With the video baby monitor installed, you can continually monitor your baby without having to stand up and going to your baby in the next room. The wireless video baby monitor however has a larger scope of use. Since it is wireless, you can go anywhere around the house while bringing an LCD monitor to keep track of the status of your baby. For example, if you want to leave your baby in the living room for a while, you can get the device from the baby s room and transfer it to the living room without going through the difficulty of moving the wires. The Disadvantages of Wireless Baby Monitors If such devices have advantages, then it is possible that they also have disadvantages. Such a device allows you to check on your child s safety even when you are doing other things at a certain distance or outside the room. It not only saves you a lot of time and burden, but it also keeps you at ease knowing that your precious one is safe even at a distance. However, with the many different kinds of monitors available in the market at present sometimes it may get confusing. With the help of an Internet capable computer, parents can now access their baby cameras anywhere at any time. Most of the time however, this system is used to keep tabs on your nanny, caretaker or babysitter instead of the baby. You may want to make sure that whoever is in charge of your baby at that moment in time is giving his or her utmost care and love. This is especially valuable to deaf parents since what they lack in hearing, they can make up for in visual observation. Factors To Consider Before Purchasing A Baby Monitor Buying the most expensive baby monitor on the shelf is not necessarily the best idea that any parent could muster. You have to understand what you really need and determine how to compensate for the capability that you lack without sacrificing anything. What are Baby Monitors Baby monitors are technological device that serve as a pseudo mother who is in vigil at bedside. It is a radio transmitter that release FM (Frequency Modulated) signal most commonly between the ranges of 48,830 to 48,890 MHz. These devices have two components, the transmitter and the receiver.