Common question if you google you will find a lot of post about this ,One Methods is keeping a magnet in your Mouse USB wireless dongle
Wireless mice mainly use Radio frequencies to transmit data from the mouse to the computer.
A magnet produces a static magnetic field (or even if you moved it as fast as you could, an extremely steady one), so that doesn't interfere at all with radio waves.
at frequencies of the Bluetooth itself (2-4 GHz). MRI/NMR, for instance, could be in this field strength range but fields are primarily DC with some MHz RF components added on top of that are at much lower magnitude.
RF wireless mice are a great technology because of their overall reliability and stability. Other forms of communication such as Infrared technology need to be in “line of sight” in order to work properly, which makes using them with a mouse impractical
Common reason must be low battery or you purchased a cheap quality one
So if someone ask which is best in 2017 then i wound say Logitech. These Mouse bands consume low power and give a good signal strength A 2.4 Ghz mouse should give a range about 100 to 150 feet. Cheap mouse band drop signal
Also if you wish, most mouse come with RF antenna
which looks like the image below
by increase the length you might get a 10% strength
because ,even though You increase the length too much, this will not fix the issue as the Rf signal want transmit, so the usb extension method works always .
You may use a gadget (above image) like this, to cut off your extra usb port been used , this will help in a desktop computer project. which will fit into your motherboard internal port below image
Most Motherboards has two front usb so one will be left out, so u can use this .
Make sure you keep you cpu on the table if you decide to use this as inbuilt .which means .You plug the device into the gadget and make cpu a inbuilt wireless keyboard mouse.
Thank you for Reading Please Support as by subscribing and Following Us
So do that work i did lots of mouse test but actually it sucks
May be :Wireless mice mainly use Radio frequencies to transmit data from the mouse to the computer.
A magnet produces a static magnetic field (or even if you moved it as fast as you could, an extremely steady one), so that doesn't interfere at all with radio waves.
at frequencies of the Bluetooth itself (2-4 GHz). MRI/NMR, for instance, could be in this field strength range but fields are primarily DC with some MHz RF components added on top of that are at much lower magnitude.
RF wireless mice are a great technology because of their overall reliability and stability. Other forms of communication such as Infrared technology need to be in “line of sight” in order to work properly, which makes using them with a mouse impractical
So what could be the Reason to lose its signal range
Common reason must be low battery or you purchased a cheap quality one
So if someone ask which is best in 2017 then i wound say Logitech. These Mouse bands consume low power and give a good signal strength A 2.4 Ghz mouse should give a range about 100 to 150 feet. Cheap mouse band drop signal
Solutions
You May use an Usb extension, Wish will Fix your issue without any pain
Also if you wish, most mouse come with RF antenna
which looks like the image below
by increase the length you might get a 10% strength
because ,even though You increase the length too much, this will not fix the issue as the Rf signal want transmit, so the usb extension method works always .
Some Ideas you May try
USB Motherboard Internal Header to USB Female Cable Adapter |
You may use a gadget (above image) like this, to cut off your extra usb port been used , this will help in a desktop computer project. which will fit into your motherboard internal port below image
Most Motherboards has two front usb so one will be left out, so u can use this .
Make sure you keep you cpu on the table if you decide to use this as inbuilt .which means .You plug the device into the gadget and make cpu a inbuilt wireless keyboard mouse.
Thank you for Reading Please Support as by subscribing and Following Us
No comments:
Post a Comment