Portable GPS Glossary: 15+ Hardware Phrases You Want to Know
Transportable GPS navigational devices have grown so well known in the gadget market. It can give you high levels of mobility whilst carrying most if not all the attributes of on-board GPS devices discovered in auto dashboards – and a great deal far more.
As a user or reseller, you can take complete benefit by studying all its features as nicely as familiarizing oneself from the simple transportable GPS hardware phrases you have to have to know. Equipped with this information, you can make use of all the positive aspects and features of transportable GPS devices – no matter if it’s for your personal use or as a selling point for your enterprise.
** Transportable GPS Hardware Phrases **
The following describes some of the basic hardware-connected phrases that you will need to know as a device user or as a certified reseller.
Just like a laptop, the heart of your transportable GPS unit is its processor module. The processor receives and calculates satellite signals to establish your precise location and show it on a map.
If the processor is the heart of your transportable GPS unit, the chipset is the thoughts that tends to make your processor perform. These sensitive chips can increase the accuracy and consistency of your device. With good chip sets, your unit can course of action satellite signals even if your place is very inaccessible or with numerous obstructions.
This term implies Synchronous Dynamic Access Memory. This might sound Greek to you but the greater and greater your SDRAM’s capacity is, the faster your transportable GPS unit’s computing capacity will be.
* SD Card
The navigational and mapping application used for your transportable GPS units is delivered via and SD memory card. You can also use this to transfer data like audio and video files from your Computer and other devices to your portable GPS unit.
* GPS Antenna
A GPS antenna receives, transmits and amplifies the GPS signals to and from your transportable navigational device for processing by the receiver.
* Resistive Touchscreen
Touchscreen technologies started with a resistive format, which operates if you apply a stress on the surface employing a stylus or your fingernails. The screen is produced up of layers which push against every single other when you apply pressure to register an input.
* Capacitive Touchscreen
A capacitive touchscreen on the other hand has a glass screen on the surface where you can make gestures such as swiping, pinching or sliding. The conductive properties of your tool or skin register the input from where the touchscreen would respond to.
* LCD Touchscreen
LCD screens make use of liquid crystal sandwiched in involving glass panels. Electrical current passes through the liquid crystal forming light filters that respond when you make gestures on the surface with your fingers or a stylus.
This is generally a tool utilized to create on a touchscreen, which you can very easily replace with the tip of your fingernails.