oCam Advanced Settings - Save
Click Tools - Options on the oCam main menu to view the settings in the Save category.
By default, the save path is set to the "This PC-Documents-oCam" folder in Windows 10, and all recordings, audio recordings, and captures are saved to this location.
The save path can be changed by clicking the button.
The file name to be saved follows a predefined format or a user-defined format, and by default it is set to "<Prefix>_<YYYY_MM_DD_HH_NN_SS_Z>".
The file name format can also be changed by clicking the button, and when you click it, you can see the predefined formats.
If you click the Help menu item, you can see more detailed information about the format, as shown below.
( When the Help menu item was clicked at 11:29:49.902 AM on June 16, 2016 )
<Y> = 16
<YY> = 16
<YYYY> = 2016
<M> = 6
<MM> = 06
<MMM> = 6
<MMMM> = June
<D> = 16
<DD> = 16
<DDD> = Thu
<DDDD> = Thursday
<DDDDD> = 2016-06-16
<DDDDDD> = Thursday, June 16, 2016
<C> = 2016-06-16 11:29:49 AM
<H> = 11
<HH> = 11
<N = 29
<NN> = 29
<S> = 49
<SS> = 49
<Z> = 902
<ZZZ> = 902
<T> = 11:29 AM
<TT> = 11:29:49 AM
<AM/PM> = AM
<a/p> = a
<ampm> = AM
<Prefix> = Recording
<ProgramName> = oCam
<UserID> = User Name
<DisplayUserName> =
<#> = 1
<##> = 01
<###> = 001
The file name format may feel difficult for some users, so here are a few examples.
- If the file name is <Prefix>_<#>, then <Prefix> is the prefix and # is the serial number.
The prefix is replaced with Recording when recording video, Audio when recording sound, and Capture when capturing the screen, while # is replaced with a serial number.
For example, when you finish recording the screen, a file named Recording_1 is created. ( Only if there is no similar file name in the oCam save folder. )
And when you record again, a file named Recording_2 is created. The reason the serial number becomes 2 is because a file named Recording_1 already exists.
- If the file name is <ProgramName>_<#>, then <ProgramName> represents the name of the program being recorded. In normal screen recording, it is replaced with oCam, and <#> is added as a serial number just as before.
However, when recording a game, recording starts inside the game program, so the file is created using the name of the game's executable file.
- If the file name is <dddddd>_<#>, then dddddd means the localized date, so on a Korean operating system it is replaced with the current date at the time this was written, Thursday, June 16, 2016, and # is filled in with a serial number.
The localized date varies depending on the language settings of the operating system. In other words, it appears differently on an English OS because it uses the format built into the operating system.
- If the file name is My_<#>_th_<Prefix>_File, then when recording, a file named My_1st_Recording_File is created, and when recording again, the file name becomes My_2nd_Recording_File.
- If the file name is <UserID> recorded <Prefix> of the game called <ProgramName> on <DDDDDD>. then it may be created as "AdvancedDeveloper recorded Recording of the game called LocalDeformablePRT on Thursday, June 16, 2016." The content inside <> varies depending on what is being recorded.
Serial number start means the starting number of the serial number that can be set with # inside <>.
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Setting the Codec - Choosing a Video Codec
oCam is an intuitive and lightweight free software tool that allows users to record or capture their screen, making it suitable for a wide range of users from beginners to IT professionals.
It is also a screen recording and capture program with a simple interface and powerful features, making it useful for gameplay recording, online lectures, tutorial creation, and simple screenshot capture. Thanks to the intuitive buttons on the main screen, even beginners can use it easily, while advanced users can create an optimized recording environment through detailed settings.
Codec Settings and Video Containers
When you click the "Codec" button on the main screen of oCam, a settings window appears where you can choose the video container and video codec. This settings window is designed to let users freely adjust the recording file format and quality. The video containers supported by oCam include the following formats:
MP4: The most widely used video format, offering excellent compatibility and reasonable file sizes.
MKV: A multimedia container that supports high-quality video and various codecs. (A container that can continue playback even if recording is interrupted partway through.)
M4V: A format optimized for compatibility with Apple devices.
MOV: A QuickTime-related format suitable for users who prefer high-quality video.
WMV: A Microsoft video format mainly used in Windows environments.
FLV: A Flash-based video format often used for web streaming.
AVI: An older format that is still compatible with a wide range of software.
TS: A streaming format suitable for high-definition broadcast recording.
VOB: A format mainly used for DVD video.
By supporting such a wide range of containers, users can choose the file format that best fits their platform or purpose.
Supported Video Codecs
oCam provides a variety of video codecs to help optimize recording quality and performance. The supported video codecs are as follows:
NVIDIA NVENC H.264: A high-efficiency codec that uses hardware acceleration and delivers excellent performance on systems equipped with NVIDIA graphics cards.
Open H.264: An open-source H.264 codec that provides high compression efficiency and good quality.
MPEG-4: A widely used codec with excellent compatibility across many devices.
Microsoft MPEG-4 Part 2 and Part 3: Codecs optimized for Microsoft environments.
Windows Media Video 8 (WMV8): Provides efficient compression on Windows-based systems.
MPEG-2: A codec suitable for DVD-quality video.
MPEG-1: An older format that is still useful on lower-spec systems.
FLV: A codec specialized for Flash video.
In particular, the NVIDIA NVENC H.264 codec uses the hardware encoder built into NVIDIA graphics cards to minimize CPU load, allowing smooth recording with almost no lag even during demanding tasks such as gameplay recording. However, this codec is only supported on certain NVIDIA graphics cards or higher, so recording may fail if your graphics card does not support it. For that reason, it is important to check your system specifications before selecting this codec.
Audio Codecs and Additional Features
oCam supports not only video recording but also audio recording, allowing you to capture sound together with screen recordings. The supported audio codecs are as follows:
AAC: Offers high sound quality and efficient compression, and is compatible with most modern video containers.
MP3: The most widely used audio format, offering a good balance between file size and sound quality.
MP2: An audio codec often used for broadcasting and DVDs.
WMA: A Microsoft audio format optimized for Windows environments.
FLAC: A lossless audio codec that provides high-quality sound close to the original source.
With these audio codec options, users can adjust the sound quality of recorded videos as needed. For example, you can use AAC for clear lecture audio or MP3 for gameplay recordings to maintain a good balance between quality and file size.
GIF Support
oCam also supports GIF format, which is useful for users who want to create short and lightweight animated files. When you select GIF mode, an animated GIF file is created instead of a video file, making it suitable for sharing on social media or creating simple tutorials. Since GIF files can be large and are not ideal for high-resolution video, it is best to choose this format according to your needs.
Things to Keep in Mind
There are a few things to keep in mind when using oCam. In particular, if you use the NVIDIA NVENC H.264 codec, you should always check your hardware specifications first. If you select this codec on an unsupported graphics card, recording may fail or errors may occur. It is also important to make sure you have enough storage space and system resources when recording in high resolution or for long periods.
Conclusion
oCam is software designed to make screen recording and capture easy for anyone through a simple interface and powerful features. It supports a wide range of video containers and codecs, and hardware-accelerated recording with the NVIDIA NVENC H.264 codec in particular delivers excellent performance even for demanding tasks. With support for audio codecs and GIF creation as well, oCam is a versatile tool that can be useful in many different environments, from individual users to professionals. If you carefully choose the codec and settings that match your system specifications and intended use before starting a recording, you will be able to get the best results.