2m can pass around trees, leaves and other such foliage easier than 70cm which makes it good for rural settings, but 70cm is better if you’re in a place with lots of buildings since it can pass through doorways and windows easier.
Read moreIs 2 meter ham band FM?
According to Wikipedia, “The 2 meter amateur radio band is a portion of the VHF (very high frequency) Spectrum, comprising of frequencies stretching from 144.000 MHz to 148.000 MHz.” These communications are generally FM or frequency modulated transmissions although some operators do operate using SSB (single sideband) …
Read moreHow do you use 2m call frequency?
The 2m FM voice calling frequency is 145.500MHz and the 70cm FM voice calling frequency is 433.500MHz. Here’s how to use them: Adjust your radio’s squelch, to be able to hear weak signals (just on the edge between silence and the white noise ‘hiss’ Tune to the calling frequency, and listen to make sure it’s not in use.
Read moreHow far can you talk on 70 cm?
2m- Good all around band for talking/chatting, but since its VHF, signal travel depends on what’s in its way and the power output of the radio. 70cm- Good band, since its UHF its good to have in the city or around tall buildings or inside of buildings because its wavelength penetrates obstacles better.
Read moreWhat is the difference between VHF and UHF radios?
VHF radios are suited for long distances in and outdoor use. UHF radios operate at a higher frequency . This makes them ideal for wireless communications that need to penetrate through buildings, walls, or concrete. UHF radios are suited for indoor communication solutions, where obstacles are easily penetrable.
Read moreWhat are the advantages of using high frequency signals in telecommunication systems?
Explanation: The main advantage of high frequency signals is that the signal may be transmitted over very long distances and thus dissipates very less power . The antenna height required for transmission is reduced at higher frequencies.
Read moreWhat are the main features of high frequency?
High-Frequency Characteristics Required of Relays
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