How to use Remote Desktop Connection

http://jakewright.net – Remote Desktop Connection lets you remotely control a Windows machine from a PC or Mac from anywhere in the world, for free. In this tutorial, I will show you how to set it up and get it working.

source

Windows 10 desktop computer on the Raspberry Pi: NComputing unveils $99 RX300 Computer

Official intro: https://www.ncomputing.com/en/products/rxseries

The RX300 thin client will be available to firms from the end of this month.

A thin client is a lightweight computer that is purpose-built for remoting into a server (in most cases cloud or desktop virtualization environments). It is dependent seriously upon a second computer (its server) to satisfy its computational roles. This is not the same as a regular desktop PC (fat client), which is a PC built to take on these tasks independently. The specific roles assumed by the server could vary, from hosting a shared set of virtualized applications, a shared desktop stack or virtual desktop, to data processing and file storage on the client’s or user’s behalf.

NComputing has announced a Windows thin client built around the $35, mastercard-sized Raspberry Pi 3 Model B.

The RX300 thin client provides entry to an assortment of Windows desktops, which include Windows 10, which are streamed from a central machine by NComputing’s vSpace Pro 10 desktop virtualization software program.

The software allows firms to provision a centrally managed Windows desktop to 100s of RX300 clients.

NComputing says its vCAST streaming technology enables full-screen video playback of full HD local or web-based video on the clients, without the necessity for the central servers to possess a top notch GPU. Nevertheless, registration to this vCast technology is only provided for six months time after purchasing the RX300.

Every single thin client has 4 USB v 2.0 ports, with full USB redirection and server-side device drivers for the provision of support for a collection of peripherals.

The $99 RX300, which is geared towards schools and small middle enterprises, can be run as a thin client to access a virtual Windows computer or as a local Raspberry Pi Computer, running the Pi’s official Linux-based Raspbian OS.

NComputing declares the thin clients are designed to be easy to configure and receive updates from vSpace Pro 10 servers routinely.

Young Song, NComputing CEO, stated he decided to base the client around the Raspberry Pi 3 as a consequence of board’s value for money and transportability.

Each and every RX300 arrives along with a free one year connection license to vSpace Pro 10, with each subsequent year priced at $49 for every consumer.

NComputing’s vSpace Pro 10 can easily stream a Windows desktop to one single client from Windows 7, 8.1 or 10 or possibly Windows Server. To stream a desktop to several clients, vSpace Pro 10 ought to be running on Windows Server 2016, Windows Server 2012 R2 U1, Windows Server 2012, Windows Server 2008 R2 SP1, Windows Multipoint Server 2011 or Windows Multipoint Server 2012-the corporation will also need to pay for the appropriate Microsoft client access licenses.

The NComputing RX300 series will be on the market all around the world in late February thru merchants.

The RX300 is not the 1st thin client to be released founded on the best-selling Raspberry Pi. In 2016 Citrix and ViewSonic presented the $119.99 SC-T25 Raspberry Pi 3 Thin Client.

RX300 Functions Datasheet

ncomputing-rx300-features-hardware-components-datasheet

source: https://ncomputing.box.com/shared/static/rj90aks7gk03nobowns86skj5o8omtig.pdf

7 Gamers 1 CPU is back! But does it ACTUALLY work!?

A few weeks ago we unveiled the “7 gamers 1 CPU” computer, and while we ran some benchmarks, many viewers weren’t satisfied. Today, we fix that.

TunnelBear message: TunnelBear is the easy-to-use VPN app for mobile and desktop. Visit http://tunnelbear.com/LTT to try it free and save 10% when you sign up for unlimited TunnelBear data.

Rackspace message: Check them out and take part in their Deep Dive sessions talking about dedicated infrastructure! http://bit.ly/1SHlbDO

Pricing & discussion: https://linustechtips.com/main/topic/538681-7-gamers-1-cpu-part-2/

Support us: http://linustechtips.com/main/topic/75969-support-linus-tech-tips-our-affiliates-and-sponsors/

Join our community forum: http://bit.ly/ZkLvE7

http://www.facebook.com/LinusTech

Intro Screen Music Credit:
Title: Laszlo – Supernova
Video Link: https://www.youtube.com/watch?v=PKfxmFU3lWY
iTunes Download Link: https://itunes.apple.com/us/album/supernova/id936805712
Artist Link: https://soundcloud.com/laszlomusic

Outro Screen Music Credit: Approaching Nirvana – Sugar High http://www.youtube.com/approachingnirvana

Sound effects provided by http://www.freesfx.co.uk/sfx/

source

Windows 10 personal computer on the Raspberry Pi: NComputing comes out $99 RX300 Computer

Official introduction: https://www.ncomputing.com/en/products/rxseries

The RX300 thin client will be available to firms from the end of this month.

A thin client is a light-weight computer that is purpose-built for remoting into a server (normally cloud or desktop virtualization environments). It relies significantly on another computer (its server) in order to meet its computational roles. This is not the same as a typical desktop PC (fat client), which is a PC which is designed to complete these jobs without help. The specific roles assumed by the server can vary greatly, from hosting a shared group of virtualized applications, a shared desktop stack or virtual desktop, to data processing and file storage on the client’s or user’s behalf.

NComputing has introduced a Windows thin client built on the $35, credit card-sized Raspberry Pi 3 Model B.

The RX300 thin client provides you with use of several different Windows desktops, for instance, Windows 10, which can be streamed from a central machine by NComputing’s vSpace Pro 10 desktop virtualization program.

The software allows firms to provision a centrally managed Windows desktop to hundreds of RX300 clients.

NComputing expresses its vCAST streaming technology makes it possible for full-screen playback of 1080p FHD local or online video on the clients, without the demand for the central servers to have a first-rate graphics processing unit. But, subscription to this vCast technology is only provided for 6 months after purchasing the RX300.

Each thin client has four USB v 2.0 ports, with full USB redirection and server-side device drivers to render support for a huge selection of peripherals.

The $99 RX300, which is directed at schools and small middle enterprises, can be run as a thin client to access a virtual Windows desktop computer or as a local Raspberry Pi Computer, running the Pi’s official Linux-based Raspbian Operating system.

NComputing states that the thin clients are designed to be very simple to set up and receive updates from vSpace Pro 10 servers robotically.

Young Song, NComputing chief executive officer, explained he opted to base the client upon the Raspberry Pi 3 as a result of board’s cost-effectiveness and flexibility.

Every single RX300 arrives along with a free 1 year connection license to vSpace Pro 10, with each subsequent year priced at $49 for each user.

NComputing’s vSpace Pro 10 has the ability to stream a Windows desktop to a single client from Windows 7, 8.1 or 10 or even Windows Server. To stream a desktop to multiple clients, vSpace Pro 10 is required to be running on Windows Server 2016, Windows Server 2012 R2 U1, Windows Server 2012, Windows Server 2008 R2 SP1, Windows Multipoint Server 2011 or Windows Multipoint Server 2012-the corporation will also need to pay money for the correct Microsoft client access licenses.

The NComputing RX300 series will be obtainable around the world in late February through merchants.

The RX300 is not the very first thin client to be released on top of the best-selling Raspberry Pi. Not too long ago Citrix and ViewSonic introduced the $119.99 SC-T25 Raspberry Pi 3 Thin Client.

RX300 Capabilities Datasheet

ncomputing-rx300-features-hardware-components-datasheet

source: https://ncomputing.box.com/shared/static/rj90aks7gk03nobowns86skj5o8omtig.pdf

Question:How Do I Transition Desktop PC to Virtual Machines in a Small Enviornment?

I am an IT Network Tech at a small Electrical company(~100 end users). Me and My Boss are the only IT employees here. This is my first IT Job(just graduated with a Bachelor Degree in Computer Info Systems). Every user has a dell desktop PC at their desk, and hardware seems to fail every day. I have suggested switching to virtual machines instead of physical machines to cut down on hardware costs. My question is, how would I implement this plan into the workplace? I have a few virtual PC’s already configured that we use for testing so I am somewhat familiar with Hyper V. I know we would need a new virtual host server(preferably dell), but what would you suggest for about 50 virtual machines? Also what would we need for our users to connect to their virtual machines(thin clients?)? Is going virtual even good idea for this small environment? Thanks for your help!

-Dustin S.

**********

To Ask Questions Email: Question@EliTheComputerGuy.com

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source

Windows 10 personal computer on the Raspberry Pi: NComputing rolls out $99 RX300 Computer

Official introduction: https://www.ncomputing.com/en/products/rxseries

The RX300 thin client will be for sale to firms from the end of this month.

A thin client is a lightweight personal computer that is purpose-built for remoting into a server (typically cloud or desktop virtualization environments). It is dependent seriously upon one more computer (its server) to meet up with its computational roles. This is distinct from a regular desktop computer (fat client), which is a PC built to undertake these functions without help. The specific roles assumed by the server may vary, from hosting a shared group of virtualized applications, a shared desktop stack or virtual desktop, to data processing and file storage on the client’s or user’s behalf.

NComputing has unveiled a Windows OS thin client built around the $35, debit card-sized Raspberry Pi 3 Model B.

The RX300 thin client offers entry to a range of Windows desktops, which include Windows 10, which can be streamed from a central machine by NComputing’s vSpace Pro 10 desktop virtualization software program.

The software allows firms to supply a centrally operated Windows desktop to many hundreds of RX300 clients.

NComputing suggests its vCAST streaming technology allows for full-screen playback of 1080p FHD local or on-line video on the clients, without the demand for the central servers to get a dedicated GPU. Having said that, registration to this vCast technology is just included for six months time after buying the RX300.

Each individual thin client has 4 USB v 2.0 ports, with full USB redirection and server-end device drivers to present support for a spread of peripherals.

The $99 RX300, which is made for schools and SMEs, can be run as a thin client to gain access to a virtual Windows desktop computer or as a local Raspberry Pi Computer, running the Pi’s official Linux-based Raspbian Operating system.

NComputing declares the thin clients are created to be very simple to manage and receive updates from vSpace Pro 10 servers on auto-pilot.

Young Song, NComputing CEO, claimed he opted to base the client around the Raspberry Pi 3 due to board’s value for money and portability.

Every single RX300 unfolds along with a cost-free twelve months connection license to vSpace Pro 10, with each subsequent year priced at $49 for each customer.

NComputing’s vSpace Pro 10 can easily stream a Windows desktop to one single client from Windows 7, 8.1 or 10 or Windows Server. To stream a desktop to various clients, vSpace Pro 10 ought to be running on Windows Server 2016, Windows Server 2012 R2 U1, Windows Server 2012, Windows Server 2008 R2 SP1, Windows Multipoint Server 2011 or Windows Multipoint Server 2012-the corporation also has to spend on the correct Microsoft client access licenses.

The NComputing RX300 series will be on the market all over the globe in late February through shops.

The RX300 is not the first thin client to be introduced based upon the best-selling Raspberry Pi. Not too long ago Citrix and ViewSonic unveiled the $119.99 SC-T25 Raspberry Pi 3 Thin Client.

RX300 Functions Datasheet

ncomputing-rx300-features-hardware-components-datasheet

source: https://ncomputing.box.com/shared/static/rj90aks7gk03nobowns86skj5o8omtig.pdf

NComputing Lab Setup

Best N Computing Lab Setup that’s reduce wires net.

source

Windows 10 desktop computer on the Raspberry Pi: NComputing comes out $99 RX300 Computer

Official introduction: https://www.ncomputing.com/en/products/rxseries

The RX300 thin client is going to be for sale to firms from the end of this month.

A thin client is a handy personal computer that is purpose-built for remoting into a server (generally cloud or desktop virtualization environments). It is dependent intensely upon an additional computer (its server) in order to reach its computational roles. This is distinct from a typical desktop PC (fat client), which is a PC meant to carry out these jobs alone. The specific roles assumed by the server could differ, from hosting a shared group of virtualized applications, a shared desktop stack or virtual desktop, to data processing and file storage on the client’s or user’s behalf.

NComputing has presented a Windows OS thin client built around the $35, credit card-sized Raspberry Pi 3 Model B.

The RX300 mini computer delivers use of quite a few Windows desktops, including Windows 10, which are streamed from a central machine by NComputing’s vSpace Pro 10 desktop virtualization program.

The software allows firms to provide a centrally controlled Windows desktop to many hundreds of RX300 clients.

NComputing says its vCAST streaming technology makes it possible for full-screen playback of full HD local or web-based video on the clients, without the need for the central servers to own a prime GPU. Then again, membership to this vCast technology is just provided for six months after paying for the RX300.

Every single thin client has four USB version 2.0 ports, with full USB re-direction and server-end device drivers to deliver support for a array of peripherals.

The $99 RX300, which is targeted at educational facilities and small middle enterprises, can be run as a thin client to reach a virtual Windows desktop computer or as a local Raspberry Pi PC, running the Pi’s official Linux-based Raspbian Operating-system.

NComputing states that the thin clients are meant to be simple to configure and receive updates from vSpace Pro 10 servers completely by itself.

Young Song, NComputing chief executive officer, stated he decided to base the client around the Raspberry Pi 3 because of the board’s cost-effectiveness and mobility.

Each RX300 is offered bundled with a cost-free 12 months connection license to vSpace Pro 10, with each subsequent year costing $49 every consumer.

NComputing’s vSpace Pro 10 has the capability to stream a Windows desktop to one single client from Windows 7, 8.1 or 10 or perhaps Windows Server. To stream a desktop to several clients, vSpace Pro 10 must be running on Windows Server 2016, Windows Server 2012 R2 U1, Windows Server 2012, Windows Server 2008 R2 SP1, Windows Multipoint Server 2011 or Windows Multipoint Server 2012-the corporation must also buy the correct Microsoft client access licenses.

The NComputing RX300 series is going to be available for purchase around the world in late February via shops.

The RX300 isn’t the very first thin client to be introduced based on the best-selling Raspberry Pi. A year ago Citrix and ViewSonic released the $119.99 SC-T25 Raspberry Pi 3 Thin Client.

RX300 Features Datasheet

ncomputing-rx300-features-hardware-components-datasheet

source: https://ncomputing.box.com/shared/static/rj90aks7gk03nobowns86skj5o8omtig.pdf

Eagle CAD PCB routing Timelapse

This is an electronic board designed for the purpose of controlling the driver display system and the lights of the McMaster Solar Car. This video was recorded from 12:20 till 3:23 pm if you look closely at the bottom right of the screen, approximately 3 hours compressed into 5 minutes!

More about the project:
http://www.behance.net/gallery/Solar-Car-dimmer-design/9906855

Source

Eagle PCB Design With Matt Berggren

pcb-design

Eagle is a house-hold term for pretty much all Hackaday regulars. Here is your chance to research approaching features, get your ‘how do I do this in Eagle?’ questions clarified, and get your wishlist items heard. Come along on Friday at 12:00 PST for a live Hack Chat concerning the Eagle PCB Design application.

Hosting this week’s discourse is Matt Berggren, also known on Hackaday.io as technolomaniac. Matt is the Director of Autodesk Circuits and with Autodesk’s buying of Eagle last summer, the well-known schematic design and PCB layout software falls under his grasp. He has a substantial history in designing printed circuit boards -if you could do it in EDA software program he knows how -this is an awesome chance to get clarified the important questions that have been stumping you.

Don’t skip out this Hack Chat! The following is a useful on-line tool to help you convert 1/13/17 at 12:00 PST to your localized time.

And here is The best way to Take Part:

Hack Chat are live community activities that happen in the Hackaday.io Hacker Channel. Browse that website page (you should always be signed in) and try to look for the “Join this Project Button” in the top right. Once you are a member of the Hacker Channel, the button will change to “Team Messaging” which takes you to the Hack Chat.

You don not need to look ahead to Friday, join Hack Chat at any time when you wish and take a look at what the community is right now sharing.

Come Along Next Week Way too for KiCad!
Are you a greater portion of a KiCad person than an Eagle person? You should still visit this week to find out if Matt changes your mind. But filter your schedule next week when Wayne Stambaugh, one of the lead developers of KiCad will show up for a Hack Chat on Friday, 1/20/17.

EAGLE PCB CLASS definition for Multiple Wire Width

In this video Tutorial we are trying to demonstrate how take advantage of the NET CLASS feature EAGLE has. It is possible to use the EAGLE Autorouter to route a board using Multiple Wire Width, Via Diameter and Clearance values.
Comments are greatly appreciated.

Source

Eagle PCB Design With Matt Berggren

pcb-design

Eagle is a house-hold reputation for practically all Hackaday regulars. And here is your chance to find out more about approaching features, get your ‘how do I do this in Eagle?’ questions answered, and get your wishlist items heard. Come along on Friday at 12:00 PST for a actual time Hack Chat in relation to the Eagle PCB Design software package.

Hosting this week’s appointment is Matt Berggren, commonly known on Hackaday.io as technolomaniac. Matt is the Director of Autodesk Circuits and with Autodesk’s buying of Eagle last summer, the well-known schematic design and PCB layout software falls under his grasp. He has an all-inclusive qualifications in designing printed circuit boards -if you possible could do it in EDA software program he knows about how -this is certainly an incredible chance to get solved the questions that have been stumping you.

Please do not forget this Hack Chat! This is a nifty on-line gadget to assist switch 1/13/17 at 12:00 PST to your native time.

Here is How you can Take Part:

Hack Chat are live community activities that occur in the Hackaday.io Hacker Channel. Visit that page (verify that you are signed in) and seek for the “Join this Project Button” in the upper right. When you are part of the Hacker Channel, that button will plunge to “Team Messaging” that brings you to the Hack Chat.

You don not ought to expect Friday, join Hack Chat at any time when you love and watch what the community is presently dealing with.

Join Us Next Week Way too for KiCad!
Are you more of a KiCad man than an Eagle man? It is best to still check out this week to see if Matt changes your mind. But keep away your calendar next week when Wayne Stambaugh, among the list of lead developers of KiCad will arise for a Hack Chat on Friday, 1/20/17.

6oz PWB Manufacturing And PCBA Suppliers 2016

Did you know that arduino PCBs are made start to finish in a single factory in the tiny town of strambino, italy? this video shuttles you through all the stages of their creation: from punching the foundation holes to etching to screen-printing to rinsing to milling and finally testing.

Etching : one of the most fascinating steps of PCB production is etching, and the locally produced machines at arduino’s production plant system elettronica are mesmerizing to watch at work. in etching, man works deftly alongside machine to drive sheets of arduinos through a series of acid washes across six holding tanks.

Pick and Place : sheets of arduinos get outfitted with their electronic infrastructure by a pick-and-place machine that automatically and precisely places SMD components like resistors and capacitors.

Ready to ship : man and machine work together at breakneck speed to get microcontrollers ready to ship out to the world. filmed on the packaging floor at smartprojects in the arduino factory complex.

see more details at designboom.com/technology/arduino-factory-tour/

Video by designboom at https://vimeo.com/designboom

Source

6oz PWB Manufacturing And PCBA Suppliers 2016

contract-pcb-china-01

YingStar Technology

From http://www.yingstar-pcba.com/choose.asp

YingStar Outline

To comprehensively offer our customers professional services with shortest time and bottom charge, YingStar Electronics does have its PCB manufacturing area (started in 2002, located in MeiZhou City, GuangDong province), PCB assembly factory (started in 2006, centered at Bao’ An district, Shenzhen City) and PCB design teams. YingStar provides turn-key services covering everything from PCB design, prototyping to batch PCB assembly production. Of course , if you have placed volume order to YingStar and your design is fresh and must be evolved or changed in the real application, our professional technicians can offer you the great support without billing any other dollars.

Reasonable Price

YingStar consistently hold over 5000 common elements from high quality makers and work with the internationally famous electronic components suppliers for example DigiKey, Mouser, Element14, Arrow, Avnet, Maxim as well as Future Electronics to make sure our supply chain system is smooth and support both the emergency requirements and common demands with fastest lead-time and cut-throat cost.

Timely Delivery

We can do the prompt delivery and lower consumers’ wait time, mainly because:
1, We regularly store close to 5000 well-liked elements;
2, Now we have quite possibly the most professional procurement team and cooperate with justly famed electronic components distributors;
3, We possess our own PCB and PCB assembly manufacturing area;
4, We possess our own design department who is going to aid consumers to take care of the sophisticated technical problems.

Quality Promise

We make certain that all the products we produced are 100% certified and have at the least 1 year warranty time period, but the requirement is that all the elements of the products are provided by us (including PCB, electronic components and assembly work). And for those boards only partially services supplied by us, we’re only responsible for the liability of the services offered by us.

Confidentiality

We manage all of your info as very confidential and do our best to look after your intellectual property (IP) rights.

The confidentiality of your info is covered with the below means and processes.

Approved access only: To outer users, only authenticated users can access info that he/she is permitted to see. To inner users, access of info is on a need-to-know foundation. Your info are compartmentalized and linked to number IDs. To illustrate, our production specialists who are able to observe design files can only see project and customer IDs; our delivery will not show billing details; and our accounting can’t check design files.

Security audit: We do frequent security review to maintain our security requirements.

Deletion of info: We will eliminate any specific info when asked for.

Connect with Us

Shenzhen YingStar Electronics Co., Ltd
Phone: 0086-755-27808878
Facsimile: 0086-755-27316461
Office Address: 302, Jin Li Hua Mansion, Gong Yuan Road, Bao’An 31 District, Shenzhen City, China Post Code:518101
Manufacturing unit Address:
6F, 2nd Building, Zhuguang East Road, Chuangxin Technology Park, Xinli Town, Nanshan District, Shenzhen, China

contract-pcb-china-01

China MOKO Technology Ltd

We Provide a Wide Variety of Electronic Board Options to Match All of Your PCB Requirements.

Moko Technology Ltd established in the year 2001, headquartered in Shenzhen, China. has specialized in circuit board fabrication plus circuit board assy, based in Shenzhen, Guangdong, China. We’re specializing in manufacturing single-sided , double-sided and multi-layer PCB boards, to a maximum of 18 layers. Also, we can make available components sourcing and entire circuit board assy service.

With beyond a decade in the industry of circuit board prototype and fabricating, we’re devoted to suiting the requirements of our customers from many industries in terms of level of quality, shipping, cost and every other request(s). Being on the list of most seasoned circuit board manufacturers in China, we are confident to become your most advantageous partners .

In Shenzhen, we’re honored as the top-notch provider for loads of companies all over the world. We deliver a variety of services including circuit board fabrication and circuit board assy for from sample orders to batch orders.

With regards to circuit board assy, utilizing 8 high-speed SMT assy lines brought in from Japan Yamaha and Sony, we do our best to meet our consumers’ requires.

One-stop Service: Above Electronic Board Fab

Our enhanced expertise in electronic boards is not only restricted to circuit board fabrication but also includes all associated services such as circuit board design / layout and circuit board assy. Our highly skilled design pros can help you to accomplish economical perfection in your multi-layer design or we can easily design your circuit from scratch: from a simple double-sided board to complicated rigid-flex PCB applications. In the year 2012, our subcompany – Shenzhen Eastwin Trading Ltd founded with a purpose to stretch offshore Market.

We have our 25,000 square ft. state-of-the-art production line to supply the quality superiority you want…

We now have received the ISO9001:2000, ISO14001, UL and also ROHS certificates. So now our circuit board ability reaches to A thousand sqm. each day, and for circuit board assy can come to 100 million pieces per month.

We greatly reckon that our good quality service and experience will fully deal with your expectations. Trustworthiness and innovation are the drives that bring about our triumph. We’re the most effective option for your business.

For extra products and services, more credits, or free of charge trials you ought to

Contact with Us

China MOKO Technology Limited
Telphone: 86-75523573370
Facsimile: 86-75523573370-808
Mailbox: jenny@mokotechnology.com.cn
Address : 4F,Buidling #2,Guanghui Technology Park,Minqing Road, Longhua Town, Shenzhen City, China
Zipcode: 518109

Depending on http://www.mokotechnology.com/about/

contract-pcb-china-01

Topscom Technology Co.,Limited

Based upon : http://www.topscom.com.cn/info-132-en.html

Business Summary

Twenty Years Of Electronic devices Entire OEM / ODM, Electronic Contract Manufacturing(referred to as ECM) and PCB Board Assy Services — Shenzhen Topscom

Topscom is a major Electronics Manufacturing Services (often known as EMS) provider committed to providing cutting edge design and production services to auto, industrial, healthcare, prospects, phone system, and modern technology businesses. With monetary year 2013 revenues of 360 Mil $, Topscom assists buyers design, build, delivery, and electronic devices that presents consumers with overall design, engineering, and fab resources which are vertically integrated with components to strengthen their operations by reducing their charges and minimizing the time to markets.

Topscom gives you an huge array of manufacturing, engineering and machining services, such as in-house highly precise SMT mount, plastic material injection casting, high volume metal stamping, die-casting and customizable manufacturing.

Full-furnished Divisions

Our different sections are aligned to deliver an vast range of manufacturing, engineering and machining services:
Our SMT functions cover 0201, zero-Lead and flip-chip processes.
Our plastic injection molding division is aligned with cutting-edge devices in white room and cold water cooling system. A specialized production line is as well built to take away and slice the material grain.
Our metal stamping division comes with CNC process center, silk equipment as well as drilling equipment received from Japan and Taiwan.
In our mold tooling dept, we utilize Pro-Engineer pro program for useful design assistance. Working with EROWA grips, we are able to maintain the accuracy under 3 ums.
To keep qc strategy efficacious, we frequently check our test flow tables. We also hold purchasing office in Tokyo, Singapore and Hong Kong managed by our centralized supplies stockroom in Shenzhen.

Our facility is in Shenzhen, China with a sum place of 200,Thousand square meters and about 4,000 workers. We definitely have confidence on the importance of our workers and desire to retain a skilled mind-set and corporation tradition that helps bring about creativeness and provides job fulfillment.

The supervision stresses continuing training, open interaction, group interaction and contribution in decision-making process.

With vast expertise in participating with high-tech corporations and diversified customer base in wide product selection, we’re quite sure to provide remarkable services, high flexibility, cost effective fab solutions and on time delivery for our purchasers.

Our biggest clients list in the world: Rda (Australia) , Bestdl (Belgium), Sqp (France), Destst, Metro (Israel), Aji, Fujitsu, Sony (Japan), Dgsb (Malaysia), Rdi (Netherlands), Mlcroalp(Singapore), Inventron, Tempel (Spain), Imc (England), Cisco (America).

Reach US

Tel: +86-755-22211988
Facsimile:+86-755-83768890
Electronic mail: frankwu@topscom.com.cn
Mobile phone :+86 13502814037
Address: #18, Tannan Road,Tanjia Industrial Area,Gongming Street,Guangming New District,Shenzhen City, China.

HK Office:

Address : 1st Building Weigan Center JiuLong HK
Electronic mail: ivy.ko@topscom.com.cn( Ms.Ivy Ko)

contract-pcb-china-01

ALLPCB Network

ALLPCB is the 1st overseas web based platform with PCB prototyping and small-volume PCB fabricating services.
From 2013, ALLPCB has been aiming to provide the most cost-effective PCB fabricating service and present multinational SMEs with complete PCB design process and technical support from “Prototype to Production”. To be able to realize a quick answer to customers’ needs, we now have launched a highly potent service and support system. Our delivery performance, quality control, client service and speedy reply to problems give rise to our top notch position in PCB world.

ALLPCB has unique assets in some factors:

1. PCB Producers

In excess of 100 Chinese PCB makers have registered with ALLPCB producer network, allowing 1 To 30 layers boards for PCB prototyping and small-volume PCB fabricating. They feature multilayer board, high frequency board, metal core board, HDI board and rigid-flex board. The speediest leading time might be within A day. All the PCB manufacturer members have passed on our stringent on-spot review by professional auditors about the environment, devices, materials, certificates and management. All of the evaluation documents are wide open and transparent online, making sure that the manufacture capability validity of every single PCB producer.

2. Parts

ALLPCB partners with more than 30 recognized components suppliers, offering about 5 million electronic components available. At the least 95% orders placed can be certain to be shipped on the same day.

3. PCB Assembly

ALLPCB works in concert with about 10 PCBA makers with the ability of prototype and small-volume manufacture in 2 To 3 days. Plus the pass rate of finished products achieves 99.9%.
ALLPCB features a highly-effective team with 100+ consumer support staff and technicians . We feature 24/7 service for overseas consumers using e-mail message, phone and actual time chat.
“Produced in China, Used by the globe” is the goal of ALLPCB currently. ALLPCB will definitely strive to achieve the improvement from”Manufactured in China” to”Manufactured in the globe”, making the innovation of global SMEs less difficult and delivering the persons better living through the help of technological innovations!

Contact with Us

Address: 12th Floor,West #2 Building, XinTianDi Business Center, #71-8 ShiXiang Road,XiaCheng District, Hangzhou City, China
Mailbox : service@ALLPCB.com

Based upon : http://www.allpcb.com/about_us.html

Tutorial 2 for Eagle: Printed Circuit Board Layout

In this second tutorial on CadSoft Eagle, I’ll show you how to turn your schematic into a board design that you can get manufactured! Specifically, I’ll cover part layout, automatic and manual routing, layer and grid controls, ULPs, ground pours, net classes, and much more!

Watch the first episode if you haven’t already: http://www.youtube.com/watch?v=1AXwjZoyNno

Learn more and download the supporting materials for this design on my website: http://www.jeremyblum.com/2012/07/06/tutorial-2-for-cadsoft-eagle-printed-circuit-board-layout

All Eagle Tutorial example materials are available on my GitHub as well: https://github.com/sciguy14/Eagle-Tutorial-Series

This tutorial has been made possible with support from CadSoft and element14. Learn more about Cadsoft Eagle here: http://www.element14.com/cadsoft

You can download CadSoft Eagle here: http://www.cadsoftusa.com/

You can download the Adafruit Eagle Library that I used in this tutorial here: https://github.com/adafruit/Adafruit-Eagle-Library

If you can’t wait to learn more about using Eagle, Sparkfun has an excellent series of written tutorials that you can check out here: http://www.sparkfun.com/tutorials/108

Eagle PWB Design With Matt Berggren

pcb-design

Eagle is a household good name for more or less all Hackaday regulars. Here’s your chance to know about forthcoming features, have your ‘how do I do this in Eagle?’ questions answered, and have your wishlist items heard. Join us on Friday at 12:00 PST for a live Hack Chat about the Eagle PWB Design computer software.

Hosting this week’s discourse is Matt Berggren, commonly known on Hackaday.io as technolomaniac. Matt is the Director of Autodesk Circuits and with Autodesk’s acquisition of Eagle last summer, the well known schematic design and PWB layout software falls under his grasp. He’s got a diverse historical past in designing printed circuit boards -if you’re able to do it in EDA software program he knows how -it is an exceptional chance to get resolved the questions which have been stumping you.

Please do not overlook the Hack Chat! Here’s a easy web-based tool to help you alter 1/13/17 at 12:00 PST to your localized time.

And here is The way to Take Part In:

Hack Chat are live community activities that happen in the Hackaday.io Hacker Channel. Pay a visit to that page (verify that you are logged in) and seek out the “Join this Project Button” in the upper right. When you’re a member of the Hacker Channel, that button will plunge to “Team Messaging” which takes you to the Hack Chat.

You don not have to wait for Friday, join Hack Chat anytime you adore and view what the community is right now chatting about.

Come Along Next Week Too for KiCad!
Are you more of a KiCad guy than an Eagle guy? You might want to still visit this week to determine if Matt changes your mind. But block out your appointments next week when Wayne Stambaugh, among the list of famed developers of KiCad will join us for a Hack Chat on Friday, 1/20/17.

Tutorial 1 for Eagle: Schematic Design

In this first tutorial on CadSoft Eagle, I’ll show you how to get the program up and running, how to navigate the interface, how to design your first schematic, and how to use DesignConnect to build a Bill-of-Materials.

Learn more and download the supporting materials for this schematic on my website: http://www.jeremyblum.com/2012/06/09/tutorial-1-for-cadsoft-eagle-schematic-design

All Eagle Tutorial example materials will be available on my GitHub: https://github.com/sciguy14/Eagle-Tutorial-Series

This tutorial has been made possible with support from CadSoft and element14. Learn more about Cadsoft Eagle here: http://www.element14.com/cadsoft

You can download CadSoft Eagle here: http://www.cadsoftusa.com/

You can download the Adafruit Eagle Library that I used in this tutorial here: https://github.com/adafruit/Adafruit-Eagle-Library

If you can’t wait to learn more about using Eagle, Sparkfun has an excellent series of written tutorials that you can check out here: http://www.sparkfun.com/tutorials/108

Eagle PWB Design With Matt Berggren

pcb-design

Eagle is a household name for virtually all Hackaday regulars. Right here is your opportunity to learn about forthcoming features, get your ‘how do I do this in Eagle?’ questions clarified, and get your wishlist items heard. Join us on Friday at 12:00 PST for a live Hack Chat regarding the Eagle PWB Design computer software.

Hosting this week’s conversation is Matt Berggren, commonly known as on Hackaday.io as technolomaniac. Matt is the Director of Autodesk Circuits and with Autodesk’s buying of Eagle last summer, the favored schematic design and PWB layout software falls under his acumen. He has an in depth foundation in designing printed circuit boards -if you could do it in EDA software program he knows about how -this is definitely an exceptional chance to get responded the important questions which were stumping you.

Really don’t ignore this Hack Chat! Right here is a helpful online based gadget that can help turn 1/13/17 at 12:00 PST to your local time.

Here is How you can Engage:

Hack Chat are live community activities that happen in the Hackaday.io Hacker Channel. Take a look at that webpage (remember to be signed in) and check out the “Join this Project Button” in the top right. Once you’re part of the Hacker Channel, the button will switch to “Team Messaging” that takes you to the Hack Chat.

You don not need to watch for Friday, join Hack Chat any time you favor and set eyes on what the community is presently speaking of.

Join Us Next Week Too for KiCad!
Are you more of a KiCad man than an Eagle man? It is best to still visit this week to see if Matt changes your mind. But block out your calendar next week when Wayne Stambaugh, one of the lead developers of KiCad will show up for a Hack Chat on Friday, 1/20/17.