To change options press the shutter / select button on the top of the camera. There are two screens of options which you can cycle by pressing the power / mode button. They have just 900 mAh but you can use them as well. The Git2 comes with a 950 mAh battery, and has the same shape as the SJCAM batteries. On the backside of the camera there’s the 1,5″ LCD display, and a LED which flashes during recording. On the other side, you’ll find the internal microphone, micro HDMI port for HD video output as well as the mini USB port for an optional external microphone input, A/V output and charging. When you short press the button you enter the menu – when in video mode the video menu, when in photo mode the photo menu. You can remote control the cam with an iOS or Android app or with an optional remote control. The LED above indicates if wifi is enabled. This button turns on and off wifi when you press it for more than 3 sec. On one side you’ll find the microSD card slot and a button. The camera’s upper side holds the shutter button, which also acts as select button in the camera’s menu, and a LED which flashes when recording. On the front side of the Git2 there is the power / mode switch button as well as 2 status LEDs which indicate if you are in video mode (red) or photo mode (green). The other specs are the same for all Git2/Git2P cameras.Īttention! Git2P 90° does not fit into the Git2 / Git2P 170 underwater case as the lens is a little larger! The Git2P with 170° lens also has a f/2.8 170° FOV lens, same as Git2 with the Sony sensor. The new narrower FOV lens prevents the fisheye effect and distortion. So the camera also benefits from a larger aperture compared to f/2.8 aperture in the 170° models. Git2P 90° features a f/2.5, 5G2P Lens with 90° FOV (Field of view). There’s a 90° FOV (field of view) and a 170° FOV lens available. The two versions of Git2P have different lenses. From what I heard the Panasonic sensor seems to work better with the Novatek chipset. This Panasonic sensor is also used in the latest SJCAM SJ6 Legend. Sony and Panasonic sensor have the same max. Whereas Git2 uses a 16MP Sony IMX206 sensor (same as in YI Action Camera), both new Git2P models hold a 16 MP Panasonic MN34120PA sensor. Be careful, both cameras bear the same name Git2 P indicates the new Panasonic sensor being used. GitUp released two new versions of Git2: the Git2P. Git2 Color Panels: Orange, Blue, Gold & Silver The camera offers wifi for a wireless remote (optional accessory – 10 USD) and remote via iOS or Android App.Ī miniUSB port for charging, mic input (optional microphone – 8USD) & A/V output and a microHDMI port for HD video output. MicroSD card, up to 64GB supported, class 10 recommended The camera features a 1,5″ live view display, a little smaller than comparable models with offer 2″.ĩ50 mAh battery, which is the same size as the SJCAM battery, but with a little larger capacity (SJCAM: 900mAh)Īdditional original batteries are available for 3.25 USD The chip will be a Novatek 96660 chip, same one as used in the SJ5000X Elite.Īll Glass Elements, FOV: 170° narrow: 120°ĭetailed info on resolutions in the review below. This sensor can’t do real 4K, the 4K option with 24fps of Git2 is interpolated The IMX206 has a sensitivity of 1096digits. I don't know how much of a problem that is for the Git1 but Gitup doesn't seem to recommend doing it for the Git2, although maybe your standards are not as high.The Git2 features a 16MP Sony Exmor IMX206 sensor (same as the Xiaomi Yi) If you can find a mini USB plug with both microphone and power connections then you may still have issues since apparently the charging circuit causes some noise on the microphone input. There is one problem, if you plug the microphone in, it uses the same socket that is used for power so you can't then plug power in. You will want your converter to have a volume control since the Git1 is very sensitive to volume, while the Git2 will record almost any volume. (A PC microphone is just the microphone element itself with no electronics.) Microphones work with much smaller voltages and currents than line-in connections but I'm sure there must be line to mic level converters available. It will take a standard PC (computer) microphone so there is nothing special about the input other than the use of the mini USB connector. Click to expand.The external mic input works well.
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