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 The Face App. 

FaceApp can make some realistic photographs of yourself, your friends and your family, by changing your gender, making your smile or aging/aging.

  The best bit is free, although some features are locked behind a paywell so that you will not be able to do anything with a FaceApp without paying extra.  There are also safety and privacy concerns about the app's collection of data, so read FaceApp for safe use.

  But if you are eager to play with pictures of yourself and/or friends, download it in the following way and how to use FaceApp.

What is the FaceApp | how does the faceApp work| Download FaceApp pro.
FaceApp 


  How to download FaceApp

  You will be able to find FaceApp on both Android and iOS - you can download it directly from the Apple App Store or Google Play Store.

  Download it like any other app.  You must enter your password or register your fingerprint to download the app.

Download FaceApp pro apk. Click here to Download

  How to use FaceApp

  FaceApp's interface is easy to use and will allow you to edit new cell photos taken within the app's camera or old photos.

  Either it is easy to do it from a FaceApp home screen.  You can select the photo by pressing 'All Photos' at the bottom of the screen or line your face to take an image inside the app's camera.

The image you choose will start on a filter called Basic, but if you scroll to the right, you have options like Smile, Smile 2, Spark, Old, Young, Female, and Male.

  Both smile options will open your mouth and include some teeth, while Spark will smooth your skin tone.  There are also male and female options to give you more masculine or feminine features.

  The most fun options are old and young, which will either supply your wrinkles or you will look like a child.

  If you scroll to the left, you'll also get options to create your photo's GIF and collage so that you can show several edited pictures in one edit photo together.

How to Share FaceApp Photo

  Once you create your creations, sharing icons will appear below the image.  The down arrow at the bottom will allow you to download the pictures, while there are also options for posting on Instagram, Facebook, and Twitter.

  There is also an option to share other apps like WhatsApp and messaging platform.

  What do I have to pay?

  There is always a paid option for FaceApp, but it does not basically provide many more features on the free version of the app.  The app has been upgraded to FaceApp 3.4 with even more style and beauty filters, but you have to pay to access them.

  New filters allow you to smooth your skin tone, give yourself face hair or even look at yourself more dramatic shimmer.

  Pricing for the pro version of Face app is at Rs 299 for 1 month, at Rs 1599 for 12 months and at Rs 3099 forever. The upgrade will also remove the ads and allow you to remove the watermark from the bottom of the images, but it is still expensive for it.

  To pay for it, go to the app's settings section and press the Buy button.  The app will redirect you to the Google Play Store or App Store to help you complete your purchase.

What is a Motherboard in a Computer: 

The motherboard is a printed wired board(PWB) that holds all the circuits to connect to various components of the computer system.

Definition of motherboard 

  One motherboard is one of the most essential parts of the computer system.  It puts together many important components of the computer, including the central processing unit (CPU), memory and connector for input and output devices.  Depending on the motherboard, there is a very strong sheet of non-conductive material, usually some kind of hard plastic.  The thin layer of copper or aluminum foil, referred to as a mark, is printed on this sheet.  These marks are very narrow and make circuits between different components.  In addition to the circuit, a motherboard has many sockets and slots to add other components.

Motherboard in a Computer | definition | main parts of motherboard

Major parts of motherboard 


Central processing unit (CPU) or Computer's microprocessor

  Also known as a microprocessor or processor, the CPU is the computer's brain.  It is responsible for bringing mathematical direction and logical calculation as well as bringing, decoding and executing program instructions.

  The processor chip is identified by processor type and manufacturer.  This information usually appears on the chip.  For example, Intel 386, Advanced Micro Devices (AMD) 386, Syriix 486, Pentium MMX, Intel Core 2Duo, or iCore7.

  If the processor chip is not on the motherboard, you can identify the processor socket as socket 1 from socket 8, LGA 775 other.  This can help you identify the processor that fits the socket.  For example, the 486DX processor fits into socket 3.

Random-access memory (RAM)

  Random-access memory, or RAM, usually refers to computer chips, which temporarily stores dynamic data to increase the performance of the computer while working.

  In other words, this is the workplace of your computer, where active programs and data are loaded so that at any time the processor needs them, it does not need to get them from the hard disk.

  Random-access memory is unstable, which means that it loses its content after the power is off.  It is different from non-volatile memory, such as hard disk and flash memory, in which the power source is not required to maintain the data.

  When a computer stops properly, all the data located in the RAM comes back to permanent storage on a hard drive or flash drive.  In the next boot-up, RAM automatically starts filling up with load programs at startup, a process called booting.  Later, the user opens other files and programs that are still loaded into memory.

Basic input/output system (BIOS)

  BIOS is for the basic input/output system.  The BIOS is a "read-only" memory, which has low-level software that governs system hardware and acts as an interface between the operating system and the hardware.  Most people know the word BIOS by another name - device drivers, or just drivers.  The BIOS is essentially a link between computer hardware and software in a system.

  All the motherboards contain a small block of read-only memory (ROM) which is different from the main system memory used for loading and running software.  On PC, the BIOS contains all the code needed to control keyboards, display screens, disk drives, serial communication, and many different functions.

  System BIOS, a ROM chip on the motherboard used during the startup routine (boot process) to check the system and prepare to run the hardware.  The BIOS is stored on a ROM chip because the ROM retains the information even when there is no power supply for the computer.

Complementary Metal Oxide Semiconductor(CMOS)

  The motherboard also includes a small separate block of memory made of CMOS RAM chips, which is kept alive by the battery (known as CMOS battery) even when the power of the PC is closed.  When the PC is on, it prevents re-combination.

  To operate CMOS devices, very little power is required.

  CMOS RAM is used to store basic information about PC configuration, for example: -

  Floppy disk and hard disk drive type

  About CPU

  RAM size

  Date and time

  Serial and parallel port information

  Plug and Play Info

  Power Saving Settings

  Other important data kept in CMOS memory is time and date, which is updated by a Real-Time Clock (RTC).

Cache memory

  Cache Memory is a small block of high-speed memory (RAM) which increases PC performance with preloading information from the (relatively slow) main memory and passes the processor on demand.

  Most CPUs have an internal cache memory (built-in the processor) which is referred to as level 1 or primary cache memory.  It can be supplemented by external cache memory on the motherboard.  This is level 2 or secondary cache.

  In modern computers, level 1 and 2 cache memory is made in the processor die.  If the third cache is applied outside of the dying, then it is referred to as the level 3 (L3) cache.

Extension buses

  An extension is an input/output route from the CPU to peripheral devices and it is usually composed of a series of slots on the motherboard.  Plugin extension board (card) bus.  PCI is the most common bus in PCs and other hardware platforms.  Buses take the signal from the component to data such as data, memory address, power and control signals.  Other types of buses include ISA and EISA.

  Expansion buses increase PC capabilities by allowing the adapter card slot in expansion slots to allow users to add missing features to their computers.

Computer chip-set

  A chipset is a group of small circuits that synchronizes the flow of data from the main components of the PC.  These key components include CPU, main memory, secondary cache and any equipment located on buses.  Chipset controls the data flow of hard disks and other devices connected to IDE channels.

  A computer has two main chipsets:

  Northbridge (also called memory controller) is in charge of controlling the transfer between the processor and the RAM, which is why it is physically located near the processor.  This is sometimes called GMCH for graphics and memory controller hubs.

  Southbridge (also called input/output controller or expanse controller) handles communication between slow peripheral devices.  It is also called ICH (I / O controller hub).  The term "bridge" is usually used to designate a constituent which connects two buses.

Cpu clock

  The CPU clock synchronizes the operation of all parts of the PC and provides basic time signals for the CPU.  Using a quartz crystal, the CPU clock breathes life through the continuous flow of pulses in the microprocessor.

  For example, the 200 MHz CPU receives 200 million pulses per second from the clock.  A 2 GHz CPU gets two billion dal per second.  Similarly, in any communication device, a clock can be used to synchronize the data pulses between the sender and the receiver.

  A "real-time clock", also called "system clock", keeps track of day time and makes this data available to the software.  A "time-sharing clock" interrupts the CPU at regular intervals and allows the operating system to split its time between active users and/or applications.

Switches and Jumpers

  DIP (Dual in-line packages) are small electronic switches found on switch circuit boards which can be turned on or off like normal switches.  They are very small and therefore are usually flipped with a sharp object, such as the tip of a screwdriver, a folded paper clip or a pen top.  Keep in mind while cleaning the DIP switch, because some solvents can destroy them.  Dip switches are obsolete and you will not be able to find them in the modern system.

  There are small embossed pins on the jumper pin motherboard.  A jumper cap or bridge is used to add or shorten a pair of jumper pins.  When the bridge is connected to any two pins, through a shorting link, it completes the circuit and a definite configuration has been obtained.

  Jumper caps are metal bridges that close an electric circuit.  Typically, a jumper has a plastic plug that fits on a pair of emerging pins.  Jumps are sometimes used to configure extension boards.  By placing a jumper plug on a different set of the pin, you can change the parameters of the board.

Definition of Central Processing Unit (CPU)


 What is the Central Processing Unit (CPU) mean?

 The central processing unit (CPU) is the unit that processes the computer most.  In other parts of the computer, the CPU relies heavily on a chipset, which is a group of microchips located on the motherboard.


 There are two CPU components:

  1. Control unit: Removes directives from the memory and decodes and executes them
  2. Arithmetic logic unit (ALU): handles arithmetic and logical operations

 To work properly, the CPU system relies on the clock, memory, secondary storage and data, and address buses.

 This term is also known as a central processor, microprocessor or chip.
Central processing unit (CPU) in a computer| Explanation.

 Interprets central processing unit (CPU)


 The CPU is the heart and brain of the computer.  It obtains data input, executes the instructions, and processes the information.  It communicates with input/output devices (I / O), which send and receive data from the CPU.  In addition, the CPU has an internal bus for communication with internal cache memory, called backside bus.  The main bus is called a front-side bus for data transfer from CPU, memory, chipset and AGP socket.

 The CPU contains internal memory units, which are called registers.  These registers include data, instructions, counters, and addresses used in information processing of ALU.

 Some computers use two or more processors.  There are different physical CPUs on the same board or on different boards.  Each CPU has an independent interface, different caches and different ways for system front-side bus.  Many processors are ideal for integrated parallel functions requiring multitasking.  Multicore CPUs are also common, with a single chip having many CPUs

 Defination of a proccesor.

 The processor is a very important part of the computer.  It is also called the computer's brain.  this is because the news about all the activities happening within the computer is with it, it controls all these things.  It can process counting trillion at one time.  Understanding the interpretation of these software and hardware and giving us output by processing.


What is the processor? difference between a computer and a mobile processor.
Processor 


Processor in mobile.

  The mobile processor is similar to the computer processor, only the difference between the two.  mobile processors use low voltage and are designed to run coolers in comparison to the desktop computer processor.  They usually have more "sleep modes" which enable them to throttle sections of the chip or stop if they are not used.

   The old mobile phone had a simple processor for calls and messages (and other uses).  Nowadays most of that mobile phones or smartphones can do almost anything, that a PC can do.  And that's because of a better processor.


   What is the role of a processor in mobile?


   Proccesor is most important in mobile than other components.

  Processors help in running all applications on your smart phone.  All hardware and software interactions, keypad input and output are controlled all by processors.  The single core 100-300Mhz clock processor with 2-10MB of RAM was enough to handle most things that you can do in a mobile phone.  It was common to keypad phones.

  The smartphone processor was the first thing in the first place.  They come in a variety of different main systems, graphics handling units, RAM, processors, all chips.  Processors are for counting and handling less graphics functions.  Graphics units are to deal with more intense intensive workload.  RAM has applications to load in.

  Processors in the mobile phone are similar to the human brain.  This calculates all for tasks related directly to the application software running on your phone.  When it comes to high-level scenes, GPUs help the processor run all of these together.  So when you are playing a game, then work together with both of your RAM.

  Earlier it used to be a single processor who used to do all the work alone.  Now, with CPU chip, CPU, ISP (image signal processor), DSP (digital signal processor), separate internet modem, artificial intelligence unit, thermal management, with CPU processor (registers, arithmetic units, controls).  All units in a single chip  These components do their job without disturbing the main CPU, which is left to provide only processing power.

  Processors primarily have a round frequency (in Mhz or Ghz), on which they work.  They are included with decreasing sequence of occurrences for memory memory access with cash memory (L1, L2, L3, L4).

  Your phone will be dead, if it does not come with a processor.  You will not be able to access any of your internet browsing, camera clicks, Facebook, WhatsApp, phone calls.

  So a processor is the most important thing in your mobile phone because it serves all the components in it, which actually works like a phone (or smartphone).

Definition - What does the system on chip (SoC)?

A system on the chip (SoC) combines the necessary electronic circuits of different computer components on a single, integrated chip (IC).  SoC is a complete electronic substrate system that can include analog, digital, mixed-signal or radio frequency function.  Its components usually include a graphical processing unit (GPU), a central processing unit (CPU) that can be multi-core, and system memory (RAM).

Because SOC includes both hardware and software, it uses less power, it has better performance, less space is required and it is more reliable than multi-chip system.  Most system-on-chips today come in mobile devices such as smartphones and tablets.
What is system on chip (SoC) in mobile | definition | explanation.

Interpret the system on a chip (SoC)

A SoC is specifically designed to meet the standards of incorporating the necessary electronic circuits of many computer components on the same integrated chip.  Instead of a system which collects many chips and components on a circuit board, SoC creates all necessary circuits in one unit.

The challenges of a SoC include high prototype and architecture costs, more complex debugging and lower IC yields.  IC is not cost effective and construction takes time.  However, this is likely to change because technology is developing and planning.
  •  A SoC usually has different components such as: Operating System 
  •  Utility software application
  • Voltage regulators and power management circuits
  •  Stage lock loop control system or oscillator, such as time sources
  • A microprocessor, microcontroller or digital signal processor
  • Peripherals such as real-time clocks, counter timers and power-on-reset generators
  •   External interfaces like USB, FireWire, Ethernet, Universal Asynchronous Receiver-Transmitter or Serial Peripheral Interface
  •  Analog interface such as digital-to-analog converters and analog-to-digital converters
  •  RAM and Rome Memory

Samsung Galaxy watch active 2 leaked picture: describe

Samsung Galaxy watch active ki successor watch active 2 Samsung jald hi launch karega kafi samay se Samsung Galaxy watch active 2 ke bare me rumors aa rahe he ki watch active 2 me ECG, fall detection jese features hoge leaks ye bhi kehte he ki body composition measurement me apne competitor apple watch ko bhi kill kar sakti he watch active 2.

Android headline ne samsung galaxy watch active 2 ki ek picture Share ki he:

Samsung Galaxy watch active 2| launch, features, official leaks
Image source: Android headline 

Jesa ki is leaked picture se naam coferm ho raha he, is picture ke anushar Samsung Galaxy watch active 2 ki design iske pichle version watch active se kafi milti he, is bar new watch active 2 me leather band box me pack karke diya gaya he, jo pichli watch active me alag se kharidna padta tha, active 2 me stainless steel frame, circular design ke sath aati he, side me power button me red color ki ring di gayi,

Samsung Galaxy Watch Active 2: launch 

Samsung apni Samsung Galaxy wacth active 2 ko apne note series ke smartphone Galaxy Note 10, note10+ ke mega event 7 August 2019 par sath me launch kar sakta he,
Pichli leaks ke According watch active 2 do size 40mm aur 44mm, 3 colors black, silver, rose gold, aur wifi only, lte models ke saath aayegi, leaked picture me dikhaya gaya model watch active 2 ka lte version ho sakta he.
Kuch leaks ye bhi kahte he ki Samsung apni Samsung Galaxy watch active 2 ka ECG enable variant 2019 ki jagah 2020 me release karega.

Realme X review: 

The Realme X smartphone has been launched in India today 15, July 2019.  This phone comes with a 6.53-inch, amoled, full view, bezel-less touchscreen display, which has a resolution of 1080x2340 pixels, with pixel density of 394 pixels per inch (PPI) and an aspect ratio of 19.5: 9.
Realme x launched in India| review, price, full specification
Realme X

  Realme X is powered by a Qualcomm Snapdragon 710 octa-core processor, clocked at 2×2.2GHz and 6×1.7GHz.  It comes with 4GB/128GB, 8GB/128GB of RAM/STORAGE.

  As far as the cameras are concerned, Realme X on the rear with a 48-megapixel primary camera with Sony's 586 camera sensor, f / 1.7 aperture and another 5-megapixel camera with f / 2.4 aperture.  It gives a 16-megapixel camera with motorized pop-out camera module on the front for selfies, which has f / 2.0 aperture.

  Realme X runs ColorOS 6.0 based on 9 pie and packs 128GB inbuilt storage.  Realme X is a dual-SIM (GSM and GSM) smartphone that accepts nano-SIM and nano-SIM cards.

 Realme x powered by 3,765mAh battery.  Realme X VOOC supports fast charging.

  Connectivity options on Realme X include Wi-Fi 802.11 a / b / g / n / ac, GPS, Bluetooth v5.0, USB Type-C, 3G and 4G (band 40's used by some LTE networks in India  With support for)) with both activated 4G on SIM card.  The sensor of the phone includes accelerometer, ambient light sensor, compass / magnetometer, gyroscope, proximity sensor and fingerprint sensor.

  The measurement of Realme X is 161.20 x 76 x 8.60 mm (height x width x thickness) and its weight is 191 gms.  It has been launched in Polar White and Space Blue colors.  It a glass body design.

 The Realme x has been launched in two more edition spiderman edition and master edition, master edition comes with onion and garlic design.

Realme X Price in India: 

4GB/128GB (Polar White/SpaceBlue) at Rs 16,999/-
8GB/128GB (Polar White/Space Blue) at Rs 19,999/-
8GB/128GB Master Edition(Onion/Garlic) at Rs 19,999/-
8GB/128GB Spider Man Edition at Rs 20,999/-

Realme x full specification:

  • Launch:- Announced may 2019, release in India on 15, july 2019.
  • Body:- 161.2×76×8.6 mm dimensions, 6.35×2.99×.34 inches, 191 grams weight, dual sim nano +nano, dual stand-by.
  • Display:- 6.53 inches, 105.2 cm2, amoled capacitive touch screen, 16m colors, 85.9 % screen to body ratio, 1080× 2340 pixel resolution, 394 ppi pixel density, display protected by corning gorilla glass v5.
  • Performance:- Qualcomm snapdragon 710, 10nm, octa-core 2×2.2 Ghz kryo 360 gold, 6×1.7 Ghz kryo 360 silver chipset, adreno 616 gpu, running on android 9.0 pie, color os 6.
  • Memory:- 4GB/8GB/128GB Ram/Storage variant, no expandable memory card slot. 
  • Main camera:- dual rear camera setup 48mp, f/1.7 aperture, 26mm wide, pdaf. Led flash, hdr features, 2160p@30fps, 1080p@30fps (gyro-eis), 1080p@120fps, 720p@960fps video recording. 
  • Selfie camera:- single selfie camera 16mp, f/2.0 aperture, 25mm wide, motorized pop-out camera module, hdr feature, 1080p@30fps video recording. 
  • Sounds:- loudspeaker, 3.5 mm audio Jack, active noise cancellation with dedicated mic, dolby atmos support. 
  • Connectivity:- wifi 802.11 a/b/g/n/ac, dual band, wifi direct, wifi hotspot, bluetooth v5.0, A2DP, LE, aptX HD, gps, A-Gps, BDS, GLONAS, fm radio, USB type- c reversible connector. 
  • Sensor:- In-display fingerprint sensor, accelerometer, gyro, proximity, compass.
  • Battery:- non user replaceable li-po 3765 mah battery with 20w fast (vooc 3.0) charging support. 
  • Colors:- Polar white, Space blue, onion/ garlic design. 
  • Browser:- HTML 5.

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