IR Remote Extenders: 5 Fast Facts
See The 7 Best IR Remote Extenders on Ezvid Wiki ►►
Fact #1. Imagine yourself in an amazing entertainment room. You've got your flat screen TV, surround sound speakers, and high-definition Blu-ray player. Much of your equipment is installed inside a heavy-duty console cabinet for storage underneath your TV, preventing the room from looking overly cluttered. You may think you're all set. However, what if you have trouble controlling your other connected devices with your remotes through the cabinet? An infrared remote extender can help solve this problem for you.
Fact #2. These devices have a receiver designed to pick up the infrared signal from your remote control and relay it via radio waves to the device being controlled. An infrared transmitter on the destination device will mimic the original signal, so that your Blu-ray player or other device can interpret the remote command as it normally would.
Fact #3. These items have several components, including a target, connection block, and emitter. The target is a fancy way of referring to an infrared receiver. This converts those light waves to electrical signals for distribution. The emitter converts these signals back to modulated infrared band signals. They are retransmitted by light waves to the device you're attempting to control. The connection block is the main hub keeping all the parts of the receiver system wired together and interconnected.
Fact #4. Like many products related to your particular entertainment setup, what you plan to use it for and the layout of your equipment will determine which option is best. As an example, if you own a large home with multiple monitors in adjacent rooms, a model with as long an infrared range as possible will be key.
Fact #5. If you have a lot of equipment in your home, then one or two emitters may not do the trick. Each piece of equipment needs its own dedicated emitter to receive infrared remote signals properly. Some extenders offer LED confirmation lights. These let you know that the signal has properly distributed. This comes in handy when dealing with several independent pieces of equipment located in different rooms.
Fact #1. Imagine yourself in an amazing entertainment room. You've got your flat screen TV, surround sound speakers, and high-definition Blu-ray player. Much of your equipment is installed inside a heavy-duty console cabinet for storage underneath your TV, preventing the room from looking overly cluttered. You may think you're all set. However, what if you have trouble controlling your other connected devices with your remotes through the cabinet? An infrared remote extender can help solve this problem for you.
Fact #2. These devices have a receiver designed to pick up the infrared signal from your remote control and relay it via radio waves to the device being controlled. An infrared transmitter on the destination device will mimic the original signal, so that your Blu-ray player or other device can interpret the remote command as it normally would.
Fact #3. These items have several components, including a target, connection block, and emitter. The target is a fancy way of referring to an infrared receiver. This converts those light waves to electrical signals for distribution. The emitter converts these signals back to modulated infrared band signals. They are retransmitted by light waves to the device you're attempting to control. The connection block is the main hub keeping all the parts of the receiver system wired together and interconnected.
Fact #4. Like many products related to your particular entertainment setup, what you plan to use it for and the layout of your equipment will determine which option is best. As an example, if you own a large home with multiple monitors in adjacent rooms, a model with as long an infrared range as possible will be key.
Fact #5. If you have a lot of equipment in your home, then one or two emitters may not do the trick. Each piece of equipment needs its own dedicated emitter to receive infrared remote signals properly. Some extenders offer LED confirmation lights. These let you know that the signal has properly distributed. This comes in handy when dealing with several independent pieces of equipment located in different rooms.
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