WHAT IS THE DIFFERENCE BETWEEN A,b,g and super g for a wireless router?
Answer:
I hope this work for you.
http://www.solwise.co.uk/networkingwirel...
super g
a is antediluvian idk what the heck even uses that, also very unsupported so you wouldnt be capable of connect many places
b is collectively used in small stuff approaching pda's, not as great
g is what everything uses
super g is just approaching g but... SUPER
Speed is the difference.
B= 11Mbps
G= 54Mbs (backward compatible with B)
A = 11Mbs (NOT towards the back compatible with B)
Super G is an non-standard enhanced proprietary form of G and differs from capitalist to manufacturer.
here are a mixture of protocols currently in use for wireless network. Arguably, the most prevalent is 802.11b.
Equipment using 802.11b is comparitively inexpensive. The 802.11b wireless communication standard operates within the unregulated 2.4 Ghz frequency range. Unfortunately, so do abundant other devices such as cordless phones and baby monitors which can interfere next to your wireless network traffic. The maximum speed for 802.11b communications is 11 mbps.
The newer 802.11g standard improve on 802.11b. It still uses the same crowded 2.4 Ghz shared by other adjectives household wireless devices, but 802.11g is capable of nouns speeds up to 54 mbps. Equipment designed for 802.11g will still communicate with 802.11b equipment, however mixing the two standards is not mostly recommended.
The 802.11a standard is in a complete different frequency range. By broadcasting within the 5 Ghz range 802.11a devices run into a great deal less competition and interference from household devices. 802.11a is also fit of transmission speeds up to 54 mbps approaching the 802.11g standard, however 802.11 hardware is significantly more expensive.
Super G is a form of G that uses non standard, proprietary technologies that aren't portion of the official 802.11g standard. The primary technique is similar to the infirm practice of pairing two "shotgun" dialup modems. The downside? These products are often incompatible near existing wireless networks and more standards-based gear.
Related Questions: