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oneplus

 

OnePlus is ready to release its next smartphone OnePlus Z that falls under the upper mid-range category. It could be a flagship killing phone with high-end features without getting the user ripped. Recently, the OnePlus 8 Pro was released, but it is slightly more expensive than regular OnePlus phones as it is priced at $899. So far the company manages to keep the prices of their smartphones at the lower cap while providing some premium features.


Initially, there were rumors about OnePlus 8 lite, and the name did make some sense. But on April 14, the OnePlus 8 series was introduced without any lite variant of the phone. In late March, phone tipster Max Weinbach tweeted that OnePlus would adopt a new name for its budget phone; the OnePlus Z. In the past, the company sold a lower-cost variant of its flagship phone after branding it as OnePlus X. The OnePlus Z might be the next phone according to the tradition of the company.


Another leak suggests from the Max J on Twitter, OnePlus Z might be launched in July 2020. He also tweeted an image along with the release date leak. It is unclear if that image is coming from OnePlus itself or some graphic designer created this image according to the leaks available so far, but we may expect that the device might debut later in the year. There might be some delay in the launch of the phone, as many other phones got delayed, due to the coronavirus situation.


Earlier leaks suggest that the OnePlus 8 lite will be around $499, but we don't know if this is the price for OnePlus Z as well. The same online store that leaked about its earlier prices, called Giztop has shown off some specs and prices for OnePlus' upcoming phones. There might be a paid difference of $50 to $100 between the OnePlus Z and the OnePlus 8 if the earlier one needs to be a budget-friendly variant. Rumors suggest that the phone will feature a 6.4-inch display, with front-camera on the top. The phone will use Qualcomm's Snapdragon 765G system-on-a-chip. That's a mid-range processor that features a faster clock speed for the chipset's main core, plus more graphics improvements. The phone will have a 4,000mAh battery with wired charging.



Many fans were disappointed when the Galaxy Note 7 did not match up to the rumors of the smartphone sporting 6GB of RAM and a Qualcomm Snapdragon 821 processor. One could say that disappointment turned to bewilderment when some of the devices started to explode and a worldwide recall had to be arranged by Samsung. While Samsung sorts the entire mess out, new rumors indicate that Xiaomi is all set to launch the Mi 5s with 6GB of RAM and the mythical Snapdragon 821 chipset with a clock speed of 2.4 GHz.


None of the other rumoured specs seem less than impressive either as it's supposed to be sporting 256GB of internal storage along with a pressure sensitive display. They will probably not upgrade the screen resolution to 1440p though and will instead possibly stick to the same 5.15-inch 1080p panel. Other specs include a 16-megapixel rear camera, a 4-megapixel front camera, fingerprint scanner, NFC, 2G, 3G, 4G, VoLTE and a 3,490mAh battery. Nothing is official though, so we would suggest waiting for a while before getting your hopes up too much.


Saikat Kar (tech-enthusiast)


vivo

 

Vivo's spin-off brand iQOO is known for its dispensing affordable gaming smartphone devices like the iQOO 3 5G. Today the company introduces its first flagship device to its product portfolio in China. The phone has features like premium phones with a 144Hz refresh rate. The phone comes with a super-fast Snapdragon 865 mobile processor, Wi-Fi 6, and dual-mode connectivity support for 5G.


The design of the iQOO Neo3 looks quite similar to the iQOO 3 in terms of shape and the position of the camera module. It comes in two variants with gradients. The smartphone features a triple camera module. The phone is available in two color variants with gradients. The phone features triple cameras on the rear side. For the front camera, there is a hole-punch display on the display. The fingerprint scanner is mounted on the side and the stereo speakers on the top and the bottom edges.


The iQOO Neo3 features up to 12GB of LPDDF4X RAM, and UFS 3.2 storage technology. The internal hardware capabilities can support gaming apps up to 144fps, as well as Vivo's Multi-Turbo 3.0, which features Central Core Acceleration Engine, AI Acceleration Engine, Network Acceleration Engine, Game Acceleration Engine, Thermal Acceleration Engine, and Compilation Enhanced Acceleration Engine, leading for sustained high performance. To compensate for the over-heating due to continuous video gaming the device has an 11-layer heat dissipation system.


The device comes with HDR 10 certified and comes with a single hole-punch at the top right corner of the display. The phone is using an IPS display panel. The triple rear camera system on the rear side includes a 48MP primary camera lens, an 8MP ultra-wide camera sensor, and a 2MP macro camera lens. The hole-punch on the front side features a 16MP selfie shooter. The phone has a 4,500mAh battery and supports Vivo's super flash charge fast wired charging at 44W. You can get your phone charge from zero to 100 percent under an hour and 50% battery in almost 20 minutes. The phone comes with Android 10 out of the box.


Galaxy S6

 

A Leaked User Agent Profile confirms that Samsung;s upcoming flagship device, Samsung Galaxy S6 will feature a QHD (2K) display with a resolution of 1440 x 2560. The Galaxy S6 will have a model number SM-G920A.

 

s6

 

In the same time, the rest of the User Agent Profile also shows that the Galaxy S6 (SM-G920A) will pack a 64-bit processor. Software navigation buttons missing from the profile, it would appear that hardware buttons will return. None of this information is unexpected, and the profile merely confirms earlier leaks.

 

s6

 

We expect to see a 5.5-inch display on the Galaxy S6 with a pixel density of 534ppi. Back and front-facing cameras weigh in at 16MP and 5MP respectively. For those of you impressed with the rear camera on the Samsung Galaxy Note 4, the Galaxy S6 is expected to have the same IM240 camera sensor employed on the camera that adorns its back. 3GB of RAM will be on board and Android 5.0 will be pre-installed.

 

Source


Tegra X1


Today at CES 2015, NVIDIA has announced a brand new mobile processor for 2015 "Tegra X1". The X1 is the first mobile processor in the world capable of 1 Teraflop floating point performance, which almost puts it in the same league as desktop class GPU and current generation gaming consoles. The X1 has a new octa-core CPU cluster.

 

On the GPU side, NVIDIA has turned to using its latest generation Maxwell architecture, which we saw on their flagship desktop GPU this year, the GTX 980. Although not quite in the same league performance-wise, the 256 CUDA core GPU in the X1 is twice as powerful as the Kepler-based GPU on the K1. It's also capable of 1 teraflop of floating point performance. To put that into perspective, the Xbox One is capable of 1.3 teraflop while the PS4 can do 1.84 teraflop.

 

Tegra X1

 

The X1 has a 64-bit wide LPDDR4 memory capable of peak memory bandwidth of 25.6GB/s. It is also capable of outputting 3840x2160, that's 4K @ 60fps, to an internal or external display with support for HDMI 2.0 and HDCP 2.2. X1 also has improved codec supports and can decode VP9, VP8, H.264, H.265 (10-bit) at 2160p60, along with 600 MP/s (megapixels per second) JPEG encode and decode.


Tegra X1 also supports all major graphics standards, including Unreal Engine 4, DirectX 12, OpenGL 4.5, CUDA, OpenGL ES 3.1 and the Android Extension Pack. Mobile devices running Tegra X1 are expected in the first half of 2015 with automobiles leveraging the DRIVE PX and CX in the second half of 2015.

 

Source


HTC Desire 820

 

HTC has announced the latest member of their Desire family. The new HTC Desire 820 is the successor to the popular Desire 816 and is the second HTC phone to have a 64-bit processor.

 

Desire 820

 

The Desire 820 is the first phone to run on the new Qualcomm Snapdragon 615 (MSM8939), which has an octa-core CPU with eight Cortex-A53 cores, four of them clocked at 1.5GHz and four at 1.0GHz, along with Adreno 405 GPU. The SoC is based on the 64-bit architecture and HTC will update the phone to Android L, which is designed to take advantage of 64-bit processing.

 

HTC Desire 820 Full Specifications

 

The Desire 820 also has a 5.5-inch, 1280x720px display, 13 megapixel rear camera, 8 megapixel front camera, and BoomSound speakers. The phone will offer Cat 4 LTE connectivity.

 

 

Promo [Video]


Samsung shows off the latest processor Exynos 8 Octa to compete with Qualcomm's Snapdragon 820.  Samsung says that Exynos 8 Octa 8890 will go into production by the end of the year, so it is very likely that it will be used in Galaxy S6's successor, ex. the Galaxy S7, which will probably debut in the first quarter of 2016.


Like the Exynos 7420, the new Exynos 8890 is an octa-core, 64-bit chip based on ARMv8 technology and manufactured using a 14nm FinFET process, while the 7420 featured four ARM Cortex-A57 CPU cores and four lower-power Cortex-A53 cores, the new chip is the first to pair four of Samsung's own custom ARMv8 CPU cores with four Cortex-A53 cores as it's the company's first premium chip to feature an integrated LTE modem with upload speeds as high as 150 Mbps and 
maximum download speeds as much as 600 Mbps.


The new chip supports display resolutions up to 4K UHD (4,096 x 2,160px), even though the existing Exynos 7420 has support for such displays, but we haven't seen a device with one just yet.


Samsung plans to begin mass production of the Exynos 8 Octa in late 2015.


Source: Samsung Tomorrow


A7

 

A leaked User Agent Profile confirms that Galaxy A7 SM-A700FD will pack a 1080p display, which is a dual-SIM version of the device. The screen will have a 5.5" diagonal, giving it 400ppi pixel density, up from Galaxy Alpha's 312ppi.
The profile also reveals that the Galaxy A7 will have a 64-bit processor (ARMv8-A instruction set) and will be clocked at 1.5GHz.

 

Even the entry level A series phone, the Galaxy A3, will have a 64-bit processor a Snapdragon 410 probably, with a quad-core Cortex-A53 processor at 1.2GHz. It seems that the Galaxy A5 will use the same chipset, but it's not clear yet if the Galaxy A7 will go up to Snapdragon 61x or simply go for an overclocked 410.

 

galaxy a7

 

The Samsung Galaxy A7 will launch with Android 4.4.4 KitKat next month and is rumored to cost around $450 $500.

 

Source



Although we do not generally associate Samsung smartphones with MediaTek processors, according to GFXBench, that's about to change. A Samsung smartphone with the model number SM-G615F was earlier spotted on the benchmarking site and as far as we can tell, this could very well be the next iteration of the Galaxy On7. If you are wondering why we think that the unnamed phone could be the On7 (2017), consider the fact that the On7 (2016) had the model number SM-G610 and things should start to make more sense.


However, what was surprising to see is the fact that the smartphone will be sporting a MediaTek CPU, something that we have not yet seen on a Samsung device. I guess all those rumors about Samsung planning to buy chips from MediaTek weren't hogwash after all! Take a look below to see the specs of the upcoming anonymous smartphone from Samsung.


5.7-inch 1080p display
MediaTek Helio P20 octa-core chip, clocked at 2.3GHz and Mali-T880 MP2 GPU
3GB of RAM
32GB of internal storage
12-megapixel rear and front cameras with autofocus, touch focus, face detection, flash and HDR


Check out the screenshot below for more details.



Saikat Kar (tech-enthusiast)


samsung galaxy s21

 

Samsung Galaxy S series has come a long way since the first Galaxy S phone was released back on June 4, 2010. Since then the Galaxy S series just keeps getting better every year. In the year 2020, Samsung came up with a new number, and instead of Galaxy S11, it was branded as Galaxy S20. The next Galaxy S phone is called as Galaxy S21 and might release in the first quarter of the year. Although there is still more than a year left before its release date, Samsung fans and informants are leaking news all over the internet.


Quite recently, a reputable tech news magazine reveals that initially the next Galaxy S phone might be launched with Exynos 1000 processor equipped with Snapdragon 875 and Samsung's own chip. It is reported that both Exynos 1000 and Snapdragon uses the 5n process. As per official sources, the Exynos 1000 will be at least 3 times faster than the Snapdragon 865. Exynos series hasn't gained much popularity over the years as compared to Qualcomm, MediaTek, or Huawei's in-house made Kirin chips. But this might change next year. Samsung's processor uses RDNA GPU technology that was authorized by AMD to Samsung in 2019 to replace the existing Maili GPU. This chip will greatly improve the graphics performance of the chip.


In addition to hardware-configure, another leak is related to Samsung's under-screen camera system that is under process right now. Although Galaxy Note 20 series might be too late to carry, Samsung Galaxy S21 will likely to have an under-screen camera solution. The rear camera may also be upgraded to 150 million pixels, as well as 64 million telephoto, 16 million pixels ultra-wide angle, plus a 12 million pixel depth of field lens and ToF, creating a five-camera system. As per leaks, the imaging system of the new machine will break through the new industry standards and get much better in terms of performance.


Snapdragon 818

 

You might know about Qualcomm's Snapdragon 810 which is included on all new flagships this year, you even might be running it now. Today, we got some leaked details about the upcoming Qualcomm Snapdragon 818 high-end SoC that will also offer a 10-cores processor, new and powerful Adreno 532 GPU, and LTE Cat.10 connectivity.

 

Snapdragon 818 is rumored to pack a 10-core processor with 4x Cortex-A53 cores at 1.2GHz, 2x Cortex cores clocked at 1.6GHz and 4x Cortex-A72 ticking at 2.0GHz. The Cortex-A72 core is supposedly the most powerful processor in mass production right now. In addition the Snapdragon 818 chip will also come with a new Adreno 532 GPU, LPDDR4 RAM and LTE Cat.10 connectivity.

 

SD 818

 

Snapdragon 818 is rumored to be manufactured at 20nm process. We expected to see devices running the SD 818 by the end of 2015.

 

VIA



Samsung and Apple make odd bedfellows with them fighting it out over market share for smartphones and tablets, but the Korean company often will to make device components for Apple that can be found inside its iPhones that go head to head with Samsung's smartphones.


Most recently, Samsung shared production on the A9 processors that powered the iPhone 6S and iPhone 6S Plus so impressively. News coming directly from Korea suggest now that the Taiwan Semiconductor Manufacturing Company (TSMC) has penned a deal to provide microprocessors for the upcoming iPhone 7.


TSMC may even have been able to become the sole manufacturer of processors for the iPhone 7 using its 10nm manufacturing process. TSMC is likely to start mass production of the A10 processor starting in June 2016, based on the typical release pattern used by Apple to debut new iPhones in the fall.


If true, this change would be a move away from Samsung who shared the manufacturing of the A9 processor with TSMC while still benefiting from an attractive manufacturing deal with Apple. However, it is not a complete loss. Qualcomm has chosen Samsung as the manufacturer for its Snapdragon 820 processor which is expected to be used in upcoming flagship Samsung handsets.


Source


Apple watch


Apple Watch was announced last year and should be released to markets this year, the shiny new Apple Watch is the first wearable device from the Cupertino company. The device will be powered by Apple S1 SiP (system-in-package), which is a smaller-sized variation of the SoCs (system-on-chip) that grace the insides of nowadays smartphones and tablets.

 

apple watch logo s1

 

Who manufcatured the S1 chip that powers Apple's first Watch, its greatest enemy, Samsung. Yes, Apple Watch is Powered by the Samsung-made S1 chip. The Korean giant has also made the A8 chip that's powering the iPhone 6 and iPhone 6 Plus.

 

s1

 

DiGiTimes reports that Samsung has been allegedly employed to provide between 3,000 and 4,000 12-inch silicon wafers for the Apple S1 SiP each month, based on Samsung's 28nm manufacturing process.

 

 

Source


Apple watch


Apple announced that its first shiny new wearable device "Apple Watch" will be Available next month (April 24th) Starting from $349 up to $17,000. The device will be powered by "Apple S1" SiP (system-in-package), which is a smaller-sized variation of the SoCs (system-on-chip) that grace the insides of nowadays smartphones and tablets.

 

apple watch logo s1

 

Who manufactured the S1 chip that powers Apple's first Watch, its greatest enemy, Samsung. Yes, Apple Watch is Powered by the Samsung-made S1 chip. The Korean giant has also made the A8 chip that's powering the iPhone 6 and iPhone 6 Plus.

 

s1

 

DiGiTimes reports that Samsung has been allegedly employed to provide between 3,000 and 4,000 12-inch silicon wafers for the Apple S1 SiP each month, based on Samsung's 28nm manufacturing process.

 

Source


apple watch samsung s1

 

Apple Watch is Now Available for Pre-order in the U.S. and Canada. All three versions Apple Watch, Apple Watch Sport, and Apple Watch Edition in various color, size, and strap combination, are Now Available.

 

The prices range from $349 for the base model, which is the 38mm Apple Watch Sport with the Sport Band and goes all the way to an eye-watering $17,000 for the 38mm 18-Karat Yellow Gold Apple Watch Edition with Bright Red Modern Buckle.

 

Apple watch

 

As we reported before, We would like to remind you that Apple's first Smartwatch is Powered by a Samsung-made SiP (system-in-package) which is called the "S1" chip. DiGiTimes reports that Samsung has been allegedly employed to provide between 3,000 and 4,000 12-inch silicon wafers for the Apple S1 SiP each month, based on Samsung's 28nm manufacturing process.

 

Source


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