What is the disparity between Analogue and Digital

Analogue and digital comms each have their supporters also as their detractors. Each technology has its plus factors also as its drawbacks, but neither are massively well understood by standard client. So here’s what we are going to do; a handy little puff-piece detailing which type of walkie talkie is best for your defined requirements.

OK, so, 1st, let’s look at the differences between analogue and digital communications. 


To start with, analogue tech translates voice into 2 way radio waves so as to convey it over long distances. The more the wave might be compressed, the clearer the signal can ultimately develop into, and with less noise as well.

Analogue technology records waveforms as they are and translates them like that, versus its digital equivalent, which samples and records waveforms first before transmitting them. Nonetheless, analogue gadgets often consume considerably more power.

Analogue two way radios are inherently cheaper than their digital counterparts. Digital radios can cost a lot of cash and, as they’re an emerging technology, new versions can potentially be rendered ‘old hat’ within a relatively brief span of use, whereas analogue tech involves far less upgrading.

The draw back here, though, is that the end for analogue 2 way radios is unquestionably in view. Digital is evidently going to become the best way forward.


Digital technology operates on a very distinct principal. While analogue interprets information into radio waves (as we mentioned previous), digital tech instead translates the identical voice right into a binary format (essentially zeroes and ones). This requires a shared language connecting the sending and receiving devices; otherwise the transmittion can’t be decoded.  

Digital technology samples analogue waveforms, assigns a pair of figures to them then it records them. Ergo, digital two way radios are way less probable to be interrupted by signal reduction, exterior noise and other interruptions, mostly as most noise responses are analogue in disposition.

Digital signal dealing out is instant, as digital sampling works at 8000 samples per second. The disparity between digital transmittion processing and analogue is hence negligible.

Finally, digital devices tend to not draw much power as analogue gadgets.

Which one for me?

Therefore, now that’s out of the way – which is true for you?

Eventually, when it relates to walkie talkie usage, analogue 2 way radios will work well, but not for much longer, it would seem.

Start by considering health and safety concerns. An analogue radio is easy to utilize, highly durable and completely instantaneous. That is, in brief, technology that saves life. This is one explanation that these radios are still employed by everybody from police officers to construction workers the world over. The other reason is cost, Analogue 2 way radios are still much cheaper than their digital counterparts.

Digital two way radios have a much wider signal range and a clearer sound, but, as we said, they can be cost exorbitant.

By and large, if it’s outdoor, manual labor (where swift, proficient communication is important) if price is a difficulty, if protection and safety are major factors if reliability is essential, an analogue 2 way radio is an affordable choice, but might be somewhat short-sighted given the large improvements made by digital tech in recent time. It can be wiser to simply bite the bullet and squander extra over the short term in order circumvent spending much more over the long-term.

If you wish to obtain a jump on the rivals, if you want to be up to date and have your staff operate the very best technology money can buy, then digital is certainly the way forward.

What about hybrids?

A device that addresses both grounds is a good option, provided that it is still easy to use in a crisis and bug free. If you are forced, then a digital 2 way radio is probably best. The tech has come a long way now and certainly is the way forward for two way comms.

So here you go, that’s our response.