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Zap cached app files in a single tap, clear the Downloads folder, delete unneeded offline maps, take charge of music downloads, and more. Few things in life are as annoying as finding that your Android handset refuses to install anymore app updates because it’s run out of storage. Unlike many of life’s little annoyances, though, this one’s easy to fix. You can quickly clear out hundreds of megabytes or even a gig or two by sweeping up stale downloads, rooting out offline maps and documents, clearing caches, and wiping unneeded music and video files. There’s even an easy way to find and nix space-hogging apps that you no longer use. 1. Clear out all cached app data If you dig into the Apps storage setting screen and tap on an individual app, you’ll notice that each app has its own stash of “cached” data—anywhere from a few kilobytes to hundreds of megs, or even more. These caches of data are essentially just junk files, and they can be safely deleted to free up storage space. Tap the Clear Cache button to take out the trash. If poking through each and every app looking for cached data to clear sounds like a chore, there’s an easy way to clear all cached app data in one fell swoop. Tap Settings > Storage > Cached data, then tap OK in the confirmation window. 2. Clean up the Downloads folder Just like on a PC or a Mac, your Android device has a Downloads folder, and it’s a favorite hideout for miscellaneous junk files downloaded from the Web or by your various Android apps. Open the app drawer and tap Downloads to see what’s lurking in the Downloads folder. Tap the three-line menu in the top corner of the screen and sort the list of downloads by size, then take a look at what’s hogging the most storage space. If you see anything you don’t need, tap and hold the file to select it, then tap the Trash button. 3. Dump photos that are already backed up One of the best features of Google’s new Photos app is its ability to back up your entire photo library to your online Google account. Once your snapshots are safely backed up, Photos can zap any locally stored images to free up more storage space. Open the Photos app, tap the three-line “hamburger” button in the top-left corner of the screen, then tap Settings > Free up device storage. The Photos app will let you know how many pictures it can delete from local storage; tap OK to pull the trigger. Note: If you’re using the “High quality” setting for unlimited but lower-resolution cloud storage of your backed up photos, keep in mind that the “Free up device storage” feature will delete your full-resolution originals, so make sure you’ve got them stored elsewhere before you tap the OK button. 4. Manage downloaded music and podcasts Google’s Play Music app gives you two options when it comes to storing tunes on your device: You can manually pick which purchased or uploaded Google Play songs and albums get downloaded, or you can let the app make those decisions for you. Either way, music lovers may end up with a significant amount of their device storage gobbled up by their favorite artists. Same goes with podcasts, with Play Music’s default setting geared to auto-download the three most recent episodes of each subscriptions. If you subscribe to more than a few podcasts, those episodes—and the space required to store them on your handset—can add up quickly. To check exactly how many megabytes or even gigabytes of storage Play Music has reserved for tunes and podcasts, tap the three-line “hamburger” button in the top corner of the screen, then tap Settings > Manage downloads. To wipe a song download or a podcast from local storage, tap the orange “downloaded” button to the right of its name. Bonus tip: You can use the same method to manage your downloads in the Play Movies & TV app. 5. Erase offline areas in Google Maps Downloading a map in the latest version of the Google Maps app makes for a great way to navigate when your device is offline, especially now that both searching and driving directions are supported. But those searchable offline “areas” come at a cost: storage space, and potentially lots of it. Indeed, a single offline map can consume more than a gigabyte of storage depending on the size of the area. You can check how much space your offline maps have staked out by tapping the three-line hamburger button in the top corner of the main Google Maps interface, then tap Offline areas. The storage used by each offline map is displayed below its name; tap the map and tap Delete to reclaim its storage space. 6. Unload your least-used apps I love the fact that I can download and install Android apps to my devices remotely from a desktop Web browser. The downside? My Android handsets tend to be overstuffed with too many apps, many of them used only once (or even never). The solution, of course, is to delete some of those apps—ideally, the ones you use the least. Unfortunately, there’s no way to sort your installed apps by the last time they were used, although you can (if you tap Settings > Storage & USB > Apps) organize them according to size (tap the three-dot button in the top corner of the screen, then tap Sort by size). The good news is that several apps are available that can track your app usage and tell you which apps you’re using the least. Among them: App Usage, App Tracker, and QualityTime. Note:According to some reports, the Play Store app may suggest rarely used apps to delete if you try to install a new app on your almost-full Android device. Whether that actually happens for you is an open question. When I filled my 2013 Nexus 7 tablet (running Android version 6.0.1) to the brim and tried to install a new app, the Play Store bluntly informed me that I’d run out of storage space without suggesting any seldom-used apps to jettison. It’s quite possible that Google has yet to roll out the feature to all Marshmallow devices.

Flagship phones give manufacturers the opportunity to showcase their latest technology, and because they attract attention and generate buzz, they help raise brand awareness. For Huawei, currently the world’s third largest smartphone producer by market share, its Mate series of phones is the pinnacle of what the company has to offer. And while the Mate 9, the successor to the Mate 8 that we looked at in-depth last year, packs some high-end hardware, Huawei recognizes it takes more than an impressive spec sheet to win the premium smartphone battle; it needs to provide an overall experience and image that matches the phone’s premium price. Performance and responsiveness are important for any phone, but essential for a flagship like the Mate 9. Making its debut inside the Mate 9’s aluminum chassis is HiSilicon’s new Kirin 960 SoC. The four ARM Cortex-A72 CPUs in the Mate 8’s Kirin 950 have been replaced by four of ARM’s latest Cortex-A73 CPUs. The plus-one change in model number is deceptive, however, because there are some significant differences between the two cores. The A73 actually belongs to a different processor family, with its roots going back to the A17 rather than branching out from the A15/A57/A72 family tree. One of the obvious differences between the two different microarchitectures is a reduction in decoder width: The A72 has a 3-wide decoder while the A73 is 2-wide. Despite what appears to be a reduction in capability on paper, ARM claims the A73 still offers better performance and efficiency relative to A72 on the same process and frequency. Four Cortex-A53 cores complete the big.LITTLE CPU configuration. The Mate 9’s CPU cores reach higher peak frequencies than those in the Mate 8 too, but the differences are small. The A53 cores get a negligible increase from 1.80GHz to 1.84GHz, while the A73 cores reach up to 2.36GHz versus the 2.3GHz for the Kirin 950’s A72 cores. It’s interesting that Kirin 960’s A73 cores are clocked lower than the Kirin 955’s 2.5GHz A72 cores, especially considering that ARM targets a peak frequency of 2.8GHz on 16nm (the Kirin 960 uses TSMC’s 16FFC FinFET process). With the Kirin 960, HiSilicon is more focused on reducing power consumption (and freeing up thermal headroom for the GPU) instead of chasing maximum CPU performance. Still, based on the A73’s other advantages, particularly the improvements to the memory subsystem, the Kirin 960 should still show a small performance gain relative to Kirin 950/955. Perhaps the biggest criticism of past Kirin SoCs were their seemingly underpowered GPUs. While Qualcomm pushed the performance and power envelope with its Adreno GPUs, and Samsung added eight- or twelve-core configurations of ARM’s latest Mali GPUs to its Exynos SoCs, HiSilicon’s Kirin SoCs made due with more modest four-core Mali configurations. Peak performance significantly trailed its peers, but Kirin’s lower power consumption limited the effects of thermal throttling (a significant problem for the faster GPUs). Ultimately, performance was “good enough” for the majority of cases. The Mate 9’s Kirin 960 SoC marks a radical shift in HiSilicon’s GPU philosophy. Not only does it utilize ARM’s latest Mali-G71 GPU based on the all-new Bifrost architecture, but it steps up to an eight-core configuration running at an impressive 900MHz—the same peak frequency used by the Kirin 950/955’s much smaller GPU. The combination of additional cores and architectural improvements give the Mate 9 a significant peak performance advantage over the Mate 8’s Mali-T880MP4 GPU, paving the way for new capabilities such as VR.

Vezi comunicatul oficial MMD, partener licentiat al Philips pentru productia de monitoare prezinta primul monitor Philips ce dispune de o conectivitate USB de noua generatie, rapida si versatila. Noul USB de tip C promite sa fie singura interfata de care utilizatorii vor avea nevoie pentru o usoara utilizare cu ajutorul unui singur cablu ce le va permite sa transfere date in siguranta la viteze foarte mari. Utilizatorii vor mai putea sa isi incarce dispozitivele, sa isi conecteze monitorul la telefon sau notebook si la diversele periferice atasate deja notebook-ului. Programat pentru lansare in aceasta luna (iunie 2016), modelul 258B6QUEB QHD este primul monitor de la Philips cu conectivitate USB de tip C pe care MMD il lanseaza pe piata. Noul model este creat pentru a aduce un plus de putere si confort utilizatorilor, in special celor profesionisti care folosesc cele mai noi notebook-uri ce au nevoie sa se conecteze la un ecran de dimensiuni mai mari si de a beneficia de productivitatea oferita de noul conector USB. Simplitate pentru mai mult confort Monitorul suporta o viteza de transfer de pana la 10 Gbps (sau 1,280 MB/s) prin intermediul Gen-2 USB 3.1 si de pana la 5 Gbps prin Gen-1 USB 3.0. USB 3.1 este de douazeci de ori mai rapid decat USB 2.0; de exemplu, un film 4K poate fi transferat in mai putin de 60 de secunde. Profilul subtire al conectorului il face potrivit atat pentru dispozitivele ultra portabile cat si pentru notebook-uri. Orientarea mufei este reversibila acest lucru oferind si mai mult confort din punctul de vedere al acesibilitatii. De asemenea si alternativele video sunt variate, intrucat monitorul vine cu porturi HDMI, DisplayPort 1.2, DVI si VGA. “In prezent eficienta conectivitatatii joaca un rol important in mentinerea productivitatii oamenilor. Astfel, suntem incantati sa oferim utilizatorilor acest nou monitor de 25 de inci, cu cea mai recenta si cea mai buna conectivitate USB de pe piata. Conexiunea USB de tip C permite utilizatorilor sa isi incarce notebook-urile prin intermediul monitorului, eliminand necesitatea cablurilor electrice suplimentare. Toate conexiunile – de date, alimentare si video trec printr-un singur cablu” a declarat Albert Ulfmann, product manager (monitoare) al Philips Europa din cadrul MMD. Modul de conectare este doar unul dintr-o serie de motive pentru care monitorul QHD de 25 de inci este o alegere perfecta pentru profesionisti. in afara de conectivitatea mentionata acesta are multe din caracteristicile remarcabile ce au construit reputatia solida de pe piata a brandului Philips: SmartErgoBase, ce permite utilizatorilor inclinarea, rotirea si ridicarea ecranului pentru obtinerea unei pozitii cat se poate de buna – ideal pentru mentinerea sanatatii la locul de munca. De asemenea, stativul ascunde cablurile fara sa le lase sa se desfasoare intr-un mod dezordonat pe birou. Rama foarte ingusta a monitorului ofera un aspect de tot unitar, oferind un spatiu mai mare pentru zona de vizualizare si generand o mai mica distragere a atentiei. Design-ul robust, precum si faptul ca 65% din materialul de plastic utilizat este reciclat, face din modelul 258B6QUEB QHD o alegere excelenta pentru o productivitate eco-friendly. Noul model Philips 258B6QUEB QHD va fi disponibil in magazinele de specialitate incepand cu luna iunie la un pret de – 1.799 lei.

BlueStacks App Player allows you to run mobile applications with speed and in full screen on Windows and Mac. Bluestacks was created in 2011 to extend the limits of the mobile ecosystem. Today more than 90 million people around the world use our App Player to run mobile applications and video games on larger screens, thanks to our patented Layercake technology. At the level of advertising, we have a unique platform, mixing digital advertising and more traditional advertising channels. That allows us to maximize the two in a way that nobody has already done. Discover more about App Player Here;; and more about our opportunities Here

Nvidia has launched a new set of WHQL-approved GeForce graphics drivers today, bringing support for Ubisoft's upcoming snowboarding game Steep. We haven't heard a lot about Steep in this year's holiday gaming period, however the extreme sports title will be released on December 2nd following an open beta this weekend. The GeForce 375.86 drivers also include Game Ready support for the latest updates to Battlefield 1, Civilization VI, and The Division. According to Nvidia, all three games will shortly receive updates that require this new driver, which features enhanced optimization for the best gaming experience. It's good news for those experiencing flickering on their 144 Hz and 165 HZ G-Sync monitors as well: this driver includes a fix that finally resolves this issue. Nvidia has also added a Call of Duty: Infinite Warfare temporal SLI profile and fixed issues with Nvidia Surround on GeForce 10 series SLI setups using the SLI HB bridge.

The Velar—its name a nod to the brand’s history—is a luxurious, high-tech SUV with eye-catching looks that make it stand out from the herd. A 247-hp 2.0-liter inline-four, a 380-hp supercharged 3.0-liter V-6, and a 180-hp 2.0-liter turbo-diesel inline-four are offered; an eight-speed automatic and all-wheel drive are standard, as is a dual-screen infotainment system. Interior trim made of sustainable materials is optional. Like all Rovers, the Velar is as adept off-road as it is on the freeway.

. It’s the Kia Soul’s purity of mission that snagged it a 10Best Trucks and SUVs award for 2017. The boxy crossover best embodies what small SUV shoppers want most: a handy, spacious, well-made, high-riding trucklet that is fun to drive and efficient. That it comes wrapped in an expressively styled package is the cherry on top. Sure, some rivals are better at carrying cargo or pampering their occupants with luxuries, but the Soul offers plenty to love inside its quality cabin and more practicality than you’d get from a run-of-the-mill hatchback. What’s New for 2017? The biggest news in the lineup for 2017 is the addition of a turbocharged 1.6-liter four-cylinder engine, which offers 201 horsepower and gives the Soul more, uh, soul. The new turbo four is paired with a seven-speed dual-clutch automatic transmission, and this powertrain is offered exclusively on top-spec Exclaim (“!”) models. Trims and Options We’d Choose We rarely choose the top trim level, but to get the excellent turbo four-cylinder under the hood, the top-most Exclaim is the only way—trust us, it’s worth it. The Exclaim also adds: • 7.0-inch touchscreen infotainment with Apple CarPlay and Android Auto • 4.3-inch color digital gauge cluster display • Black leather-and-cloth seating surfaces • Flat-bottomed sport steering wheel At $23,695, our Soul represents an exceptional value, especially considering its content.

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