Showing posts with label cpu. Show all posts
Showing posts with label cpu. Show all posts
Monday, 18 September 2017
PROGRAM TAVSİYESİ Windows 10 için SYSTEM Information Viewer Gerçek zamanlı CPU ve RAM kullanımını izleyin
PROGRAM TAVSİYESİ Windows 10 için SYSTEM Information Viewer Gerçek zamanlı CPU ve RAM kullanımını izleyin
Webtile System Ultra Windows 10 i�in �cretsiz sistem bilgileri g�r�nt�leyici yaz?l?m? ve ayn? zamanda birlikte gelen ger�ek zamanl? CPU ve RAM kullan?m izci �zelli?i�
Yaz?l?m sistemi ile ilgili sadece baz? temel bilgileri g�sterir, ancak bu canl? RAM ve CPU kullan?m? izleme �zelli?i olduk�a yararl?d?r.
Ger�ek zamanl? CPU ve RAM kullan?m? takibi:
Bu yaz?l?m ayn? zamanda ger�ek zamanl? CPU ve RAM kullan?m?n? destekler. Ayr? sekmeler onlar? izlemek i�in kullan?labilir. ??lemci sekmesini kullanma, bunu �l�er ve ge�erli saat h?z? g�sterir, alt k?sm?nda CPU veri geni?li?i (32 veya 64), �nbellek boyutu, Mimarl?k (x64 veya x86) i?lemci soketi numaras?, vb kontrol edebilirsiniz.
SYSTEM Information Viewer indir
[status publish]
[geotag on]
[publicize off|twitter|facebook]
[category teknoloji]
[tags PROGRAM TAVS?YES?, Windows 10]
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Saturday, 9 September 2017
Best Cpu for your Smartphone
Best Cpu for your Smartphone
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Gone are the days when a mobile phone was judged by its design. In the past, no one really cared about the speed of the interface or the number of pixels in the display, a phone was popular because of the brand and the design. Skip to the present and the mobile phone industry (tablets included) is actually competing with the PC market. Companies have always talked about how the mobile phone is like a computer in your pocket and looking at the latest trend of smartphones, that line is starting to blur. Naturally, just like any computer, the CPU is the first to go through major changes since at the end of the day, your camera, screen resolution, apps and OS can only improve if the CPU gets more powerful.
Smartphones have gone from single-core to dual-core and now quad-core and octa-core and it�s only going to keep increasing. With companies throwing around terms like Snapdragon, Tegra 3, Mali-400, Cortex-A9, etc., it�s a daunting task to keep up with the different CPUs and chipsets in the market, even for us! You�ve heard the terms SoC being used very often in spec sheets and reviews, so what is it?
What is a SoC?
SoC is short for System on a Chip, an integrated circuit that combines all the primary components of a computer into a single chip. Think of your CPU, graphics card, memory controller and other components all rolled into a single chip, that�s essentially an SoC. This way, handset manufactures can simply drop this chip in their device and reap the benefits of the chipset straight away, rather than having to implement the CPU, GPU, etc. manually. Below, we have two popular SoCs, the first being an Nvidia Tegra 3 and the second, a Qualcomm Snapdragon S4 SoC.
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What goes on inside an SoC?
Notice that Nvidia�s SoC only features the GPU, memory controller and video out streams whereas Qualcomm has managed to package all of that as well as the wireless radios like GPS, Wi-Fi, LTE, etc as well in that single chip. This is because the Qualcomm uses a smaller fabrication process (28nm) for the S4 chip allowing them to add more components into a single piece of silicon. Nvidia on the other hand is still on the 40nm fabrication for Tegra 3 so that�s why they can�t cram in more than that without increasing the size of the chip.
ARM is where the heart is:
Today, a majority of mobile phones, tablets, wireless routers, digital media players, hand-held gaming consoles and many computer peripherals are powered by an ARM microprocessor. Just like Intel and AMD, ARM is a 32-bit microprocessor originally created by Acorn Computers back in 1987. Since then, ARM has been the preferred microchip by any and all companies looking for a cheap and more importantly, low-powered chip for portable devices. ARM uses a completely different architecture as compared to Intel and AMD, who�ve stuck with the x86 architecture and hence, all three companies have happily co-existed. With Windows 8 all set to support ARM devices as well, that equation may soon change.
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One chip to rule them all:
Since the ARM architecture is licensable, companies can either obtain an architectural licence to design their own, customized CPU or simply choose from one of ARM�s ready-to-ship core designs. Popular core design from ARM include ARMv7, ARM9, ARM11, Coretex-A8, Cortex-A9 and the most recent, Cortex-A15. Companies like Nvidia, Texas Instruments, Samsung and Apple (to name a few) simply choose one of these designs and packages them along with a GPU and other components, into their own branded SoC. However, SoC manufacturers like Qualcomm prefer to design their own custom CPUs rather than go with the crowd. �Krait� is the latest CPU, designed by Qualcomm and is used in their new Snapdragon S4 SoC.
What�s the deal on the different GPUs?
Unlike the CPU component in an SoC that�s primarily supplied by ARM, the graphics portion is manufactured by multiple vendors which gives companies the flexibility to pick and choose which GPU goes best with the CPU in their SoC. While back in the day, the primary job of the graphics card was rendering 3D images and displaying them on the screen, today GPUs are used for much more than just playing games and are as crucial as the CPU, if not more. Today�s operating systems like Google�s Ice Cream Sandwich rely heavily on the GPU since the interface and all the animations are rendered on the graphics chip, which is how you�re able to get the buttery smooth transition effects. It also comes in handy when watching HD videos. Just like its PC component, a graphics chip essentially has more cores than a CPU thereby allowing it distribute the load better and leaving the CPU free for other tasks. Take Nvidia�s Tegra 3 for instance, this SoC packs in 12 GPU cores. Below are some of the most popular vendors for GPUs.
ARM Mali :
Mali is a series of GPUs produced by ARM. Unlike other GPUs though, the Mali chip doesn�t actually have any display controller built-in to dive the LCD panel. Instead, it�s just a pure 3D engine that does the job of rendering graphics into memory. The most popular chip is the Mali-400 MP, a quad-core GPU that�s used in plenty of SoCs like Samsung�s Exynos and ST-Ericsson�s NovaThor.
Qualcomm Adreno Previously known as Imageon, ATI developed this line of media processors back in 2002 for handheld and mobile devices. It later came to be known as AMD Imageon when AMD bought ATI in late 2006. After some company restructuring, AMD officially discontinued this line of mobile media chips in 2008 only to be bought by Qualcomm later that year for $64 million. After Qualcomm stepped in, they changed the branding to Adreno since AMD retained the Imageon title. Adreno has since been used in Qualcomm�s Snapdragon SoCs, their most popular ones being the Adreno 205, Adreno 220 and the most recent, Adreno 225.
Imagination PowerVR:
PowerVR is a division of Imagination Technologies that started out making graphics solutions for desktop PC market but over the years, dropped out and have since been making low powered media chips for mobile devices. PowerVR GPUs aren�t manufactured by PowerVR themselves but instead, they licence their design and patents to other companies like Texas Instruments, Intel, Samsung, Apple, etc. Their PowerVR SGX series have been quite popular and featured in many prime-time commercial products.
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| The famous Tegra 3 SoC |
Nvidia Geforce :
The name Geforce is synonymous with graphics cards ever since they introduced it, way back in 1999. NVidia developed these graphics chips in-house and till now, only feature in their own Tegra SoC. Their latest Tegra 3 SoC ups the ante by offering a 12-core GPU making it roughly three times more powerful than its predecessor.
Putting it all together
So we�ve talked about what SoCs actually are and the different CPUs and GPUs that are out there in the market. Now, it�s time to put it all together and look at some of the popular SoCs in the market along with their accompanying phones. This is a massive list so to make sense out of it all; we�ve only listed the most common chipsets used in phones that are relevant to us. You�ll want to click the image below to get a better look.
So we�ve talked about what SoCs actually are and the different CPUs and GPUs that are out there in the market. Now, it�s time to put it all together and look at some of the popular SoCs in the market along with their accompanying phones. This is a massive list so to make sense out of it all; we�ve only listed the most common chipsets used in phones that are relevant to us. You�ll want to click the image below to get a better look.
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A quick comparision of the popular chipsets in the market |
Now that you know which SoC sits in your phone, it�s time to take a look at where it stands amongst the competition. For this, we turn to AnTuTu, a very popular benchmarking program for Android handsets that gives you a rough idea of how powerful a smartphone is. This is just a synthetic benchmark though but like PCMark Vantage for the PC, it gives you a fair idea of where your handset stands. Not all phones are created equal so there is a very good chance that your model will have a slightly different score, whcih is perfectly normal.
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A rough idea of where these devices stand in terms of performance |
The bottom line:
I really hope that this article cleared out most of the doubts and questions you�ve had about mobile chipsets. Companies will often try and market their SoCs with fancy names and slogans but its important to look past that when you�re making your buying decision. Unfortunately, there�s no way to tell the exact details of which CPU or GPU is used in the SoC directly from the box since they don�t mention it usually so the only way to check is to do a little digging online. We�ve also seen from AnTuTu and our SoC chart that not all 1GHz phones are created equal. While they may look the same on the face of it, one could have a faster GPU, thereby giving you better multimedia performance. We keep saying this time and time again but do a little homework before heading out to the shops with your shopping list; it goes a long way in getting the best for your money.
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Wednesday, 6 September 2017
Difference Between Intel� Atom™ Multi Core Z2580 Z2560 Processor Qualcomm Snapdragon 400 CPU And Mediatek MT6592 CPU Octa core
Difference Between Intel� Atom™ Multi Core Z2580 Z2560 Processor Qualcomm Snapdragon 400 CPU And Mediatek MT6592 CPU Octa core
Intel� Atom� Multi-Core Z2580/Z2560
Processor
Looking at this Atom chip however, is a bit different. They�ve ramped up the chip as part of the 32 nm process, and it also contains Intel Hyper-Threading Technology which supports 4 simultaneous application threads. Although the chip is only dual core, as on its desktop counterpart, the Hyper-Threading Technology does help with the load as compared with competing quad core mobile processors.
specifecations of Intel� Atom� Multi-Core Z2580/Z2560
CPU
2.0 GHz (Z2580)
1.6 GHz (Z2560)
1.2 GHz (Z2520)
Intel� Smart Cache, 512 KB per core
Advanced 32nm, dual-core Intel architecture with High-K metal
gate transistor technology
Intel� Enhanced Deeper Sleep C6E state
S0i1/S0i3 power reduction features
GPU
Dual-core graphics @ up to 300 MHz (1.2 GHz processor)
/400 MHz (1.6 GHz processor)/533 MHz (2.0 GHz processor)
Supports EGL 1.4 + extensions, OpenGL ES1.1
and Open GL ES2.0+ extensions, OpenCL 1.1e, OpenVG 1.1
Audio/Video
Intel� Smart Sound Technology
1080p30 video encode
1080p30 video decode
X4 MIPI-DSI ports
HDMI 1.3a interface
Memory
Dual-channel 32-bit LPDDR2 interface
Total capacity up to 2 GB
Supports up to 1066 MT/s (533MHz) data rate
Camera
Primary camera support for up to 16 MP still image capture
and full HD 1080p30 video capture with digital video stabilization
Secondary camera support for up to 2 MP still image capture
Supports auto-exposure, auto-white balance, and auto-focus
Zero shutter lag with time shift
Continuous image shooting at 3 fps for 8 MP images
Real-time face detection and face recognition for face/friend optimized image capture
HDR image capture with image stabilization and scene motion compensation
Automatic night mode scene detection with advanced noise reduction
Panorama captureBurst shot capture @ 15 fps for 8 MP images
Qualcomm Snapdragon 400 CPU
As the clear leader in mobile processors, Qualcomm isn�t sitting on their laurels. They continue to make the most of their success by working with many OEM�s, and working across almost all mobile OSes. Their Snapdragon line works with Blackberry, Windows Mobile and Android devices.
specifications of Qualcomm Snapdragon 400 CPU
CPU
Quad ARM� Cortex� A7 CPU at up to 1.6GHz per core
Dual core Krait 300 CPU at up to 1.7GHz per core
Dual core Krait 200 CPU at up to 1.2GHz per core
LP-DDR2 and LP-DDR3 memory for high performance and low latency
GPU
Adreno 305 or 306 GPU
APIs, including OpenGL ES 3.0, DirectX, OpenCL, Renderscript Compute and FlexRender�
DSP
Hexagon QDSP6
Hexagon DSP enables ultra-low power operation for a variety of applications like music playback, enhanced audio effects, computer vision processing and still and video image enhancements
Hexagon DSP now supports floating point calculations, byte vector operations, dynamic multithreading and expanded multimedia instructions for enhanced low power performance
Modem
Support for fastest global connections and advanced modem technologies�TD-SCDMA, DC-HSPA+ (up to 42Mbps), and 4G LTE speeds up to 150MBps
WiFi
Supports legacy 802.11n and new 802.11ac for peak Wi-Fi performance
Audio/Video
1080p HD video playback and capture with H.264 (AVC)HD multichannel sound with DTS-HD and Dolby Digital Plus
Camera
Up to 13.5 Megapixel, stereoscopic 3DTake high-resolution, 3D photos with up to 13.5 Megapixel camera support
Display
Up to 1080p HD external display
Miracast� support features wireless streaming to HD external display
Power Management
Energy efficient LP process and dynamic GPU clock and voltage scaling
Asynchronous Multi-Processing (aSMP) dynamic CPU power control for sustained peak performance
Qualcomm Quick Charge 1.0 integrated for up to 40% faster battery charging
Mediatek MT6592 CPU Octa-core
By far away, one of the most difficult mobile processors to get information on is MediaTek.Thisprocessor gives excellent multi-processing and power-saving performance.
specification of Mediatek MT6592 CPU Octa-core
Octa-core (1.7GHz or 2GHz) ARM Cortex-A7 processor
ARM Mali GPU
UMTS / HSPA+ R8 / TD-SCDMA / EDGE / LTE
Dual-band 801.11a/b/g/n, Bluetooth, GPS, FM receiver
Full HD display controller
16MP image signal-processor
H.265 Ultra HD video record & playback
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Monday, 28 August 2017
HTC SPD Qualcomm Cpu Stock Rom
HTC SPD Qualcomm Cpu Stock Rom
SPD & Qualcomm Cpu Stock Rom
HTC Desire 516, HTC D516h,HTC D516w 
Note: Flasable via sdcard
HTC Desire 516, HTC D516h (V2_DUG_JB 4.3 asia india 1.10.708.001)
HTC Desire 516, HTC D516w (V2 DCG JB 4.3 asia india 1.04.720.001)
HTC Desire 516, HTC D516h (Europe V2_DCG_JB43 1.07.401.001)
Htc Desire 820Q
Htc Desire 820Q A50_DTUL (Asia india cid_38 v1.01.720.2)
Htc Desire 820Q A50_DTUL_HTC_WWE_VNM_1.03.425.1 [Cid_059]
HTC Desire 500 (z4u & z4dug)
0P3ZIMG_Z4_U_JB412_SENSE50_HTC_Europe_1.34.401.1_R adio_14.16.36Q4.
22_14.35a.36.1LU_release_389174_combined_signed
RUU_Z4_U_JB412_SENSE50_hTC_Asia_WWE_1.34.707.2_Rad io_14.16.36Q4.2
2_14.35a.36.1LU_release_386883_signed
RUU_Z4_DUG_JB412_SENSE50_hTC_Asia_WWE_1.27.707.2_R adio_14.15.50Q
D.26_14.14.50.1NU_release_389156_signed
0P3ZIMG_Z4_DUG_JB412_SENSE50_HTC_Europe_1.26.401.2 _Radio_14.15.50
QD.26_14.14.50.1NU_release_362696_signed
HTC Desire 326G dual sim [SPD CPU]
2PNTIMG_V01A_DUG_K443_SENSE53_INDIA_1.51.720.1
Key: lO5JHWT4kh5bO3qTueOA6R2NA_yVTcB5ekiNmPbmG5A
Flash tool Here
HTC Desire 501 dual sim 603e
Supported Cid [Htc_038 Cid_044]
PO09IMG_CSN_DUG_JB_45_hTC_Asia_WWE_1.40.707.6_Radi o_553.283.21.00
PO09IMG_CSN_DUG_JB_45_hTC_Asia_WWE_1.41.707.1_R_Ra dio_553.283.21.00
HTC Desire 600 Dual
CP3_DUG_JB_50_hTC_Asia_India_1.22.707.2_Radio_14.1 1.36Q.25 [Cid_38]
HTC Desire 700 Dual 709d,760
0P4OIMG_CP5_DWG_JB41_50_hTC_Asia_India_1.85.720.2 [cid_38]
Key: zBvZlD69LhnPHb5eRbIgnjbuCLtK6O4riq0Zsec8VgQ
0P4OIMG_CP5_DUG_JB41_50_HTC_Europe_2.06.401.1 [Credits uploader]
HTC Desire 820h Dual Sim
0PF6IMG_A50_DTUL_K44_DESIRE_SENSE60_hTC_Asia_India _1.01.720.2 [Cid_038]
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Thursday, 24 August 2017
HowTo Update Allwinner A23 CPU devices Using PhoenixUsbPro Flashing Guide
HowTo Update Allwinner A23 CPU devices Using PhoenixUsbPro Flashing Guide
HowTo Update Allwinner A23 CPU devices Using [PhoenixUsbPro] Flashing Guide
Things you may Need (The ones marked with a * are not optional):- Stock firmware ROM*
- PhoenixSuit Key*
- PhoenixUSBPro* (Even if people keep calling it PhoenixSuit, thats its name when you install it)
- Semi-bricked Tablet* (Stuck on Logo, Cant enter recovery, etc.)
- Windows XP x86 or Windows 7 x86 / x62 *
- Patience**
This is a READ FIRST and READ-WHILE-ON-IT tutorial, Make sure to READ IT FIRST and then you can read it while youre doing it. If you attempt to do it while youre reading it without reading it first youll be propense to make tedious mistakes.
Lets get on it.
Install PhoenixUSBPro and once its installed, open it.
Phoenix is just like livesuit but they have a bigger interface, youll see the task buttons on top:
Key file | Image | Debug View | Start | Help | Update | Exit | []reboot
below it shows your USB Hub status (internal and external)
and on the right side theres a box to hold your failed or succededly flashed devices.
DONT connect your tablet yet.
Press the key file button and navigate to where your Key file is and double click on it to select it.
Press the Image button and navigate to where your *.IMG Stock firmware rom file is and double click on it to select it.
Youll see a (X) red Icon on the right. Dont mind it yet.
DONT connect your tablet yet.
Press Start. The red Icon should have turned to GREEN. If it didnt, something went wrong, they key file or the *.IMG rom file are damaged, corrupted, downloaded wrong or they are invalid. Search for a working ROM or start again the tutorial.
(Most of the times it should do just fine).
after the Icon has turned green, we are ready to connect our device.
First connect your USB Cable to your computer and leave your tablet disconnected
Make sure your tablet is completely turned off.
Before connecting your tablet, press the Volume+ button (or search your devices FEL Button on google / Linux-sunxi) for the Q88Pro, and Q8H is Volume+, probably for others the same.
Ok, Hold the Volume+ button pressed down and connect your USB Cable to your Tablet (While holding the Volume+ button down).
Right after connecting your USB Cable into your tablet (without releasing the Volume+ Button) Start pressing your POWER button repeatedly, One time every second.
At the sixth time (for some devices you need to press it 10 times or more) it will pop in your USB Hub interface box a device. Wait a few and it will appear your connected tablet.
It will say: Your devices queued ID and the process percent.
Mostly starts fast til 7% and then it continues to 53% then it does the job.
Itll take about 2"5 mins so be patient I know you want your tablet restored.
After its done it will appear on the right box if it succeeded or failed and the time the flashing took.
now you can press Stop and disconnect your tablet.
In the FEL Mode, even if your tablets screen is deep black, it might be still turned on.
So firstly try to turn it on normally holding your power button for about 3 to 5 seconds, if nothing seems to happen you need to force-shutdown first, for it: hold your power button for about 10 to 15 seconds. After that your tablet should be powered down, proceed to turn your tablet on. VOILA!!, good work guys.!
phoenixusbpro flashing guide for new user
Here im adding something for new user with pic
1st Downlod Letest Flasher From here
NT: Letest Phonixcard also can flash a23 available on following link
Here we go Phoenixusbpro flashing guide :
1. open phoenixusbpro folder and open PhoenixUSBPro.exe
[for win 7 user run as Adminishtrator ]
2.Click no key bottom from top
3. select key file from phoenixusbpro key folder [ only for 1st time farther when you use it will auto detect key file ]
4.now click to image button and select downloded firmware
5.now after select image click to start button
6.after select start you will see a green trick mark at and of left side
this mean all ok you are ready to flash your tablet
8.final stage you have to force tablet in flash mode by key combintions [its same as livesuit flashing stage ]
HOLD on vol + or - key then connect usb to tablet and quickly keep pressing power button few times 10-15-20 you will see flashing process started software will detect your tab usb
and wait for finished massage
All done now disconnect and power on your tablet
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Wednesday, 2 August 2017
How to Disable CPU Rendering On Zenfone
How to Disable CPU Rendering On Zenfone
Untuk anda pengguna setia smartphone Oppo yang mengalami problem pada software, baik itu bootlop atau masalah yang sejenisnya disini saya akan menunjukkan tempat untuk mendownload Firmware Hp Oppo untuk semua tipe, agar anda dapat menggunakan kembali smartphone Oppo kesayangan andai.
Peringatan
Pembaruan / install ulang perangkat lunak di smartphone Oppo akan menghilangkan semua isi data yang ada di smartphone Oppo anda, jadi anda usahakan sebelum melakukan Pembaruan / install ulang smartphone Oppo anda, ada baiknya untuk mem-backup semua data yang ada di dalam smartphone anda.
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Karena Setelah anda melakukan Pembaruan perangkat lunak Pada smartphone Oppo anda, anda akan kembali seperti semula / seperti baru beli dari toko, apabila anda tidak mem-backup data yang ada di Oppo Neo 3 R831K anda siap-siap untuk kehilngan data yang ada di Neo 3 R831K anda. Sekian semoga bermanfaat.
Source: Firmware oppo semua tipe Resmi, Firmware oppo neo terbaru, Firmware oppo terupdate, Firmware oppo neo resmi, Firmware oppo original, Download Firmware oppo resmi terbaru 2017, Download Firmware oppo gratis.
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