Hello, welcome to this training today is a very, very special day because you're going to learn about the difference between IP and analog systems. So let's get it started. We see the difference between analog and IP system starting talking about resolution first, then you have your monitor and you have t v line, water, tv line. Why do I need a TV line for? TV lines are very important because when you buy a camera analog one, a traditional one, and also a monitor, you're talking about TV lines. Let's say, for example, you buy a camera, you can buy the camera, wait for HDTV lines with five twenty-two lines, six hundred one thousand or even different.
The resolution is also the same as your monitor. You can buy your monitor with different resolutions in DV lines. Then you have the fourth line here. You have all of the lines on your monitor and you have the last one here. Whatever it is, the end of the resolution of your camera or monitor, you have the last line here. Let's say, for example, one thousand T v lines. And now, you know, that's important to know about the V lines because it's a traditional system, right? When you buy a camera, you buy those cameras on TV lines. Let's compare now with the digital system, digital system. Have here your monitor and then you have pixels. You don't have DV lines anymore. We're talking about pixels now and then you buy a camera, let's say an IP camera. Now, I'm not talking about analog anymore. I'm talking about IP now, IP camera BEXELL and then you have zero point three megapixels. For example, you have one point three Chuma Pixel three five eight and even higher resolution, much higher resolution, and other IP cameras. And then you have the pixels and those pixels are going to fill your screen. So basically that's the difference between DV lines and big cell analog system DV lines and pixels in the digital system. The right. Let's see here now that we have one pixel here and the last one pixel here, a million pixels, for example, you have eight megapixels. That's why you have eight megapixels. Eight million pixels in your image means eight megapixels. If you have two million pixels in your image, you have two megapixels. Right. Let's continue here with the basic comparison when you have a camera. And a little camera with six hundred TV lines, and then you have your cable, a coaxial cable, and then you connect to monitor this monitor must have also 600 T v line or higher resolution to be compatible with your camera. And then you compare this to a system that digital, you have a camera with a two-megapixel camera, for example, and then you connect your cable and you connect your computer, then you can have your image on your screen, let's say a two-megapixel monitor. That's the same as full HD. When you talk about two-megapixel resolution and four-way to the resolution is the same thing, right? And then you have your pixel on your screen, that's pretty easy to understand. Now, let's talk a little bit about recording, you have your system, you can see live videos. From the camera to your monitor to an analog system, from your IP camera to your computer and to your monitoring type system, but how about recording what's necessary to record your videos? Let's talk about that. And you have an analog system here with your analog camera. You've seen the videos in analog format to your DVR. That's the digital video recorder. That's why the name is DVR, the digital video recorder, and then you convert from analog to digital and then you can record you always record in digital form and you don't record TV lying through your record pixels. Right. And then you can also send analog video directly to a monitor if you want to because it can connect your camera to our very own devices or your monitor directly using cables with an analog signal. And then you have our image here, your video here. And it can also compare here with IP cameras, the same principle you have digital image going to the viewer and then record those videos and you can send in digital format to a monitor, right? Pretty easy. Pretty basic. Now, let's talk about the information you have here, your camera is an analog one, you can send the video directly to a monitor. You can also send the video directly to a DVR, it's analog video, and then you can convert from analog Fiderer, it's rainout because it's digital, and then you can see your video on your screen in your computer. That's possible only when you convert from an analog to digital. Then you can see on your computer and then you can also send those videos to the Internet and from the Internet, you can send them to a computer in digital format. Right. So basically, it's just simple like this. You need a camera. You need something to convert from analog to digital that that'll be your DVR and then you're going to record an alpha consent to the Internet. Comparing now with a digital system, you have the camera directly from the camera you can send to a computer, then you can see directly here and you can also send from the camera to a VCR. It's a network video recorder. And then you can send to your computer the same concept with the Internet. You can send it directly from your camera or your interviewer to the Internet, and then you can send it to your computer wherever you are located. All right. So pretty easy. Pretty simple. You have to have an analog converter to digital to send through the Internet or whatever. You want to send the video in a digital format with IP cameras, you bring directly from the camera to whatever you want to say in digital format. Right. So basically, like this basic principle. Like this. Right. So thank you very much for reading this article. And I see you at the next one.