AMD Ryzen発売!自作PCニート「AMDはビデオカードに集中すべき」



AMD Ryzen発売!!
コストパフォーマンに優れた素晴らしいCPUだが…。

個人的にはAMDは
もっとビデオカードに目を向けるべきだと思っています。

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NVIDIA releases Jetson TX2 platform for drones and robots

specs-of-jetson-tx2

Jetson TX2 Specs

NVIDIA has unveiled Jetson TX1’s successor at an event today, and it was built to run doubly as fast while drawing no more than 7.5 watts of power. The item aptly known as Jetson TX2 is an Artificial intelligence platform for drones, robots, intelligent cams and other embedded systems. It can be used for navigation, image and speech recognition, among other purposes. Because it’s much stronger than its precursor and was developed specifically for “edge computing” — data processing at or near to the source rather than in the cloud or a data center — it can be director to faster, cleverer plus more precise equipment.

Deepu Talla, v . p . and general manager of the Tegra business at NVIDIA, said:

“Jetson TX2 delivers solid Artificial intelligence functions at the edge, making possible a whole new class of intelligent equipment. These technology will enable intelligent video analytics which keep our cities cleverer and much safer, new types of robots which optimize manufacturing, and new collaboration which makes international career better.”

The chipmaker in addition has stated that around 12 partner corporations have already been utilizing the TX2 in different ways. Cisco is employing the platform for an all-in-one collaboration device allowing screen sharing, interactive whiteboarding and video chat. An enterprise titled Fellow Robots depends upon TX2 to record on-shelf stock and to identify merchandise and availability in store. The platform additionally permits Live Planet to stitch 4K 360-degree videos for real time streaming. It drives the vision-based algorithms in a portable-yet-powerful MIT drone, additionally.

NVIDIA is right now accepting pre-orders for the TX2 Developer Kit in the U . S . and European countries, with other zones to go by. It’ll cost $599 to acquire the carrier-board-and-module combo, but you are going to at least get the package when it sets out shipping and handling on March 14. The module-only TX2 is priced at $399, however it won’t start out shipping and handling until someday in the next quarter. NVIDIA will additionally proceed offering the TX1 Developer Kit for $499.

Source:
https://www.engadget.com/2017/03/07/nvidia-launches-jetson-tx2-platform-for-drones-and-robots/

Advanced Circuits | Printed Circuit Board Manufacturing & Assembly



Website: http://www.4pcb.com/index.html | 1.800.979.4722
PCB Artist Design Software: http://www.4pcb.com/free-pcb-layout-software/ . FreeDFM File check Tool: http://www.4pcb.com/free-pcb-file-check/index.html

Since 1989, Advanced Circuits has been the leading printed circuit board quick turn manufacturer, specializing in both small and production quantities ranging from the simplest boards to the most complex designs; offering in-house PCB assembly services for quick turn – small quantity orders. Advanced Circuits operates divisions in Aurora, Colorado, Tempe, Arizona, and Maple Grove, Minnesota and is MIL-PRF-31032, MIL-PRF-55110G, AS9100C, ISO 9001:2008 certified, IPC 6012 class 3/3A qualified, ITAR registered and DOD contracts ready.

source


pcb manufacturer in uk

MOKO Technology to Offer Quickturn PCB Board Fabrication for Technicians at Cheap Prices

With fast-turn PCB Boards at good prices, MOKO Technology allows enterprises to make sure excellent Fab and strengthen business revenue.

MOKO Technology centers on presenting fast-turn PCB Boards to many different industries, based upon their PCB Board specifications. In line with the enterprise spokesperson, they maintain a quick turn-around time of within twenty four hours. An engineer could submit the file in the morning and can be assured of the one day shipping.

The spokesperson discloses that their quick turn-around time promotes outstanding Fab. Many industrial purchasers make use of them for their Express PCB Board to help develop prototypes more quickly. The manufacturer presents great satisfaction with regards to obtaining PCB Boards more quickly and at good prices. With superior PCB Boards, the companies can easily boost their sales and profits. MOKO Technology has a Revolutionary Fab unit and has more than Ten years of practical experience in offering PCB Boards more quickly. They could meet up with the accurate PCB Board specification offered by the commercial buyers.

The firm in addition focuses on aluminium PCB Board delivery. They could offer 1 Layer, 2 Layer, 4-Layer and multi-layer aluminium PCBs. With aluminium as the base metal, it does effectively dissipate high temperature away from the circuit board. They could provide aluminium core PCB Board with a thickness, varying between 30mil and 125mil. But nevertheless, the spokesperson says that they’re able to present aluminium PCBs with made to order thickness and a client can request for any thickness on top of their requirements.

MOKO Technology can also provide the flex PCB Board, which gets many applications in electronic devices together with other high-end products. With a flex base material and a patterned arrangement of the printed circuits, such a PCB Board features a flex electronic assembly. According to the spokesperson, their PCB can easily adapt to a specific shape during its use. The product can be very ideal for modern mobile electronic devices, disk drives and desktop computer printers together with other applications in the domains of communications, motor vehicle, professional medical etc.

For their quick PCB Board delivery with highly accurate specification, MOKO Technology has become a experienced firm for various business buyers around the globe.

Any enterprise can certainly ask for fast PCB at good prices by means of the website https://www.mokotechnology.cn/


About MOKO Technology

MOKO Technology is a specialist High-tech PCB Maker. Set up in the year 2001, MOKO Technology focuses on double-sided and multilayer printed circuit boards (up to a whopping 18 layers). They additionally make a few high-end boards, for example, Rogers PCB, Teflon PCB, high-frequency circuit boards, HDI boards, Aluminum boards, and Flexible-Rigid PCB. The company’s products are used widely in power supplies, computer systems, communications, optoelectronics, industrial equipment, vehicle as well as electronics market. Their consumers are mainly discovered in North America, Europe, New Zealand, Australia, Russian federation and so on.


Raspberry Pi: Home Automation Using WiFi ESP8266



ESP8266 | Wi-Fi | Wifi Projects | WiFi project . Subscribe For More Project Videos:–► http://bit.ly/29vPrS9
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Slice:–► http://www.svskits.in/ blog:–► http://www.svskit.com/ site:–► http://www.svsembedded.com/
—————————————————————
1. Raspberry Pi: Home Automation Using WiFi ESP8266,

2. Home Automation using Raspberry Pi | Android WiFi Module,

3. LOW COST Home automation based on ESP8266 WiFi BASED,

4. Connect the ESP8266 WiFi Chip to your Raspberry Pi – Open Home,

5. Home Automation using Raspberry Pi + Android Wifi (ESP8266),

6. Home Automation using AI,Raspberry Pi and ESP8266 – Hackster.io,

7. Connect All Your IoT Through Your Pi 3 | Hackaday,

8. Simple home automation. RaspberryPi + Android – Instructables,

9. Raspberry pi Home Automation Server – Instructables,

10. wi-fi based projects – SVSEmbedded,

11. home automation using wifi project,

12. wifi based home automation using arduino,

13. wifi based advanced home automation system,

14. home automation system using wifi,

15. home automation using wifi pdf,

16. wifi based home automation ppt,

17. home automation using wifi ppt,

18. wifi home automation android,

19. Home Automation Projects with the Raspberry Pi & the ESP8266,

20. Best Raspberry Pi home automation tutorial: Web based – DIY Hacking,

21. 1000+ ideas about Raspberry Pi Wifi on Pinterest | Pi Projects,

22. Home Automation • Hackaday.io,

23. Open Home Automation • GitHub,

24. Raspberry Pi • View topic – WiFi Direct,

25. Home Automation Projects with the Raspberry Pi & the ESP8266,

26. Building a Home Automation System with OpenHAB to Control LEDs,

27. ESP8266 with Raspberry Pi Archives – WearGenius,

28. Advanced Home Automation using Raspberry Pi 3 | Udemy,

29. Home Automation using Raspberry Pi | Android WiFi Module,

30. WIFI 8x MAINS Relays board for Home Automation from nEXT_EVO1,

31. Introduction | Home Automation in the Cloud with the ESP8266,

32. Raspberry Pi Based Home Automation Using Bluetooth Android Smart,

33. WiFi Based Home Automation | ESP 8266 Wifi controlled Home,

34. Raspberry Pi: Home Automation Using WiFi ESP8266,

35. How to Configure WiFi on Your Raspberry Pi | Random Nerd Tutorials,

36. Quick & Effective Low Cost Home Protection with Raspberry Pi and,

37. ESP 8266 Wifi controlled Home Automation- Seeed.cc,

38. Home Automation–IOT Demo with ESP8266 WiFi IOT Test Board,

39. Entrant 72 : IOT Home Automation Framework for ESP8266,

40. ESP8266 first project: home automation with relays, switches, PWM,

41. Top 5 Wireless Ways to Communicate with your Controller | Open,

42. Connect ESP8266 to Raspberry Pi – ExtraGSM,

43. How to start my home automation project with iot at low cost – Quora,

44. Low Cost Home Automation with ESP8266 and Lightweight protocol,

45. esp8266 – Open Home Automation,

46. Blynk – IoT Arduino,Raspberry Pi,Particle,ESP8266 on the App Store,

47. Linking the ESP8266 to a Raspberry Pi through MQTT – Jan Penninkhof,

48. DIY using ESP8266 WiFi module for OpenHAB on pcDuino,

49. Home Automation | Martin’s corner on the web,

50. HOME AUTOMATION USING ESP8266 – EngineersGarage,

51. ESP8266 Raspberry Pi GPIO Wifi – OSH Lab,

52. Internet of Things : Open Source Home Automation Project using,

53. Android App to Control Home Applience using ESP8266 wifi Chip,

54. Home Automation Projects with the Raspberry Pi & the ESP8266,

55. Siri and google Now home automation – Arduino Project Hub,

56. Raspberry Pi Home Automation Using Wifi Esp8266 Youtube – HpGan,

57. Home temperature monitoring using openHAB on RaspberryPi,

58. A Review Paper on Home Automation System Based on – IRJET,

59. Home Automation using Raspberry Pi + Android Wifi (ESP8266),

60. Home automation based on ESP8266 WiFi | | Embedded projects from,

61. Home Automation With the ESP8266: Build Home Automation,

62. program esp8266 with raspberry pi,

63. esp8266 raspberry pi 2,

64. raspberry pi esp8266 wifi,

65. esp8266 raspberry pi zero,

66. esp8266 raspberry pi tutorial,

67. connecting esp8266 to raspberry pi,

68. home automation using wifi project,

69. raspberry pi esp8266 driver,

70. ESP 8266 Wifi controlled Home Automation – Instructables,

71. LOW COST Home automation based on ESP8266 WiFi BASED,

72. HOME AUTOMATION USING ESP8266 – EngineersGarage,

73. Getting Started With the ESP8266 Chip – Open Home Automation,

74. Home Automation in the Cloud with the ESP8266 & Adafruit IO,

75. Wifi Projects :Android Arduino Home Appliances Control using WiFi,

76. ESP8266 Wi-Fi module Home Automation,

77. WiFi Based Home Automation | ESP 8266 Wifi controlled Home,

78. 460 Projects tagged with “ESP8266” • Hackaday.io,

79. Home Automation using ESP8266 on LUA | Robo India,

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5 Open Source House Automation Tools

The Internet of Things isn’t only a buzzword, it’s a quickly growing reality.

With an ever-increasing volume of devices open to help you automate, protect, and monitor your property, it has never been simpler nor more tempting to have a go at home automation. Whether you’re attempting to handle your HVAC(Heating Ventilating Air Conditioning) system remotely, incorporate a home entertainment, safeguard your home from burglary, fire, or other risks, lessen your energy use, or perhaps control a small number of lights, there are countless devices on offer at your grasp.

While connected devices frequently contain proprietary components, a good 1st step in bringing open source into your home automation system is to ensure that the device which ties your devices together-and presents you with an interface to them (the “hub”)-is open source. Fortunately, there are several solutions available on the market, with choices to run on everything from your always-on PC to a Raspberry Pi.

Take a look at a few of our favorites.

Calaos

Calaos is designed as a full-stack home automation platform, with a server application, touch-screen interface, web application, native mobile software for iOS and Android, and a preconfigured Linux operating-system to run underneath. English speaking readers should be advised that, while some English documentation can be obtained, part of the instructional material and support discussion forums are primarily in French.

Calaos is licensed under version 3 of the GPL and you can view its source on GitHub. https://github.com/calaos

Domoticz

Domoticz is a home automation system with a very wide collection of supported devices, ranging from weather stations to smoke detectors to remote controls, with a large number of additional 3rd party integrations documented on the project’s web site. It is designed with an HTML5 frontend, making it accessible from both desktop computer web browsers along with most recent smartphones, and is light in weight, running on a lot of low power products just like the Raspberry Pi.

Domoticz is written chiefly in C/C++ under the GPLv3, and its source code can certainly be browsed on GitHub. https://github.com/domoticz/domoticz

Home Assistant

Home Assistant is an open source home automation platform, and is designed to be effortlessly deployed on virtually any machine that could run Python 3, from a Raspberry Pi to a NAS device, and in addition ships with a Docker container to make deploying on other systems a piece of cake. It combines with various open source and commercial solutions, which helps you to link, to illustrate, IFTTT, weather information, or your Amazon Echo device, to controls from locks to lights to even a command line notifier.

Home Assistant is released under an MIT license, and its source is available from GitHub. https://github.com/balloob/home-assistant

OpenHAB

OpenHAB (short for Open Home Automation Bus) is one of the most common home automation tools among open source lovers, with a considerable user community and a great number of supported devices and integrations. Written in Java, openHAB is easily transportable across many major platforms and in addition runs very well on the Raspberry Pi. Supporting many devices, openHAB is designed to be device-agnostic while making it easier for developers to add in their own devices or plugins to the system. OpenHAB also ships iOS and Android apps for device control, and a design tools allowing you to produce your own User interface for your home system.

You can locate openHAB’s source on GitHub licensed under the Eclipse Public License. https://github.com/openhab/openhab

OpenMotics

OpenMotics is a home automation system with both software and hardware under open source licenses, designed at providing an intensive system for handling devices rather than stitching together a great many devices from various providers. In contrast to several of the other systems designed chiefly for simple retrofitting, OpenMotics focuses primarily on a hardwired solution. For extra, see our full article from OpenMotics backend developer Frederick Ryckbosch.

The source for OpenMotics is licensed under the GPLv2 and is for download on GitHub. https://github.com/openmotics

These are not the only available choices, certainly. Many home automation fans choose a diverse solution, or possibly commit to roll their own personal. A few other potential choices to want to consider incorporate LinuxMCE, PiDome, MisterHouse or smarthomatic. Other people go for individual smart home devices without integrating them into a single all-encompassing system.

Crysis Warhead – MAXED OUT AVALANCHE (German/Gameplay)



Crysis Warhead maxed, 4xx AA 1280×720
FPS With Fraps: 23-30
FPS without Fraps: 35-43

System:
AMD X2 240 @ 3,87Ghz [CM Hyper TX2]
Nvidia GTX 460 SSC+
Corsair 4GB DDR2 PC 800

Gespielt/Aufgenommen/Bearbeitet von: Jérémie

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NVIDIA launches Jetson TX2 platform for drones and robots

specs-of-jetson-tx2

Jetson TX2 Specs

NVIDIA has introduced Jetson TX1’s successor at an event today, and it was meant to run twice as fast while drawing no more than 7.5 watts of power. The item aptly known as Jetson TX2 is an Artificial intelligence platform for drones, robots, intelligent camcorders and other embedded systems. It can be used for navigation, image and speech recognition, among other purposes. Since it’s more efficient than its precursor and was created specifically for “edge computing” — data processing at or close to the source instead of in the cloud or a data center — it could be innovator to speedier, smarter plus more accurate devices.

Deepu Talla, vice president and gm of the Tegra business at NVIDIA, said:

“Jetson TX2 brings highly effective Artificial intelligence capacities at the edge, making possible a whole new class of smart machines. These technology will motivate smart video analytics that keep our cities smarter and safer, brand new sorts of robots that improve production, and new cooperation that makes long distance career more efficient.”

The chip maker has also said that around twelve partner enterprises are already applying the TX2 in a different way. Cisco is employing the platform for an all-in-one collaboration device that allows screen sharing, interactive whiteboarding and interactive video. An enterprise labeled as Fellow Robots uses TX2 to record on-shelf inventory and to locate items and availability in store. The platform in addition makes a way for Live Planet to sew 4K 360-degree videos for realtime streaming. It energizes the vision-based algorithms in a portable-yet-powerful MIT drone, as well.

NVIDIA is already accepting pre-orders for the TX2 Developer Kit in the America and The European Union, with other areas to follow. It’ll cost you $599 to have the carrier-board-and-module combo, but you’ll at least get the package when it gets started shipping on March 14. The module-only TX2 will set you back $399, however it won’t begin shipping until sometime in the second quarter. NVIDIA will likewise continue on offering the TX1 Developer Kit for $499.

Derived from:
https://www.engadget.com/2017/03/07/nvidia-launches-jetson-tx2-platform-for-drones-and-robots/

Installing OpenHab Home Automation On Raspberry Pi



This is a basic introduction on how to setup openhab on raspberry pi, i will be doing a quick blinky tutorial and getting everything setup for rpi. thanks for the view!

○○○ Quick Instructions ○○○

wget -qO – ‘https://bintray.com/user/downloadSubjectPublicKey?username=openhab’ | sudo apt-key add –

echo “deb http://dl.bintray.com/openhab/apt-repo stable main” | sudo tee /etc/apt/sources.list.d/openhab.list

sudo apt-get update

sudo apt-get install openhab-runtime

sudo systemctl enable openhab

sudo apt-get install openhab-addon-io-gpio

sudo apt-get install openhab-binding-addon-gpio

sudo nano /etc/default/openhab
change openhab:openhab to pi:pi

sudo nano /usr/lib/systemd/system/openhab.service
change user to pi and change group to pi

sudo systemctl daemon-reload

sudo service openhab restart

// folder locations locations

service configuration /etc/default/openhab
site configuration /etc/openhab
log files /var/log/openhab
userdata like rrd4j databases /var/lib/openhab
openHAB engine, addons and /webapps folder /usr/share/openhab

// end of folder locations

** /etc/openhab/configuration/items/home.items

Switch RaspiLED gpio=”pin:4″

** /etc/openhab/configuration/sitemap/home.sitemap

sitemap home label=”Home”

Frame label=”Rasperry Pi GPIO”

Switch item=RaspiLED

○○○ LINKS ○○○
Raspberry Pi 2:
http://goo.gl/nWboZ3

○○○ Other Videos ○○○
raspberry pi 2 osmc htpc kodi ► https://goo.gl/liO5e8

Customizing Windows 10 ► https://goo.gl/JVk21f

Raspberry Pi Amazon Echo ► https://goo.gl/Gzx4rBv

Windows 10 Privacy ► https://goo.gl/YmV8WT

Dual Monitor with Raspberry Pi ► https://goo.gl/NmSxRf

Adding Second Hard Drive to Laptop ► https://goo.gl/Mzqxeh

Raspberry Pi 2 Plex Media Server Install ► https://goo.gl/rpKDdx

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DISCLAIMER: This video and description contains affiliate links, which means that if you click on one of the product links, I’ll receive a small commission. This help support the channel and allows us to continue to make videos like this. Thank you for the support!

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5 Open Source Home Automation Tools

The Internet of Things isn’t only a buzzword, it’s a swiftly growing fact.

With an ever-expanding variety of devices available to help you automate, protect, and monitor your own home, it has no time before been easier nor more tempting to try your hand at home automation. Whether you’re trying to control your HVAC(Heating Ventilating Air Conditioning) system from another location, add in a home theater, safeguard your home from thievery, fire, or other dangers, reduce your energy usage, or just control several lights, there are loads of devices available at your grasp.

While connected devices usually contain private components, a good first step in bringing open source into your home automation system is to assure the device which ties your devices together-and presents you with an user interface to them (the “hub”)-is open source. The good thing is, there are numerous choices around, with choices to run on everything from your always-on PC to a Raspberry Pi.

The following are several of our favs.

Calaos

Calaos is designed as a full-stack home automation platform, together with a server application, touchscreen display screen interface, web application, native mobile apps for android and ios, and a preconfigured Linux operating system to run underneath. English speaking readers should be advised that, while some English documentation is accessible, part of the instructional material together with support online forums are generally in French.

Calaos is licensed under version 3 of the GPL and you can view its source code on GitHub. https://github.com/calaos

Domoticz

Domoticz is a home automation system with a quite wide collection of supported devices, such as weather stations to smoke detectors to remote controls, with a great number of added 3rd party integrations documented on the project’s web page. It is designed with an HTML5 frontend, which makes it available from both desktop computer browsers in addition to most up-to-date mobile phones, and is lightweight, running on many low power items just like the Raspberry Pi.

Domoticz is written chiefly in C/C++ under the GPLv3, and its source code can easily be found on GitHub. https://github.com/domoticz/domoticz

Home Assistant

Home Assistant is an open source home automation platform, and is designed to be comfortably deployed on just about any machine that could run Python 3, from a Raspberry Pi to a NAS device, and also arrives with a Docker container to make implementing on other systems a piece of cake. It combines with a variety of open source as well as business oriented solutions, allowing you to link, as an example, IFTTT, weather information, or your Amazon Echo device, to controls from locks to lights to even a command line notifier.

Home Assistant is released under an MIT license, and its source code readily available for download from GitHub. https://github.com/balloob/home-assistant

OpenHAB

OpenHAB (short for Open Home Automation Bus) is among the many most recognized home automation tools among open source buffs, with a significant user community and numerous supported devices and integrations. Written in Java, openHAB is easily portable across the majority of major platforms and in addition runs nicely on the Raspberry Pi. Supporting 100s of devices, openHAB is designed to be device-agnostic while making it easier for developers to add their own devices or plugins to the system. OpenHAB also ships android and ios apps for device control, plus a design tools so its possible to design your own UI for your home system.

One can find openHAB’s source code on GitHub licensed under the Eclipse Public License. https://github.com/openhab/openhab

OpenMotics

OpenMotics is a home automation system with both software and hardware under open source licenses, designed at providing an in depth system for controlling devices rather than sewing together a wide range of devices from diverse providers. In contrast to a lot of the other systems designed chiefly for effortless retrofitting, OpenMotics focuses on a hardwired solution. For more, see our full article from OpenMotics backend developer Frederick Ryckbosch.

The source code for OpenMotics is licensed under the GPLv2 and is available for download on GitHub. https://github.com/openmotics

These are not the only solutions, in fact. Scores of home automation fans decide on a various solution, or maybe make the decision to roll their particular. Several other potential options to think about incorporate LinuxMCE, PiDome, MisterHouse or smarthomatic. Other users go for personal smart home devices without adding them into a single complete system.