A mobile processor is a CPU chip that is used in computing devices that are portable. They deliver breathtaking speed, amazing graphics, super-fast connectivity, longer battery life and empower a person to do more things on their devices. Mobile processors have lower voltage capacity that enables them to be cooled easily. It gives all the support to various mobile applications to run smoothly. It also manages the graphics, memory of the phone as well as multimedia applications. A mobile CPU is an integral part of mobile devices which enables smartphone or tablet computers to work fast and efficiently. It basically reads and deciphers programs and then works according to what the user of the device has instructed it to do. You don’t need an expensive phone nowadays for a powerful processor as mobiles under 10,000 also come with good CPUs today.
Devices that contain mobile application processor:
⦁ Smartphones
⦁ Tablets
⦁ Notebooks, etc.
A mobile processor can be contained in different devices, but we can expect the same kind of performance from it. It mostly has either dual-core or a quad-core. We even have octa-core processors that are lightning fast! A few devices still exhibit a single core processor, but even they are not very slow and function appropriately. Another feature that a mobile phone processor has is its clock speed. To put it simply, it’s the number of calculations a device can do per second.
Quad-core vs dual-core mobile processors:
A dual-core processor has two separate cores in one processing unit. Here the device can split the task into 2 cores. A quad-core processor is a recent addition and functions better when there are various applications that need to run simultaneously. One drawback where the quad processor suffers is the battery consumption. The higher the number of cores, the higher is the battery usage.
Below are a few processors available in the market today:
1. ARM: It is developed by Advanced RISC Machines. It makes 32-bit and 64-bit RISC multi-core processors. It is designed to follow limited instructions so as to give high speed. It comes in a smaller size and is less complex compared to other processors. It also consumes less power.
2. Qualcomm Snapdragon: It was the first to come up with 1 GHz speed. It also has a simplified process as it combines GPS and cellular antennas thus eliminating multiple pieces. It boasts diverse processing engines in different areas of use.
3. Nvidia Tegra 2: It is a dual core SoC. Their most powerful feature is GeForce Ultra Low Voltage (ULV) chip. It consumes less power does giving the device a better battery life. They support a wide variety of formats, hence making it very compatible.
Today all the different technologies available are combined together to give a user the seamless and powerful experience. A person can choose devices that have enough processing power to sustain all the applications that he will require or want to run on his device.
New processors are entering the market continuously. It is advisable to buy a device with a higher core processor than is required currently. Better and more powerful processor editions will be released in the future, so a higher processing power will help a user with sustaining a great performance with his multi application usage.