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Remix OS Maker Launch Remix OS Player an Android Emulator for Window PC (An OS within an OS)
Remix OS is basically a desktop version of Android, with floating
windows and a start menu-style app drawer. It lets you run Android apps
and games on your computer. In fact, you have the complete Android with
the advantage of a mouse, keyboard, a bigger screen, and powerful
processing.
Jide Technology, the maker of the Remix OS for PC, has transformed the
popular light-weight OS to an emulator. Now, the Remix OS Player can be
installed like a software on an existing operating system. This gives
you the advantage of having Android with other powerful operating system
like Windows and saves you the effort of dual-booting your machine.
Remix OS Player is not something that has been done for the first time. We already have names like BlueStacks. Bluestacks also run emulate android apps to Window PC.
Remix OS Player is based on the virtual machine in Android Studio and
runs inside a dedicated window. It’s based on Android Marshmallow (6.0)
and comes with access to the Google Play Store.
Using Android on your computer also has other perks. You have the
freedom of using multiple apps at a single time using the windows in
Remix OS Player. So, you can multitask and play more than one game at a
single time. Also, just like the Remix OS for PC, the Remix OS Player is
free of cost.
“Remix OS Player is aimed at
people who want the easiest way to try Remix OS and experience Android
games and apps running on a big screen PC. It extends the Remix OS
experience and enables more folks to get a taste of Android PCs,”said David Ko, Co-founder of Jide.
There are some coolest technologies available now that can change your normal gaming experience, welcome to our website, and today we are counting down our picks for the top four next gen futuristic gaming technology.
1. Holo Lens
Microsoft HoloLlens brings holography into physical world. Now its possible to create what you think. Its easy to convert your imagination into designs. Easier to explore the places never actually being there.
2. VOID
The Void is a new startup based in Salt Lake City, Utah which claims to have gone some way in bridging the gap between physical and virtual worlds by building physical stages which match the virtual environment, then putting players inside.
3. Araig Gaming suit
A multi-sensory feedback suit to experience the next level of gaming. Finally you get to feel what you’ve only been able to see. ARAIG and the Omni now in collaboration to create the most immersive VR experience!
4. Teslasuit VR Haptic Feedback Gaming Suit
Tesla Suit enables users to interact with virtual environment and actually “feeling” it. With sensors and haptic feedback abilities, Tesla Studios, a Scotland based VR startup behind the he project is aiming to provide a realistic VR experience!
Amazing computer and laptop gadgets you must seein 2016. If you want to improve your PC or Mac productivity , if you’re a gamer or a power user these gadgets and tech inventions are for you. Including futuristic keyboards, laser mouse and other computer equipment.
1. AirBar – Get touch functionality on your PC
The AirBar sensor brings touch without a touchscreen to your new or existing PC.
2. Slidenjoy – Double or triple your screens
You can now double or triple your laptop display with Slidenjoy by simply sliding two HD screens from the back of your laptop—just as adding two wings to your laptop. The portable, ultra-thin screens can fold up to 180° for paranoiac display and content sharing around the table.
3. Zcan Wireless Scanner Mouse
Zcan Wireless is a 2-in-1 productivity tool. Just by few swipes, users can scan texts, tables or even images; and EDIT them right away in Microsoft Word, Excel or other applications. Zcan Wireless supports 199 OCR languages that allow users to translate in Google Translate right after scanning. Users can also share their scanned images instantly on Facebook, Twitter and other add-on applications. With Zcan Wireless, users are no longer bounded by electric wires and can scan whatever and wherever they like, boosting efficiency of their work. No matter you want to scan a receipt, recipe, kids hand drawing, tax report, financial statement etc, you can always scan with Zcan Wireless. Scanning becomes more convenient than ever!
4. Keezel : Online Security for Every Device Everywhere
Keezel uses VPN technology to secure your Internet connection and thus greatly improves your online privacy & security. With Keezel, your data and all other confidential & sensitive information is protected from hackers, online snoopers, your ISP, network admins, and/or government surveillance.
The best tool for online security. A portable wifi solution that also unblocks content worldwide!
5. MagicStick – Most powerful PC stick – 8GB RAM!
MagicStick is the most powerful PC on a stick that turns your TV into a real computer. Simply plug it to a TV or projector, add a keyboard and mouse or use the free control app for mobile and tablet and you are ready to go!
MagicStick is the first PC stick with up to 8GB RAM and Intel’s almighty 14 nm Cherry trail quad core processor with 12/16 core GPU, HDMI 2.0, USB 3.1, 256 GB solid storage.
It comes with Windows 10 and Android Lollipop Pre-loaded and also supports all variants of Linux. You will be able to access and browse the internet from your tv, 4K films streaming & watching, Shop on-line or play your favorite 3D video game.
6. ODiN – World’s first projection mouse
ODiN Aurora presents you a whole new experience with computer and mouse. The world’s first laser projection mouse redefines your daily user habits for designing, gaming, work, and everything. Intuitive and convenient, ODiN Aurora is your must-have gadget for computers and laptops.
7. Leap Motion Controller
The Leap Motion Controller senses your hands and fingers and follows their every gesture. It lets them move in all that wide-open space between you and your Mac or PC computer.
8. The Z: The most advanced gaming mouse ever made.
If you’re a Gamer, Designer or a Power User, The Z lets you interact with your computer in a faster, more precise & intuitive way.
9. Keyboardio Model 01 Keyboard
ith a hardwood body, mechanical switches & custom-sculpted keycaps, the Model 01 is a dream to type on. It comes with source code & a screwdriver
10. Gablys Lockit – Smart Screen Locking System for your Mac or PC
When you leave your Mac or PC for a while, even for a few minutes, you don’t want the whole world to spy or browse your personal data. Thanks to Gablys Locker, a new encrypted Bluetooth 4 tag, you can lock your computer when you walk away and unlock when you walk back.
ARM may rule the roost in the Android hardware world, but it’s not running a dictatorship. Rather than fabricate and sell its own chips, ARM simply designs architectures and instruction sets, which it then licenses to chip manufacturers across the Android land.
It’s a somewhat generous approach, and ARM even encourages its hardware partners to alter reference designs however they like. As a result, companies as diverse as Apple, Qualcomm, Samsung and Nvidia have cooked up their own ARM processor variants, creating something of an arms race.
Thanks to a nudge from Apple and its A7 processor, which was introduced in the iPhone 5s, 64-bit chips will soon be commonplace in Android phones too. Indeed, major players in the Android processor space have already announced both high- and low-end 64-bit parts for 2014.
But what does all this mean for you? Read on for details and insight. We’ll describe the processors deployed in today’s phones, and preview what’s on deck for tomorrow. Your phone’s ARM chip plays a pivotal role in app performance and battery life, so knowing what’s on the horizon could influence whether you buy a new phone this week, or wait until later this year.
Qualcomm: Snap, the Mighty Dragon
In US markets, Qualcomm leads the way in Android phone implementations with the Snapdragon SoC (System-on-Chip) platform. Snapdragon starts with an ARM-compatible CPU core of Qualcomm’s own design. Currently, the CPU core in Snapdragon processors is called Krait, and is loosely comparable in speed to ARM’s Cortex A15 reference design.
A (very very basic) block diagram of the Snapdragon 800.
Paired with Krait is Qualcomm’s Adreno graphics technology. This GPU line began life at ATI under the brand name Imageon, and was picked up by AMD in 2006 when it purchased ATI. Two years later, AMD sold off the Imageon technologies to Qualcomm, which re-branded them Adreno. It’s a cheeky move on Qualcomm’s part: Adreno is actually an anagram of Radeon, the brand name still used by AMD for its graphics cards.
Qualcomm was first out of the 4G LTE gate with an integrated SoC implementation for the wireless standard. This put Qualcomm at an enormous advantage in markets like the US, where LTE support became a must-have feature. Direct SoC integration also earned the Snapdragon a home in lots of phones, as the alternative is to add a separate LTE modem chip—thus raising price, energy usage and manufacturing complexity for phone manufacturers.
Currently, the Snapdragon 800 series is Qualcomm’s top offering, featuring up to four Krait cores running at up to 2.46 GHz, and partnered with Adreno 330 graphics. Arguably, this represents the most well-rounded processor package for Android devices today, providing excellent performance in all areas within a reasonable power budget. Snapdragon-based devices also get the lion’s share of post-release ROM development from enthusiasts.
Just around the corner is the Snapdragon 805, a platform refresh that will feature faster Krait cores, an improved Adreno GPU, and faster RAM bandwidth. Oddly, Qualcomm’s first 64-bit mobile parts will arrive this year in the form of the low- to mid-range Snapdragon 410. High-end parts are expected shortly afterwards.
Samsung, the company man
Samsung has been producing SoCs based on ARM architectures for more than a decade. In fact, Samsung chips appeared in every iPhone released before the iPhone 4.
Samsung’s current Exynos series SoCs are fairly traditional ARM variants, featuring Cortex A9 and A15 cores, and ARM’s own Mali GPU design. However, a few Samsung chips—such as the Exynos 5 5410 found in one variant of the Galaxy S4—use PowerVR’s potent SGX core to handle graphics. PowerVR’s excellent GPU designs are most commonly found in Apple products, which is too bad because Exynos could use a little love when it comes to GPU horsepower.
The Exynos 5 Octa features 4 “big” high-performance cores paired with 4 “little” cores that offer lower performance but big battery savings.
While the Exynos 5’s raw CPU performance is generally superior to Qualcomm’s Krait performance, the Mali GPU falls behind competing Adreno and PowerVR graphics solutions. Samsung’s own Galaxy Note 3 implementation is a good example of this. The Note 3 variants featuring Snapdragon chips offer more features and a better user experience, despite being virtually identical to the versions that include Samsung’s own Exynos chips.
A15 cores are power hungry, so ARM implemented a scheme called “big.LITTLE” wherein each high-performance core is shadowed by a lower-power, lower-performance core that takes over whenever workloads permit. The current crop of Exynos 5 Octa SoCs employs this feature to keep the A15’s appetite for power in check, although some implementations of big.LITTLE have cache issues that hinder performance.
Looking forward, Exynos 6 promises to bring cutting-edge 64-bit hardware and integrated 4G LTE to the table. Samsung says the caching problems that held back earlier variants of big.LITTLE have been resolved, and we should see Exynos 6 by springtime, perhaps in the Galaxy S5.
That being said, Samsung’s phones and tablets are most appealing for reasons beyond processor performance, focusing instead on features such as advanced OLED screens and sophisticated stylus input. The conservative route of going with ARM’s reference designs allows Samsung’s engineers to look for more novel ways to differentiate their hardware. Given their market share, it appears Samsung may be on to something with this strategy.
Nvidia: Full speed and full volume
It may seem like Nvidia has been plugging away with its Tegra line for a while now, but it’s the newest player to the SoC game by a long shot, and the inexperience shows. Tegra’s growing pains meant that very few devices used a Tegra chip until Tegra 3 came along. But the third time was a charm, and Nvidia’s SoC package found a home in tablets like Google’s original Nexus 7 and Microsoft’s Surface. Microsoft retained Nvidia for the Surface 2, which features the Tegra 4, but Google migrated to Snapdragon for the 2013 Nexus 7.
Tegra 4 hit the market in 2013 with up to four times the performance of its predecessor, but it still required a separate companion LTE modem chip. It pairs a Cortex A15 quad-core setup with 72 GPU cores of Nvidia’s own design. Still, despite this firepower, GPU performance tends to trail the competition. A fifth, low-power A15 core is also included in Tegra 4 to serve in an energy-saving capacity similar to Samsung’s big.LITTLE.
Tegra 4 isn’t fully competitive with current industry leaders, but waiting in the wings is Nvidia’s Tegra K1, a project that promises to bring last-generation gaming console quality graphics to mobile users with a 192-GPU core implementation of the Kepler architecture. Tegra K1 was announced in two versions. One uses the same “4+1” CPU setup employed in the Tegra 4, with similar ARM Cortex A15 cores.
But the more interesting K1 version uses a custom, dual-core 64-bit CPU code-named Denver, designed by Nvidia’s own in-house dream team of engineers poached from Intel, AMD, Sun, Transmeta, and HP. While leaked benchmarkssuggest the K1 may live up to its press, the chip is still a wait-and-see proposition.
For starters, we don’t know which variant of the Tegra K1 generated those leaked benchmarks. And what’s more, we have no helpful details on the K1’s power utilization. With no integrated LTE modem, and Nvidia’s history of relatively high power use, the Tegra K1 may be destined for tablets but turn out to be too power-hungry for phones.
64-bit dreams
While Apple’s move to 64-bit has motivated the rest of the mobile industry to follow, don’t expect to see dramatic dividends in upcoming Android phones and tablets. Apple’s tightly controlled vertical integration—in which system software and device hardware are made by the same company—makes it easier for the company to realize benefits from big platform shifts. And jumping from 32-bit to 64-bit is a big shift. But the transition won’t be quite so seamless in the diverse Android ecosystem.
Some 64-bit benefits, such as increased memory limits, should manifest quickly. But other performance advantages will have to wait until the OS and many applications are modified. And that will require coordination between hardware vendors, software developers and Google itself. This might take a while, but don’t worry about the wait. There’s plenty of mobile tech in the pipeline for 2014 to keep you busy in the meantime.
A range of new products was unveiled by Google at San Francisco’s event, but what caught the attention of all was its all new Pixel and Pixel XL smartphones. Yes, after a series of leaks and rumors, Google has officially announced it.
Pixel is the 1st flagship of Google, which isn’t under the ‘Nexus Brand’. Both the phones have many similar characteristics, although not all are the same. Since Pixel doesn’t have a custom UI, it is a very pure version of Android and soon, updates might be rolled out.
Google has revealed two new phones that will offer an alternative to Apple’s popular iPhone 7 and iPhone 7 Plus.
The Pixel phones are the latest to run Android Nougat (version 7.1), the latest version of Google’s mobile operating system.
The Pixel has a 5-inch full HD (1,920 x 1,080) display and a larger phone, the Pixel XL, has a 5.5-inch Quad HD (2,560 x 1,440) screen.
Screen and battery capacity differences aside (Pixel has a 2,770 mAh battery and the Pixel XL has a 3,450 mAh battery), the two phones are identical.
They’re both powered by a Qualcomm Snapdragon 821 processor with 4GB of RAM and come with 32GB or 128GB of internal storage (there’s no microSD card slot for expansion).
Both phones have a 12.3-megapixel f/2.0 aperture camera on the back with optical image stabilization and an 8-megapixel front-facing camera on the front. The camera also stabilizes video by default thanks to optical image stabilization.
Google says the cameras have zero shutter lag and scored an 89, the highest DxO camera rating for any smartphone camera.
A new feature called Smartburst captures multiple photos and selects the best one with the phones’ powerful AI software:
Fingerprint scanners are located on the backside and a USB Type-C port on the bottom.
Software, of course, is the heart of the the Pixel phones. The Pixels are the first phones to come with Google Assistant. Users can simply speak to their phones to perform various activities like:
The phones also support quick charging; 15 minutes of charging adds up to 7 hours of battery life.
Additionally, the phones come pre-installed with Allo, the company’s smart messaging app, and Google Duo, its video calling app.
Like Nexus phones, the Pixels will be the first Google phones to get software updates. Google’s making updating even easier with automatic updates that download and install in the background; when the phones are rebooted, the update is automatically applied.
To make switching from another phone easier, Google’s also including a transferring device.
Unlimited storage!
If you regularly use Google Photos, then there is good news for you; a backup of the images can be taken without paying a single rupee. Yes, these phones are going to offer unlimited backups of videos and photos of high resolution. By this we mean that even those 4K videos, which consume too much space. Moreover, it even offers ‘Smart Storage’, which means that if the phone realizes that there is shortage of space, it would pick up the files and shift it to Cloud.
How To Boost Your Android Gaming Performance With A Simple Trick
We could spend all day counting all of the things that make Android a great platform, but for real smartphone enthusiasts, the operating system’s tweakability is surely somewhere near the top of the list. If there’s functionality you’re looking for that your Android smartphone doesn’t have out of the box, the odds are pretty good that an app or a tweak is waiting to solve your problem.
Among the thousands and thousands of great tweaks out there though, there’s one in particular that is likely the easiest, simplest and most impactful, giving your Android phone a huge speed boost in a matter of seconds with no third-party software required.
Whether you have an old clunker of an Android phone or a brand new flagship handset like the Galaxy S6 or HTC One M9, there is one thing that holds true across the board: your phone can be faster. That’s right… as fast as Samsung and HTC’s new premium smartphones feel out of the box, they can still move even quicker.
And you’ll be shocked at how easy it is to speed them up without any third-party software, complicated “rooting” or other complex hacks.
Here’s what you need to do:
First, you’ll need to enable access to the hidden “Developer options” menu on your Android phone. To do that, simply tap the “About phone” option in Settings. Then tap “Build number” seven times and you’re done. Now you can just back out to the main Settings menu and you’ll find Developer options somewhere near the bottom of the list.
Hidden in the Developer options is a setting that can help improve your gaming experience. Simply scroll down and look for the Force 4x MSAA option. For those who don’t know, MSAA stands for multi-sample anti-aliasing.
If you enable this option, your Android smartphone will render games at the highest possible quality. It forces Android to use 4x multisample anti-aliasing in OpenGL 2.0 games and apps.
110 Android Secret Codes, Hidden Menu, and Dialler Codes
Every Android user is an explorer. They love to explore every nook and cranny of their beloved devices. This is why we share a fascination with the Android secret codes and hidden secret menus.
We are going to list a ton of dialer codes that will do just about everything you can think of regarding Android diagnostics. Manufacturers don’t want certain options available to the normal users, and frankly, that’s a good idea. But if you want more control and power over your Android, read on and try some of these great Android secret codes.
Smartphone manufacturers tend to keep the technical stuff away from the common users. They don’t want to confuse or overburden normal people with a bucket load of options. Thankfully, both Android OS developers and smartphone manufacturers tend to keep hidden menus accessible via dialer codes.
There are some codes that are universal and are supported by almost any Android smartphone.
Some of the dialer codes are exclusive to manufacturers and may not work on all models for all carriers.
I’ll be listing them all in separate sections, so if you want to get codes that work on Samsung devices, you can just get over to that section and start having fun.
I’ll be listing them all in separate sections, so if you want to get codes that work on Samsung devices, you can just get over to that section and start having fun.
A point to be noted here is that some of the codes are a bit extreme. Some of them wipe your entire smartphone and factory reset it, so be cautious while inputting them. Read the description and then go on a code entering spree. That being said, let’s start with some great Android secret codes, hidden menu and dialer codes.
Android Common Codes
Description
Code
Testing Menu
*#*#4636#*#*
Display Info about device
*#*#4636#*#*
Factory Restore
*#*#7780#*#*
Camera Information
*#*#34971539#*#*
Completely Wipe device, install stock firmware
*2767*3855#
Backup all media files
*#*#273283*255*663282*#*#*
Wireless LAN Test
*#*#232339#*#* OR *#*#526#*#*
Change Power button behavior
*#*#7594#*#*
Quick GPS Test
*#*#1472365#*#*
Test mode for service activity
*#*#197328640#*#*
Wi-Fi Mac Address
*#*#232338#*#*
Another GPS test
*#*#1575#*#*
Packet Loopback Test
*#*#0283#*#*
Audio Test
*#*#0673#*#* OR *#*#0289#*#*
Vibration and Backlight test
*#*#0842#*#*
Check touch screen version
*#*#2663#*#*
LCD test
*#*#0*#*#*
Touch Screen test
*#*#2664#*#*
Proximity sensor test
*#*#0588#*#*
RAM version
*#*#3264#*#*
Bluetooth test
*#*#232331#*#*
Field Test
*#*#7262626#*#*
Check Bluetooth device address
*#*#232337#*#
Google Talk service monitoring
*#*#8255#*#*
PDA, Hardware, Phone and RF Call Date info
*#*#4986*2650468#*#*
PDA and Phone firmware check
*#*#1234#*#*
FTA hardware version
*#*#2222#*#*
FTA software version
*#*#1111#*#*
Displays IMEI number
*#06#
Enables voice dialing logging mode
*#*#8351#*#*
Disables voice dialing logging mode
*#*#8350#*#*
Brings up Epst menu
##778 +call
Displays Build time and change list number
*#*#44336#*#*
Remove Google account setting
*#*#7780#*#*
Reinstall the firmware
*2767*3855#
Used to enter into Service mode
*#*#197328640#*#*
Battery Status
*#0228#
Data create menu
*#273283*255*3282*#
Data usage status
*#3282*727336*#
OTA update menu
*#8736364#
RF band selection
*#2263#
Diagnostic configuration
*#9090#
USB 12C mode control
*#7284#
USB logging control
*#872564#
Debug dump menu
*#746#
System dump mode
*#9900#
Shows Build time change list number
*#*#44336#*#*
NAND flash serial number
*#03#
Real time clock test
*#0782#
Light sensor test
*#0589#
Quick test menu
*#7353#
Execute from Emergency dial screen to unlock PUK code
**05***#
Samsung Secret Codes
Display IMEI number
*#06#
Display current firmware
*#1234#
Diagnostic and general settings mode
#*#4636#*#*
Factory soft reset
*#*#7780#*#*
To display product code
*2767*4387264636#
GPS test settings
*#*#1472365#*#*
Service mode main menu
*#*#197328640#*#*
SW & HW Info
*#12580*369#
Bluetooth Address
*#232337#
ADC Reading
*#0228#
RF Band Selection
*#2263#
Ciphering Info
*#32489#
Bluetooth Test Mode
*#232331#
Diagnostic Configuration
*#9090#
WLAN Test Mode
*#232339#
Vibration motor test
*#0842#
WLAN MAC Address
*#232338#
USB I2C Mode Control
*#7284#
Audio Test Mode
*#0673#
General Test Mode
*#0*#
USB Logging Control
*#872564#
GCF Configuration
*#4238378#
Real Time Clock Test
*#0782#
Audio Loopback Control
*#0283#
LBS Test Mode
*#3214789650#
GPS Control Menu
*#1575#
RIL Dump Menu
*#745#
Data Create Menu
*#273283*255*3282*#
Proximity Sensor Test Mode
*#0588#
Camera Firmware Update
*#34971539#
Light Sensor Test Mode
*#0589#
WLAN Engineering Mode
*#526#
Debug Dump Menu
*#746#
NAND Flash S/N
*#03#
Software Version Info
*#44336#
System Dump Mode
*#9900#
Data Create SD Card
*#273283*255*663282*#
Data Usage Status
*#3282*727336*#
TSP / TSK firmware update
*#2663#
Remap Shutdown to End Call TSK
*#7594#
Camera Firmware Menu
*#7412365# and *#*#34971539#*#*
WLAN Engineering Mode
*#528#
Melody Test Mode
*#0289#
OTA Update Menu
*#8736364#
Test History
*#07#
HSDPA/HSUPA Control Menu
*#301279#
Quick Test Menu
*#7353#
View Phone Lock Status
*#7465625#
Auto Answer Selection
*#272886#
HTC Secret Codes
Description
Codes
Device information program
#*#4636#*#*
Field Test
*#*#7262626#*#*
HTC Function Test Program
*#*#3424#*#*
Display Software version
*#*#1111#*#*
Display hardware version
*#*#2222#*#*
Wi-Fi Mac Address
*#*#232338#*#*
Bluetooth Mac Address
*#*#232337#*#
GPS Test
*#*#1472365#*#*
GPS Test 2
*#*#1575#*#*
Bluetooth test
*#*#232331#*#*
Display test
*#*#0*#*#*
Touch Screen version
*#*#2663#*#*
Touch Screen Test
*#*#2664#*#*
Debug UI
#*#759#*#*
Factory format
*2767*3855#
Conclusion
These were some of the most common hidden secret codes for Android devices. I would advise caution while using these codes, though, some of them can be a bit harmful to your device.
Just like always, if you have any questions or problems regarding these codes, feel free to talk to us in the comments.
