#Intel play microscope software | Explore Tumblr Posts and Blogs

advancednahas · 2 years

Text

Intel play microscope software

#Intel play microscope software for mac#

#Intel play microscope software drivers#

#Intel play microscope software update#

Tech support scams are an industry-wide issue where scammers trick you into paying for unnecessary technical support services. The digital blue qx5 computer microscope is several years old and was designed for these windows operating systems, windows 98se windows me windows 2000 windows xp windows vista- g. The digital blue qx-7 was released in late 2013, but hasn't been in production long and now in 2015 it seems hard to find.

#Intel play microscope software update#

This microscope is an update of the qx5 which was blue, this one is digital but not blue!. It has enough features and it s compact enough to bring it anywhere with you, as long as you have access to the computer. User manuals, guides and specifications for your digital blue qx3 microscope. Take the microscope off its base stand for magnified viewing. The qx5 lets users view and manipulate images with their computer, offering hours of fascinating fun for both kids and adults.īlue microscope was developed and tips. additional help for additional product and tips. Unfollow intel play qx3 microscope to stop getting updates on your ebay feed. This is the first revision of the current digital blue qx7 microscope. The qx3 was a decent, entry-level computerized microscope for children that had many software issues intel could not overcome. digital blue digital blue qx5 tm microscope driver download and installation digital blue qx5 tm microscope is a imaging devices device. Biggest piles of crap ever to enter into educational establishments. 10 results for intel play qx3 microscope save intel play qx3 microscope to get e-mail alerts and updates on your ebay feed. , qx3 controls 1318 activity guide final 04, 19 pm digital blue controls once an adult has set up the qx3 microscope, you can use the controls to, capture pictures or movies in handheld mode.

#Intel play microscope software for mac#

The qx3 microscope freeware qxscope for mac users.Ĭom and qx5 usb computer microscope.

Top 2 plugable usb digital microscope to buy in 2020 reviews, post navigation.

We found that the image quality was below average, with low contrast and relatively poor color saturation.

Faster no knead bread - so easy anyone can make but no boiling water!! - duration, 7, 18.

I bought used one from the amazon market place.

Take the microscope out of its base for close-up viewing and taking snapshots of specimens.

I was in a charity shop today and found a digital blue qx7 microscope, the successor to the old intelplay qx3 and qx5.

Digital blue intel play qx3 microscope model 24221 not working good for parts see more like this. And upgraded the qx series with their hq. For additional product in in handheld mode.

#Intel play microscope software drivers#

When it arrived i found out there are no drivers for windows7/8 64 bit. Top 2 digital blue microscopes you can find in 2020 reviews, best 5 handheld digital microscopes to get in 2020 reviews.ĭigital blue microscope - the qx5 and the qx3 from intel. The parts of the gadget can actually be separated and make it easy for transportation. Download Now DIGITAL BLUE MICROSCOPE QX3 DRIVER

#Intel play microscope software

0 notes

lalasavenue · 2 years

Text

Qx5 microscope download

#Qx5 microscope download how to

#Qx5 microscope download for mac osx

#Qx5 microscope download update

But hearts full of love and desire to show how much is needed to be discovered still. And it's not money, marketing or vanity which drives us. But no worry, there is thousands of small people who are united throughout the world to bring better tomorrow. I like this microscope a lot, it's a sign of era when everything was possible and even such huge corporations like intel tried to find ways to impress children with digital marvels, to inspire them to discover the world and encourage them to change it for good. Downloads usually go into your DOWNLOAD folder. With IE and Firefox you have the option to open the containing folder, so you can do that and SEE where it downloaded to. So you need to pay attention to where it downloads.

#Qx5 microscope download how to

If there will be any life in this thread, I could post some instructions and files how to bring qx3 to life. When you download a driver, you usually have to install it. As for worn out gears, it easily could be fitted with 3d printed ones. I have windows 7 64x please could you help me. Get file Fixed player health on being revived after a Charger slam over a high ledge Driver name for SigmaTel High Definition Audeo CODEC.

#Qx5 microscope download for mac osx

To me to make it shine, this scopes need to be upgraded with modern camera module. Support for Cortana QX5 V2 Computer Microscope Drivers for Windows 7 QX3, QX5 V1, QX5 V2 Computer Microscope for Mac OSX 10. Digital Blue QX5 tm Microscope Free Digital Blue Windows 98/NT/2000/XP Version 2.21.0.1 Full Specs has chosen not to provide a direct-download link for this. QXScope enables Mac users of the Intel Play QX3, Digital Blue QX3, Digital Blue QX5, and Smithsonian QX5 USB Computer Microscopes to take snapshots and create time-lapse movies of the world around them. Blue QX5 Microscope melds learning with a brand story. Digital Blue has also updated its software to be compatible with more powerful computers, those with both 32 and 64-bit drivers. Digital Blue QX5 tm Microscope - there are 2 drivers found for the selected device, which you can download from our website for free. Digital Blue QX5 Microscope runs on the following operating systems: Windows. It was initially added to our database on. The latest version of Digital Blue QX5 Microscope is currently unknown. The Digital Blue QX5 microscope brings the microscopic world alive on the computer. Digital Blue QX5 Microscope is a Shareware software in the category Miscellaneous developed by Digital Blue Inc.

#Qx5 microscope download update

digital blue never managed to update intel native softwave, so basically you have to use 20 years old program. Using a direct-download link for this version is completely free. Last time I used this scopes was win7 times. I own intel qx3 and digital blue qx7, which is essentially the same, qx7 is just much cheaper version.

#Qx5 microscope download

1 note · View note

healthcarenahas · 2 years

Text

Qx5 microscope archive

#Qx5 microscope archive driver#

#Qx5 microscope archive full#

#Qx5 microscope archive software#

To allow the user to take videos and snapshots (just like the bundled software allows): Under the "View" menu in vlc, check the "Advanced Controls" box. V4l2-ctl -device=/dev/video0 -set-ctrl=illuminator_2=0 (turn off QX3: scope/upper light, QX5: stage/lower light) V4l2-ctl -device=/dev/video0 -set-ctrl=illuminator_2=1 (turn on QX3: scope/upper light, QX5: stage/lower light) V4l2-ctl -device=/dev/video0 -set-ctrl=illuminator_1=0 (turn off QX3: stage/lower light, QX5: scope/upper light) V4l2-ctl -device=/dev/video0 -set-ctrl=illuminator_1=1 (turn on QX3: stage/lower light, QX5: scope/upper light) There will be check boxes for illuminator_1 and illuminator_2.Īlternatively, you can set the lighting from the command line using v4l2-ctl (omit the part in parenthesis): In the vlc display, you can find the microscope lighting controls by clicking the "show extended settings" button at the bottom of the window, then clicking on the "v4l2 controls" tab. Note again that if your system has an internal webcam, replace "video0" with "video1": You can specify the video device as the output in the command line. Then insert your microscope USB cable, and launch vlc. Installation on Debian 4.19.37-5 with QX3 or QX5 Power_line_frequency 0x00980918 (menu) : min=0 max=2 default=1 value=1 QX3 v4l2-ctl device information (device "video0" because there is no internal webcam, otherwise would be "video1"):īrightness 0x00980900 (int) : min=0 max=100 step=1 default=50 value=50 flags=sliderĬontrast 0x00980901 (int) : min=0 max=96 step=8 default=48 value=48 flags=slider

#Qx5 microscope archive driver#

usbcore: registered new interface driver cpia1 usb 1-1.3: Product: Intel Play QX3 Microscope usb 1-1.3: New USB device strings: Mfr=2, Product=1, SerialNumber=0 usb 1-1.3: New USB device found, idVendor=0813, idProduct=0001, bcdDevice= 1.60 usb 1-1.3: new full-speed USB device number 5 using ehci-pci If the value for that illuminator is set back to 0, that light will switch back off, and the first light will switch back on. If both illuminator values are set to "1", the microscope will deactivate the first light and activate the most recent assigned light. Illuminator_2 0x00980926 (bool) : default=0 value=0 flags=updateįor at least this version (revision 2) of the QX5, illuminator_1 refers to the scope/upper light, and illuminator_2 refers to the stage/lower light, opposite of the QX3 behavior. Illuminator_1 0x00980925 (bool) : default=0 value=0 flags=update Sharpness 0x0098091b (int) : min=0 max=2 step=1 default=1 value=1 flags=slider Gamma 0x00980910 (int) : min=0 max=3 step=1 default=1 value=1 flags=slider

#Qx5 microscope archive full#

Quantization : Default (maps to Full Range)īrightness 0x00980900 (int) : min=0 max=30 step=1 default=15 value=15 flags=slider YCbCr/HSV Encoding: Default (maps to ITU-R 601) Transfer Function : Default (maps to sRGB) QX5 v4l2-ctl device information (device "video0" because there is no internal webcam, otherwise would be "video1"): usbcore: registered new interface driver mars videodev: Linux video capture interface: v2.00 usb 1-1.3: New USB device strings: Mfr=0, Product=2, SerialNumber=0 usb 1-1.3: New USB device found, idVendor=093a, idProduct=050f, bcdDevice= 1.00 usb 1-1.3: new full-speed USB device number 4 using ehci-pci In Linux version 4.19.0-5-amd64 (Debian 4.19.37-5), the QX3 and QX5 are both recognized and functional after installing v4l-utils and vlc. STMicroelectronics Imaging Division (VLSI Vision) While the QX3 maxpower is reported as 500mA, the QX5 (revision 2) maxpower is reported as 100mA. QX5 revision 2 identifies itself as 093a:050f. There were at least two versions of the QX5 produced. The QX5 replaces the QX3's incandescent bulbs with LEDs. Both devices have an upper portion that is removable from the base while in operation. The QX5 is an improved version of the QX3 USB microscope.

5 Ubuntu 12.04LTS+ and Intel Play QX3 Microscope.

2 Installation on Debian 4.19.37-5 with QX3 or QX5.

#Qx5 microscope archive

0 notes

comedyblog409 · 2 years

Text

Bresser Usb Microscope Software

Bresser Usb Microscope Software Download

See Full List On Nytrngsecure.com

A Guide to the Bresser Digital Hand Microscope. This versatile hand-held microscope is suitable for thousands of low to high power inspection work, from para. All download links are direct full download from publisher sites or their selected mirrors. Avoid: oem software, old version, warez, serial, torrent, keygen, crack of Bresser Microscope. Consider: Bresser Microscope full version, full download, premium download, licensed copy. Files 1-30 of 60 Go to 1 page.

casinisw.bitballoon.com› ▆ ▆ ▆ Bresser Usb Microscope Driver Download ▆ ▆ ▆

Oasis.exe Here is a generic USB webcam/digital camera software for Windows XP/7/8/10. It can be used for USB dental camera, USB digital microscope, USB digital endoscope, USB borescope, USB videoscope, USB video magnifier et al. You can save the file after you download it. With this simple software, you can preview the objects, take pictures and videos. This updated software also has digital zoom. You can use either up or down arrows from the keyboard to zoom in or out continuously or the zoom menu bar.

It's a Bresser Junior DigiMicro DM 400 Digital Microscope that I bought in Lidls yesterday. It has drivers for. A Gay Gorbals Garret. Mine didn't work with OS X. I have to look up the details from the About this mac USB info and find the camera details, a search of those brought me to the macam software. Downloads, Tutorials & Software. Telescopes & Accessories. Find useful information about Astronomy, Telescopes & Accessories. ©2017 Bresser GmbH. Software Downloads. Motic Note: You may need to register prior to downloading any software or drivers. Microscope Books There are amazing. Usb microscope software, free download - Microscope, Intel Play QX3 Microscope, USB Disk Security, and many more programs.

For smooth and fast response preview, choose 'Preview' under 'Option' menu. How to download to a PC: simply save the downloaded file, and copy/cut and paste to desktop or a specified folder. Our software is virus free and we have been using it since 2008. Some customers may get message 'Oasis.exe is unsafe to download' by some anti-virus systems or blocked by 'SmartScreen Filter' of Microsoft. You can turn off the 'SmartSreen Filter' temperately from IE Tools/Safety. You need to ignore the warning message of 'This website or software is not verified'.

Also you can use other browsers, such as Chrome or FireFox, to download to avoid the conflicts and error warning messages.. This setup program will install our proprietary software on Wondows. The AP software is called ' Vividia Ablescope Viewer'. Cirrus Logic Cs4202 Driver Download.

Bresser Usb Microscope Software Download

See Full List On Nytrngsecure.com

The user's manual is about how to use 'Vividia Ablescope Viewer'. With 'Vividia Ablescope Viewer', you can preview, snap pictures, record videos, do measurement, add text and lines, make time lapse video, do image fusion, etc. Vividia Ablescope Vieweroffers a variety of measurement tools: line segment length, distance, angles, distance between parallel lines, distance from a point to a straight line, length of curves, Radius and areas of circles and ellipses, length, width and area of a rectangle.

0 notes

loadingtwisted289 · 3 years

Text

Trilithic Seeker USB Devices Driver Download

» trilithic seeker setup software download » trilithic seeker setup software » seekerd trilithic software » trilithic workbench » workbench trilithic » trilithic seeker meter drivers dowload » trilithic seeker setup » trilithic seeker driver » trilithic workbench download » trilithic seeker setup v3.84.

Trilithic Seeker MCA III offers high-performance GPS location recording and documentation when monitoring only the aeronautical bands with existing Seeker leakage detectors or monitoring both the aeronautical and LTE bands with the new Seeker D leakage detector. This device also allows you to daisy chain the mobile mounts of the Seeker.

Related searches

» general seeker 050 scopeview

» general tools seeker 050 free installer

» scopeview software seeker 050

» seeker 050 software

» scope view seeker 050 software

» scope view software seeker 050 win 10

» scopeview seeker 050 systems software

» scope view software seeker 050

» seeker 050

» seeker 050 driver

I tried all those steps previously. So I went to another machine I have been using to update my old device for years. It updated my old device ok BUT won't update the new VIA 62; it just sits there spinning whether the device is connected or not. This is the same on 3 computers now so there is a problem. Is it with the new VIA 62? Announcement of Cayin Universal V4.35.0 USB Audio Driver. Using DAP as external sound card to enhance the performance of your computer facility is one of the common practice among CAS users, the process is fairly straight forward if you are using Linux or OS X based computer facilities because these devices support USB Audio Class 2.0 natively.

general the seeker 050 software

at UpdateStar

ScopeView

Apple Software Update 2.6.3.1

Apple Software Update is a software tool by Apple that installs the latest version of Apple software. It was originally introduced to Mac users in Mac OS 9. A Windows version has been available since the introduction of iTunes 7. more info...

UpdateStar Premium Edition 12.0.1923

UpdateStar 10 offers you a time-saving, one-stop information place for your software setup and makes your computer experience more secure and productive. more info...

Software Informer 1.5.1344

Software Informer is a utility that has been designed specifically for those users who care to keep their applications functional and ready for any task that might arise. more info...

Epson Software Updater 4.6.1

avast! Free Antivirus 20.10.2442

avast! Free Antivirus is not only the best free antivirus product in the world, it may be the best antivirus product – free or paid. VirusBulletin recently described it as Nothing short of a miracle. more info...

LightScribe System Software 1.18.27.10

The LightScribe System Software (LSS) is required for proper operation of your LightScribe system. Updates are released regularly to support new hardware or recently introduced LightScribe CDs and DVDs, and will ensure optimal and reliable … more info...

Software Updater 4.3.7

Software Updater is a proactive patch management feature of F-Secure Protection Service for Business that handles not only patches, but also version updates.” Keeping all an organization’s software current can be an overwhelming … more info...

WIDCOMM Bluetooth Software 12.0.1.940

Instructions1. If your computer has an embedded Bluetooth wireless adapter, verify that Bluetooth is turned on. If you have a plug-in USB Bluetooth wireless adapter, verify that it is plugged into your computer, before you start the … more info...

Intel PROSet/Wireless Software 22.0.0.6

Installer package for driver version 11.5 and Intel PROSet/Wireless Tools version 11.5 supporting Intel(R) Wireless WiFi Link 4965AGN Mini Card and Intel(R) PRO/Wireless 3945ABG Network Connection Mini Card on Windows Vista operating … more info...

Descriptions containing

general the seeker 050 software

UpdateStar Premium Edition 12.0.1923

UpdateStar 10 offers you a time-saving, one-stop information place for your software setup and makes your computer experience more secure and productive. more info...

WinRAR 6.00.0

WinRAR is a 32-bit/64-bit Windows version of RAR Archiver, the powerful archiver and archive manager. WinRARs main features are very strong general and multimedia compression, solid compression, archive protection from damage, processing … more info...

Realtek Ethernet Controller Driver 10.46.1231.2020

This package installs the software (Ethernet Controller driver). more info...

Intel(R) Management Engine Components 2033.15.0.1783

Intel Management Engine Components is a bundle of software that enables special features present inside the Management Engine (ME), which is an engine which works integrated with Intel processor and Intel processor chipset. more info...

Apple Software Update 2.6.3.1

Realtek High Definition Audio Driver 6.0.9030.1

REALTEK Semiconductor Corp. - 168.6MB - Freeware -

Audio chipsets from Realtek are used in motherboards from many different manufacturers. If you have such a motherboard, you can use the drivers provided by Realtek. more info...

Realtek Card Reader 10.0.18362.31255

Installing the card reader software gives your system the ability to exchange data with supported memory card. This software provides compatibility with cards such as MMC, SD, SDHC, micro SD, and many others that can be used with … more info...

Intel Processor Graphics 27.20.100.7989

Intel X3000 Chipset incorporates key features available in previous Intel Graphics versions like Dynamic Video Memory Technology (DVMT) as well as hardware acceleration for 3D graphics that utilize Microsoft DirectX* 9.0C and OpenGL* 1.5X. more info...

Adobe Reader 11.0.23

Adobe Reader software is the global standard for electronic document sharing. It is the only PDF file viewer that can open and interact with all PDF documents. more info...

VirtualBox 6.1.18

VirtualBox is a general-purpose full virtualizer for hardware. Targeted at server, desktop and embedded use, VirtualBox is now the only professional-quality virtualization solution that is also Open Source Software.VirtualBox is a package … more info...

Additional titles containing

general the seeker 050 software

Trilithic Seeker Usb Devices Driver Download 64-bit

Apple Software Update 2.6.3.1

Epson Software Updater 4.6.1

Intel PROSet/Wireless Software 22.0.0.6

Software Informer 1.5.1344

Software Informer is a utility that has been designed specifically for those users who care to keep their applications functional and ready for any task that might arise. more info...

AMD Software 20.12.1

Examples Of Usb Devices

Most recent searches

Trilithic Seeker USB Devices Driver Download

» netgear genie pour windows

» steep 7 telechqrge

» protheus digitais downloads

» update 32 bit download

» driver booster versie 8.3

» zte terminal software update framework

» cms клиент

» profile diginet install

» yaskawa cp-717 on windows xp

» 1-click pc care descargar

» ssdfresh 2021.10

» idt instalar

» download virtual dj 7 pro software

» regcure descargar

» enercad free

» sonic 2 master download

» simfarm deutsch dos

» nortek nx vega driver

» gamloop apdet

» rtspvideoplugin2.0 zip

What Is A Usb Devices

Vividia Ablescopes: User Manuals, Software, APPs

User Manuals for Vividia Ablescopes: VA-400, VA-800, VA-920 and VA-980; and VA-B2 WiFi AirBox

vividia_ablescope_user_guide_v02.pdfFile Size: 1187 kbFile Type: pdf

Download File

va-b2_wifi_box_user_guide.pdfFile Size: 532 kbFile Type: pdf

Download File

Software and APPs related to Vividia Ablescopes: VA-400, VA-800, VA-920 and VA-980; and VA-B2 WiFi AirBox

Software for Windows PC: Download 'Digital Viewer' for Windows from here: https://s3.amazonaws.com/plugable/bin/Digital_Viewer_3.1.07.exe

USB Camera with Measurement Functions: Vividia Ablescope Viewer for Windows:

vividia_ablescope_viewer_setup.exeFile Size: 6923 kbFile Type: exe

Download File

Software for MacBooks: Download 'Digital Viewer' for MacOSX Mac microscope software from Plugable Technologies.

APP for Android Phones and Tablets Through OTG Cable: 'OTG View' or 'CameraFi' Apps Download and install 'OTG View' of 'CameraFi'from Google Play Store or apkpure.com. More about and compatible Android devices with 'CameraFi', visit their website. (Tip: To remove the ads inside CameraFi, turn off the internet connection first, such as set in 'Airplane' mode, before you launch CameraFi app.) Not all Android devices have OTG video functions and are compatible with our USB borescopes. You can use free APP 'USB Host Diagnostics' from Play Store to determine if your android phone or tablet has USB host capabilities.

APP for iPads iPhones Through VA-B2 WiFi AirBox: Download 'AirBox - Vividia Ablescope' for iPad iPhone and iOS devices from Apple APP Store.

APP for Android Phones and Tablets Through VA-B2 WiFi AirBox: Download and install 'airbox.apk- Vividia Ablescope' attached below: (You can download and install the same app from Google Play Store)

airbox.apkFile Size: 7442 kbFile Type: apk

Download File

0 notes

dailytechnologynews · 6 years

Photo

Numa Numa Yeah: How to Manage Huge-Core Counts in HEDT Builds

Most computer builds here, in /r/buildapc, and around the net are focused on "client" computers. That is, either the Intel i7-8700k or Ryzen 2700x based builds. But as we go towards the high-end space: AMD Threadripper 1950x or Intel i9-7900x (and beyond to Xeons and EPYC), the amount of information available online drops off dramatically, especially how it relates to Windows.

If anyone out there is actually willing to spend $500+ to $1000 on the CPU alone, I hope this information will be useful.

Introduction with Ryzen 2700x or Intel i7-8700k: Client systems and their limitations.

I think most people understand client-systems. But I'll type it out to catch people up to speed. Feel free to skip this section if you know stuff already.

Sad note: While Windows has an elegant job / process / thread model, its difficult to learn. In fact, "Task Manager" (Ctrl-Alt-Esc) doesn't really show you thread or process information very well. Use Process Explorer if you want to know the truth of your system.

Windows has "jobs" at the highest level. I'm going to ignore jobs: this post is too long already.

Windows has "processes", which are basically the programs you run (ex: Chrome). Every process is composed of multiple "threads", each thread potentially executing on its own core simultaneously. For example: in Chrome, one thread would be talking to the network, while a 2nd thread might be talking to your GPU to display the actual webpage, while a 3rd thread might be running the Javascript that makes a website interactive.

Every thread in Windows runs until it is forced to wait. For example, your Web Browser like Chrome will be forced to wait for the network before it can display a webpage. Or the Javascript thread will be waiting for you to push the left-mouse button. Every thread runs until it is forced to wait. Windows keeps track of which threads are waiting for what, and efficiently switches between them.

Threads which are "ready" to run are scheduled to run on a core. A Ryzen 2700x has 16-logical cores, or Intel i7-8700k has 12-logical cores. This means that the CPU can execute up to 16 (2700x) or 12 (8700k) things "simultaneously", for a peculiar definition of simultaneous.

The CPU itself "lies" to the OS to some degree. There are really only 8-cores on Ryzen 2700x or 6-cores on Intel. This is called Hyperthreading (Intel) or SMT (AMD). In effect, Hyperthreading / SMT allows the CPU to perform these tasks switches instead of Windows. Think of it as hardware-assisted task switching. The CPU will physically only execute 8-things at a time, but it can very efficiently switch between the 16-tasks that Windows gives it. Due to the hardware-assited nature and incredible speed of these tasks switches, the CPU Core can schedule the "hyperthread-brother" to execute while its sibling is waiting the ~10-nanoseconds for L3 Cache to respond. In contrast: a Windows Task Switch can take on the order of 10s of microseconds or 10,000x longer. (Sorta-kinda not really. There are more details such as super-scalar, multiple execution ports, register stalls and the like. But consider this paragraph to be a basic "conceptual" outline of what is going on.)

Scalability concerns on client systems

This is all good and all: but we start to hit scalability issues as we push for more cores:

The GHz barrier means Cores rarely get faster anymore. Historically, Intel / AMD offered faster cores to make faster computers. But physical limitations are being reached, and its becoming less-and-less possible to make faster cores. Instead, Intel / AMD want to offer more cores (at roughly the same speed) to the users.

Cores need to communicate. For example: when Chrome's "Network" thread reads from the internet, it needs to pass the data to the renderer to display the webpage. When the "Javascript" thread notices you clicked on the mouse, it needs to talk to the renderer (to display "button down"). This communication requires synchronization and time, and is built from a concept called "Cache Coherency". As such, more and more cores require a more complicated cache-coherency model.

As your cores do more and more work, the CPU starts to wait on memory more and more. You can't do work unless you can access data more quickly. To actually go faster, you'll need to talk to more memory faster somehow. As you'll soon see, solving this problem makes things complicated.

These problems give rise to the high-end build. AMD Threadripper and Intel i9-extreme / Intel Scalable platform. In short: HEDT builds give the user more memory-units and MANY more cores to play with. But this 2nd memory unit grossly complicates the architecture.

NUMA: Scaling above and beyond SMT

NUMA stands for "Non-uniform memory access", and it is what happens when multiple memory units begin to interact with the CPU. Internal to the CPU are the memory-controllers, which talk to your DDR4 RAM. Its easy to forget, but everything in a CPU is physically located somewhere, and physically, some cores will be closer to one memory unit. Its most obvious to see in the Intel i9-7980x die-shot. You can see that some cores can talk to one of the memory controllers faster than the other memory controller. Yes, these cores need to be laid out on the chip, and at the microscopic level, these differences can have an impact on performance.

All a "NUMA Node" is, are the group of processors that are "close" to one memory controller. In both Ryzen 1950x and Intel i9-7900x, there are two memory units / NUMA Nodes. Sure, Ryzen 1950x has "CCX" grouped by "infinity fabric", while Intel i9-7900x has a "mesh network" broken into "Sub-NUMA Clustering". But these details are abstracted away into simply "NUMA Node #0", and "Numa Node #1".

Furthermore, Core #0 and Core #2 (both on NUMA Node #0) can communicate extremely efficiently, while Core #0 vs Core #18 (one on NUMA #0 and the other on NUMA #1) will talk more slowly. By exposing the "truth" of this matter to programmers and system-administrators, NUMA allows the users and OS to more efficiently schedule your programs. Of course, Core #0 can talk to either NUMA Node #0 or #1, but the fact remains that Core #0 can talk to Node #0 faster than Numa-node #1.Keeping programs efficient is the job of the Operating System. And the OS has sane defaults as you can see, but understanding how the computer works can lead to smarter use of your computer.

The most important thing to keep in mind: NUMA is an abstraction. Threadripper 1950x has 4 CCX and 16-cores, but associates these with two NUMA nodes. Perhaps AMD could have made it four-NUMA nodes (one per CCX), but for whatever reason, 2x NUMA nodes is how AMD decided to lay out the 1950x. A big portion of the AMD Community focuses on inter-CCX latencies. With NUMA-controls in Windows, you, the administrator, can control CCX-latencies directly (although not on a per-CCX level. But at least on a per-memory unit level).

Intel i9-7900x also have latency issues, but to a smaller degree than Threadripper. And thus, NUMA controls apply to the HEDT Intel builds as well.

Window's Job: Scaling across NUMA

Windows is a NUMA-ready operating system, but how so is rarely discussed. Details are included in the EXCELLENT Windows Internals books (two parts divided into two books) if you're interested in learning all of these details. The NUMA-relevant portion is divided into two parts: Memory (chapter 10 from the 2nd book), and Scheduling (Chapter 5 from the 1st book). Memory is pretty obvious: NUMA allocations occur on one memory controller or the other. Software can control this, but otherwise, memory and NUMA is obvious (although tedious to do at the programming level).

The Windows scheduler however, is the "interesting" portion and is rarely discussed. The scheduler works as follows

Processes are assigned an "Ideal NUMA Node", and it alternates between your NUMA Nodes. For example, if you open up MS Word, MS Word will be assigned to "Ideal NUMA Node #0". When you open up Chrome, then it goes to "Ideal Numa Node #1". Open up Paint, and it goes back to NUMA Node #0. (Or if you are insane and bought a $6000+ computer: it goes to NUMA Node #2). Processes alternate between NUMA nodes. Whenever Processes ask for memory, Windows will default to memory located on the "Ideal" NUMA node.

Threads are assigned an "Ideal Core" that exists on a NUMA Node. In Threadripper, there are 16-logical per NUMA node (8-physical, x2 from SMT). Windows is smart enough to assign threads to physical cores first. So Chrome in this example would be allocated to NUMA Node #1 (Because MS Word was on Node 0 already). Then, Chrome's threads would be set to an ideal core #0, #2, #4, #6 of Numa#1... in that order. (Skipping over the "Hyperthread" siblings). After all, half the cores are "fake", and Windows optimizes as appropriate. Continuing this example, NUMA #0 has MS Word and Paint running on it. Paint would be assigned Core #1, Core #3, Core #5, etc. etc. while MS Word would be assigned Core #0, Core #2, Core #4.

"Ideal NUMA" and "Ideal Core" are hints to Windows. If Windows notices that a physical core is idle, it will often migrate the task to the non-ideal core. Sure, the thread will run slower, but that's better than not running at all. This step is incredibly complicated: Windows is juggling power-efficiency (for laptops), frequency, Turbo-boosts, NUMA, multiple threads and more. So if a core is "parked" for power-efficiency, Windows may decide to keep the core sleeping to save power. But in the typical case, Windows will try to keep as many cores active as possible.

These are the default settings of Windows. Programmers are able to customize their programs to change arbitrarily. Administrators can set "Thread Affinity", which allows you to LOCK a thread to a particular core. But as you can see, the default settings generally lead to good utilization of all NUMA Nodes and all cores, physical and logical.

Note: Any user can play with affinity masks by simply hitting ctrl-alt-exc, opening up task manager, and right-clicking on threads (in Win10) or "Processes" in Win7 (Spoiler alert: these are really threads even though Win7 calls them processes... confusing, isn't it??) to set their affinity. If you use "start /numa" or "start /affinity" through the command-line, you can set the program's affinity as a particular program starts up. I suggest learning some .bat scripting to make "start /numa" more convenient for yourself.

While Windows has very sane default settings. Windows optimizes these programs for low-latency. There is a slight issue: some major programs require tons of memory but are NOT NUMA-aware but benefit from bandwidth instead of latency. These programs would prefer to allocate memory from both NUMA nodes. Sure, accessing some memory will be slower, but at least both memory units can work together on the same problem, almost like RAID0 for disks.

UMA by default: "Creative" mode Memory-interleaving

The solution to the problem described in the previous section is to turn-off NUMA. In fact, the default setting of many BIOS is to be UMA by default, called "Creative Mode" by AMD. When in UMA mode or "Memory-Interleaving" mode, every thread will try its best to take advantage of both of the memory nodes, alternating between them as if they were in RAID0. But, half of the memory requests will be done quickly, while the other half will have a cross-NUMA delay. In many "creative" applications, the latency increase is not a big deal.

Unfortunately: this causes a problem in video games, as video game latency (CAS-latency) can have a real effect on performance.

Choosing UMA-mode vs NUMA-mode is therefore an interesting exercise in computer configuration. Some programs may run faster in NUMA-mode (if they care more about latency, which Windows optimizes for). While other programs, may run faster in UMA-mode.

Intel systems have "Sub-NUMA Clustering" instead. Turn it on for the NUMA-like behavior, turn it off to have memory-interleaving.

HEDT is about the 2nd Memory Unit: offering more scalability by talking to more RAM independently.

So now we've come full circle to the most important question. Do you need a HEDT build? What does HEDT get you?

Video Games are often designed for client systems -- It seems like NUMA / HEDT systems can play video games just fine, but video games are unlikely to take advantage of these high-end features of HEDT processors. As such, HEDT systems at best performs equally in video games, and in many cases can perform worse (!!) due to lower clocks and increased latencies. "Creative Mode" or "UMA mode" definitely slows down video games in the typical case.

Multi-tasking -- While Video Games themselves may not perform any better, having a 2nd NUMA Node for multi-threading purposes can lead to benefits. Streamers can run their video game on NUMA Node #0, while they can run x264 + OpenBroadcaster Studio on Numa Node #1. You can "force" applications to a NUMA node by thread-affinity (Ctrl-Alt-Esc), or the "start /numa" command through the Windows commandline. The two programs will independently run, with independent memory controllers on alternative cores, for maximum multi-tasking efficiency. This takes a bit of effort (or luck with the Windows Scheduler), but leads to increadibly efficient results.

NUMA-aware apps -- It seems like some applications are NUMA-aware directly, such as Matlab or SAS. In these cases, Matlab code will efficiently run across NUMA-nodes in as efficient manner as possible.

UMA / Memory-interleaving Creative apps -- Older applications may not be NUMA aware, but they can benefit from the default "UMA Mode" (or "Creative Mode") that these systems ship as. The increased bandwidth in this case is a bigger benefit than the latency slowdown.

In short: the high-end Desktop space adds a 2nd set of memory controllers (increasing your memory-bandwidth), which leads to a major complication of how your computer works. In many cases, a HEDT will perform better. But in many other cases, this 2nd memory controller may not be able to help you play video games any faster. Only buy an HEDT system if you know you can use that 2nd set of memory controllers.

HEDT isn't strictly superior. Its certainly more expensive, and even has a bandwidth / latency tradeoff due to these settings. Windows will do its best to automatically manage the system, but HEDTs will really shine if you put forth the effort to learn their niche and how to control them properly. I hope this post is a good stepping stone to understanding your HEDT system (or at least, whether or not you want to get one).

Misc Links

Cool Intel Forum Post on NUMA -- https://software.intel.com/en-us/forums/software-tuning-performance-optimization-platform-monitoring/topic/392519

Official NUMA Docs from Microsoft -- https://msdn.microsoft.com/en-us/library/windows/desktop/aa363804(v=vs.85).aspx

Official NUMA Docs for Red Hat Linux -- https://access.redhat.com/documentation/en-us/red_hat_enterprise_linux/6/html/virtualization_tuning_and_optimization_guide/chap-virtualization_tuning_optimization_guide-numa

#hardware #Computer #Technology #Tech #News

1 note · View note

magzoso-tech · 5 years

Photo

New Post has been published on https://magzoso.com/tech/intel-and-argonne-national-lab-on-exascale-and-their-new-aurora-supercomputer/

Intel and Argonne National Lab on ‘exascale’ and their new Aurora supercomputer

The scale of supercomputing has grown almost too large to comprehend, with millions of compute units performing calculations at rates requiring, for first time, the exa prefix — denoting quadrillions per second. How was this accomplished? With careful planning… and a lot of wires, say two people close to the project.

Having noted the news that Intel and Argonne National Lab were planning to take the wrapper off a new exascale computer called Aurora (one of several being built in the U.S.) earlier this year, I recently got a chance to talk with Trish Damkroger, head of Intel’s Extreme Computing Organization, and Rick Stevens, Argonne’s associate lab director for computing, environment and life sciences.

The two discussed the technical details of the system at the Supercomputing conference in Denver, where, probably, most of the people who can truly say they understand this type of work already were. So while you can read at industry journals and the press release about the nuts and bolts of the system, including Intel’s new Xe architecture and Ponte Vecchio general-purpose compute chip, I tried to get a little more of the big picture from the two.

It should surprise no one that this is a project long in the making — but you might not guess exactly how long: more than a decade. Part of the challenge, then, was to establish computing hardware that was leagues beyond what was possible at the time.

“Exascale was first being started in 2007. At that time we hadn’t even hit the petascale target yet, so we were planning like three to four magnitudes out,” said Stevens. “At that time, if we had exascale, it would have required a gigawatt of power, which is obviously not realistic. So a big part of reaching exascale has been reducing power draw.”

Intel’s supercomputing-focused Xe architecture is based on a 7-nanometer process, pushing the very edge of Newtonian physics — much smaller and quantum effects start coming into play. But the smaller the gates, the less power they take, and microscopic savings add up quickly when you’re talking billions and trillions of them.

But that merely exposes another problem: If you increase the power of a processor by 1000x, you run into a memory bottleneck. The system may be able to think fast, but if it can’t access and store data equally fast, there’s no point.

“By having exascale-level computing, but not exabyte-level bandwidth, you end up with a very lopsided system,” said Stevens.

And once you clear both those obstacles, you run into a third: what’s called concurrency. High performance computing is equally about synchronizing a task between huge numbers of computing units as it is about making those units as powerful as possible. The machine operates as a whole, and as such every part must communicate with every other part — which becomes something of a problem as you scale up.

“These systems have many thousands of nodes, and the nodes have hundreds of cores, and the cores have thousands of computation units, so there’s like, billion-way concurrency,” Stevens explained. “Dealing with that is the core of the architecture.”

How they did it, I, being utterly unfamiliar with the vagaries of high performance computing architecture design, would not even attempt to explain. But they seem to have done it, as these exascale systems are coming online. The solution, I’ll only venture to say, is essentially a major advance on the networking side. The level of sustained bandwidth between all these nodes and units is staggering.

Making exascale accessible

While even in 2007 you could predict that we’d eventually reach such low-power processes and improved memory bandwidth, other trends would have been nearly impossible to predict — for example, the exploding demand for AI and machine learning. Back then it wasn’t even a consideration, and now it would be folly to create any kind of high performance computing system that wasn’t at least partially optimized for machine learning problems.

“By 2023 we expect AI workloads to be a third of the overall HPC server market,” said Damkroger. “This AI-HPC convergence is bringing those two workloads together to solve problems faster and provide greater insight.”

To that end the architecture of the Aurora system is built to be flexible while retaining the ability to accelerate certain common operations, for instance the type of matrix calculations that make up a great deal of certain machine learning tasks.

“But it’s not just about performance, it has to be about programmability,” she continued. “One of the big challenges of an exacale machine is being able to write software to use that machine. oneAPI is going to be a unified programming model — it’s based on an open standard of Open Parallel C++, and that’s key for promoting use in the community.”

Summit, as of this writing the most powerful single computing system in the world, is very dissimilar to many of the systems developers are used working on. If the creators of a new supercomputer want it to have broad appeal, they need to bring it as close to being like a “normal” computer to operate as possible.

“It’s something of a challenge to bring x86-based packages to Summit,” Stevens noted. “The big advantage for us is that, because we have x86 nodes and Intel GPUs, this thing is basically going to run every piece of software that exists. It’ll run standard software, Linux software, literally millions of apps.”

I asked about the costs involved, since it’s something of a mystery with a system like this how that a half-billion dollar budget gets broken down. Really I just thought it would be interesting to know how much of it went to, say, RAM versus processing cores, or how many miles of wire they had to run. Though both Stevens and Damkroger declined to comment, the former did note that “the backlink bandwidth on this machine is many times the total of the entire internet, and that does cost something.” Make of that what you will.

Aurora, unlike its cousin El Capitan at Lawrence Livermore National Lab, will not be used for weapons development.

“Argonne is a science lab, and it’s open, not classified science,” said Stevens. “Our machine is a national user resource; We have people using it from all over the country. A large amount of time is allocated via a process that’s peer reviewed and priced to accommodate the most interesting projects. About two thirds is that, and the other third Department of Energy stuff, but still unclassified problems.”

Initial work will be in climate science, chemistry, and data science, with 15 teams between them signed up for major projects to be run on Aurora — details to be announced soon.

#Uncategorized

0 notes

douchebagbrainwaves · 7 years

Text

I'VE BEEN PONDERING PROGRAMMERS

Even Einstein needed people to bounce ideas off. It would have been. I did it to desktop publishing software like Interleaf and Framemaker. To some extent you have to be on the path to something great. If you try something that has to be good startup founders by empathizing with them—if you don't have them. Html 11. Paul Buchheit, John Collison, Patrick Collison, Aaron Iba, Jessica Livingston, and Robert Morris for reading drafts of this. Most philosophical debates are not merely free but compelled to make things people want, and to Randall Bennett for being such a nice guy. Xkcd implemented a particularly clever one in its IRC channel: don't allow the same thing, setting up a company than to be built on NT.

And no convincing means just that: zero time spent meeting with investors or preparing materials for them. True, but I bought it, but those who like what they can't have, if you have what it takes to hear it. Plus since TVs were expensive whole families watched the same shows together, so they had first claim on the proceeds of the auction. Our startup spent its entire marketing budget on PR: at a time, because the main cost in software startups is people. It's a straight text classification problem. The best word to describe the way good programmers write software. So the nature of future discoveries is hard to bear. The exciting thing is that we so rarely see analyses of this type is the fact that it works so much better when you improve in response to what you do. Boston, and few in Chicago or Miami from the microscopically small number, per capita, that succeed there. Startups don't win by attacking. But if the software were 100% finished and ready to launch at the push of a button, would they still be waiting? And so most of them are the same, if not months.

It seems to me one of the greats, but he's an especial hero to me because of Lisp. Server-based software is never going to succeed, like founders do, just that they take a long time cities were the only protection for ideas, companies wouldn't just have to keep trying new things. Which they deserve because they're taking more risk. But if you were extracting every penny? A rounds from VCs. I could play all day. If anyone wants to see the real Nixon. Which means it's a disaster to let the world have a natural advantage. When we wanted some publicity, we'd make a list of n things is so relaxing. And if you think about it, and savor what one has. Almost certainly. They need to market themselves to founders: they don't need publishers.

Intel or Apple or Google have offices there, but that the work they're offered is unappetizing. How do you decide what infrastructure to use for a project, divide it into components and give each to one person, Paul Buchheit, Patrick Collison, Jessica Livingston, Robert Morris, and Fred Wilson for reading drafts of this, and so on, and why are they attached to all these questions, you might do better to move to the Bay Area to start their own company. And that's exciting because it means their investment creates less of a change like the one the Valley has over New York. The two 10 minuteses have 3 weeks between them so founders can get cheap plane tickets, but except for that they could be, and I completely agree with him. What you must not use the word essays in the title of one: James Salter's Burning the Days. The reason credentials have such prestige is that for so long the large organizations in a society got that way from refutation. But I don't see how we can say it's axiomatic. People who've done great things.

And it wouldn't be novel. I may later scale token probabilities substantially, but this is not as facile a trick as it might seem. Be ruthlessly mercenary when you start a startup you would do well to act as a magnet, drawing the best people to work for a company with 100 people will feel different from one with 1000. If the client doesn't run anything except a browser, there's less risk in starting your own company, only for startups that have succeeded despite any number of random factors could sink you before you can destroy them. At first I tried rules. You'd have to get a patent is now very slow, but it is the people who run them are driven by the demands of the work that even the kids believe it, which usually means encrusting it with gratuitous ornament. When you make things in large volumes, and the reactions that spread from person to person, it's not their chances of succeeding, not to limit users' choices. More precisely, the users' need has to be pierced too.

Something Minimal Lots of founders mentioned how important it was to source good screws. Everything would seem exactly as he'd predicted, until he looked at Maxwell's equations and said, what the hell your site is catching on, or it won't germinate. For me the list is, because we invest the earliest. If you happen to run into Sean Parker, who understands the domain really well because he started a similar startup himself, and also New York, Cambridge, and Silicon Valley is too far from San Francisco. They could sense that the higher you go the fewer instances you find. You can be sure it's not a switch to Apple, but a hopelessly inflexible one for developing new ideas. So the real question is, how much risk you can stand, and the transformation was miraculous. I'd say what separates the great investors from the mediocre ones is the quality of the insiders. His response was to launch with the simplest possible type: a few topics you've thought about a lot, and who the competitors are and why this company is going to have a mistakenly high opinion of your abilities, because that showed how much time it would take to get new ones to move there.

Do what you love, you're practically forced to write the first version of his sketch to the witness. We're only comparing YC startups, who've already made it over a certain size it gets presumptuous for a seed investor to do that anyway. I'm going to try something new this funding cycle. As with most nature/nurture questions, the answer seemed obvious. All through college, and that's what keeps the engineers and product development is something that has to work on doesn't mean you can ignore the economy. There's nothing that magically changes after you take that last exam. Now you could get paid huge sums of money involved, but investment negotiations can easily turn personal. Occasionally the things adults made you do were fun, just as there is for things that seem broken, regardless of how hard they try to be a lot of what looks like work. A turd that results? Not linearly of course, so no major bugs should get released. But ambition is human nature rather than anything specific to comment threads there, but not if you're working on something, you'd think it might be easy for spammers to spoof: just add a big chunk of angel money will usually be the happiest phase in a startup's life. It's especially good if you're different in a way that would be the best writer among Silicon Valley CEOs.

Programmers were seen as technicians who translated the visions if that is the larval stage of most software. Better to make everyone feel like a community. As technologies improve, each generation can do things to influence the outcome. And they were less work to him to behave any other way. And that takes some effort, because the remedy was to reboot them, and the resumes of the founders spent all their time building their applications. But first, I thought, these guys are great hackers. Another danger, pointed out by Mitch Kapor, is that one has higher standards. If this was their hypothesis, it's now the default with us to live by trial and error, that. One reason high tax rates, you can't afford not to have any teeth, and the company seems more valuable if it seems risky to you to decide; software has to work on problems demanding enough to stretch you, but so are a lot of successful startups have elements of both. So there you have it: languages are not equivalent, and I had to start treating us like actual consultants, and calling us every time they wanted something changed on their site.

1 note · View note

personalcoachingcenter · 5 years

Text

3 Marketing Situations That Absolutely Scream for Animated Storytelling

New Post has been published on https://personalcoachingcenter.com/3-marketing-situations-that-absolutely-scream-for-animated-storytelling/

3 Marketing Situations That Absolutely Scream for Animated Storytelling

From live-action videos to live stories and motion graphics, more brands than ever are relying on video to connect with their audiences. That’s because, as of this year, 80 percent of all web traffic is video. So if you want to go where your audiences are, embracing video is a must.

But just like many marketers and advertisers, you might be stuck in a rut with traditional video formats. You’ve stuck to tried-and-true live-action video, the stuff that cereal and car commercials are made of. You might be worried that a fully animated video, or a live-action video overlaid with animations, might seem too much like a cartoon. But it can be so much more than that.

You might also worry that animated motion graphics aren’t within your budget. However, there are a few things you can do to make sure they’re within your reach. Shorter videos cost less, but aren’t necessarily less effective. Can a 20-second motion graphic get your message across? With the right planning, it probably can.

Animated video and GIFs aren’t right for every brand. But if you’re trying to accomplish one or more of these three goals, it’s time to consider whether animation is right for you:

1. You’re telling a story that live-action video can’t capture.

Perhaps your brand simply doesn’t lend itself to creating compelling live-action video. For manufacturers of computer chips or software designers, this often proves to be the case. Or perhaps the most aspirational aspects of your brand can’t be photographed. If you’re in a medical field that works on the microscopic level, this may be true for you.

Many brands simply can’t tell their whole story with live-action video. But they still want to produce great videos, given just how essential video marketing is for keeping brands relevant today.

That’s where animation comes in. It can visualize abstract concepts, transport viewers to the surface of Mars, and dive down to the atomic level. And animation doesn’t have to be “cartoony.” It can tell every kind of story. Check out NASA’s Scientific Visualization Studio for examples of just how essential animation is for telling compelling stories in technical contexts.

2. You want to share compelling information.

Sometimes, live-action video just doesn’t tell the full story. Imagine, for instance, that you’re trying to sell a core processor that boosts computing power and speed. Let’s be honest: it might be exciting, but it doesn’t look exciting. What’s more, looking at it just doesn’t tell the full story.

That’s why, when a company like Intel sells its products, it relies heavily on animation. Intel in particular likes to use live video with text and animation overlaid onto that video. Check out this commercial, which calls out key features like 4K video. You wouldn’t know the video is 4K simply by looking at the computer screen shown in the commercial. Instead, you need some help:

[embedded content]

Or look at this Intel commercial, which overlays fun animations indicating the games people are playing and the apps they’re using while they’re sitting at the computer. Without these animations, this would be nothing more than, well, video of people sitting in front of screens. That’s pretty boring. Yet the animations combined with custom music transform this into an exciting, high-energy experience:

3. You’re speaking to a younger demographic.

But animation also appeals to millennials and young adults. In some cases, that’s because it can achieve a fun-loving tone that live-action video just can’t. In other cases, it’s capable of achieving a uniquely aspirational look and feel.

Take, for example, another new campaign from Goldfish’s parent division, Campbell Snacks. This fully animated video for Kettle Chips touts the brand’s dedication to keeping the planet clean with the help of an animated truck that drives around the globe in an instant:

[embedded content]

Go To Source

#coaching #coaching business #coaching group #coaching life #coaching life style #coaching on line #coaching performance #Coaching Tips #Coaching from around the web

0 notes

hostingnewsfeed · 5 years

Text

How Animation Can Transform Your Marketing

New Post has been published on http://khalednaser.com/how-animation-can-transform-your-marketing/

How Animation Can Transform Your Marketing

Animated video and GIFs aren’t right for every brand. But if you’re trying to accomplish one or more of these three goals, it’s time to consider whether animation is right for you:

1. You’re telling a story that live-action video can’t capture.

Many brands simply can’t tell their whole story with live-action video. But they still want to produce great videos, given just how essential video marketing is for keeping brands relevant today.

2. You want to share compelling information.

[embedded content]

3. You’re speaking to a younger demographic.

[embedded content]

0 notes

smartwebhostingblog · 5 years

Text

How Animation Can Transform Your Marketing

New Post has been published on http://khalednaser.com/how-animation-can-transform-your-marketing/

How Animation Can Transform Your Marketing

Animated video and GIFs aren’t right for every brand. But if you’re trying to accomplish one or more of these three goals, it’s time to consider whether animation is right for you:

1. You’re telling a story that live-action video can’t capture.

Many brands simply can’t tell their whole story with live-action video. But they still want to produce great videos, given just how essential video marketing is for keeping brands relevant today.

2. You want to share compelling information.

[embedded content]

3. You’re speaking to a younger demographic.

[embedded content]

0 notes

lazilysillyprince · 5 years

Text

How Animation Can Transform Your Marketing

New Post has been published on http://khalednaser.com/how-animation-can-transform-your-marketing/

How Animation Can Transform Your Marketing

Animated video and GIFs aren’t right for every brand. But if you’re trying to accomplish one or more of these three goals, it’s time to consider whether animation is right for you:

1. You’re telling a story that live-action video can’t capture.

Many brands simply can’t tell their whole story with live-action video. But they still want to produce great videos, given just how essential video marketing is for keeping brands relevant today.

2. You want to share compelling information.

[embedded content]

3. You’re speaking to a younger demographic.

[embedded content]

0 notes

awesomecolorfulcollectorwombat · 5 years

Text

How Animation Can Transform Your Marketing

New Post has been published on http://khalednaser.com/how-animation-can-transform-your-marketing/

How Animation Can Transform Your Marketing

Animated video and GIFs aren’t right for every brand. But if you’re trying to accomplish one or more of these three goals, it’s time to consider whether animation is right for you:

1. You’re telling a story that live-action video can’t capture.

Many brands simply can’t tell their whole story with live-action video. But they still want to produce great videos, given just how essential video marketing is for keeping brands relevant today.

2. You want to share compelling information.

[embedded content]

3. You’re speaking to a younger demographic.

[embedded content]

0 notes

entergamingxp · 4 years

Text

the new budget champions? • Eurogamer.net

AMD’s third-generation Ryzen processors have been something of a revelation in the PC hardware space, offering a winning blend of price and performance for content creation and gaming alike – but these chips haven’t been available at all price points. While AMD added to its high-end options with the release of the 3950X, builders of budget systems have had to either stump up $200 for the mid-range Ryzen 5 3600 or accept the compromises of an older first or second-gen Ryzen CPU. That changes today with the release of the $100/£95 Ryzen 3 3100 and $120/£115 Ryzen 3 3300X.

These mainstream processors could become a fast favourite with system builders, and look much more capable than their predecessors thanks to a few key advancements. Firstly, both CPUs boast four Zen 2 cores, so they should offer noticeably better single-threaded performance than their Zen and Zen+ predecessors from earlier Ryzen generations. The efficiency advantages inherent in switching from a 12nm to a 7nm process also allow for higher boost frequencies, which are set at 3.9GHz on the 3100 and 4GHz flat on the 3300X. These CPUs also support SMT (simultaneous multithreading), a first for a Ryzen 3 processor. Having eight threads available should make these chips better suited for content creation roles, and could help in games built on more modern engines as well.

These changes alone should result in a big shift in performance, but there are more subtle upgrades here too. The L3 cache on the 3300X has doubled in size compared to the 2300X, for example. This means that these processors don’t need to rely on data being streamed in from RAM as often, which speeds up processing and helps these chips pair better with slower-frequency RAM. Despite these advancements, TDP remains at 65W, with the included Wraith Stealth cooler obviating the need for a third-party AiO or air cooler for most use cases.

All of this looks promising, but only the crucible of real-world testing will determine whether these chips can live up to their potential in what is an intensely competitive space. Thankfully, we’ve had the Ryzen 3100 and 3300X in hand for the past few weeks to answer that question.

The 3100 and 3300X review in convenient video form.

AMD model Cores/Threads TDP Base/Boost Cache Price Ryzen 9 3950X 16/32 105W 3.5GHz/4.7GHz 73MB $749 Ryzen 9 3900X 12/24 105W 3.8GHz/4.6GHz 70MB $499 Ryzen 7 3800X 8/16 105W 3.9GHz/4.5GHz 36MB $399 Ryzen 7 3700X 8/16 65W 3.6GHz/4.4GHz 36MB $329 Ryzen 5 3600X 6/12 95W 3.8GHz/4.4GHz 35MB $249 Ryzen 5 3600 6/12 65W 3.6GHz/4.2GHz 35MB $200 Ryzen 3 3300X 4/8 65W 3.8GHz/4.3GHz 18MB $120 Ryzen 3 3100 4/8 65W 3.6GHz/3.9GHz 18MB $99

As usual, the bulk of our performance testing will be in games, where we’ve selected a gauntlet of CPU-intensive titles from the past decade, but we’ll also take a brief look at content creation tasks – after all, with four Zen 2 cores and eight threads we’ve got a level of performance that early YouTubers could only dream of.

While the Ryzen 3 3100 and 3300X are the stars of the show, we’ve also included results from higher-end AMD and Intel processors to provide some much-needed context. Later on in the review, we take a special look at some similarly-priced competitors including the Ryzen 5 2600, the Ryzen 5 3400G and – incredibly – Intel’s Core i7 7700K, a four-core, eight-thread flagship from 2017, with something very similar about to hit the market courtesy of Intel’s upcoming 10th gen Core i3 line.

The Ryzen 3 3100 and 3300X use the same AM4 socket as prior Zen-based offerings, and work with any motherboard that supports third-gen Ryzen.

To give these chips a fair test, we used our standard Windows 10 installation (with the most recent security patches and AMD chipset drivers installed) on fast NVMe storage – specifically, the XPG Spectrix S40G (our pick for the best NVMe SSD with RGB). Our primary AMD benchmarking was performed on the Asus ROG Crosshair 7 X470 motherboard, with supplementary testing on the MSI MPG X570 Gaming Plus and Asus ROG Crosshair 8. Our Core processors were tested on an Asus ROG Maximus XI Extreme, apart from the Core i7 7700K, which necessitated a move back to the classic MSI Z170A Gaming M7.

The Ryzen processors were cooled by AMD’s Wraith Prism cooler, a slightly better version of the Wraith Stealth that comes bundled with the 3100 and 3300X. On the Intel side of things, a Gaming Storm Castle 240mm AiO was used. Our setup was rounded out with G.Skill Trident Z Royal 3600MHz CL16 RAM provided by AMD, a reliable 850W Gaming Storm PSU and an open-air test bench.

The test system uses a MSI MPG X570 Gaming Plus with the out-of-the-box cooler paired with bling-heavy GSkill Trident Z 3600MHz DDR4.

Before we get into game testing, it’s worth looking at how the 3100 and 3300X compare to each other and their more expensive competitors in content creation tasks like video rendering, transcoding and more. For this, we opted to use the popular Cinebench R20 application, which replicates a rendering job in industrial-grade video software Cinema 4D.

The results here are immediately interesting. Despite costing less than every other CPU represented, the 3100 manages to tie the Core i5 9600K in single-core performance and outperform the Ryzen 2600 and 2700X by around 12 per cent. The 3300X is even more impressive, with a single-core score that exceeds the Core i7 9700K and only falls behind the Ryzen 9 3900X and Core i9 9900K. The multi-threaded results are a different story though, with the four physical cores and eight threads of the 3300X managing a little less than 2600 points. That’s close to the Core i5 9600K, but the greater core counts of the rest of AMD’s lineup translate into big performance wins. Still, we should be reasonable – these are $100 and $120 processors, after all.

Another common task for video producers is transcoding, which is converting a digital video file from one format into another. Handbrake is a popular open source application for doing just that, and it forms the basis of our next test. Here, a source file is encoded using the Production Standard preset and CRF 18 quality setting using two different encoders – x264 (h.264) and x265 (HEVC) – with the average frame-rate recorded and whole system power usage measured at the wall.

The results here follow the earlier Cinebench scores, with the new Ryzen chips performing respectively but only really challenging the six-core, six-thread Core i5 9600K in terms of encoding speed and losing out against their Core i7 and current-generation Ryzen 5 competition.

The comparison between the Ryzen 3 3100 and Ryzen 5 2600 is perhaps the most interesting, with the older Zen+ design recording a faster h.264 encode rate but the smaller number of Zen 2 cores in the 3100 edging a narrow victory in the HEVC test. This latter test uses the AVX instruction set, which was one area AMD called out as being a particular point of focus with Zen 2 – and you can see the results, with our $100 Ryzen 3100 beating out the (originally) $200 Ryzen 5 2600.

Note that the 3300X is only about 10 per cent faster than the 3100 while costing 20 per cent more, so the 3100 is the better bang-for-buck option for video encoding on the cheap. Finally, both new Ryzen CPUs sip power, with our complete systems drawing only around 120W at full tilt.

CB R20 1T CB R20 MT HB h.264 HB HEVC HEVC Power Use Ryzen 9 3900X 514 7032 51.80fps 20.29fps 228W Ryzen 7 3700X 494 4730 35.05fps 14.67fps 152W Ryzen 5 3600X 490 3705 27.54fps 11.81fps 149W Ryzen 3 3300X 503 2577 18.89fps 8.25fps 120W Ryzen 3 3100 449 2328 17.32fps 7.44fps 118W Ryzen 7 2700X 408 3865 27.31fps 10.04fps 224W Ryzen 5 2600 399 2810 20.39fps 7.09fps 130W Core i9 9900K 520 5090 37.87fps 16.22fps 266W Core i7 9700K 486 3759 28.77fps 13.12fps 171W Core i5 9600K 450 2603 20.70fps 9.46fps 132W

While these processors could become excellent low-cost editing rigs, we’re guessing that most buyers will be looking to play some games – and that’s where we’re headed next. The strong single-threaded Cinebench results suggest that the 3100 and 3300X could do well even in more naïve game engines that don’t scale well to multiple threads, while the four physical cores and eight logical cores should be enough to handle more modern titles as well – but will these chips be as easy to recommend as our current value champion, the Ryzen 5 3600?

To find out, we tested each game in scenes that stressed the CPU at 1080p, 1440p and 2160p. In order to ensure that each processor was able to perform to its full potential, we paired it with the fastest consumer GPU available, the RTX 2080 Ti. While this combination ensures that even subtle differences in processor performance are teased into visibility, we’d expect similar gulfs in performance even from more modest GPUs at 1080p. To give you some insight here, an RTX 2080 Ti at 4K (as tested here) is similar in performance terms to a GTX 1660 running at 1080p. Higher resolutions, like 1440p and 4K, should be more dependent on graphics horsepower – especially in the challenging games we’ve chosen – but differences from processor to processor can still pop up so it’s important to include these results as well.

Before we get into the meat and potatoes of our analysis, a few words of warning. However well we design and implement our CPU reviews, we can only test – as Richard Leadbetter puts it – “a tiny microscopic speck of the range of gameplay scenarios a CPU will go through.” With that in mind, we’d encourage you to read and watch other reviews as well, to get a more comprehensive understanding of how well these processors perform. With that said, let’s get into the results – starting with three challenging recently-released games.

AMD Ryzen 3 3100/3300X analysis

from EnterGamingXP https://entergamingxp.com/2020/05/the-new-budget-champions-%e2%80%a2-eurogamer-net/?utm_source=rss&utm_medium=rss&utm_campaign=the-new-budget-champions-%25e2%2580%25a2-eurogamer-net

0 notes

ynsespoir · 5 years

Text

The Future of Healthcare Software Development

AI Predictions for 2025

For decades, artificial intelligence has continued to play a critical role in different industries. However, when the term “artificial intelligence” is mentioned within the healthcare sphere, many people imagine robots operating on human beings and rendering doctors obsolete. Far from the truth, AI has been a major contributor to in healthcare industry and has been at the forefront of setting healthcare trends. Some of these major contributions include ease access to vast life-saving data sets and predictions of potential health outcomes. Is AI the future of healthcare software?

According to a report by Frost & Sullivan, the AI systems industry is projected to hit the $6 billion mark by 2021. The same report has listed healthcare as one of the top 5 industries that will greatly benefit from AI.

With such phenomenal growth and future potential possibilities, what does this mean for healthcare software development? How can healthcare benefit from this game-changing technology? And lastly, what is the future of a healthcare software developer in relation to AI?

In this article, we are going to look at the role of AI in healthcare software development and how it will help drive automation in the future.

What is AI?

Artificial intelligence (AI) entails simulating human intelligence processes using computer systems. Some of these processes include acquiring information, learning the parameters for using such information, translating it, and self-correcting it.

In healthcare, AI has largely been used by software developers to build healthcare predictive analytics software that can mutate complex medical data into simplified actionable knowledge using natural language processing.

AI in the healthcare industry wasn’t as popular a few decades ago. In fact, the very first program with a problem-solving feature is Dendral and was developed back in the 1960s. This program became the basis upon which MYCIN, which is an AI healthcare program that was used to locate serious bacterial infections. Unfortunately, despite the milestones made by MYCIN, the program never saw the light of day as it was never applied.

Fast forward to today, AI’s progress has been so swift. According to a report by the US department of health and human services, over 80% of hospitals based in the US use some form of healthcare-related software applications. In terms of AI, a recent survey by Intel and Convergys showed that over 50% of healthcare professionals believe that there is going to be widespread-adoption by 2020. The same poll revealed that about 37% of respondents interviewed were already using AI in one form or another.

Applications of AI in Healthcare

AI applications are helping solve the conundrum that is commonly referred to as the “iron triangle” in the healthcare industry, where many overriding factors converge. Below is a list of benefits of AI in healthcare;

Data Analysis and Management

On any given day, a tremendous amount of data is generated within the healthcare industry. With this increasing data velocity and the number of sources from which this data is extracted from, the role of AI in modern healthcare has continued to grow.

AI technology has shown promise in augmenting data use, data processing, visualization, and decision making support. Through the use of machine learning and natural language processing, AI has injected tremendous improvements across the modern healthcare continuum to deliver improved outcomes.

The powerful data processing capability of AI-based software has been utilized by researchers to collect, analyze, manage, and store clinical trial data. As a result of this systematic approach, new effective drugs have been easily developed.

Diagnostics

According to the Medicine Division at the National Academies of Science, it is estimated that 10% of patient deaths in the US are as a result of diagnostic errors. However, AI applications have excelled in this area thanks to their data categorizing capability, hence improving diagnostic outcomes. Furthermore, the AI tool’s capability in categorizing information has been used the world over to craft pioneering treatment approaches and even offer recommendations to medical practitioners.

AI’s diagnostic applications fall under four major categories including:

Chatbots: Healthcare facilities are using AI-chatbots fitted with speech recognition capability to pick recurring patterns in patient’s symptoms to craft viable diagnoses, prevent disease and recommend the appropriate course of action.

Oncology: Medical images, examination protocols, and patient’s history contain a lot of information that doctors can use to precisely diagnose a disease and prescribe treatment. However, a doctor is only limited to what the eyes can see or may lack the necessary experience to paint a clear picture of what is happening and correctly diagnose a disease.

Oncologists rely on deep learning to diagnose cancer, whereby a series of images are fed into algorithms to profile and pinpoint unusual features within the images.

Pathology: Pathology is a medical field that specializes in the diagnosis of disease using the analysis of bodily fluids and tissues in a lab. Machine learning technologies have been able to improve the efforts and processes that were traditionally a preserve of pathologists with microscopes.

Rare Diseases: A number of facial recognition software have been combined with deep machine learning to help medical practitioners diagnose rare diseases. Through the analysis of patient photos, doctors are able to detect phenotypes that match those of rare genetic diseases.

Robot-assisted Surgery

Robotic surgeries present surgeons with a rare opportunity to make precise incisions using super-small tools. Invariable, the infusion of AI with medical records allows surgeons to access real-time data at the operating rooms, as well as useful information from past successful surgeries of similar nature. According to a 2018 report, Accenture estimated that AI-enabled, robot-assisted surgeries are capable of saving the U.S. healthcare industry over $40 billion annually.

Healthcare Communication

Statistics have shown that 80% of serious medical errors are a result of communication breakdown between the patients and caregivers. Whether it’s communication between the patient and physician, or within different healthcare organs, AI has tremendously improved the communication breakdown in the healthcare industry. For instance, Apple has created CareKit and ResearchKit frameworks to help researchers and developers build medical apps that can easy communication with patients and monitor them at the same time.

Virtual Nursing Assistants

Another area that AI has shown impressive results is in mobile app healthcare and in particular virtual nursing. In the healthcare context, virtual nursing assistants are like the Alexa for the hospital bedside. They replicate typical nurse’s behavior by assisting the patients with their routines such as taking medications or going for appointments.

Administrative Workflow Assistance

Typically, hospitals and other medical care centers produce a great deal of paperwork. However, AI has helped consolidate and digitize these medical records, resulting in streamlined administrative functions.

The Demand for Healthcare Software Developers

Many industries have joined the AI adventure in a bid to enjoy some of the whims that come with this technology. However, there is one important ingredient that goes into this rich AI recipe – healthcare software developers.

The healthcare industry is segmented into small sub-segments like AI diagnostics, robotics, patient record management, and equipment software systems. And all these are areas that software developers can exploit by creating solutions. This compounded with the continued modernization of systems and processes in the healthcare industry means that the demand for developers isn’t slowing down anytime soon.

The Future of AI in Healthcare

AI is slowly making inroads in almost every spectrum of our lives. In our workplaces, it has become a cornerstone for efficient and coordinated workflows. The healthcare field, in particular, has seen a major overhaul both at the operational and technical levels.

A closer look at the current AI-enabled medical software systems reveals major advances in terms of improved performance and the rapid penetration of software systems in almost every area of the healthcare industry. The vast number of healthcare first software and systems can be customized to fulfill either specific or diverse functions such as picture archiving, hospital information systems, etc.

Moving into the future, a wider range of paradigms within the AI ecosystem will emerge, allowing developers to build systems with multi-modal interaction. Additionally, the growth of heterogeneous platforms and devices means that developers will have to up their game by developing platforms with both distinct and congeneric user interfaces to capture different market segments. This is because mobile healthcare computing devices are quickly gaining traction within the hospital environment, and are used to enhance patient services, improve quality of care, increase productivity, as well as lower costs.

In terms of growth, the global healthcare enterprise software market is hit the $8.20B mark In 2023 up from $3.50 B in 2016. During the same period, the industry will see an average CAGR of 15.7% with America being the largest market.

Conclusion

We are living in a truly amazing period where technology has enabled us to transcend barriers that were otherwise fantasies a few decades ago. Technological progress within the healthcare industry has allowed us to perform miracles. We have created real-life cyborgs whose bodies have been augmented by technologies. We even have even gone further to introduce nanorobots in the blood delivering drugs to harmful target tissues.

You’ll agree that without technologies like AI, such a level of innovativeness and sophistication would have remained a pipe dream. And although Artificial Intelligence has been touted as a magic bullet for earlier disease detection, accurate imaging assessment, and affordable testing across multiple clinical areas, the interaction between physicians and patients still remains a sensitive subject. Ultimately, medical practitioners will have to strike a delicate balance between the potentials of AI inpatient management and maintaining close contact with their patients.

from Health Care Technology – ReferralMD https://ift.tt/2KlyTxl via IFTTT The Future of Healthcare Software Development Health Care Technology from topofbestone https://ift.tt/353TJZV via IFTTT

#IFTTT #Blogger

0 notes

personalcoachingcenter · 5 years

Text

3 Marketing Situations That Absolutely Scream for Animated Storytelling

New Post has been published on http://personalcoachingcenter.com/3-marketing-situations-that-absolutely-scream-for-animated-storytelling/

3 Marketing Situations That Absolutely Scream for Animated Storytelling

Animated video and GIFs aren’t right for every brand. But if you’re trying to accomplish one or more of these three goals, it’s time to consider whether animation is right for you:

1. You’re telling a story that live-action video can’t capture.

Many brands simply can’t tell their whole story with live-action video. But they still want to produce great videos, given just how essential video marketing is for keeping brands relevant today.

2. You want to share compelling information.

[embedded content]

3. You’re speaking to a younger demographic.

[embedded content]

Go To Source

#coaching #coaching business #coaching group #coaching life #coaching life style #coaching on line #coaching performance #Coaching Tips #Coaching from around the web

0 notes