Trending December 2023 # How To Boot Into Karbonn Titanium Hexa Recovery Mode # Suggested January 2024 # Top 18 Popular

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What is Recovery?

A recovery is a separate bootable partition on your Android device that you can use to install system updates and repair (factory reset) your device. A lot more can be done using a custom recovery, but the stock recovery that comes pre-installed on your Android device is limited to these features only. And FYI, these features are integrated into the Android OS as well — when you chose to factory reset your device from device settings or install an OTA update, your device reboots and boots into the stock recovery to finish the job.

The stock recovery that comes pre-installed on your device doesn’t support touchscreen mechanism. You’ll have to use the Power and Volume buttons available on your device to select and navigate between options in the recovery.

There are multiple methods to boot your Karbonn Titanium HEXA in recovery mode. The most handy (and hardware coded) method is about pressing a combination of keys for a few seconds on your Karbonn Titanium HEXA . Others are software based, let’s have a look them below:

1) Boot into Karbonn Titanium HEXA Recovery Mode Using

HARDWARE BUTTONS

This method is a fail-proof method that’ll always work for you, unless you’ve broken one of hardware keys. In such a case you’d be left with only the other two methods discussed below.

Power off your device and wait 4-5 seconds after lights go off.

└ In recovery, use Volume Up and Down keys to navigate between options and Power key to select an option.

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2) Boot into Karbonn Titanium HEXA Recovery Mode Using

ADB

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ADB stands for Android Debug Bridge, a tool used to send terminal commands to a Android device via a PC command line. ADB requires a bit of setup, but it gets the job done with much lesser effort than hardware buttons, so pretty useful in cases when you’ve to boot in recovery mode frequently. Also, if (for some reason) your hardware buttons aren’t working than this is a very good alternative to boot into recovery mode.

And make sure you’ve proper drivers installed for your device. You can download driver from this page →

Extract the file (ADB chúng tôi you downloaded from the link above to a separate folder on your computer

Prepare your phone

Enable developer options: Go to your phone’s Settings » select About phone » Scroll to the bottom and tap on “Build number” seven times to enable developer options

Enable USB Debugging: Open phone’s Settings » select Developer options » Tick the “USB debugging” checkbox (under Debugging section)

└ If the script shows any error than that means either your device is not connected or you don’t have proper driver for your device installed on your PC. For help with driver, check this page →

FYI, the ‘Boot into Recovery Mode.bat‘ script file that we used above to boot your device into recovery mode just uses one line of command:

adb reboot recovery

If you already have ADB setup on your computer and you know how to use it, then you may just use the command given above to boot into recovery mode.

3) Boot into Karbonn Titanium HEXA Recovery Mode Using

Quick Boot (Reboot) APP

Yes! There’s an app for rebooting your phone into recovery mode, and it’s the most easier of the methods we discussed above. But it won’t work unless you’ve root access on your device, and since not everyone roos their device, we’ve put this as the last method here.

ROOT ACCESS REQUIRED

Open the app and grant Root Access

Select ‘Recovery‘ from the list of options and it’ll boot your device into recovery mode

That’s all.

You're reading How To Boot Into Karbonn Titanium Hexa Recovery Mode

How To Boot Into Samsung Galaxy Star Recovery Mode

There are multiple methods to boot your Galaxy Star in recovery mode. The most handy (and hardware coded) method is about pressing a combination of keys for a few seconds on your Galaxy Star. Others are software based, let’s have a look them below:

1) Boot into Galaxy Star Recovery Mode Using

HARDWARE BUTTONS

This method is a fail-proof method that’ll always work for you, unless you’ve broken one of hardware keys. In such a case you’d be left with only the other two methods discussed below.

└ This is completely optional. You can choose to keep the device switched On if you wish to

Press and hold ‘Volume Up + Home + Power’ buttons together and release them as soon as you see the Galaxy Star logo on your phone’s screen.

Your phone will boot into recovery mode. Use Volume buttons to navigate Up and Down between options and use Power button to select an option in recovery.

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2) Boot into Galaxy Star Recovery Mode Using

ADB

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And make sure you’ve proper drivers installed for your device. You can download driver from this page →

Extract the file (ADB chúng tôi you downloaded from the link above to a separate folder on your computer

Prepare your phone

Enable developer options: Go to your phone’s Settings » select About phone » Scroll to the bottom and tap on “Build number” seven times to enable developer options

Enable USB Debugging: Open phone’s Settings » select Developer options » Tick the “USB debugging” checkbox (under Debugging section)

└ If the script shows any error than that means either your device is not connected or you don’t have proper driver for your device installed on your PC. For help with driver, check this page →

FYI, the ‘Boot into Recovery Mode.bat‘ script file that we used above to boot your device into recovery mode just uses one line of command:

adb reboot recovery

If you already have ADB setup on your computer and you know how to use it, then you may just use the command given above to boot into recovery mode.

3) Boot into Galaxy Star Recovery Mode Using

Quick Boot (Reboot) APP

ROOT ACCESS REQUIRED

Open the app and grant Root Access

Select ‘Recovery‘ from the list of options and it’ll boot your device into recovery mode

That’s all.

How To Boot Into Htc One Max Recovery Mode

There are multiple methods to boot your HTC One Max in recovery mode. The most handy (and hardware coded) method is about pressing a combination of keys for a few seconds on your HTC One Max. Others are software based, let’s have a look them below:

1) Boot into HTC One Max Recovery Mode Using

HARDWARE BUTTONS

This method is a fail-proof method that’ll always work for you, unless you’ve broken one of hardware keys. In such a case you’d be left with only the other two methods discussed below.

Disable Fastboot on your HTC One Max. Go to your device’s Settings » select Battery » and Uncheck the Fastboot option at the bottom.

Power off your device and wait for 5-10 seconds until the device is fully switched off.

└ This will boot your HTC One Max into bootloader mode

└ In Bootloader and Recovery mode, use Volume buttons to navigate Up and Down between options and use Power button to select an option.

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2) Boot into HTC One Max Recovery Mode Using

ADB

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And make sure you’ve proper drivers installed for your device. You can download driver from this page →

Extract the file (ADB chúng tôi you downloaded from the link above to a separate folder on your computer

Prepare your phone

Enable developer options: Go to your phone’s Settings » select About phone » Scroll to the bottom and tap on “Build number” seven times to enable developer options

Enable USB Debugging: Open phone’s Settings » select Developer options » Tick the “USB debugging” checkbox (under Debugging section)

└ If the script shows any error than that means either your device is not connected or you don’t have proper driver for your device installed on your PC. For help with driver, check this page →

FYI, the ‘Boot into Recovery Mode.bat‘ script file that we used above to boot your device into recovery mode just uses one line of command:

adb reboot recovery

If you already have ADB setup on your computer and you know how to use it, then you may just use the command given above to boot into recovery mode.

3) Boot into HTC One Max Recovery Mode Using

Quick Boot (Reboot) APP

ROOT ACCESS REQUIRED

Open the app and grant Root Access

Select ‘Recovery‘ from the list of options and it’ll boot your device into recovery mode

That’s all.

How To Boot Into Micromax Canvas Xl 2 Recovery Mode

There are multiple methods to boot your Micromax Canvas XL 2 in recovery mode. The most handy (and hardware coded) method is about pressing a combination of keys for a few seconds on your Micromax Canvas XL 2. Others are software based, let’s have a look them below:

1) Boot into Micromax Canvas XL 2 Recovery Mode Using

HARDWARE BUTTONS

This method is a fail-proof method that’ll always work for you, unless you’ve broken one of hardware keys. In such a case you’d be left with only the other two methods discussed below.

Power off your device and wait 4-5 seconds after lights go off.

└ In recovery, use Volume Up and Down keys to navigate between options and Power key to select an option.

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2) Boot into Micromax Canvas XL 2 Recovery Mode Using

ADB

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And make sure you’ve proper drivers installed for your device. You can download driver from this page →

Extract the file (ADB chúng tôi you downloaded from the link above to a separate folder on your computer

Prepare your phone

Enable developer options: Go to your phone’s Settings » select About phone » Scroll to the bottom and tap on “Build number” seven times to enable developer options

Enable USB Debugging: Open phone’s Settings » select Developer options » Tick the “USB debugging” checkbox (under Debugging section)

└ If the script shows any error than that means either your device is not connected or you don’t have proper driver for your device installed on your PC. For help with driver, check this page →

FYI, the ‘Boot into Recovery Mode.bat‘ script file that we used above to boot your device into recovery mode just uses one line of command:

adb reboot recovery

If you already have ADB setup on your computer and you know how to use it, then you may just use the command given above to boot into recovery mode.

3) Boot into Micromax Canvas XL 2 Recovery Mode Using

Quick Boot (Reboot) APP

ROOT ACCESS REQUIRED

Open the app and grant Root Access

Select ‘Recovery‘ from the list of options and it’ll boot your device into recovery mode

That’s all.

Karbonn Titanium S99 Unboxing, Hands On Review And Overview

Karbonn Titanium S99 Quick Specs

Display Size: 4 Inches IPS LCD touch screen with 800 x 480 resolution, 233 PPI

Processor: 1.3 GHz MT6582 Quad Core with Mali 400 MP2

RAM: 512 MB

Software Version: Android 4.4 KitKat

Primary Camera: 5 MP camera with LED flash

Secondary Camera: 0.3 MP

Internal Storage: 4 GB

External Storage: 32 GB MicroSD

Battery: 1400 mAh battery Lithium Ion, Removable

Connectivity: 3G, Wi-Fi 802.11 b/g/n, Bluetooth with A2DP, aGPS, 3.5mm audio jack, FM Radio

Others: OTG Support – No, Dual SIM – Yes (Both Normal SIM),

Dimensions: 136.50 x 68.00 x 7.90 mm

Sensors: Proximity, Accelerometer

Karbonn Titanium S99 Unboxing, Full Review, Features, Camera, Benchmarks, Gaming, Price and Overview[Video]

Design, Build and Display

Karbonn Titanium S99 comes with beefed up bezels and glossy back cover which catches lots of finger grease and scratches. The phone feels light, sturdy yet cheap, but the feel won’t be a deal breaker. Micro USB port and power key are on the right edge and audio jack is housed at the top. Overall, the build quality is quite conventional. Karbonn has also bundled a protecting silicon case in the box.

Processor and RAM

The phone runs on 1.3 GHz Quad core MT6582 Chipset with Mali 400 MP2 GPU. The processor is backed by 512 MB RAM which will limit the performance in long run. The phone scored 17260 on Antutu and 64 Fps on Nenamarks 2 which is really good score in this price rage.

Despite the processing prowess memory and battery limitations keeps it from becoming a recommended device for high end gaming, but you can definitely play games now and then. UI transitions were smooth in our initial time with the device.

Camera and Internal Storage

Internal storage is paltry 4 GB out of which 0.89 is available for apps and around 1.5 GB is available for app data and other data. Apps can be transferred to MicroSD card (up to 32 GB). With several OEMs resorting to 8 GB storage even in budget android department, the storage department can be again rated as average. USB OTG is not supported.

User Interface and Battery

Software is Android 4.4 KitKat and Karbonn has loaded lots of preloaded apps on the device which we don’t like. It would be better if you can root and remove bloat ware. The interface is stock android without any customization.

Battery capacity is 1400 mAh which drains fast with active usage. We didn’t observe unexpected battery drain in standby conditions. Overall, the phone will struggle to last one day for active users. From wall charger it takes around 4 hours to charge the device. The battery charger that comes in the box has 650mA current rating and not 1 Ampere.

Sound, Video Playback and Connectivity

The headphones which come bundled in the box are ok in quality but don’t appear very durable. The loud speaker is average and sound gets muffled when the phone is resting on its back. The phone supports GPS via AGPS and GPS locking took time and wasn’t very reliable on Karbonn Titanium S99.

Karbonn Titanium S99 Photo Gallery

Conclusion and Price

Karbonn Titanium S99 is a powerful quad core device capable of some heavy lifting, but that alone won’t suffice for a great user experience. For 1K extra, you can get better budget performers like Moto E, Unite 2 and Asus Zenfone 4, but if you are not willing to spend any extra cash, Karbonn Titanium S99 will be good enough for first time users considering the price you pay.

How To Find The Mode

The mode or modal value of a data set is the most frequently occurring value. It’s a measure of central tendency that tells you the most popular choice or most common characteristic of your sample.

When reporting descriptive statistics, measures of central tendency help you find the middle or the average of your data set. The three most common measures of central tendency are the mode, median, and mean.

How many modes can you have?

A data set can often have no mode, one mode or more than one mode – it all depends on how many different values repeat most frequently.

Your data can be:

without any mode

unimodal, with one mode,

bimodal, with two modes,

trimodal, with three modes, or

multimodal, with four or more modes.

Mode calculator

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Find the mode (by hand)

To find the mode, follow these two steps:

If the data for your variable takes the form of numerical values, order the values from low to high. If it takes the form of categories or groupings, sort the values by group, in any order.

Identify the value or values that occur most frequently.

Numerical mode example

Your data set is the ages of 6 college students.

Data set

Participant A B C D E F

Age 19 22 20 21 22 23

By ordering the values from low to high, we can easily see the value that occurs most frequently.

Ordered data set

Age 19 20 21

The mode of this data set is 22.

Categorical mode example

Your data set contains the highest education levels of the participants’ parents.

Data set

Participant A B C D E F

Parents’ education level Bachelor’s degree Master’s degree High school diploma Bachelor’s degree Doctoral degree Master’s degree

To sort the values by group, you create a simple frequency table. Place the categories on the left hand side and the frequencies on the right hand side.

Frequency table

Parents’ education level Frequency

Bachelor’s degree 2

Master’s degree 2

High school diploma 1

Doctoral degree 1

From the table, you can see that there are two modes. This means you have a bimodal data set.

The modes are Bachelor’s degree and Master’s degree.

Find the mode with grouped data

A grouped frequency table organizes large numerical data sets into intervals or classes of values and reports the frequency of values in each class.

For grouped data, you can report the mode in two ways:

the modal class is the grouping with the highest frequency of values.

the modal value is estimated as the midpoint of the modal class.

The mode is only an estimate in this case, because the actual values within the modal class are unknown.

Modal class and modal value example

You have a data set that includes the average reaction times of participants. You organize the data into a frequency table.

Reaction times are placed in classes of 100 milliseconds each. The frequency column shows the number of participants within each class.

Grouped frequency table

Reaction time (milliseconds) Frequency

200–299 6

300–399 13

400–499 17

500–599 25

600–699 21

700–799 12

800–899 4

You can visualize your data set by plotting your data on a histogram. The mode is the value with the highest peak on a histogram or bar chart.

From your table or histogram, you can see that the modal class – the group in which values appear most frequently – is 500–599 milliseconds. Therefore, the mode is estimated to be at the midpoint of this class: 550 milliseconds.

Importantly, the choice of intervals in grouped data can have a large impact on the mode. For example, changing the intervals from 100 ms long to 50 or 200 ms long could result in completely different modes.

When to use the mode

The level of measurement of your variables determines when you should use the mode.

The mode works best with categorical data. It is the only measure of central tendency for nominal variables, where it can reflect the most commonly found characteristic (e.g., demographic information). The mode is also useful with ordinal variables – for example, to reflect the most popular answer on a ranked scale (e.g., level of agreement).

For quantitative data, such as reaction time or height, the mode may not be a helpful measure of central tendency. That’s because there are often many more possible values for quantitative data than there are for categorical data, so it’s unlikely for values to repeat.

Example of quantitative data with no mode

You collect data on reaction times in a computer task, and your data set contains values that are all different from each other.

Data set with no mode

Reaction time (milliseconds) 267 345 421 324 401 312 382 298 303

In this data set, there is no mode, because each value occurs only once.