Monday, July 11, 2016

How to download and play Pokemon Go


How to download and play Pokemon Go right now

Jump the queue

Pokémon Go is Nintendo's first foray into augmented reality apps for Apple and Android devices, and although most of the world can't wait to catch Pokémon on their smartphones, for the moment Pokémon Go has only officially released in the US, Australia and New Zealand, with Pokémon fans in the UK, Japan and the rest of the world having to wait - though new regions are officially getting Pokémon Go at a regular pace.
Once you've downloaded Pokémon Go, make sure you check out our guide to the best Pokémon Go tips and tricks to help you catch all the best Pokémon!
Pokémon Go is proving to be hugely popular, so if you're unable to connect to the server, check out the Pokémon Go Server Status page to make sure the server is online. If it's not, that may be why you cannot connect to Pokémon Go.
The good news is that if you're in the US you can now officially download Pokémon Go for Android devices and for Apple iOS devices as well.
However, there is a way for you to play Pokémon Go right now without having to wait for it to launch in your location, and we show you how to download Pokémon Go for both Android and iOS devices.
Read on to find out how to get Pokémon Go without having to wait.

How to download Pokémon Go for Android

If you want to play Pokémon Go on your Android device, and you're not in a country that has made Pokémon Go available through the Google Play store, then the following instructions will show you how to download it from a third-party website.

Download the Pokémon Go APK file

First you need to allow your Android device to install and run apps downloaded from other places. Be cautious when you turn on this setting, as you'll want to make sure you only download apps you know are safe and reliable.


Open up Settings and go to Security. Scroll down and next to where it says 'Unknown sources', tap the toggle to turn this setting on.
Now you need to download the Pokémon Go APK file. On your Android device go to the Pokémon Go APK webpage and tap on 'Download APK'. Select 'OK' when the warning message appears and Pokémon Go will download.


Once it's downloaded, swipe your finger down from the top of your Android device to see the notification area and select the Pokémon Go file, then select 'Install'.
Pokémon Go will now install, letting you play right now. Happy hunting!

How to download and install Pokémon Go on iPhone

If you have an iPhone or another iOS device, then the process for getting Pokémon Go is slightly different.
While Pokémon Go is available on the App Store, if it's not available in your country follow our instructions on how to download and install it.

Log out of your Apple ID

First of all, you'll need to make your iPhone belive you're in a region that can download Pokémon Go. Open up Settings on your iPhone, tap on 'Apple ID' and select to sign out.
Now go back into Settings and select General > Language & Region. Set your region as US, New Zealand or Australia - all of these regions can download Pokémon Go.


Open up the App Store

Now open up the App Store. Search for Pokémon Go and it should appear. If it doesn't choose a free app to download and select 'Create new Apple ID'.
Go through the process of creating an Apple ID and select 'None' in the Billing menu and add a US, New Zealand or Australian address. Google can come in handy here if you need to search for an address.


Download Pokémon Go onto your iPhone

Now you can download and install Pokémon Go onto your iPhone or iPad. Once Pokémon Go is released in your region you can sign back in with your Apple ID - though you may need to reinstall Pokémon Go.
Luckily your data is saved to the cloud, so you'll be able to play Pokémon Go where you left off.

Samsung TV

Samsung TV R Price – Ultimate Buying Guide Covering Samsung 4k Smart TV Technology

Overview
Samsung is one of the definite leaders of the pack when it comes to building superb, well designed and feature rich 4K Ultra HD TVs. Overall, a number of Samsung ultra HD TV models, particularly those of the SUHD line are what we would consider to be some of the finest 4K ultra HD LCD TVs sold to date and in general this is a company whose 4K TVs definitely please their users far more than they disappoint them. For 2016, we saw this trend on Samsung’s part to continue with the advent of even further refinements to their newest models.
Samsung’s 4K ultra HD TVs first of all offer a rich list of standard connectivity, color, contrast, upscaling and smart TV features which are generally known to be exceptional in the quality at which they perform and whether you want high quality display, excellent color, great future proofed connectivity or a very fine smart TV platform, very few of this company’s models disappoint on the whole.
Types
Samsung’s 4K ultra HD TV lineup for 2015 and in particular for 2016 consists mainly of two different classes of 4K TVs. These are the SUHD premium 4K UHD TVs and right after them in terms of general prestige, the 4K UHD 2016 KU-series 4K TVs and their 2015 counterparts, the JU-Series 4K UHD TVs, which are all still on sale. The 2016 SUHD models, which consist of the KS-9 Series and KS-8 Series TVs. Among the KS-9 Series, there are the curved KS9500 and the otherwise identical flat-screened KS9000, and the same is the case for the KS-8 models, with a curved KS8500 along with a flat screened KS8000. For the KU-Series TVs for 2016, there are four new main TVs as well. These are also divided into two pairs of TVs with one flat and one curved version which are identical in all other specs among each other. Thus, you have the KU7500 curved 4K UHD TV along with its flat version the KU7000 and then slightly lower down in display quality, the curved KU7500 along with its flat version the KU7000.
Among the above-mentioned models, which we’ll go into more detail on shortly, the 2016 SUHD televisions are the only TVs that come with genuine HDR compatibility and also the only TVs which offer quantum dot color enhancement. The JU-Series TVs and 2016 KU-Series models offer a sort of limited HDR for contrast and peak brightness but not to the same caliber as the top shelf 2015 SUHD models or all the 2016 SUHD TVs, which are all certified with “Ultra HD Premium” HDR specs as stipulated by the UHD Alliance.
Samsung 4K TV models from 2014 are also still available for sale, particularly with many online retailers but the principal TVs in the company’s lineup this year consist of their SUHD KS-Series TVs and their KU-Series non-SUHD models. With the 2015 SUHD TVs in the JS-Series and the 2015 4K UHD TV JU-Series being the main sellers and best Samsung TVs out on the market right now. We’ve reviewed a number of models from all Samsung lines and the SUHD models and JU TVs are all well represented on 4K.com.
SUHD_JS9500_004
Key Features
Samsung’s TVs are rich in features designed to maximize the quality of the viewing and content access experience while also providing a generally excellent level of smart TV interactivity and processing speed for all the functions that come with these technologies.
On the other hand, Samsung’s 4K UHD TVs can sometimes lag in certain rendering technologies which are supposed to provide an ideal level of motion refresh and effectively display fast video or gaming action, especially in native 4K ultra HD resolution.
That said, here are several of the key specific technologies which are found in many or all of Samsung’s 4K televisions for 2015 and for 2016 in particular. We’ve broken them down by TV type.
Samsung SUHD Comparison at CES 2016
Samsung SUHD Comparison at CES 2016
2016 and 2015 SUHD TVs vs. KU-Series and JU-Series 4K TVs
First of all, the SUHD brand title doesn’t actually really mean anything other than being a way of distinguishing this entire class of 4K TVs and some of their finer features from Samsung’s more conventional UHD models. In other words, the “S” in SUHD is just a small marketing gimmick, not a reference to anything in particular. With that said, here are their most important features and a feature by feature breakdown of what distinguishes them from the kU-Series TVs, which come with technologies that almost all of the SUHD models include but with some key premium aspects and features missing:
UHD Premium High Dynamic Range
All of the 2016 SUHD TVs, from the KS8000 up to the flagship KS9800 are certified by the UHD Alliance as as TVs that match the Ultra HD Premium color and dynamic range standards for HDR. This effectively means that these TVs all deliver peak brightness that reaches up to beyond 1100 nits and rich deep black levels that go no brighter than 0.05 nits for “completely black” spaces on the screen. This HDR spec also means that these 4K TVs deliver Wide Color Gamut, with more than 92% DCI-P3 Color Space coverage and 10-bit color variation for much smoother color gradation.
The result is a high contrast level that completely beats what was the case in any 2015 SUHD TV, even the flagship JS9500 for last year. In comparison to their 2015 counterparts, the HDR-capable 2016 SUHD TVs are the definite winners in terms of superior, more advanced HDR specs. The main technologies behind this high dynamic range quality consist of Samsung’s HDR1000 spec, Peak Illuminator Pro, Precision Black and Samsung’s supplementary Ultra Black technology. All these fancy names aside, what you need to know about the capacities of the KS-Seris of 4K TVs is that they deliver high quality HDR with high peak brightness that can exceed 1450 nits in spot tests and deep black levels which can go as low as 0.001 nits with local dimming activated.
The 2015 JU-Series 4K TVs and the 2016 KU-Series models don’t offer these above levels of HDR. Instead, they can read HDR metadata through their HDMI 2.0a ports and do offer enhanced contrast, peak brightness and black levels. The enhanced peak brightness and deep black levels apply particularly to the 2016 KU-Series models.
First and foremost, one of the defining technologies of Samsung’s SUHD TVs is their enhanced “Nano Crystal Color”, as the manufacturer calls its version of what is in fact quantum dot color enhancement technology. This feature, which depends on films of tiny nano-particles which change the color of LED light to offer deeper, more varied and richer secondary colors in a TV screen, creates a somewhat deeper color richness and vibrancy, while also enhancing realism in onscreen visuals.
In practice, Nano Crystal Color has shown itself to be a nice refinement to the SUHD TV line but it also hasn’t quite lived up to some of the hype around quantum dots that was expected for this technology at the beginning of 2015.
In the 2016 SUHD models, Nano Crystal Color has been renamed to Quantum Dot Colr but is in effect the same color palette augmenting and enhancing technology of quantum dot filter screens between LED backlights and LCD display.
MultiZone Full Array Backlighting
This feature is found only in some of the best SUHD TVs and most notably exists in the JS9500, which is the flagship TV in the 2016 SUHD line and in the 2016 KS9800, which is this year’s flagship KS-Series 4K TV. As the name implies, the technology imparts a wide range of dimming and lighting zones behind the screen through precision control of a full array of particularly bright LEDs of a type which Samsung is well known for creating, as we’e noted in our reviews of these TVs.
Peak Illuminator technology
This feature is one of the two pillars of Samsung’s SUHD TVs with HDR capacity. In the case of the flagship JS9500 and the 2016 flagship KS SUHD TV models, Peak Illuminator Ultimate is in place to offer the highest possible level of brightness in the entire SUHD line. On the other hand, in the case of the lower-end SUHD models, there are also slightly weaker versions of Peak Illuminator which go by the names of Peak Illuminator Pro and simply Peak Illuminator. The Ultimate and Pro versions of this are integral to the HDR of higher-end SUHD TVs like the JS9500 and JS9000 models or their 2016 cousins the KS9000, KS8500 and KS8000.
Precision Black technology
Precision Black is the second core technology of the SUHD series HDR capabilities (at least in the top-shelf TVs of the line and in the case of those models it comes in the form of Precision Black Pro. Lower level SUHD models come with conventional Precision Black technology and the same feature is also in place in the JU-Series models, along with the basic Peak Illuminator technology. It is essentially with this combo of Peak Illuminator Pro (or Ultimate in the JS9500) and Precision Black Pro that the SUHD TVs are most distinguished from the JU-Series models, which even at their best only come with basic Peak Illuminator and Precision Black for high quality but not quite HDR-level ranges of brightness and darkness.
Motion Rate (SUHD and JU-Series)
All Samsung 4K TV models come with motion rate technology and have since the beginning, though older models features some deeply exaggerated arbitrary numbers to cover supposed “enhanced” refresh rates which were basically fake. Now however, the company seems to have standardized this practice into two essential standards which are Motion Rate 120 and Motion Rate 240.
Motion Rate 240 is found in top shelf models from both the SUHD and JU-Series TVs and represents and actual native refresh rate of 120Hz, and Motion Rate 120, found in the lower cost Samsung 4K TVs of either series represents a native refresh rate of 60Hz. Obviously enough, the higher the native refresh, the better the TV performs with fast paced content like games, action movies and sportscasts most of all. In the 2016 KU-Series 4K TVs, Motion Rate 120 (60Hz native refresh rate) is the case for all models while only the SUHD TVs offer Motion Rate 240 (120 Hz native refresh)
Processor (2015, 2016 SUHD and JU-Series and 2016 KU-Series)
The processing technology of Samsung’s TVs is almost uniformly excellent and the Tizen smart TV platform of all 2015 models works with some great speed and efficiency. However, there are still differences in quality depending on TV price. The very best 4K Samsung SUHD TVs offer X8 octa-core processing power for some really fast smart and content functionality, while the JU-Series TVs and some of the lower end SUHD models come with X4 quad-core processors which, while still excellent, aren’t quite as lightning-fast as their cousins.
Upscaling Technology (SUHD and JU-Series)
The upscaling engine in any 4K UHD TV is a crucial piece of technology for making the most of non-4K content so that buying a 4K UHD television in a market where most content still isn’t natively 4K in its resolution is worthwhile.
As their name implies, upscaling engines take non-4K Full HD, 720p HD and SD content and enhance it through reprocessing so that it looks sharper than it normally would. In the case of this technology, Samsung calls its version by the simple name of UHD Upscaling and we can say that it works superbly across the board. Whether found on one of their SUHD TVs or any of their JU and KU-Series TV models, UHD Upscaling does a fantastic job with Blu-ray Full HD video and an excellent to good job of scaling up the sharpness of high quality 720p HD and SD content sources.
One-Connect and One-Connect mini Box (SUHD and JU-Series)
The One-Connect and One-Connect Mini box are two different external devices very much unique to Samsung’s 4K TVs. What both devices do is provide an external secondary source of connectivity ports that covers all those ports normally also found on the TVs themselves. What makes these devices so eminently useful is that they can quickly be replaced with updated models without replacing the whole TV attached to them as dramatically new connectivity features for 4K TVs emerge.
In Samsung’s higher end 4K UHD SUHD TVs, the One-Connect box comes as an included feature and in lower-end SUHD TVs as well as most JU-Series 4K TVs, it’s an optional extra accessory that can be bought separately. There is also a mini version called the One-Connect mini box which offers less connectivity ports (for HDMI, USB, Ethernet, etc) but also delivers a certain level of future-proofing.
78 Inch 4k TV at CES 2016
78 Inch Samsung 4k TV at CES 2016
Smart TV Platform
The smart TV platform found in Samsung’s 4K UHD TVs of all 2015 and 2016 models is called the Tizen OS and it’s an excellent piece of user interface and control technology across the board. While LG’s webOS 2.0 is in our view the superior, more intuitive and faster platform, Tizen easily falls into the category of second best and this still means quality. With some great interactivity features like voice search, S-Recommendation engine technology (which offers new entertainment options based on previous personal choices) and full web browsing capacity. There is also the Tizen platform’s “Smart Hub” for quick and easy access to favorite shows, apps and online content.
Furthermore, a whole host of 4K UHD and non-4K content apps come baked right into Tizen. These include the usual sources like Netflix, Amazon Prime Instant Video, Vudu and YouTube while other, more exclusive-to-select-TV-brand apps like the M-Go 4K content platform and Ultraflix are also available in the SUHD and 4K UHD-Series 4K TVs for 2015 and 2016.
Overall, as we’d said already, Tizen is superb and easily one of the three best smart TV platforms we’ve seen to-date in a 4K TV brand.
A note on 2016 Tizen Smart TV Improvements: The 2016 version of the Tizen smart TV platform and its Smart Hub interface has definitely been streamlined still further from the great smart OS we saw in 2015’s Samsung 4K TVs. In 2015 Tizen was easily the second best smart TV system on the market after the truly stellar LG WebOS platform and in 2016 it keeps its second place spot. Now however, Tizen offers a superior point and click capacity better processor performance for faster navigation and more intuitive usability overall. The Samsung smart remote isn’t as good as LG’s Magic remote or Vizio’s truly innovative SmartCast tablet remote system but it’s good enough for anything you’ll need from the 4K TVs of 2016 from Samsung.
Samsung-TV-Apps-5@2x
Display characteristics
Display wise, Samsung’s 4K UHD TVs are some of the best on the market as a whole. This applies particularly to the company’s top-tier SUHD TVs and some of the best of the KU-Series models but it’s also the case to one degree or another in all 2015 and 2016 Samsung 4K TV models relative to other brands in their class. The SUHD TVs in particular outclass LG and Panasonic LCD TVs by a solid margin and most of the best SUHD models are superior to their top-tier Sony or LG LCD TV counterparts in terms of visual specs as well in our view.
We should take particular note of the HDR1000 and other premium display specs of the 2016 SUHD TVs. They have in fact made these models, from the KS8000 up to the flagship KS9800, into the best 4K HDR TVs with LCD display technology that we have seen so far in this year. In terms of brightness capacity, black level, color quality and contrast, the 2016 SUHD TVs completely beat their Sony, Vizio and LG competitors almost entirely across the board. Only the 2016 OLED TVs from LG deliver what we’d consider superior picture quality.
Quantum Dot color technology and the combo of Peak Illuminator Pro/Ultimate and Precision Black in the better SUHD TVs also work to ensure a fantastic blend of both excellent contrast and wider color gamuts while full-array LED backlighting only enhances these features. Furthermore, even the edge-lit Samsung TVs offer great luminance thanks to the company’s famously high powerful LED technology.
On the other hand, many of Samsung’s mid to lower-tier 4K UHD TVs fail to offer some of the excellent motion blur control and judder handling that we’ve found to work so well in many Sony 4K TV models.
Connectivity
In terms of connectivity, Samsung’s 4K UHD TVs are exceptional, and we have no reason to think this trend will abate at all in 2016 –the contrary in fact.
For starters, these TVs offer the standard array of 4 HDMI 2.0 ports with HDCP 2.2 and full capacity for 4K video compression codecs VP9 and HEVC (H.265) and beyond this, they also come with three USB ports, an Ethernet port, a component/composite combo, and ports for Digital and conventional audio. On top of all this, there is of course also WiFi and WiFi Direct connectivity.
Samsung One-Connect box
Samsung One-Connect box
However, while these above ports and connections are fairly standard fare for all name brand 4K UHD TVs, what makes the Samsung models stand out is the fact that they either come with or have compatibility with the manufacturers One-Connect and One-Connect mini external connectivity boxes, which come with most of the above ports and can be replaced as needed to future-proof connectivity as new standards emerge. This makes Samsung’s TVs somewhat more future-friendly than most competitor models we’ve reviewed. This external box compatibility comes standard in all newer Samsung 4K TV models.
Our one connectivity complaint for the 2016 KU-Series 4K UHD TVs is that they break the Samsung 4K TV design trend of including at least 4 HDMI ports and 3 USB ports in all of their 4K TVs. In 2016, at least for the non-SUHD models, the company for some reason decided to intgrate only 3 HDMI ports and 2 USB ports as part of their design.
65 Inch Samsung SUHD 4k TV at CES 2016
65 Inch Samsung SUHD 4k TV at CES 2016
The best models
Now, as for some suggestions on specific brands, this will vary somewhat depending on your budget and specific needs. However, we can at least list some of the best models for quality and budget (three of the best and two solid budget models) for each the SUHD and 4K Ultra HD TVs in the JU-Series and 2016 KU-Series lines:
SUHD TVs
The 2016 KS9500 SUHD HDR TV
The 2016 KS9500 SUHD HDR TV
  • KS9800 4K HDR SUHD TV with Full Array LED backlighting and HDR: This is Samsung’s 2016 flagship 4K TV and it offers a picture quality like that of no other 2016 LCD/ED 4K TV with phenomenal brightness, peak luminance above 1450 nits, deep rich black levels and a contrast ratio that is the highest we’ve seen to date in a 4K non-OLED TV.
  • KS9500 4K HDR TV and KS9000 HDR SUHD TV: The second tier in the 2016 Samsung SUHD lineup consists of the KS9500 edge-lit 4K UHD TV with UHS Aloiance “Ultra HD Premium” HDR. This model has the brightest edge-lit display panel we’ve seen of any 2016 4K LCD TV and its color, contrast and color specs are simply stunning across the board. The KS9500 is identical to its cousin the KS9000 with the only difference between the two being that this model offers one of Samsung’s now famous curved screen designs while the KS9000 is the flat screen version of this TV.
  • KS8500 and KS8000 4K HDR SUHD TV models: Like the duo of KS9500 and KS9000 premium 2016 SUHD TV models, the KS8500 and KS8000 are also identical to each other in that both TVs share the exact smae specs with the difference between them being a curved screen in the KS8500 and a flat screen in the KS8000. The specs on both of these models allow for slightly less peak brightness and slightly brighter black levels than those found in the higher-end edge-lit KS9500/9000 models but nonetheless, the KS8500 and KS8000 TVs still deliver superior display specs and HDR quality to any 4K LCD HDR TV from 2015 at all, even when they’re compared to Samsung’s flagship JS9500, which had full-array LED backlighting.
2015 SUHD TVs
The Samsung JS9500 flagship SUHD TV from 2015
The Samsung JS9500 flagship SUHD TV from 2015
  • JS9500 SUHD 4K Smart TV with HDR: this is the flagship 2015 RK TV from Samsung and it’s superb across the board, featuring several technologies not found in any other model.
  • JS9000: This is arguably Samsung’s closest-to-top-tier model 4K UHD TV and it comes with virtually everything that the JS9500 offers except Peak Illuminator Ultimate and Precision Black Pro technologies for the highest possible dynamic range.
  • JS7100: One of the budget SUHD 4K TV models. It comes with quantum dot color enhancement but does not include HDR capacity. Nonetheless, an excellent and more affordable SUHD model.
Samsung's 2016 KU6500 4K UHD TV
Samsung’s 2016 KU6500 4K UHD TV
KU-Series 4K TVs (2016 models)
  • KU7500 4K smart TV: This is the flagship model among the KU-Series 4K TVs and it is better than many competing 4K TV models from LG or even Sony. With edge-lit LED backlighting, very good contrast, Samsung’s Active Crystal Color and some excellent visual specs, the KU7500 Also offers a curved display and a picture quality that’s similar to that of the 2015 JU7500 and JU7100.
  • KU7000: The second best of the KU models, the KU7000 also offers some truly excellent display specsand is essentially exactly identical to the KU7500 except that this version comes with a flat screen display and thus costs less de to a lack of this in any case pointless extra feature. For this reason we recommend it more than the KU7500 unless you really like the way curved 4K TVs look.
  • KU6500: The KU65004K UHD curved TV offers what we’d call modestly good display performance and is very similar in its display specs and overall performance to the 2015 JU6500. Unlike the KU7000 or KU7500, the KU6500 lacks Active Crrystal Color enhancement and also doesn’t come with the superior edge-lit LED backlighting technology of these models. Instead it offers a Slim FLED direct-lit backlight which tends of produce inferior black performance. This is a curved 4K TV model.
  • KU6300: The KU6300 is essentially identical to the KU6500 except that it lacks display curvature, making it considerably more affordable even though it offers identical picture performance to its curved sibling.
JU-Series 4K TVs (2015 models)
  • JU7500 4K smart TV: This is the flagship model among the JU-Series 4K TVs and it is better than many SUHD models. With full-array LED backlighting in its larger models and some excellent visual specs, the JU7500 beats even many top-shelf competitor LCD TVs in display quality.
  • JU7100: The second best of the JU models, the JU7100 also offers some truly excellent display specs, Motion Rate 240 refresh rates and excellent precision local dimming technology in its larger versions. This particular TV also comes prices at a more reasonable level than its SUHD and JU7500 cousins.
samsung-ue50ju6400-smart-tv-tp_7191224521174070653f
 Price considerations
Samsung’s 4K ultra HD TVs are by no means on the more affordable end of the wider UHD TV spectrum of brands but they have enough price variation to meet plenty of different budgets. Furthermore, almost without exception, the models on offer in both the SUHD and JU-Series lines are either fantastic, great or very good. Thus, for whatever price you do buy them at, you’re getting quality that’s worth the dollars spent for the most part.
Obviously, the flagship SUHD models like the KS9000 and the KS9500 will cost several thousand dollars each butsome of the smaller 55 inch or less SUHD and KU-Series units can retail for well below $1500 and they still offer plenty of home entertainment quality.
Positives, Negatives and Final opinion
In our final reckoning, Samsung is quite possibly the best 4K TV maker on the market today in a general sense. It gets some stiff competition from Sony but delivers better 4K TV quality overall, and when it comes to beating LG’s LCD models, Samsung leads by a wide margin.
Positives
  • Innovative technologies like Quantum Dots and HDR
  • Future-proof connectivity
  • Above average content access
  • Beautiful designs
  • Broad range of prices
  • No particularly bad 4K TV models
Negatives
  • Some of the budget models offer poor motion blur and judder control
  • Flagship TVs could be a bit cheaper
  • Full-array backlighting absent in lower priced models

Apple iPhone 7 reveal

Apple iPhone 7 rumor review: specs, features, release date, and everything we know so far

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Apple iPhone 7 rumor review: specs, features, release date, and everything we know so far

In 2016, Apple will be treating us to the iPhone 7, an exciting upcoming chapter in its smartphone book. Rumors are already shaping up a rather clear picture of what the next iOS flagship will end up being. At this point, we are not expecting an exterior redesign - reportedly, this is reserved for 2017, when the Apple iPhone 8 will reportedly get unveiled (yep, it might not be an "s" year). Yet, we are hopeful some intriguing new features will be making the cut this year! 

Without further ado, let's summarize all we know so far about next year's iPhone 7 and iPhone 7 Plus, which might also be called the iPhone 7 Pro. We are now somewhat convinced that the latter might arrive with an intriguing dual lens camera, dubbed the iPhone 7 Pro, which will reportedly amp up its photography game. How, exactly? Read on to find out! 

Check out our Apple iPhone 7 Plus & iPhone 7 Pro rumor review here.


TL;DR


We hereby warn you - we have an ample amount of rumors below. In a nutshell, here are the most believable and logical rumors about the iPhone 7:

  • Design: At this point, we suppose the iPhone 7 will not introduce a major redesign, but will be mostly similar to the iPhone 6/6s. We expect it to do away with the 3.5mm audio jack and feature revisited antenna lines.
  • Hardware: The device will most certainly arrive with a 16nm Apple A10 chipset, manufactured by either TSMC and Samsung or both. We expect 2GB of RAM inside the iPhone 7, with 32GB of native storage in the base model.
  • Display: Display size and resolution are likely to remain the same - 4.7 inches, 750 x 1334. 3D Touch might score multi-touch support. IPS LCD displays are likely to stick around for another year.
  • Camera: We expect the iPhone 7 to sport similar camera setups as the 6s/6s Plus (a 12MP iSight camera at the back and a 5MP FaceTime snapper up front).
  • Release date and pricing: We are gearing for an early September 2016 announcement while the actual release of the iPhone 7 and 7 Plus/Pro will most likely take place in late September 2016.

Contents:




Design


iPhone 7 render based on CAD drawing
iPhone 7 render based on CAD drawing
iPhone 7 render based on CAD drawing
iPhone 7 render based on CAD drawing
iPhone 7 CAD drawing
iPhone 7 CAD drawing
Apple iPhone 7 rumor review: specs, features, release date, and everything we know so far
As you are probably aware, Apple has been keeping a strict 2-year window between the redesigns of its smartphones for a long time now. Thus, we have the iPhone 6s vastly similar to the iPhone 6, the iPhone 5s mostly alike with the iPhone 5, the iPhone 4s indistinguishable from the iPhone 4, and so on. This is why we are expecting Jony Ive & Co to spice things up in the design department a bit, though not drastically. The antenna lines are rumored to be getting streamlined, which will be a welcome visual change.

However, the majority of rumors that have been hitting us recently suggest this won't be the case. The iPhone 7 is largely expected to look mostly similar to the iPhone 6 and 6s,  with certain minor design revisions on board. 

Even one of the leaksters with a very good track record, Ming-Chi Kuo, claimed the iPhone 7 won't have "many attractive selling points".

Apple is most likely sticking with aluminum, and judging by the iPhone 6s, that'd be a member of the series 7000 aluminum, which is one of the strongest aluminum alloys around. There are a handful of theories about the next iPhone floating around, and though some are rather unbelievable, we ought to explore them:

Smart Connector 

Last year, Apple introduced the large iPad Pro and it arrived with a Smart Connector, which allows you to connect the Smart Keyboard to the tablet. It's speculated that the large iPhone 7 Plus/Pro might also feature this connectivity standard, but as to what accessories might be available for it, we can only speculate. Probably a case or something completely else? Another rumor claims there won't be anything of the kind on board the regular iPhone 7. Go figure.

Touch ID embedded in the display

We might also have a Touch ID fingerprint scanner embedded inside the display, which falls in line with a certain patent application that we got hold of earlier in 2015. Well, seems to be entertaining the idea, so a display with an embedded fingerprint scanning functionality is neither too sci-fi or far-fetched. 

Waterproof body

What's more, it is also suggested that Cupertino might finally jump on the waterproofness train and make the iPhone 7 watertight. This was somewhat suggested by the abundance of silicone seals and gaskets that make the current iPhone crop able to withstand a lengthy dunk in the water to some extent. Apart from physical evidence found in the 6s and 6s Plus, we also have a patent that allegedly reveals that Apple is entertaining the idea of making its devices resistant to the water element. 

The iPhone 7 might feature a technology that would seal the ports, thus blocking water or any other liquid from getting inside the phone, and consequently damaging its internals. 

No 3.5mm audio jack

The iPhone 7 are rumored to come without the universal connector and use a proprietary Lightning one in order to slim down some bulk. This will theoretically allow Apple to slim down the devices a bit, as well as make them waterproof - one less port to worry about is a massive plus, engineering-wise! 

Thinnest iPhone ever?

Cupertino is reportedly aiming poised to make its next devices roughly 6mm-thick. As a reminder, the iPhone 6 was 6.9mm thin, while the 6s clocks in at 7.1mm. One of the changes that might unlock the possibility for an even thinner iPhone 7 body is the aforementioned removal of the 3.5mm audio jack.



Apple iPhone 7 rumor review: specs, features, release date, and everything we know so far
Apple iPhone 7 rumor review: specs, features, release date, and everything we know so far
Liquidmetal or a new custom aluminum alloy build

There's also a rumor claiming that the iPhone 7 could be made of Liquidmetal and not aluminum. Liquidmetal is tougher and sturdier than aluminum with the same thickness, which is a win-win scenario no matter how you look at it. 

The nitty-gritty of liquid metal is that it employs metal atoms of different sizes, which form a dense mix with low free volume. This results in an ultra-strong material that has extremely high tensile strength, scratch, and corrosion resistance while remaining easily moldable. Fun fact: Liquidmetal is no stranger to Apple, as the SIM ejector that were bundled with some iPhone 3GS unit were made of liquid metal as a part of a test. 

Minuscule bezels

Apart from a thinner footprint, the next iPhone might feature thinner bezels due to the alleged removal of in-cell touch panels. Instead, Apple is rumored to use a vastly improved version of the well-known glass-on-glass technology. The liquid metal material might also pave the way for thinner bezels.

Sapphire display might finally become reality 

We were expecting the iPhone 6 to arrive with a tough sapphire display, but this did not happen. 

The iPhone 6s also did not get one, but meanwhile, the Apple Watch was coated with sapphire. As a result, the rumor mill is once again claiming that the iPhone 7 will arrive with sapphire on board. Here's to hoping.

Inductive wireless charging? Count us in!

Wireless charging might also make the cut in 2016 - certain hearsays claim that the iPhone 7 might feature inductive wireless charging, similar to the one on the Apple Watch. 

Why no previous iPhones arrived with wireless charging? Well, one of the reasons is that until mid-2015, inductive wireless charging could not transfer power through metal, but thanks to Qualcomm's WiPower technology, announced in late July, all metal handsets can score wireless charging. Qualcomm employed a new wireless charging standard, called Rezence.

And here are the major design rumors, ranked in terms of their likability to become reality:

RumorProbability
Dual camera setuplikely
Waterproof (self-sealing ports, nano-coating)likely
Thinnest iPhone everlikely
Sapphire displaylikely
Inductive wireless charginglikely
No 3.5mm audio jack on boardlikely
Flexible wrap-around displayunlikely
USB-Type C portunlikely
AMOLED displayunlikely
No home buttonunlikely

Read more:




Hardware



Apple iPhone 7 rumor review: specs, features, release date, and everything we know so far
It's a no-brainer that Apple is going to grace its next handset with a speedier chipset than its predecessor (the 6s), which will most likely be called the Apple A10 SoC. Considering that the Apple A9 chip that is currently gracing the iPhone 6s and the 6s Plus is a 64-bit performance champ, manufactured with TSMC's 16nm or Samsung's 14nm manufacturing process. 

Well, it's too early to have any specific pieces of info for the chipset, but certain sources already claim Apple will exclusively choose TSMC as the sole supplier for the A10 SoC. It's also rumored that it will be a 16nm FinFET one, similar to TSMC's A9 produce. Judging by Apple A9's performance, which is one of the very best SoCs on the scene right now, we have extremely high hopes for the A10, which will most certainly end in the top-tier end of the performance spectrum. 

In the memory department, Cupertinians amped up the game of the 6s and the 6s Plus by throwing in some much needed operational memory inside - in 2015, we finally got iPhones with 2GB of RAM. Rumor has it that the iPhone 7 Plus/Pro might come with 3GB of RAM on board in order to step up its photography game, but the regular iPhone 7 is not expected to sport that much operational memory. Ergo, it will most certainly sport 2 gigs of RAM. At least, this is what Ming-Chi Kuo, an industry insider with a rather good track record, has been trying to instill in us.


Display



A flurry of rumors claims that Apple is indeed entertaining the idea of putting an AMOLED display on its future iPhones, probably after 2018. Other rumors suggest the shift from LCD to AMOLED might take place in 2019 at the earliest. Well, we believe that this might eventually happen, but the iPhone 7 is unlikely to come with such a display. 

Reportedly, the tech giant has recently acquired a "secret" display factory in Taiwan, which will allegedly focus on developing a micro-LED display in the future. However, it's currently focusing on helping Apple steer away from its third-party display suppliers and develop its own in-house solutions; in particular, we heard that the secret Taiwanese factory is currently working on a brighter, thinner, and more energy-efficient LCD display

As far as display sizes and resolutions are concerned, we are yet to be tipped with info about the upcoming iPhone crop. There are two options though: Apple will either increase the resolution... or not. Still, we are a bit more inclined to believe that the iPhone 7 will flaunt a 4.7-inch display with a resolution of 750 by 1334 pixels and command a pixel density of 326ppi. Indeed, these are the very same measurements that can be found in the specs sheets of the iPhone 6 & 6s, but we are not ruling out the idea that Apple might shake things up in this regard. Without any evidence, we can only speculate though.

Apple iPhone 7 rumor review: specs, features, release date, and everything we know so far

There's an interesting rumor flying around, though. It seems that Apple was poised to develop its own set of display drivers for the iPhone 7 and 7 Plus order to boost image sharpness and battery life, but fell behind schedule and had to place orders for Synaptics' display controllers. In case you don't know, Synaptics is Apple's supplier of touch and display drivers. This will further make Apple more independent and centralized when it comes to the manufacturing process.

3D Touch


Apple iPhone 7 rumor review: specs, features, release date, and everything we know so far
3D Touch is here to stay, and will most likely score new functionalities along the way. As we mentioned earlier, Apple is reportedly contemplating the idea of bringing a multi-3D Touch functionality on board the iPhone 7 and 7 Plus. This feature will allow users to apply pressure on several points on the display. 

Hopefully, this would be used for a wider range of UI interactions, and not just for your usual shoot-'em-up game. We know nothing else about 3D Touch on the next crop of iPhones, but we suppose that we won't hear anything until the device is official, as we expect the majority of changes to be in the interface and the software functionality of the pressure-sensing feature.

Battery


Battery info is something we learn only after a thorough teardown after select people get the first batches of iPhones, but sometimes, we get some info beforehand.

Тhere's that leak that allegedly shows us an iPhone 7 battery, which is rated a 7.04 Whr. As a comparison, the iPhone 6s' battery is rated at 6.61 Whr, or 6.5% lower than the rumored unit of the iPhone 7. 

Sadly, without info on the battery's voltage, it's impossible to determine its capacity in milliampere-hours (mAh). This isn't revealing much about the iPhone 7 Plus and Pro battery capacity, but we still think it's important to at least acknowledge the leak.

Alleged iPhone 7 battery
Alleged iPhone 7 battery


Camera



Apple iPhone 7 rumor review: specs, features, release date, and everything we know so far

So far, we've heard nothing new about the iPhone 7 camera, but similarly to the RAM, it got substantially updated with the iPhone 6s and 6s Plus earlier this year. The latter scored nifty 12MP rear cameras with smaller pixel size (1.22 μm), as well as 5MP front-facing selfie-centric ones, which is quite the improvement over the 1.2MP that grace previous generations of the device. 

This makes us think that Apple most likely won't bother to increase its megapixel count in 2016. However, we are certain that Cupertino will throw some nice improvements or even new functionalities in its next iPhones in order to step up their photography game. We can only imagine what these might be, and needless to say, impatient to check them out. 
Judging by the performance of iPhone 6s' camera, we have rather high hopes for the iPhone 7's one. Apple is traditionally strong in the field of mobile photography, so we expect 2016's iPhones to be solid cameraphones.


Release date and pricing



As we already told you, despite what the rumor mill is trying to persuade us, we expect the new batch of iPhones to arrive in September 2016, probably in the first two weeks of the month. That's the usual time window in which Apple hosts an iPhone-centric event and shows us its new gadgets. This has been Cupertino practice for the last couple of years, so we see zero reasons for Apple to break this tradition in 2016.

Previous iPhone releases
ModelAnnouncedReleased
Apple iPhoneJan 9, 2007Jan 29, 2007
Apple iPhone 3GJun 9, 2008Jul 11, 2008
Apple iPhone 3GSJun 8, 2009Jun 19, 2009
Apple iPhone 4Jun 7, 2010Jun 24, 2010
Apple iPhone 4sOct 4, 2011Oct 14, 2011
Apple iPhone 5Sep 12, 2012Sep 21,2012
Apple iPhone 5sSep 10, 2013Sep 20,2013
Apple iPhone 6Sep 9, 2014Sep 19, 2014
Apple iphone 6sSep 9, 2015Sep 25, 2015

That aside, it's too early to chime in on the possible retail prices of Apple's 2016 produce of phones. Still, we suppose that Cupertino will not change the established pricing by much, which means that the iPhone 7 might cost the same as an iPhone 6s or 6 at launch. Right below you will find the pricing of the previous crop of iPhones, which might turn out to be quite similar to the one of the upcoming iPhone 7 and 7 Plus. Still, have in mind that this is merely a speculation on our end.

DeviceBase modelMiddle modelTop-end model
iPhone 6s¥5,288 ($796)¥6,088 ($916)¥6,888 ($1,036)
iPhone 7¥5,288 ($796)¥6,088 ($916)¥7,088 ($1,066)
iPhone 6s Plus¥6,088 ($916)¥6,888 ($1,036)¥7,788 ($1,172)
iPhone 7 Plus¥6,088 ($916)¥6,888 ($1,036)¥7,888 ($1,187)
iPhone 7 Pro¥7,088 ($1,066)¥7,888 ($1,187)¥8,888 ($1,337)

Note: Don't get startled by the prices in dollars. As per a rule of thumb, iPhones are roughly 20% more expensive in China.

So, it appears that the iPhone 7 will cost the same as the iPhone 6s at launch in USA - $649. The same applies to the iPhone 7 Plus, but even the base iPhone 7 Pro will be a bit pricier and will start at roughly $849, while its top-end model will obviously break the 1,000-dollar psychological barrier. As we know more, so will you.