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Comparison DDPai Mola N3 Pro GPS vs DDPai Mola N3 GPS

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DDPai Mola N3 Pro GPS
DDPai Mola N3 GPS
DDPai Mola N3 Pro GPSDDPai Mola N3 GPS
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Quad HD shooting resolution. Night shooting Super Night Vision. Pass-through power through the mount. Supercapacitor.
Typedashcamdashcam
Installation
on the windscreen
on the windscreen
Glass mountstickersticker
Dashcam mountclipclip
Power through mount
Power connectormicroUSBmicroUSB
Camera
Screen typeOmniVision OS05A10OmniVision OS05A10
ProcessorSigmaStar 8629QHisilicon Hi3556
Aperturef/1.8
Quad HD2560x1600, 30 fps2560x1600, 30 fps
Viewing angle140 °140 °
Recording features
G-sensor
sound recording
WDR (Wide Dynamic Range)
G-sensor
sound recording
WDR (Wide Dynamic Range)
Features
Navigation
speed on video
GPS
GPS tracker
speed on video
GPS
GPS tracker
ADAS features
LDWS (lane control)
FCWS (distance control)
LDWS (lane control)
FCWS (distance control)
Driving assistants
parking mode
Wi-Fi
speaker
parking mode
Wi-Fi
speaker
Additional camera
External camera1
Video resolution1920х1080 px
Frame frequency25 fps
Viewing angle125 °
General
Max. memory card size128 GB128 GB
Backup powersupercapacitorsupercapacitor
Size99x33x25 mm99x36x28 mm
Added to E-Catalogaugust 2023may 2021
Glossary

Processor

Model of the processor used in the dashcam

The term "video chip" is used mainly for devices with classic capabilities, "processor" — for advanced models with an abundance of non-standard functions. However, anyway, we are talking about the same component — the main computing unit, the characteristics of which directly affect the capabilities of the recorder as a whole. Knowing the model of the processor, you can find detailed data on it and evaluate how satisfied you are with a device based on such electronics. Of the most advanced modern chips, one can name, in particular, Ambarella A7L, Ambarella A12, Novatek NTK96655, Novatek NTK96660 and HiSilicon Hi3516.

Aperture

The aperture ratio of the lens installed in the video recorder.

This parameter determines how much the optics weaken the transmitted light flux. The aperture ratio is indicated by a fraction - for example, f/1.8. The smaller the number in the denominator, the more light the lens can transmit. A conventional model with an f/2.2 lens will theoretically produce a darker image than a recorder with a high-aperture optics of f/1.5.

High aperture ratio is important, first of all, when shooting in low ambient light conditions: it allows you to capture images in the twilight and dark hours of the day without creating additional artifacts in the form of noise. At the same time, when shooting with high-aperture optics, the blurring effect of moving objects in the frame is reduced. On the other hand, the actual quality of the recorder camera depends on many other factors - in particular, the type of matrix, the image processor used, etc. Therefore, the aperture ratio specified in the characteristics is not the ultimate truth - it is rather for reference.

External camera

One or more remote cameras in the standard equipment of the registrar, used for video recording of the traffic situation behind the car. In the vast majority of cases, the remote camera is attached to the DVR in one copy. It covers the rear "stern" of the car and is simultaneously used as an assistant when reversing parking — the picture from the camera can be displayed on the DVR screen in real time. There can be several remote cameras, which provides a wider coverage of the DVR's field of view.

Video resolution

The maximum video resolution supported by the optional DVR camera. Depending on the design and configuration, we can talk about both a remote camera and a camera for filming the interior (see above for both); this nuance should be clarified separately.

The higher the resolution, the more detailed the image from the camera will be, the more small details will be normally visible on it. On the other hand, high detailing affects the volume of materials to be filmed and the requirements for the “hardware” of the registrar (and, accordingly, affects the cost).

In general, additional cameras of modern recorders can be divided into the following categories:

— SD. "Standard" resolution (as opposed to HD — "high resolution"). A rather modest frame size, which at the same time allows you to significantly save memory for video recording and is suitable even for low-cost recorders. Specific resolution options include, but are not limited to, 628x582, 640x480, and 720x480.

— HD 720p. The traditional, most popular resolution for this video recording standard is 1280x720. In addition to it, registrars also found 960x720 (aspect ratio 4:3) and reduced in height 1280x480. HD is the most modest of today's high-definition standards, but still provides pretty decent detail.

— Full HD 1080p. The "classic of the genre" for this standard is the resolution of 1920x1080, however, there are other values in registrars, including very speci...fic ones — such as 1440x1080 (4:3 aspect ratio) and 1920x540 (halved vertical resolution). This is a fairly solid indicator even for the main camera of the registrar, and there is no need to talk about additional ones.

— Super HD. Not a particularly popular standard in video technology, which, nevertheless, has found application in video recorders. Most often provides a resolution of 2304x1296, which provides even more

Frame frequency

Maximum video frame rate supported by the optional DVR camera. Depending on the design and configuration, we can talk about both a remote camera and a camera for filming the interior (see above for both); this nuance should be clarified separately. Anyway, it is with this frequency that the shooting is carried out by default.

The higher the frame rate, the clearer the moving objects will be on the video, the less they will be blurred and the less “jerky” the video itself will be. It is believed that the most comfortable for the human eye is a speed of 24 to 60 frames per second; a lower frequency is already perceived as a “slideshow”, and a higher one only increases the amount of material being shot, without giving a visible increase in quality. At the same time, registrar cameras can also provide higher filming speeds than 60 fps — this provides good visibility of individual moving parts in slow motion or frame-by-frame playback.

Viewing angle

Viewing angle of the additional dashcam camera. Depending on the design and configuration, it may refer to either an external camera or an interior camera (see above for both); this nuance should be clarified separately. The viewing angle can be specified both horizontally and diagonally, which is why models with the same figures in the specifications may slightly differ in their actual field of view. However, in this case, this difference is not critical.

In theory, a wider viewing angle allows for capturing a larger area, but individual details in the frame become smaller. Additionally, wide-angle lenses can cause geometric distortions at the edges of the image; the DEWARP technology (see "Features") used to eliminate them is usually not used in additional cameras.
DDPai Mola N3 Pro GPS often compared
DDPai Mola N3 GPS often compared