera focus hunt was acceptable. Video recording was a little stuttery as the focus searched for a target, but again it was acceptable.

Picamera2 also has HDR, but not directly in the module. The issue is with V4L2, the kernel interface between the camera and the Linux video system. Right now it does not offer ready support for HDR with this camera. In order to activate HDR for Picamera2 we need to open a terminal and manually set the camera to use it.

v4l2-ctl --set-ctrl wide_dynamic_range=1 -d /dev/v4l-subdev0

and to turn it off we use

v4l2-ctl --set-ctrl wide_dynamic_range=0 -d /dev/v4l-subdev0

We took two images with Picamera2, one using HDR and the other without. The results are nearly identical to libcamera, but dare we say that the HDR Picamera image looks a little better?

Wide-Angle Version of Raspberry Pi Camera v3

The wide angle version of Camera Module 3 brings a 120 degree angle of view. In other words we get wider shots that encompass a greater area. The extra field of view brings with it a little distortion in the vertical plane – think the opening crawl to Star Wars. But the extra horizontal space is remarkable and shows (for better or worse) the state of our workbench.

Other than the lens, everything is the same as the standard 75 degree version. We took some close up images with the wide lens, to show the distortion. We also created a quick scene to show colors, and a scene comparison for HDR images.

We’d use this lens for outdoor projects such as trail cams, bird watching, landscapes and sports.

What Projects Is Raspberry Pi Camera v3 Good For?

The fixed focus of the previous camera modules (yes, you could hack them with a little scalpel work on the lens ring) meant that Machine Learning and AI projects could be difficult. Faces / objects would need to be a set distance from the camera in order to “see” them.

With the Camera Module 3 we have an opportunity to extend the vision of our ML/AI projects and use them to monitor objects from afar. Imagine it picking a face from a crowd, focusing on the red car on a freeway or spotting a bluejay flying in the trees. At a more domestic level, hobbyists will use the autofocus on the trail cameras, alarm systems and robot vision projects to provide dynamic responses to moving objects.

The wide angle lens lends itself to outdoor projects, and while it can still be used in ML/AI, the distortion may not benefit your intended use. Research and testing before deploying to mission critical projects is a must.

Bottom Line

(Image credit: Tom's Hardware)

For $25 to $35, there is a lot to like here. If you need a camera for a Pi project, you’ll see benefits from using the Camera v3 over the similarly-priced Camera v2. If you are running the latest Raspberry Pi OS, this is truly plug and play and the results are great. Sure we lack the standard camera mounting screw as found on Arducam’s version, but we gain simplicity.

Image quality is great, video is good and HDR is a welcome addition to the repertoire. We won’t be shooting the next blockbuster with this camera, but we will have a lot of fun taking great images.

Les Pounder

Les Pounder is an associate editor at Tom's Hardware. He is a creative technologist and for seven years has created projects to educate and inspire minds both young and old. He has worked with the Raspberry Pi Foundation to write and deliver their teacher training program "Picademy".

  • zaphod_
    3 MP HDR images from a 12MP sensor is very disappointing from an otherwise nice update.
    HDR is the main reason camera phones punch above their weight regarding dynamic range and image quality. Perhaps a software limitation which can be overcome with time?

    How difficult could it be for the brilliant RPi engineers to add even a basic provision for mounting the lens? For those who haven't used them before, it's a royal PITA to position the lens to actually take a picture.