Imagine yourself in an amazing entertainment room. You've got your large, flat screen television, speaker system, and high-definition Blu-ray player. Much of your equipment is installed inside a heavy-duty console cabinet for storage underneath your television, preventing the room from looking overly cluttered. Add to this a comfortable couch, popcorn at the ready, and several infrared remotes on that side table right next to you. You may think you're all set, but what if you have trouble controlling your other connected devices with your remotes through the cabinet? What if you have additional speakers or perhaps an additional monitor in an adjacent room and your infrared signals just aren't strong enough to reach that far?
Just the same, what if that console cabinet supporting your television and housing your Blu-ray player is made from heavy wood and fully encloses your equipment, making it difficult for the remote signals to reach everything? For any and all of these reasons, an remote extender can help solve this problem for you.
An infrared remote (IR) extender, also referred to as a repeater, has a receiver designed to pick up the infrared signal from your remote control and relay it via to the device being controlled. Considering our large-doored cabinet, a potential difficulty arises with the infrared signal's ability to reach your Blu-ray player when it's tucked away and out of sight. While it certainly makes the room look neat and tidy, your remote's infrared signal may not reach the player as well as it would if its line of sight to the device was more direct. As an answer to this signal obstruction between the remote and Blu-ray player, the infrared remote extender introduces a radio relay between the remote control and the device.
An infrared transmitter on the destination device will mimic the original infrared signal so that your Blu-ray player can interpret the remote command as it normally would without the use of an extender. As mentioned earlier, this is particularly useful in situations where a remote's line of sight is obstructed or if you plan to control equipment from another room and require an extended signal range. An IR repeater system has several components, including a target, connection block, and emitter. The target is a fancy way of referring to an infrared receiver, which converts those infrared light waves transmitted from your remote control to electrical signals for distribution. The (or IR blaster) converts these electrical signals back to modulated infrared band signals where they are retransmitted by light waves to the device you're attempting to control (i.e.
Our Blu-ray player inside the cabinet). The IR blaster is typically attached to the destination device over its receiver port.
As its name suggests, the connection block is the main hub keeping all parts of the receiver system wired together and interconnected. The connection block makes such systems easy to expand and reconfigure, depending on your entertainment setup.
Extend Your Range. Like many products related to your particular entertainment setup, what you plan to use it for and the layout of your equipment will determine what type of infrared remote extender system is best. For example, if you own a large home with multiple monitors installed in adjacent rooms, then finding an IR extender with as long an infrared range as possible will be key, particularly if the signal coming from your remote's (LED) has to travel through walls and into cabinets where your equipment is stored.
Some extenders offer a signal range of up to five or six hundred feet. Simple installation is also key. Because you'll be working with a few different pieces and several cables, ensuring that the setup instructions are straightforward will get you up and running as quickly as possible. If you have a lot of equipment in your home, then one or two emitters may not do the trick, since each piece of equipment needs its own dedicated emitter to receive infrared remote signals properly. Some extenders offer LED confirmation lights to let you know that the signal has been properly distributed.
This comes in handy when dealing with several independent pieces of equipment located in different rooms. Quick response time is another integral piece of the extender puzzle. If it takes forever for your extender to interpret and transmit signals to your equipment, then there's little point to using the extender in the first place. Response times should be seamless and barely noticeable. The Evolution Of Infrared Remote Technology. The first remote control intended to control a television was developed by in 1950 and was called Lazy Bone. While the remote could turn a television on or off and change channels, it was attached to the television with a thick cable, making it a tripping hazard.
By 1955, Zenith engineer created the first wireless television remote called the Flash-matic, which used a directional flashlight to activate four control functions on a television. This design was problematic due to the interference from natural sunlight. By 1956, invented the Zenith Space Command remote, which was based on the concept of using ultrasonic technology to change channels.
Infrared devices eventually replaced the ultrasonic remotes by the early 1980s, ushering in a growing need and popularity for the IR remote extender. Both IR remotes and extenders are still in use today. Thanks for reading the fine print. About the Wiki: We don't accept sponsorships, free goods, samples, promotional products, or other benefits from any of the product brands featured on this page, except in cases where those brands are manufactured by the retailer to which we are linking. For our full ranking methodology, please read about us, linked below. The Wiki is a participant in associate programs from Amazon, Walmart, Ebay, Target, and others, and may earn advertising fees when you use our links to these websites.
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Q: How do I set up my new NextGen Remote Extender Genius? A: To sync the transmitter (inside your remote control) to the receiver (flying saucer), begin by pressing the silver top of the receiver for 3 seconds.
You will notice three lights in the front turn on. Release the silver top, then with the transmitter inside the remote control, press any button on the remote several times and you will see the three lights blink. Your transmitter and receiver are now synced together. Watch the setup & installation video tutorial below for more information on how to set-up your NextGen's Remote Extender Genius. If you need additional help setting up your Remote Extender Genius, check out our page for more information. Q: I have been using it for a few weeks and it worked great, then all of a sudden it stopped working.
What happened? A: If the transmitter suddenly stops working, try replacing the battery with a fully charged one. When you first receive the extender, we recommend that you fully charge both of the provided batteries 24-36 hours before using.
If you skipped this step, your batteries may be dead. Simply re-charge them and try again. Q: When I press a button on the remote, it reacts several times. What's happening? A: When you press a button once, but it does the command multiple times, that means that the signal is too strong. Try moving the receiver or the eye emitter away from the Infrared sensor to weaken the signal strength and lessen the reactions. Q: Does the battery charge light stop blinking once the battery is fully charged?
A: No, it does not. The light will continue to flash as long as the battery is in the charger. It takes 24-36 hours for the batteries to be fully charged. Now, if the battery charge light is not flashing, try using the AAA slot to charge the battery.
If the light stops or does not turn on, it is possible that the led bulb has burned out. This, however, will not affect the charger from charging batteries. Q: Will it damage the battery if left in the charger? A: No, it will not. The battery will receive a slow trickle charge while being held in the charger passed it normal charging time. Q: My range seems to be decreasing over time? Why won’t the remote control my device consistently?
A: It is very possible that your batteries may be low. Try charging the 2/3 AAA battery in the receiver/charging base. If that does not help, you may need to change your alkaline batteries too. For the best performance, the RF (radio frequency) transmitter sleeve should be placed with the positive end pointing towards the front of the remote.
Also, try extending the antenna on the Remote Extender receiver for a more consistent signal strength. Q: What is the 3 and 6 eye emitter for? A: Multiple eye emitters are for when you want to convert more than one remote and also for when you would like to keep your components hidden behind cabinet or closet doors. It is one cord that branches out to three or six cords with an emitter at each end.
One infrared emitter should be placed in front of each device that you wish to control with the NextGen RF (radio frequency) transmitter. Use these multiple eye emitters for controlling multiple components. Q: Will this work with a Media Center PC? A: Yes, it will.
Q: I can't get the remote to control my device, what do I need to do? A: There’s a few things that you can do test your system:. See if the remote will control the device if you point it directly at it with the alkaline batteries in it. If you cannot control your device with standard batteries, your batteries may be low or inserted incorrectly.
Check to see if your remote is in the correct control mode. If you can control your device directly with standard batteries, but not when the RF transmitter is inserted, check to make sure the battery is correctly inserted inside the transmitter sleeve. Make sure that the eye emitter is securely plugged into the IR sensor. You can also check to see if the receiver is on the B setting (A for some cable boxes).
Another good thing to check is your battery strength, make sure that your 2/3 AAA battery is fully charged. If you have done all of the above and it still won’t operate properly, try holding the remote behind your back (with the transmitter in it) and see if the B light illuminates when a button on the remote is pressed.
If it lights up, try moving the eye emitter until the device reacts (please note that some cable boxes’ light will not illuminate). If you’re still having problems, and we’ll be glad to help you out! Q: Does the Remote Extender kit work with universal remotes? A: Yes, it does. It works with Harmony Universal (also known as Logitech) remotes up until the 880 series. It will also work with cable or satellite remotes that can be used as universal remotes as well.
It will NOT work with Harmony (Logitech) 300, 350, 600, & 650 series remotes, Home Theater Masters (also known as Universal Remote Control, Inc.) remotes, or any other universal remote that has a rechargeable battery pack or a large LCD screen. Q: I am experiencing an interference problem with other existing IR/RF units. What do I do? A: The Remote Extender is available in two frequencies to avoid an interference problem, choose which one is best for you. Q: I cannot find the IR sensor on my device?
A: If you cannot locate the IR sensor on the device, try shinning a flashlight at the front of your device to help locate the IR sensor. That will help you to see through the dark plastic lens. Q: I need several more batteries and transmitters for other remotes, what do I need to order? A: You would need to order one transmitter per remote that you want to convert.
Make sure to purchase the same frequency you already have. Q: Can you charge the battery in the RF transmitter sleeve? Is that what the AAA size compartment in the bottom of the receiver is for? A: Yes, you can.
The smaller slot is for the battery alone, the AAA size is for the battery and transmitter together. Do NOT place a standard AAA battery in the slot.
It may damage the charger. Both compartments are for the rechargeable 2/3 AAA batteries only. Q: What is the difference between the 433 and the 418 frequency within the Remote Extender Plus unit?
A: There is no difference other than the frequency itself. The reason for having two frequencies is to allow you to be able to have the RF extender on two of the exact same brand devices without having interference. They both work great!
If you wish to control an XM radio, you will need the 418 frequency. If you wish to control a Harmony remote, you will need the 433 frequency.
Q: Does the RF Extender work with a Scientific Atlanta Cable box? A: Yes, it does. In order for the RF Extender to work with a Scientific Atlanta cable box, the receiver needs to be on the A setting. Most of the other devices work off of the B setting. If you are trying to control your Scientific Atlanta box as well as other devices, you would need to purchase an additional receiver.
If you already have it on the A setting and it does not seem to be working properly, ask your cable company for a system upgrade and it should work. Can't find the answer you're looking for? Visit our page or for more information.
When it comes to remotes, some of us here at EngadgetHD are partial to Logitech's Harmony models. The concept of 'activity based' remote configuration and automation is a good one; even though we Harmony, it's because we see potential, not because we're haters. Here's a criticism we have: issuing a laundry list of commands to switch activities is slow, and one thing users don't enjoy is maintaining a line of sight between the remote and the equipment rack while it issues all those commands. RF is a solution, but it's only available at the top of the Harmony lineup. Descargar pokemon esmeralda espaг±ol gba free roms. Enter the Next Generation Remote Control Extender.
It's a bit of kit that will 'RF-ize' your standard IR remote (not just Harmony remotes); and we're big fans of 'izing!' What's included The basic functional setup consists of an RF transceiver, a RF-to-IR base station and a rechargeable 2/3-AAA size battery.
Next Generation also supplies an extra 2/3-AAA battery, an AAA-to-AA battery conversion sleeve, a single-eye IR emitter and a wall wart power supply. First up is the RF transceiver module which you couple with one of the 2/3-AAA batteries, and then slap the combo inside your remote as a AA or AAA replacement.
It turns out that each IR command issued by your remote also produces a small amount of RF leakage that 'looks' just like the IR command. So the transceiver handles the task of sniffing out this wimpy RF signal and forwarding it to the base station, effectively making your IR remote into an RF remote. Our experience In our tests, the extender worked well. We got about 50-feet of range with a wall between the base station and the remote, which was more than enough for our purposes.
Most importantly for us, using the extender made it so the remote did not have to stay pointed at the equipment rack to work. Admittedly, this is a bit of a workaround solution, but it's a pretty elegant workaround at that. Even the detail of what to do when the rechargeable 2/3-AAA battery in your remote dies has been covered: two are included with the set, and the base station has a charger that you can leave one in, so you'll always have a charged one ready.
Next Generation Home Products
Creators of the Next Generation Remote Control Extender Since 2002, NextGen has been designing and manufacturing innovative, high-quality audio/video products such as the award-winning, patented Wireless Radio Frequency Remote Extender, which allows you to easily convert an existing infrared remote control into a remote with radio frequency capabilities. This allows the user to send signals to electronic devices without the 'line-of-site' requirements of a standard infrared remote control.
Rf Remote Control Extender
We also offer high performance HDMI connectors and cables suitable for a variety of applications, including your home theater system. NextGen takes pride in offering unique audio/video product solutions for both residential and commercial markets.
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