Such devices have been popular for 433MHz RF devices but have been rather hit-or-miss. Better yet, you could use it to capture a healthy remote to store the original away or have a spare. This could be enough to capture the pulses from a dying remote that isn’t completely dead. It has been a long-held wish of mine that we could have a “learning” remote – one that captures the IR emissions from a working remote to take a “copy” of the signals.

Likewise, you could fork out for a “universal” “one for all” type remote which often claims to work with almost all devices, but often has a frustrating “trial and error” programming sequence and could still leave you out of luck with a partially functioning or scrambled remote where the buttons do not correspond to the markings. Mi Remote with supported Xiaomi phones), but the database of devices may not be enough to cover your particular product. Most of the time, for cheaper and older devices, the latter is unfortunately more often the case.Ī potential solution is to use a smartphone that has an IR blaster and a remote control program (e.g. Once this happens, you’re left scrambling looking for a replacement remote which may be available at a high price or not available at all. Regardless of the cause, the result is a downright pain as many modern devices are designed with the implicit assumption that a remote is available and often fail to build in the full interface on the unit itself. For example, keypads can wear out, contacts can oxidise, the low build quality may lead to cases cracking, batteries can leak corroding the terminals or perhaps the remote may fall victim to a wayward volume of liquid otherwise destined for human consumption. Unfortunately, for many reasons, remote controls always seem to go intermittent or fail outright.

One of the modern conveniences of audio-visual equipment is the ability to tele-command it with an infrared remote control, so you don’t have to get up out of your seat to push a few buttons.

L336 remote manial