Networking Interview Questions
IMPORTANT NETWORKING INTERVIEW QUESTIONS AND ANSWERS
12 min read
Table of contents
- Basic Networking Interview Questions
- 1. What is the network?
- 2. Explain different types of networks.
- 3. Explain LAN (Local Area Network)
- 4. What is VPN (Virtual Private Network) and What are the advantages of using a VPN?
- 5. What is the network topology? Define different types of network topology
- 6. What is an IPv4 address? What are the different classes of IPv4?
- 7. What are Private and Special IP addresses?
- 8. What are the different types of VPNs?
- 9. What are nodes and links?
- Intermediate Interview Questions
- 1. Describe the OSI Reference Model
- 2. Define the 7 different layers of the OSI Reference Model
- 3. Describe the TCP/IP Reference Model
- 4. Define the 4 different layers of the TCP/IP Reference Model
- 5. Differentiate OSI Reference Model And TCP/IP Reference Model
- 6. What are the HTTP and the HTTPS protocol?
- 7. What is the SMTP protocol?
- 8. What is DNS?
- 9. What is the use of a router and how is it different from a gateway?
- Advanced Interview Questions
- 1. What is the TCP protocol?
- 2. What is the UDP protocol?
- 3. Compare TCP and UDP
- 4. What is the ICMP protocol?
- 5. What do you mean by the DHCP Protocol?
- 6. What is the ARP protocol?
- 7. What is the FTP protocol?
- 8. What is the MAC address and how is it related to NIC?
- 9. Differentiate the MAC address from the IP address
- 10. What is a subnet?
- 11. Compare the hub vs switch
- 12. What is the difference between the ipconfig and the ifconfig?
- 13. What is the firewall?
- 14. What are Unicasting, Anycasting, Multicasting and Broadcasting?
- 15. What happens when you enter google.com in the web browser?
Basic Networking Interview Questions
1. What is the network?
A network is usually an informally interconnected group or association of different entities like a person, computers, radio stations, etc.
For example, Dominos has a network of 1232 branches across India. As the name suggests the computer network is a system of peripherals or computers interconnected with each other and has a standard communication channel established between them to exchange different types of information and data.
2. Explain different types of networks.
3. Explain LAN (Local Area Network)
LANs are widely used to connect computers/laptops and consumer electronics which enables them to share resources (e.g., printers, fax machines) and exchange information. When LANs are used by companies or organizations, they are called enterprise networks. There are two different types of LAN networks i.e. wireless LAN (no wires involved achieved using Wi-Fi) and wired LAN (achieved using LAN cable). Wireless LANs are very popular these days for places where installing wire is difficult. The below diagrams explain both wireless and wired LAN.
4. What is VPN (Virtual Private Network) and What are the advantages of using a VPN?
VPN or the Virtual Private Network is a private WAN (Wide Area Network) built on the internet. It allows the creation of a secured tunnel (protected network) between different networks using the internet (public network). By using the VPN, a client can connect to the organization’s network remotely.
Below are a few advantages of using a VPN:
VPN is used to connect offices in different geographical locations remotely and is cheaper when compared to WAN connections.
VPN is used for secure transactions and confidential data transfer between multiple offices located in different geographical locations.
VPN keeps an organization’s information secured against any potential threats or intrusions by using virtualization.
VPN encrypts the internet traffic and disguises the online identity.
5. What is the network topology? Define different types of network topology
Network topology is a physical layout of the network, connecting the different nodes using the links. It depicts the connectivity between the computers, devices, cables, etc.
The different types of network topology are:
All the nodes are connected using the central link known as the bus.
It is useful to connect a smaller number of devices.
If the main cable gets damaged, it will damage the whole network.
All the nodes are connected to one single node known as the central node.
It is more robust.
If the central node fails the complete network is damaged.
Easy to troubleshoot.
Mainly used in home and office networks.
Each node is connected to exactly two nodes forming a ring structure.
If one of the nodes is damaged, it will damage the whole network.
It is used very rarely as it is expensive and hard to install and manage.
Each node is connected to one or many nodes.
It is robust as failure in one link only disconnects that node.
It is rarely used and installation and management are difficult.
A combination of star and bus topology also know as an extended bus topology.
All the smaller star networks are connected to a single bus.
If the main bus fails, the whole network is damaged.
It is a combination of different topologies to form a new topology.
It helps to ignore the drawback of a particular topology and helps to pick the strengths from others.
6. What is an IPv4 address? What are the different classes of IPv4?
An IP address is a 32-bit dynamic address of a node in the network. An IPv4 address has 4 octets of 8-bit each with each number with a value up to 255.
IPv4 classes are differentiated based on the number of hosts it supports on the network. There are five types of IPv4 classes and are based on the first octet of IP addresses which are classified as Class A, B, C, D, or E.
7. What are Private and Special IP addresses?
Private Address: For each class, there are specific IPs that are reserved specifically for private use only. This IP address cannot be used for devices on the Internet as they are non-routable.
Special Address: IP Range from 127.0.0.1 to 127.255.255.255 are network testing addresses also known as loopback addresses are a special IP address.
8. What are the different types of VPNs?
A few types of VPNs are:
Access VPN: Access VPN is used to provide connectivity to remote mobile users and telecommuters. It serves as an alternative to dial-up connections or ISDN (Integrated Services Digital Network) connections. It is a low-cost solution and provides a wide range of connectivity.
Site-to-Site VPN: A Site-to-Site or Router-to-Router VPN is commonly used in large companies having branches in different locations to connect the network of one office to another in different locations. There are 2 sub-categories:
Intranet VPN: Intranet VPN is useful for connecting remote offices in different geographical locations using shared infrastructure (internet connectivity and servers) with the same accessibility policies as a private WAN (wide area network).
Extranet VPN: Extranet VPN uses shared infrastructure over an intranet, suppliers, customers, partners, and other entities and connects them using dedicated connections.
9. What are nodes and links?
Node: Any communicating device in a network is called a Node. The node is the point of intersection in a network. It can send/receive data and information within a network. Examples of the node can be computers, laptops, printers, servers, modems, etc.
Link: A link or edge refers to the connectivity between two nodes in the network. It includes the type of connectivity (wired or wireless) between the nodes and protocols used for one node to be able to communicate with the other.
Intermediate Interview Questions
1. Describe the OSI Reference Model
Open System Interconnections (OSI) is a network architecture model based on the ISO standards. It is called the OSI model as it deals with connecting the systems that are open for communication with other systems.
The OSI model has seven layers.
Create a new layer if a different abstraction is needed.
Each layer should have a well-defined function.
The function of each layer is chosen based on internationally standardized protocols.
2. Define the 7 different layers of the OSI Reference Model
Here are the 7 layers of the OSI reference model:
3. Describe the TCP/IP Reference Model
It is a compressed version of the OSI model with only 4 layers. It was developed by the US Department of Defence (DoD) in the 1860s. The name of this model is based on 2 standard protocols used i.e. TCP (Transmission Control Protocol) and IP (Internet Protocol).
4. Define the 4 different layers of the TCP/IP Reference Model
Decides which links such as serial lines or classic Ethernet must be used to meet the needs of the connectionless internet layer.
The internet layer is the most important layer which holds the whole architecture together. It delivers the IP packets where they are supposed to be delivered.
Its functionality is almost the same as the OSI transport layer. It enables peer entities on the network to carry on a conversation.
It contains all the higher-level protocols.
5. Differentiate OSI Reference Model And TCP/IP Reference Model
6. What are the HTTP and the HTTPS protocol?
HTTP is the HyperText Transfer Protocol which defines the set of rules and standards on how information can be transmitted on the World Wide Web (WWW). It helps web browsers and web servers communicate. It is a ‘stateless protocol’ where each command is independent of the previous command. HTTP is an application layer protocol built upon the TCP. It uses port 80 by default.
HTTPS is the HyperText Transfer Protocol Secure or Secure HTTP. It is an advanced and secure version of HTTP. On top of HTTP, SSL/TLS protocol is used to provide security. It enables secure transactions by encrypting communication and also helps identify network servers securely. It uses port 443 by default.
7. What is the SMTP protocol?
SMTP is the Simple Mail Transfer Protocol. SMTP sets the rule for communication between servers. This set of rules helps the software transmit emails over the internet. It supports both End-to-End and Store-and-Forward methods. It is in always-listening mode on port 25.
8. What is DNS?
DNS is the Domain Name System. It is considered the devices/services directory of the Internet. It is a decentralized and hierarchical naming system for devices/services connected to the Internet. It translates the domain names to their corresponding IPs. For e.g. BiswajitMohapatra.com to 220.127.116.11. It uses port 53 by default.
9. What is the use of a router and how is it different from a gateway?
The router is a networking device used for connecting two or more network segments. It directs the traffic in the network. It transfers information and data like web pages, emails, images, videos, etc. from source to destination in the form of packets. It operates at the network layer. The gateways are also used to route and regulate the network traffic but, they can also send data between two dissimilar networks while a router can only send data to similar networks.
Advanced Interview Questions
1. What is the TCP protocol?
TCP or TCP/IP is the Transmission Control Protocol/Internet Protocol. It is a set of rules that decides how a computer connects to the Internet and how to transmit the data over the network. It creates a virtual network when more than one computer is connected to the network and uses the three ways handshake model to establish the connection which makes it more reliable.
2. What is the UDP protocol?
UDP is the User Datagram Protocol and is based on Datagrams. Mainly, it is used for multicasting and broadcasting. Its functionality is almost the same as TCP/IP Protocol except for the three ways of handshaking and error checking. It uses a simple transmission without any hand-shaking which makes it less reliable.
3. Compare TCP and UDP
4. What is the ICMP protocol?
ICMP is the Internet Control Message Protocol. It is a network layer protocol used for error handling. It is mainly used by network devices like routers for diagnosing network connection issues and is crucial for error reporting and testing if the data is reaching the preferred destination in time. It uses port 7 by default.
5. What do you mean by the DHCP Protocol?
DHCP is the Dynamic Host Configuration Protocol.
It is an application layer protocol used to auto-configure devices on IP networks enabling them to use TCP and UDP-based protocols. The DHCP servers auto-assign the IPs and other network configurations to the devices individually which enables them to communicate over the IP network. It helps to get the subnet mask, and IP address and helps to resolve the DNS. It uses port 67 by default.
6. What is the ARP protocol?
ARP is Address Resolution Protocol. It is a network-level protocol used to convert the logical address i.e. IP address to the device's physical address i.e. MAC address. It can also be used to get the MAC address of devices when they are trying to communicate over the local network.
7. What is the FTP protocol?
FTP is a File Transfer Protocol. It is an application layer protocol used to transfer files and data reliably and efficiently between hosts. It can also be used to download files from remote servers to your computer. It uses port 27 by default.
8. What is the MAC address and how is it related to NIC?
MAC address is the Media Access Control address. It is a 48-bit or 64-bit unique identifier of devices in the network. It is also called the physical address embedded with Network Interface Card (NIC) used at the Data Link Layer. NIC is a hardware component in the networking device using which a device can connect to the network.
9. Differentiate the MAC address from the IP address
10. What is a subnet?
A subnet is a network inside a network achieved by the process called subnetting which helps divide a network into subnets. It is used for getting a higher routing efficiency and enhances the security of the network. It reduces the time to extract the host address from the routing table.
11. Compare the hub vs switch
12. What is the difference between the ipconfig and the ifconfig?
13. What is the firewall?
The firewall is a network security system that is used to monitor incoming and outgoing traffic and blocks the same based on firewall security policies. It acts as a wall between the internet (a public network) and the networking devices (a private network). It is either a hardware device, a software program, or a combination of both.
It adds a layer of security to the network.
14. What are Unicasting, Anycasting, Multicasting and Broadcasting?
Unicasting: If the message is sent to a single node from the source then it is known as unicasting. This is commonly used in networks to establish a new connection.
Anycasting: If the message is sent to any of the nodes from the source then it is known as anycasting. It is mainly used to get the content from any of the servers in the Content Delivery System.
Multicasting: If the message is sent to a subset of nodes from the source then it is known as multicasting. Used to send the same data to multiple receivers.
Broadcasting: If the message is sent to all the nodes in a network from a source then it is known as broadcasting. DHCP and ARP in the local network use broadcasting.
15. What happens when you enter google.com in the web browser?
Check the browser cache first if the content is fresh and present in the cache display the same.
If not, the browser checks if the IP of the URL is present in the cache (browser and OS) if not then request the OS to do a DNS lookup using UDP to get the corresponding IP address of the URL from the DNS server to establish a new TCP connection.
A new TCP connection is set between the browser and the server using three- way handshaking.
An HTTP request is sent to the server using the TCP connection.
The web servers running on the Servers handle the incoming HTTP request and send the HTTP response.
The browser process the HTTP response sent by the server and may close the TCP connection or reuse the same for future requests.
If the response data is cacheable then browsers cache the same.
The browser decodes the response and renders the content.
In today’s world, it is very hard to stay away from the Internet and that is what makes networking one of the most important interview topics. As of 2022 if we check the facts, there is a total of 1.3 million kilometers of submarine optical fiber cables set globally to connect the world to the Internet. These cables are more than enough to revolve around the earth more than 100 times.
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One of Popular Wireless Module
Xbee is one of popular wireless module in the world. It support two-ways communication (one Xbee module can send or receive the data to/from other modules).The different between Zigbee and Xbee is Zigbee is name of industry standard while Xbee is name of Zigbee standard module produced by Digi.
Xbee can communicate via UART (TX,RX signal) and sending the signal (data) within the short range is very accurate.Xbee module have an internal IC that help in encoding the data.The main advantage of this module is it consume low watt (low electric power),small size and cheap.Although it is restricted to send data within short distance, it can send data from one node to another node and this feature make it appropriate for making wireless sensor network.


Thursday, July 03, 2008
What started out as a discussion/bet with my husband this morning shed some light on just how seriously geeky my Twitter followers are, God love all of them/you. Read on. (Complete with hilarious Star Wars reference in response to Question 2.)
Question 1: Does electricity travel at the speed of light? (He thought yes; I thought it was more complicated than that. I'm right. ;).)
kevinmarks: @dhowell electrical signals in a cable travel around a third the speed of light. Particle accelerators get small masses close to lightspeed.
Thu, Jul 3, 2008 1:33 PM
symtym: @dhowell re electricity more, the speed of light (c) expressed in relationship to the absolute value in vacuo, 300,000m/s, Cu gets 99.9% c
Thu, Jul 3, 2008 1:32 PM
symtym: @dhowell re: electricity, must distinguish electrons (generate EM field) from photons (carry EM field, near speed of light) http://is.gd/LrJ
Thu, Jul 3, 2008 1:27 PM
RoudyBob: @dhowell Not exactly but very close. Speed of light measured in a vacuum is faster than an electromagnetic field moves thru matter (wire)
Thu, Jul 3, 2008 10:05 AM
cherot: @dhowell Electricity is slower in wire, light slower in glass.
Thu, Jul 3, 2008 9:48 AM
dangillmor: @dhowell depends on the conductor.
Thu, Jul 3, 2008 9:28 AM
Sibby: @dhowell speed of light is a constant. Electricity varies with the medium it is traveling.
Thu, Jul 3, 2008 9:24 AM
pcubed: @dhowell Sorta. Particle medium of the electromagnetic force is the photon. Force of electrons b/w each other moves at C. dm me 4 more info.
Thu, Jul 3, 2008 9:23 AM
extra_ketchup: @dhowell electricity travels fast but electrons have mass and thus cannot reach C.
Thu, Jul 3, 2008 9:22 AM
Question 2: Besides electricity, does anything else move at or near light speed?
ChrisMcKinney: @dhowell Radio
Thu, Jul 3, 2008 2:25 PM
chipthamac: @dhowell a pulse of light that enters a transparent chamber filled with caesium gas reaches speeds 300 times the normal speed of light.
Thu, Jul 3, 2008 2:11 PM
cherot: @dhowell XRays
Thu, Jul 3, 2008 1:53 PM
symtym: @dhowell other things at "c," the wiggle answer — any massless object can get up to c in vacuo http://is.gd/Lsg
Thu, Jul 3, 2008 1:42 PM
pcubed: @dhowell No, acc. to Sp. Relativity faster u go more massive u become. Moving at C = infinite mass. Small stuff goes fast-ish (Neutrinos eg)
Thu, Jul 3, 2008 1:40 PM
Peloden: @dhowell Things that travel at the speed of light — light; electromagnetic waves in a vacuum.
Thu, Jul 3, 2008 1:36 PM
(Not just a figment of Next Generation writers' imagination, apparently!) TomRaftery: @dhowell Tachions!
Thu, Jul 3, 2008 1:36 PM
(Best response award winner!!!) stresa: @dhowell The Millenium Falcon made the Kessel Run in less than 12 parsecs....she can make 0.5 past lightspeed.
Thu, Jul 3, 2008 1:34 PM
redragon: @dhowell black hole
Thu, Jul 3, 2008 1:30 PM
I also gave ChaCha a bite at these questions via its mobile service (text any question to 242242 and get an answer back in minutes). Its/their (ChaCha is human-powered) answers are here (electrons = mass = no light speed) and here (perhaps gravity). Now back to your regularly scheduled programming...
Unless otherwise expressly stated, all original material of whatever nature created by Denise M. Howell and included in the Bag and Baggage weblog and any related pages, including the weblog's archives, is licensed under a Creative Commons License.


Underwater Camera Review - Sea Life Mini
Screen: The screen is relatively small compared to most digital cameras these days, but was easy enough to see underwater.
Photos: The photo quality was generally strong, but it often took a bit of effort to find the right setting. When we choose the 1-25 feet ISO setting the photos all came out orange, so we had to mess around and put the setting on "auto".
The photos on land were fine, but given the size and rubberized feel of the camera, this probably isn't a camera you'll be using on land too much (besides the beach).
Movie Mode: The movie mode on the camera works well and is easy to access.
Resolution: 6 megapixels - more than enough for this type of camera. One of the downsides is that there is no optical zoom - there is a 4x digital zoom.
Price: The list price is $279 and the camera can be found for under $250. In the world of underwater cameras, this is a pretty good price.
Ergonomics / Usability: Underwater cameras in general don't have great ergonomics, and this camera has its frustrations. There are no "zoom in / zoom out" buttons on the camera for the (digital) zoom - rather a single button that you press multiple times to get closer and closer. The problem is, if you go too far you can't just back up one - you need to press the button 4 more times to cycle through all the levels. (though because it is a digital zoom, there isn't much reason for zooming) Switching from photo to movie mode is very easy which is a big plus. The more we used the camera the stickier the buttons became to the point where you often had to fiddle with them to unstick them.
Batteries: The camera uses 2 AA batteries. We used rechargeable batteries and were impressed with the number of pictures we could take when we weren't using the flash.
Memory Card - Uses SD memory cards. Given the 6megapixels, you'll want to buy at least a 1gb card.
Overview: Based on our testing, this is a good basic underwater camera with some shortcomings.
The lack of an optical zoom is a shortcoming, however at under $250, this camera is less expensive than many other underwater cameras dive enthusiasts might be considering. If you are looking for a basic camera for your underwater adventures, this is a good choice.


Professor Rose Luckin, EDUCATE director, has responded to the House of Lords Committee into Artificial Intelligence report, published today (April 16, 2018) examining whether the UK is ready, willing and able to meet the challenges this digital technology has to offer.
The House of Lords report suggests that we have the experts and innovators to do so, but she points to the recent controversies surrounding Facebook and Cambridge Analytics and how these have exposed the dangers of unregulated data gathering and dissemination.
In her article, Professor Luckin argues that better education is the way to combat the “perfect storm of big data, sophisticated AI algorithms and vast amounts of cheap computing power and storage that is facing us”.
She says: “We all need to understand enough about AI to protect ourselves from its use on our data in ways we do not approve, enough to use it effectively at work and leisure, and enough to ensure that it does not disadvantage the already disadvantaged in society.”
The full blog can be found at: https://ioelondonblog.wordpress.com/2018/04/16/educators-are-you-ready-willing-and-able-to-meet-the-perfect-storm-of-ai/


Macon-- Dr. Clayton R. Paul, Sam Nunn Eminent Professor of Aerospace Engineering and Professor of Electrical and Computer Engineering at Mercer University, was recently named the recipient of the 2005 Institute of Electrical and Electronic Engineers (IEEE) Electromagnetics Award.
The largest technical society in the world, IEEE gives only one such award worldwide each year. The award consists of a bronze medal, certificate and $10,000. Paul was nominated for this honor by his colleagues in the Electromagnetic Compatibility Society, a division of the IEEE. He will be formally recognized for this honor during the 2005 IEEE International Symposium on Electromagnetic Compatibility at the Navy Pier in Chicago, Ill., in August of 2005.
The IEEE Board of Directors cited Paul "for excellence in the advancement of electromagnetic theory towards solving crosstalk problems in transmission lines and cable assemblies."
Paul has dedicated 35 years of research to modeling and solving crosstalk problems between wires, and said this award means a great deal to him.
"Being awarded the only such award given out worldwide by my premier professional organization is the largest honor I have or probably ever will receive in my professional career," he said. "I am deeply humbled by it as a tribute to over 35 years of my research."
An example of crosstalk problems, Paul explains, is when people are talking on the phone and they hear a faint conversation in the background. This happens because a pair of wires in the telephone line have been placed close to a pair of wires carrying the conversation. Electric and magnetic fields from one line interact with the other line and unintentionally induce a signal in the other line.
While this crosstalk problem only results in a nuisance in this example, it can be devastating when it happens with wiring on U.S. aircraft and Navy ships during combat, Paul said. Over the years, he has worked on numerous governmental contracts with the U.S. Air Force, Navy and Army to prevent crosstalk. He has also worked on a similar problem in commercial vehicles for Ford Motor Co. Since 1984, he has concentrated his research in the commercial sector, including a one-year sabbatical with IBM's Information Products Division and serving as a consultant to IBM and Lexmark on crosstalk in high-speed digital devices, such as computers and printers.
Paul has published 11 books and six chapters in books on electrical engineering topics. He taught electrical engineering at the University of Kentucky from 1971 to 1998 and now holds the title of Emeritus Professor of Electrical Engineering at the University of Kentucky. He joined Mercer University School of Engineering in 1998 as the Sam Nunn Eminent Professor of Aerospace Engineering.
Paul stresses teaching is his first love, and he feels his research has helped him to be a better educator.
"Doing this research has made it possible to bring my experiences into the classroom to give what I am teaching a sense of credibility and relevance to the students," he said. "My students have consistently told me that relaying stories from my research has enhanced their ability and desire to learn the material. I am firmly convinced that my research activities have significantly complemented my success as a teacher."
Mercer University School of Engineering Dean Dr. Dayne Aldridge said Paul brings much to the Mercer engineering community.
"The School of Engineering is honored to have a professor of the stature of Dr. Paul on our faculty," he said. "Receiving the 2005 Electromagnetics Award from the Institute of Electrical and Electronic Engineers is a clear indication of Dr. Paul's commitment to excellence in education and research."
In addition to this recent IEEE Electromagnetics Award, Paul has received numerous honors for his research and teaching during his career, including the IEEE Electromagnetic Compatibility Achievement Award, the Vulcan Award for Outstanding Teacher at Mercer University, the Great Teacher Award at the University of Kentucky, the Henry M. Lutes Teaching Award for Undergraduate Education at the University of Kentucky, and the Institute of Electrical and Electronics Engineers Third Millennium Medal. He has been a Fellow of the IEEE since 1987- an honor only three percent of the IEEE membership worldwide receive. He is also an Honorary Life Member of the IEEE Electromagnetic Compatibility Society.


About Acer Aspire 5 A515-46-r14k Slim Laptop
The Acer Aspire 5 A515-46R14K slim laptop is a computer for people who are always on the go. This lightweight and sleek device features an Intel Core i5 processor, 4 GB of RAM as well has up to 1 TB hard drive space that can be expanded with its memory card reader slot.
The battery life isn’t too bad either, at least according what they say in their specs 12 hours when playing movies or 9 hours while running other tasks such (Web browsing), this Acer laptop is supposed to last pretty long.
It also has an HD display which I think is nice feature, so you can play games on it almost like a game console, but with the power of one. The Acer graphics are not that great, but they work well enough for say watching movies.
I was personally impressed by how quiet this Acer laptop runs, especially if you compare it to other laptops out there that produce some unbearable noise while running, yes I am looking at you Acer aspire z3-605.
The Acer 5 A515-46R14K slim laptop is what every normal person should be looking to buy when in need for a new computer. It’s a perfect fit for both work and entertainment.
I am pretty sure Acer does not lie about the Acer laptop battery life.
- Slim, relatively light design
- Solid quad-core performance
- Impressive battery life
- Cramped solid-state drive
- Just 4GB of RAM
- No integrated memory card reader
Acer Aspire 5 A515-46-r14k Slim Laptop Specifications
|Operating System||Windows 10 S Mode (or easily change it to Win 10 regular mode with no cost with these simple steps)|
|Processor||Quad-Core AMD Ryzen 3 3350U (2.10GHz – 3.5GHz) [View the specs]|
|Screen||A 15.6″ Full-HD ComfyView IPS 1920 x 1080|
|Graphics||AMD Radion Vega 6|
|RAM||4GB DDR4 SDRAM (Upgradable)|
|Storage||128GB PCIe SSD (Upgradable)|
|Connectivity||1x HDMI, 1x USB 2.0, 2x USB 3.2 Gen 1 Type-A, 1x USB 3.2 Gen 1 Type-C, 1x RJ-45 Gigabit Ethernet port|
|Other features||Webcam, 2x Stereo speakers, built-in Microphone, Backlit keyboard, Wi-Fi 6, Fingerprint reader, BlueTooth 5.1, Alexa|
Acer’s Aspire 5 A515-46 is a thin, light laptop that comes with an i5 processor and 8GB of RAM. It has all the features you need for your work or play.
The Acer aspire 5 offers up to 7 hours on one charge thanks it’s 10 USB ports, so whether you’re gaming in between meetings at home or traveling around town grasping multiple devices simultaneously, this slate won’t let go until its last drop out moment arrives.


Xante Releases iQueue 8 Ultimate Software
Xante is proud to announce the upgraded version of iQueue workflow automation software. iQueue 8, a multi-user workflow, is designed specifically for digital color print systems. It automates complex prepress tasks; helps eliminate costly errors and dramatically increases efficiencies and print quality.
iQueue 8’s intuitive interface and advanced features make it easy to manage multiple digital files, make independent CMYK adjustments, match critical spot colors, apply screen values, share files between iQueue workstations and estimate job costs.
The new Variable Data Manager helps integrate personalized information into documents in that reside in iQueue. Users are also able to setup Email-to-iQueue access for customers to easily email digital files. The PDF-out feature allows users to setup digital files for output to non-Xante digital print devices.
To learn more visit: http://www.xante.com/product-information/workflow-solutions/iqueue/


9th Guangzhou International Solar Photovoltaic Exhibition 2017 (PV Guangzhou 2017 )
Date: 16th – 18th August 2017
Venue: China Import and Export Fair Complex, Guangzhou, China
PV Guangzhou 2017 is the largest PV exhibition in South China, covering an exhibition area of about 30,000 sqm. Having been held for eight sessions, PV Guangzhou has many loyal exhibitors, like SAJ, Yingli, CSG, Growatt, INVT, I-Panda, ALLGRAND, GoodWe, and so forth.
1. Photovoltaic production equipment: Silicon rod silicon block silicon ingot production equipment, Silicon wafer production equipment, Battery production equipment, Solar panels/modules production equipment, Film version of the battery production equipment
2. Production technology and research equipment: Photovoltaic cells, Related PV components, PV raw material, PV project and system
3. Solar products
For more details:
Please view www.pvguangzhou.com.


The compact architecture has been specially designed to meet the wide range of needs in every field of biotechnology. In particular, the remote monitoring features of the system offer users the opportunity to work “location independent” in accordance with the age we live in. Multi-user access possibilities, which have become a necessity in multidisciplinary studies from different locations and multidisciplinary studies, have increased the level of operational excellence of the system.
Main System Components:
1- Bioreactor / Fermenter Design: The reactor unit, which is specially designed according to user demands, has sensors that record many physical and analytical parameters.
The parameters measured, recorded and/or controlled are: pH, Dissolved Oxygen (DO), Conductivity, temperature, optical density (OD), agitator speed, level, biomass, effluent gas analysis, feed rate – flow rate and other parameters according to the user’s request.
Reactor systems can be one or more. With Talamus you can control the whole system with a single control unit.
The Bioreactor / Fermenter system has a wide range of port options that can meet all the demands of the users. Since the system is offered as modular, the user requests only the components he needs. Thus, the cost is reduced.
Moreover, all parts of the system can be autoclaved.
2- Recording and Control Unit: Basically, it records and interprets the information coming from the sensors in the reactor(s) and produces the action (automatic control) requested by the user. BioSIS has created an electronic design that will fulfill this basic function and meet all laboratory and industrial needs.
- “Touch and lifetime screen” It provides easy operation and 7-24 uninterrupted – trouble-free use.
- Recording and Monitoring Function: BioSIS has the ability to record and display data from all sensors in the bioreactor/fermenter system. All recorded data can be easily analyzed in a time-dependent data table on the touch screen and can also be exported via “USB flash memory” or “ethernet connection”.
- Data Table Display: Recorded data can be analyzed in the “data graphs display” and can also be displayed at any time.
- Control Functions: With BioSIS, parameters such as pH, temperature, DO, and mixing speed measured in the bioreactor/fermenter system are controlled online. BioSIS uses PID control as control logic. In this way, fast and precise control is provided.
- Remote Monitoring and Control Functions: “Multi-user access facilities” and “remote monitoring/control” features, which have become a necessity in studies carried out from different locations and multidisciplinary studies, have increased the operational excellence level of the system. From any point with a network connection, the process can be monitored online by connecting to the BioSIS bioreactor system and the recorded data can be analyzed. In addition to this
Security Functions: The system is equipped with alarm and security functions to protect the process. Up to 12 users with different access authorizations can be defined in the system. This prevents unauthorized personnel from changing the control parameters and protects the system. In addition, alarms can be defined for different levels of each measured parameter. Hardware-based alarms can also be defined and the system gives an alarm if it cannot receive information from any sensor. All alarms are recorded instantly and can be analyzed later.


Why you should choose DropRobo?
It is most affordable and smart Water Drop Photography Kit worldwide
DropRobo is an automatic electronic device to capture Water Drop Collision Photographs. This device comes with a FREE android app which can configure the device parameters to trigger the Camera, External Flash and up to three Solenoids valves. It is also know as Splash Art or Water Sculpture Photography kit. DropRobo is most affordable and smart Water Drop Photography Kit available worldwide. Our offered Water Drop Photography Kit is widely appreciated by our customers because of low pricing and quality. DropRobo is the only device made In India of its kind. Our organisation holds expertise in Manufacturing and Supplying superior grade electronics.


Sensky Skl001 Plug in Motion Sensor Light, Motion Activated LED Sensor Night Light for Bedroom, Stairwells, Hallway
Why you need a Sensky SKL001 motion sensor light?
Reason 1，Easy to use : Plug in AC outlet directly.
Reason 2, Two modes: Both brightness and smarter PIR motion sensor light.
Auto: Front LED on at dark, When a human body enters into reaction field at dark, the back LED on.
On: Manual light front LED on.
Reason 3, Energy Saving: This motion sensor night light can recognizes the ambience of the light and Will Prevent the light from turning on during daylight hours
Reason 4, Elegant Design: It will enhance your life and Decorate your home.
Reason 5, Application is broad: You can use this plug in motion sensor night light in Bedroom, Laundry Room, Hallway, Basement, Stairwells, Kitchen, Nursery Etc.
Reason 6, High quality : Made up in electronic parts and components CE Approved and 1 Year Warranty.
Reason 7, Green packaging, Focus on quality, Refused to fancy, avoid unnecessary wastes.
Light intensity: 15 lm
Color temperature: 4000-4500K
Power source: 100-120VAC
Sensor type: light sensor and PIR motion sensor
- MOTION SENSOR: OFF in the day ON at night and gets brighter when you walk in the sensing range
- LIGHT SENSOR: Prevent the light from turning on during daylight hours,Energy saving,long life
- PLUG IN SENSOR NIGHT LIGHT: No need battery, suitable nature white
- TWO MODES : Auto (Front light stays ON when room is dim or dark. Back light turns ON when motion sensed, Auto off after 60s of inactivity). ON ( both Front and Back lights turn on all the time)
- SAFE AND RELIABLE: Adopt fire-proof material, CE Approved. Friendly customer service with 1 Year Warranty


By now it has become clear that Artificial Intelligence(AI) and the Internet of Things(IoT) are everywhere, especially in the healthcare sector. Additionally, there seems to be a trend going on in hospitals to use those two types of computer science to improve the way that those hospitals function.
However, the question arises of how exactly AI and IoT have managed to improve hospitals. So, if you’re interested, now follow the 5 most pertinent ways IoT and AI improve hospital operations in 2021 and beyond!
1)Robotics Can Assist Surgeons With Complex Surgeries
First and foremost, IoT and AI have proven to be very helpful when it comes to assisting doctors and especially surgeons in hospitals. It is possible for IoT software development to improve productivity at hospitals and speed up processes. And, when it comes to AI, robots driven by artificial intelligence have emerged in the last few decades. Experience has shown that they can help surgeons to reduce their workload significantly.
They can independently perform simple procedures, which buys surgeons more time, but they can also assist surgeons during the most complex surgeries. That is to say, surgeons are humans and humans have shortcomings, which is completely natural.
However, when you employ robotics in hospitals, a lot more is possible. Robots can be more precise, are carefully programmed to avoid making mistakes, and are positively innovative.
Therefore, when you use robotics driven by IoT and AI in a hospital, said hospital automatically becomes more efficient!
2)AI Has Positively Improved Multiple Clinical Trials
Another way that especially AI has improved the inner workings of hospitals is by enhancing clinical trials. Namely, it shouldn’t come as a surprise that a clinical trial is something that can last for several phases and years and that it always entails a definite risk.
However, using AI can truly make this whole process smoother and quicker. More concretely, AI can make the process of selecting candidates faster, but that’s not all.
AI also helps when it comes to analyzing the data deriving from the clinical trials and noticing certain discoveries or patterns that aren’t easily caught by humans.
3)AI and IoT Can Compensate For The Shortage Of Healthcare Staff
During the last years, it has become painfully clear that there’s a shortage of healthcare providers and hospitals are commonly extremely understaffed. Especially nurses seem to be lacking often, so there’s unmistakably a problem in this department. Luckily though, AI and IoT have proven that they can be remarkably helpful as regards this problem.
To be more specific, there’s currently a trend going on in which hospitals use IoT and AI to design virtual staff, so to speak. People were skeptical at first, since these virtual caregivers don’t possess any human qualities, but they certainly make up for this in other aspects.
For example, they work extremely quickly and efficiently, they don’t get tired so they’re practically around the clock available for the patients and they have all the patient files right at their disposal.
Additionally, since they’re so technologically advanced, they really can give the patient an optimal, personally designed care and that’s always something to strive for!
4)AI and IoT Can Propose Better Suited Treatment Plans And Options
Moreover, the sad truth today is that when doctors prescribe certain types of medication to their patients or when they suggest certain treatment options, the patient doesn’t always follow particular suggestions and recommendations associated with it.
There are a couple of reasons that can underlie this, but the main reason seems to be that without AI and IoT, there’s a higher chance that treatment plans and options aren’t entirely suited for the specific patient. Also, there’s a higher chance that prescriptions just get forgotten about, to put it simply.
Now, when hospitals use AI and IoT, doctors are able to make more advanced treatment plans that are more personalized. Also, with AI, you can automatically send memos, warnings, and other information to the patients.
This way, it’s easier and more straightforward for patients to see their treatment plans through. As a result, hospitals can significantly increase their success rates!
5)AI and IoT Can Cause Faster Diagnoses
Finally, as mentioned before, AI and IoT have pertinent qualities that humans just don’t have. One quality, in particular, is that AI and IoT generally work a lot faster than is the case with a human brain, which requires a close partnership with a NetSuite partner to implement systems properly. Therefore, doctors use AI nowadays to detect countless diseases and other conditions in people with great speed.
Because of this, doctors can proceed with further treatment options earlier on and this can truly make a difference as regards some patients. That is to say, with some diseases such as cancer, the chances of a successful recovery diminish gradually as the cancer progresses.
Thus, if doctors can make the diagnose at an earlier stage, this is extremely good news for the patient!
All in all, there’s still a lot of uncertainty when it comes to AI and IoT, but one thing is for sure: If we use it wisely, humankind can achieve a lot more than we thought was humanly possible. This is especially the case in the health sector and more specifically, in hospitals.
The last years have shown us that if we use AI and IoT more often, we can really improve the way that hospitals work, and thus, we can absolutely improve healthcare in general!


Department of Electronics & Telecommunication Engineering
DTE Choice Code
Prof. Dr. Pramod Jagan Deore
Head of Department
The Department of Electronics and Telecommunication Engineering is offering undergraduate programme in Electronics and Telecommunication Engineering since 2001. The current intake capacity of the programme is 120. The Department offers Ph.D. programme in Electronics and Telecommunication which is recognized by Kavayitri Bahinabai Chaudhari North Maharashtra University, Jalgaon and Dr. Babasaheb Ambedkar Technological University.
The Department is having the state-of-the-art infrastructure, which includes fully air-conditioned class rooms, laboratories. All the classrooms are equipped with smart boards and internet access. The department has various laboratories like Network Lines / Power Electronics Lab, Electronic Devices & Circuit Lab, Analog/Digital Communication Lab, Digital Electronics / Fiber Optics Communication Lab, Basic Electronics Laboratory, Microprocessor & Microcontroller Lab, Consumer Electronics / Electronic Measurement / Control System Lab, Project Lab, Research Lab, Digital Signal Processing Lab, Machine Learning Lab. All labs are equipped with necessary instruments like power supply, Signal generator, CRO, Power scope, Spectrum Analyzer, Digital storage oscilloscope. Research center of department is well equipped with latest computing tools MATLAB, SCILAB, Python, and IE3D.
The department has established Robotics lab (e-Yantra) in collaboration with IIT Mumbai and embedded system lab in collaboration with Wipro Technologies, Pune. The Department is having highly qualified, experienced and dedicated teaching staff. Most of the faculty from the department are PhD holders. The department has always remained on the forefront in producing quality engineers who have brought great laurels to the institute, society and nation at large. The department has a tradition of excellent academic results, placement and research.
Salient Features of Department :
- Highly experienced and qualified staff. Most of the staff in the department are with either, PhD qualification or PhD pursuing, with average experience of 15+ years.
- All laboratories are equipped with ergonomically designed furniture and fitted with the latest instruments and equipment’s.
- ICT Enabled Classrooms and MOODLE Learning Management System for E-content delivery.
- Effective mentoring (Local Guardian) scheme for overall development of students and to give them homely atmosphere.
- ICT enabled platform to supplement the regular class room teaching, MOOCs (like NPTEL, SWAYAM, Coursera), Virtual Labs, Distance learning center of IIT Mumbai and IIT Khargpur.
- Tessolve Semiconductor skill development silicon Test engineering Program.
- E-Yantra Robotics Lab: Academic Collaboration with IIT, Bombay.
- Students Enrichment Program such as Employability Program, Project Based Learning, Alumni Interactions, Expert Lectures, Distance Learning Programs, Add-on Courses, Internships, Soft Skills, Alumni Interactions, Foreign language studies etc.
- Provision of full six-month Internship/ Industry project in 8 Semester.
- On-campus Institute innovation center to nurture the start-ups.
- Two Major specialization (B Tech Hon.) degree Provision.
- Internet of Things (IOT) Lab.
- Artificial intelligence and Machine Learning.
- Minor degree provision in Computer Engineering.
- Coursera Programme of Stanford University, USA.
To produce globally competent Electronics and Telecommunication Engineers with a commitment to serve society.
To prepare and transform students from socially and economically diverse backgrounds into highly skilled engineers in the field of Electronics and Telecommunication Engineering for a successful professional career.
Program Educational Objectives (PEOs)
- PEO1: Able to recognize, synthesize and apply the learnings of graduate program to sensitize and adopt advances in the field of technology to solve the engineering problems.
- PEO2: Able to explore new career opportunities in the recent hardware and software technologies through capacity building.
- PEO3: Communicate effectively, demonstrate leadership qualities and exhibit professional conduct in their career.
Program Specific Outcomes (PSOs)
- PSO1 (Domain: Core Competency):Apply basic knowledge related to Electronic Devices and Circuits, Electromagnetics, Digital Signal Processing, Communication Engineering and Microprocessor/ Microcontroller based Systems to solve engineering problems.
- PSO2 (Domain: Software Competency): Demonstrate proficiency in the use of software required in real-life applications.
- PSO3 (IP Competency): Able to develop product, prototype, IPR, publish findings in journal, conference, techfest or in technical magazine.


When I bought my first DSLR, a Canon EOS 10D, I bought a (rather slow) 1 GB CF card and I paid more than 300 Euros!
Now Silicon Power has announced a 128GB flash card with a write speed of up to 90MB/sec. According to Silicon Power, this is the largest storage capacity CF card to date!
I like the large CF cards. I’ve been using 8 GB cards for years (San Disk) without any problems. Since I acquired the 8GB cards, I stopped using my 2GB cards. Some people say with four 2GB cards you have a lower risk of loosing everything compared to only one 8GB card. This is true but with four small cards you run a higher risk of loosing at least something instead of nothing.
I think the new cards with 64GB and now even 128GB are great for photographers who shoot many pictures with high resolution cameras like a Canon EOS 7D or a Nikon D3s.
For more information about the new Silicon Power’s 400X 128GB CF, click here:
Silicon Power Announces World’s First 400X 128GB Compact Flash Memory Card


What is RAMCIP?
The project RAMCIP -Robotic Assistant for MCI Patients at home- is an EU Horizon 2020 funded project, under the grant agreement no: 643433. The project started on the 1st of January 2015 and will last for 36 months.
RAMCIP aims to research and develop real robotic solutions for assistive robotics for the elderly and those suffering from Mild Cognitive Impairments and dementia. This is a key step to developing a wide range of assistive technologies. We will adopt existing technologies from the robotics community, fuse those with user-centred design activities and practical validation, with aim to create a step-change in robotics for assisted living.
The partners involved in the RAMCIP project range from experienced medical technologists through to SMEs developing cutting-edge robotics. They have come together with the common goal of enabling a new generation of assistive technology, drawing on both their extensive experience and the enabling effects of European support. The work of the project is specific, focussed, deliverable, and will advance the state-of-the-art in a measurable way. The partners have identified routes to market for the project output, and economic models that offer us great confidence that we can create a system of real, concrete impact on one of Europe’s key societal challenges.


News & Updates
On 28, Mar 2014 | In Technology
Mobile devices are one of those things that we have with us all the time, from the moment we open our eyes till the moment we close them to go to sleep again. So we were wondering from advertising perspective, why not extend another level of experience to consumer.
Riding on Mircosoft Kinect’s powerful human motion detection, we have developed a new way of interacting an e-catalogue/menu. This algorithm that we have developed is to detect human gestures such as swipe left, right, up and down. The most crucial key here is the speed of the swipe as we need to disqualify those swipes that are too fast and too slow.
Using Microsoft Kinect, we were able to detect and track human motion easily, bracing the new technology, we translate the natural human motion and gesture into controlling a virtual world. In the demo above, user can take control using right and left hands, to rotate the house horizontally, and by raising the hand up and down, the user will be able to view the house from top view or returning to the original position. The magnification of the house is relative to the user’s position to the screen, the nearer the subject moves to the screen, the greater the magnification of the house.
Gesture controls will notably contribute to easing our interaction with devices, reducing (and in some cases replacing) the need for a mouse, keys, a remote control, or buttons. When combined with other advanced user interface technologies such as voice commands and face recognition, gestures can create a richer and unforgettable user experience that strives to understand the human “language,” thereby fueling the next wave of electronic innovation.
Hope you guys like it If you are interested to implement this, feel free to talk to us at email@example.com
During Drypers sampling roadshow around the nation, they wanted some fun factor to attract young children to come by the booth with their parents. We were given the task to come out with an interactive game which is fun to play and big enough to be viewed by others from far to generate curiosity.


Teldat: Things to Consider When Buying a Home Router
It is not easy shopping for a wireless router that can deliver a reliable and good WiFi, with easy and simple configuration and usage. Many WiFi providers brag about the bandwidth, AC, Smart Connect, QoS, Beamforming, and MU-MIMO, but there are basic things you need to know. Never purchase a router below AC1200 such as AC900 or AC750 because these are an old router and they are not a good option for a modern smart home, and it is important to have a router that is dual-band or more. If you have a smart home with increasing number of connected devices, you need a wireless router which is at least AC1200 for security, stability, and speed.
It is best to shop a wireless router with dual-band or more, so you are able to see two or more wireless networks in your home, one compatible for old networking devices, and the others for newer or modern networking devices. When it comes to the cost of acquiring a home wireless router, ISPs or Internet Service Providers usually offer free equipment incorporated into the internet packed and others charge for an equipment charge. If you are living in the United States and you’re planning to keep the same network, the most cost-effective way is owning your very own wireless router. You can check different routers companies in the market today and compare the rates and features of their home wireless networks, and even though you have a free router, it is best to have your own wireless router that can provide a better performance and speed. Buying your equipment can save you cash and it can give you more options and better control. The standards for wireless technology have changed over the last ten years, and most newer smartphones, tablets, and laptops use the newer standards, 802.11ac, with faster speeds. Remember that the life span of a router does not last forever.
Depending on your needs and features, the cost of a wireless router range from $15 to $400. It is best to be future-proof for the next coming years because advancement of technology and networking hardware upgrade are very fast, so it is really difficult to recommend high-end router to consumers. You don’t have to spend too much with your own home wireless router even if you are a power user because there are wireless routers between $100 to $200 that can provide the speed and bandwidth you need in more affordable price. Although gigabit is not necessary, it is a router for futureproofing and you might need one before your next upgrade. If you are looking for a home wireless router, feel free to check our website or homepage now! We will help you find the right home wireless router for your personal use along with your multiple devices like smartphones, tablets, laptops, and computers. Discover our great home wireless routers at very affordable prices today!


Since retiring the last Space Shuttle (Atlantis) in July 2011, the United States has lacked the capacity for manned space flight. That’s something it’s had since 1962 — so it’s a tad embarrassing.
With the U.S. struggling to adapt to changing economic realities in the world, and NASA chronically underfunded and in long-term decline, the private-sector has stepped into the breach. On Saturday, Space Exploration Technologies Corp. (or SpaceX) was supposed launch an unmanned capsule called Dragon (pictured) into orbit to rendez-vous with the International Space Station.
SpaceX got within 0.5 seconds of launching at Cape Canaveral, then something went wrong and a valve shut down, scrubbing the launch. The company is dealing with tight launch windows, and the next attempt to boldly go where no corporation has gone before will be on Tuesday at 2:44 a.m. Regina time.


3513 Electronic Cabinet Lock
- Return period: 30 days
- Finish: Black
- Warranty: 3 year
- Voltage: 12 or 24 VDC
- Function: Fail Safe or Fail Secure
- Additional information
Electronic Lock For Small Enclosures
3513: 1-1/8”D x 1-3/16”W x 2-7/8”L
3513DM: 1-1/4”D x 1-3/16”W x 3-11/16”L
NOTE: The DM version is slightly larger and includes separate wires for monitoring lock status. One set of wires monitors the locking pin and the other checks that the catch is engaged.
Constructed with superior heavy duty metal, this compact electric lock is an ideal choice for securing any cabinet or drawer.
The 3513DM is easy to install with self-adjusting alignment tabs together with, side or top mounting capabilities. Four countersunk mounting holes also ensure that the lock is securely mounted. Lock mode is determined by the positioning of the lock solenoid.
The 3513DM Dual Monitoring version is ideal when monitoring of the door and locking pin are required.
- Surface Mounted compact electric lock
- Field selectable fail locked or fail unlocked assembly
- Field selectable dual voltage 12/24VDC operation
- Field selectable voltage 12/24VDC
- Stainless steel locking pin assembly
- 440 lbf/200 kgf holding force
- The 3513DM version provides dual monitoring for enhanced security
- SPDT switches provide monitoring of the door and locking pin positions, which together confirm lock status
|Dimensions||2.875 × 1.1875 × 1.125 in|
30 Day Return Policy
25% Restock Fee


Fujifilm Introduces FUJIFILM GFX100 IR (Infrared) Version Large Format Mirrorless Digital Camera
TOKYO, November 25, 2020 – FUJIFILM Corporation (President: Kenji Sukeno) is pleased to announce the launch of FUJIFILM GFX100 IR version (GFX100 IR), a new version of the GFX100 large format mirrorless digital camera, now with infrared image-making capabilities, ideal for use in forensic, scientific, and cultural preservation applications. Infrared images can now be made at 100MP – and even at 400MP through GFX100’s new Pixel Shift Multi-Shot function – to reveal intricate details within a subject or scene that can only normally be seen through the infrared spectrum.
In addition to all of the benefits GFX100 already provides, GFX100 IR also includes the ability to:
Make images in the infrared spectrum at an incredible 100MP or 400MP of resolution
Images made of a subject within the infrared spectrum can reveal details that a regular (non-IR) digital camera or the naked eye cannot see. For example, in the field of forensics, this can be an important tool in helping to identify counterfeit documents. For individuals working in cultural preservation, GFX100 IR can be used to analyze pigments and in works of art and historical artifacts, even if they have degraded over time. Using the Pixel Shift Multi-Shot feature on GFX100 IR can create 400MP images with incredible detail and little-to-no color fringing.
Using GFX100 IR with the Pixel Shift Multi-Shot feature is invaluable for cultural research because reviewing images of a subject in infrared could ultimately lead to potentially unlocking untold secrets from some of history’s most treasured artifacts. It can also be an incredibly powerful tool for researchers using the images to evaluate works of art or pieces of evidence.
In cooperation with Nishi Hongwanji Shiro Shoin (White Wood Chambers)〈National Treasure〉
Unauthorized copying, reproduction or reprinting of the images is strictly prohibited.
Use special filters to make images within specific wavelengths
Different IR filters in front of the camera lens can be used to make images at various wavelengths, which can reveal different details within a subject. However, using the appropriate IR cut filter will allow GFX100 IR to be used normally (same as the standard GFX100) to make regular color images within the visible spectrum.
Additionally, when the camera is set in a fixed position and paired with Capture One, or a similarly compatible software application to engage tethered capture functionality, users can create images with the same angle of view, and maintain a simple capture to output workflow for maximum efficiency.
Availability of GFX100IR is limited to 4 locations, Asia, North America, Oceania, Europe. If you have any questions about this product, please contact your regional contact number.
The GFX Community


We design, develop and deliver powerful touchscreen technology.
We provide integrated custom software development and user experience (UX) design for touchscreen, automotive infotainment systems, mobile, medical, embedded and desktop applications.
We take the complex and make it simple – providing applications that delight.
We blend the art of visual design and agile engineering to help our clients develop their products into devices that delight on a wide range of technologies including, Qt, QML, Windows 8, Windows Phone 8, BlackBerry, iOS and Android.
Our software development and UX design teams take the complex and make it simple. They bring deep development experience and proprietary methodologies allowing for reduced time to market while providing quality world-class products across multiple industries.


Nylon Cable Tie Machine Features:
—Small,quick, reliable,,cost effective
—It’s a must for any cable harness production facility
—Pneumatic actuation of the feed roller, can feeding speed can be adjust
—Nylon Cable Ties Machine are customized to your product according to the type and cable tie length andrequirements of your application
—Automatic feeding, strapping and cutting.
—PLC Control, touch screen.
Nylon Cable Tie Machine Specifications:
Tape length 3-5(mm)
Max packing width 100(mm)
Min packing width
Max strapping force 6(N)
Application Strapping wire harness
Power Supply AC220V; 50HZ /60HZ
Strapping ability 1000(package/h)
nylon tape cable tie machine cable tying machine
Nylon Cable Tie Machine Apply for:
Nylon Cable Ties Machine is widely used in electronics, toys, gifts, agriculture, food industry, on the binding amount big factory is favored, and thoroughly solves the tie to the low efficiency problem.
Nylon cable tie machine, cable tie machine, Automatic Coil Taping Machine,cable twisting machine, cable winding and bundling machine,wire harness tie machine,cable tying machine,cable binding machine,cable wrapping machine,cable strapping machine,cable packing machine,wire harness and cable assemblies processing machinery manufacturer, wire harness processing machine china supplier,Handheld cable tie machine, wire harness tying machine, cable tying twisting machine,cable winding and binding machine,Wire Stranding Machine


How we work
We assist our customers to considerably cut down on test costs and realize the best
electronic products at the lowest cost. We provide intelligent measurement modules and related solutions that allow exploiting current testing (IDDQ, ISSQ, ICCQ, IDDT, IDDX, ISSX, ICCX) to its full extend.
Ridgetop Europe provides solutions for:
- High Speed and Highly Repeatable High Precision Current Measurements
- Our current measurement modules enable to make current measurements 50 to 1000 times faster than comparable ATE equipment and offer 1 to 2 orders of magnitude improvement in measurement quality.
- Test Time Reduction
- A proper implementation of our solutions and methodologies allows up to 10 times reduction of total test time without a loss of product quality.
- IC/Product Quality Improvement, supporting 0ppm goals
- Making use of our test and measurement solutions and related test strategies allows to easily reach 0ppm production rejects.
- IC Reliability Improvement, supporting 0DPM objectives
- Similar as for Quality improvement, making use of our test and measurement solutions and related test strategies allows to assure 0ppm field returns and improve customer satisfaction.
- Faster Failure analysis
- Exploiting the information made available by advanced current measurement solutions and combining this with emission spectroscopy and traditional failure analysis
techniques, allows to reduce the failure analysis investigation times and provide results within 1 day.
- Test Engineering
- Our Test Engineering services and solutions are related to Test program development, engineering, optimization as well as test program conversion and test application support.
- Electronic Engineering
- Our Electronic Engineering services and solutions are related to design and development of electronic circuits and systems, with a focus on test and measurement applications, and range from design over prototype development, validation and verification, to small series production.
With Ridgetop Europes Q-Star Test (supply) current test solutions, IC designers can embed test functionality into a semiconductor design that is used during semiconductor qualification and can be reused during the lifetime of the chip, Test Engineers can add functionality and improve the performance of their test systems, both at wafer level as well as at packed device level test.
Ridgetop Europe solutions enable to test semiconductors faster and better, reduce test preparation efforts, reduce test time, lower overall manufacturing costs, improve product quality and reliability at no extra costs and even while reducing costs, reduce system failures and field returns and reduce overall time-to-market.
After working with us, you can expect the following results:
- Reduce your test efforts, test costs and test escape risks
- Reduce your production test time without sacrificing quality
- Increase your engineering and failure analysis productivity
- Improve your product quality and monitor process quality
- Extend the use and application of IDDQ testing to Deep-Submicron and Nanotechnologies
- Implement analog IDD, IDDT and ISSX testing on your production test floor
- Have a guarantee that the devices operation conditions are maintained
or simply stated : Save Time and Make (more) Money!
If you are interested in exploring the possibility of working with us, please contact us.


WRI used NASA’s Active Fire Data to determine the likely location of fires on the ground. This system uses the NASA MODIS satellites that survey the entire earth every 1-2 days. The sensors on these satellites detect the heat signatures of fires within the infrared spectral band. When the satellite imagery is processed, an algorithm searches for fire-like signatures. When a fire is detected, the system indicates the 1 km2 where the fire occurred with an “alert.” The system will nearly always detect fires of 1,000 m2 in size, but under ideal conditions, can detect flaming fires as small as 50 m2. Since each satellite passes over the equator twice a day, these alerts can be provided in near-real time. Fire alerts are posted on the NASA FIRMS website within 3 hours of detection by the satellite.
The accuracy of fire detection has improved greatly since fire detection systems were first developed for the MODIS satellites. Today, the rate of false positives is 1/10 to 1/1000 what it was under earlier systems first developed in the early 2000s. The algorithm used to detect fires includes steps to eliminate sources of false positives from sun glint, water glint, hot desert environments and others. When the system does not have enough information to detect a fire conclusively, the fire alert is discarded. In general, night observations have higher accuracy than daytime observations. Desert ecosystems have the highest rate of false positives. Many papers have been published to validate the NASA MODIS active fire alerts for use in various applications.
NASA FIRMS FAQ Morton, D., R. DeFries, J. T. Randerson, L. Giglio, W. Schroeder, and G. van der Werf. 2008. Agricultural intensification increases deforestation fire activity in Amazonia. Global Change Biology 14:2262-2276.
Data Sources for Figures:
NASA Fire Information for Resource Management (FIRMS) Active Fire Data
Administrative boundaries from GADM and Center for International Forestry Research (CIFOR)


Probabilistic river flow forecast for reservoir management
Preventive early warning for reservoir management
Argos Flow* provides forecasted hydrographs over regulated basins in order to evaluate management strategies considering the future hydrological conditions.
*Argos Flow has been developed by hyds and CRAHI-UPC together with the Catalan Water Agency (ACA)
All required information in one place
Argos Flow integrates all the required processes to help managing regulated basins: meteorological forecast, forecasted warnings, weather radar data, rain-gauges, river flow sensors, hydrological models, dam sensors, EFAS information, etc.
A modular architecture to provide operational robustness and easy implementation and modification (adding new data, models, sensors, etc.). Argos Flow is built over an elemental modules approach (data acquisition, products processing, reports and warnings , web display, monitoring tools).
Hydrological Integrated approach
From small scale to large, complex and interconnected reservoir-regulated basins.
Argos Flow allows to integrate extended hydrological regions over one platform.
Testing the strategies
Argos Flow allows to optimise the reservoir’s exploitation through the testing of different water release strategies. These can be defined at the reservoir level, or at basin level. Once the different options have been analysed, they are automatically applied over the hydrological models.
Dissemination of warnings and reports
Argos Flow provides tools for automatic reporting and warning based on configurable topics (monitoring, warnings, forecasts)to be on top of the hydrologic status of the system (past, current and forecasted). Reports can be sent to selected team members allowing for a distributed management.


Diehl Aerospace, working with Lucerne University of Applied Sciences and Arts, is developing ‘Power Line Communication’ (PLC) for aircraft. Essentially, PLC transmits data via the existing aircraft power distribution network. The components are integrated into application devices and there fore only one single connector is required for both power and data. PLC has the potential to enable a significant reduction in aircraft wiring, weight, and volume. Weight reduction reduces fuel consumption, and therefore CO2 and NOx emissions. The absence of data networks reduces the complexity of the overall wiring and, as a result, significantly reduces the required routing.


The Middle School Scholars of 13th Avenue/Dr. MLK School are introduced to electricity and electronics through circuitry and the study of the physical sciences. Their work is in alignment with the Next Generation Science Standards and 21st Century skills necessary for success in the future. They investigate and explore the fundamentals of circuitry and how we use circuits daily in our everyday lives. Students experience project based learning and are collaboratively grouped to experiment and create different types of circuits with distinctive properties. Students use Snap Circuit Kits to re-create circuits such as a shining light bulb, spinning motor, doorbells and more. They also work with miniature circuit boards newly designed and introduced by KORG containing the basic elements of a synthesizer: a keyboard, a sequencer, oscillators and filter which are carefully crafted to create sound through amplifiers and speakers.


Detailed Product Attribute
Color : Blue, yellow, dark
Type : Fingertip
Application : amily, hospital
Fingertip Pulse Oximeter new model hot selling MODEL GE50D+
6 display directions
Upload data to PC
Principle of the GE50D+ Pulse Oximeter is as follows: Photoelectric Oxyhemoglobin Inspection Technology is adopted in accordance with Capacity Pulse Scanning & Recording Technology,the Pulse Oximeter can be used in measuring the pulse oxygen saturation and pulse rate through finger. The product is suitable for being used in family, hospital, oxygen bar, community healthcare, physical care in sports (It can be used before or after doing sports, and it is not recommended to use the device during the process of having sport) and etc.
1. Integrated with SpO2 probe and processing display module
2. Small in volume, light in weight and convenient in carrying
3. Operation of the product is simple, low power consumption
4. Operation menu for the function setting
5. SpO2 value display
6. Pulse rate value display, bar graph display
7. Pulse waveform display
8. The display mode can be changed
9. A pulse rate sound indication
10. With measured data overruns limits and low-voltage alarm functionthe upper/down alarm range can be adjustable.
11. Low-voltage indication: low-voltage indicator appears before working abnormally which is due to low-voltage,and with alarm function.
12. With SpO2 value and pulse rate value of storage, the storage data can be uploaded to computers
13. Real-time data can be transmitted to computers
14. RF Wireless communication function(optional)
15. Connected with an external oximeter probe(optional)
16. Automatically power off function: when the device is under the state of measuring interface. it will automatically power off within 5 seconds if the finger falls out of probe.


Nice to meet you, I am Martina :)
My name is Martina Contisciani, and I am currently pursuing a Ph.D. at the Max Planck Institute for Intelligent Systems (Tübingen, Germany), working under the supervision of Caterina De Bacco. My Ph.D. is supported by Cyber Valley and by the International Max Planck Research School for Intelligent Systems (IMPRS-IS), which is also affiliated to the University of Tübingen.
My research focuses on the development of statistical methods and algorithms to analyze network data. In particular, I am interested in characterizing the structure and mesoscale organization of real-world data, as well as investigating new theoretical perspectives for loosening the assumption of conditional independence in network models.
August 7, 2023 - Our paper titled Anomaly, reciprocity, and community detection in networks is now published in Physical Review Research!
July 12, 2023 - Our paper on Community Detection in Large Hypergraphs is now published in Science Advances!
May 20, 2023 - The paper that describes hypergraphx, our new Python library for higher-order network analysis, got published!


DISPOSITIVO LÓGICO PROGRAMABLE UN CPLD COMO UN DISPOSITIVO COMPUESTO DE n SPLD POR BLOQUE LOGICO. Presentation on theme: “Dispositivos Lógicos Programables (PLDs)”— Presentation transcript: 3 Familia de PLDs Dispositivos Programables Simples (SPLD). Dispositivos Logicos Programables Pld – Diseo Practico de Aplicaciones. Front Cover. José Manuel García Iglesias. Alfaomega, Nov 27, – Programmable.
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Explore the Home Gift Guide. We think you have liked this presentation. Complex programmable logic device. April prograables,Granted: For more information about the transceiver channels supported, refer to Figure 6—10 on page 6—18 and Figure 6—11 on page 6— This is because they are too small to justify the inconvenience of programming internal SRAM cells every time they start up, and EPROM cells are more expensive due to their ceramic package with a quartz window.
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Dispositivos Lógicos Programables (PLDs) – ppt download
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Dispositivos Lógicos Programables (PLDs)
The pod was never brought to market. These pull-up resistors are always active. The Quartus II Compiler can program these delays to automatically minimize setup time while providing a zero hold time. The 82S also had flip flop functions.
This type of device is based on gate array technology and is called the field-programmable ptogramables array FPGA. Shopbop Designer Fashion Brands. Get fast, free shipping with Amazon Prime.
This was more popular than the TI part but cost of making the metal mask limited its use. The configuration waveforms for this scheme are shown in Figure 13— Pl obtained several early patents on programmable logic devices.
Wikipedia introduction cleanup from January All pages needing cleanup Articles covered by WikiProject Wikify from January All articles covered by WikiProject Wikify All articles with vague or ambiguous time Vague or ambiguous time dispowitivos October Articles with specifically marked weasel-worded phrases from October Commons category link is defined as the pagename.
Only the fast slew rate default setting is available. This allows the LUT to drive one output while the register drives another output.
This device has the same logical properties as the PAL but can be erased and reprogrammed. Flash memory is non-volatile, retaining its contents even when the power is switched off. The charge remains for many years and can only be removed by exposing the chip to strong ultraviolet light in a device called an EPROM eraser.
Additionally, the Numonyx P30 and P33 flash families have identical pin-out and adopt similar protocols for data access. Auth with social network: If you wish to download it, please recommend it to your friends in any social system. The 82S was an array of AND terms.
The output from output register Ao is captured on the falling edge of the clock, while the output from output register Bo is captured on the rising edge of the clock. From Wikipedia, the free encyclopedia.


Screen sizes have been growing and growing rapidly since the last decade. On the other hand, screen ratios have been changing too. First, we started off with square screens, then we moved on to wide angled views, and now we’ve reached extreme wide-view displays. With LG’s EA93 29-inch IPS display you’ll be viewing your computer with a 21:9 aspect ratio. This new IPS screen idea will feature a WQHD resolution (2,560 x 1,080 pixels) and support a four-way split-screen view. In addition, it also contains an HDMI and USB 3.0 port. Finally, you’ll probably need rethink what you’ll be buying the next time you need a new monitor.


Image and Video Capture Upgrade
Argus TT/P Image and Video Capture Upgrade enables your Argus TT or P Type camera with the functionality to capture images and video as well as play them back on the camera itself. This can be used to collate evidence, review tactical operations, review training procedures and record standard patrols as a blackbox. The features are enabled via a token, simply scratch off the security panel to reveal a code that can be entered into the Argus website to redeem the camera upgrade.
The Argus TT/P Image and Video Capture Upgrade (ARG_TTP_IV ) is a token that has a unique code that is redeemable via the Argus site to enable the user’s Argus TT or P Type to record video and capture images.
The camera needs to be connected to a PC with internet access to enable the process of upgrading to be complete. The code on the token is underneath a security panel that is scratched off by the consumer and entered online to redeem the upgrade.


EcoGlass has large background and knowledge base in the fields on glass melting, glass composition optimization and glass coloring. We have developed software tool ‘KMEN’ used for prediction of glass properties based on glass composition.
- Based on our expertise, we propose modifications of glass composition in order to reach customer’s desired effects.
- EcoGlass offers optical design and simulation of lenses and other optical components for lighting applications.
- We offer computer simulation of already existing systems for the purpose of system verification or design change.
Demo version of KMEN software tool [60.73 MB]


For precise and efficient use of the MyotonPRO device, a dual-hand operation technique is recommended. This approach improves control over the device's measurement position, enhancing both stability and convenience of measurements.
The measurement position's axial range is 3.0mm wide, necessitating good control. To facilitate this, gently hold the device with your dominant hand and perform micro-adjustments using your wrist. Simultaneously support and stabilize your dominant arm using your other hand, ensuring that the device remains steady within the required range.
For accurate positioning, the MyotonPRO device is equipped with three indicators:
1. Green Probe Light: Indicates when you are entering or leaving the measurement position.
2. Probe Marker: A 3mm-wide marker on the probe serves as a visual guide to the measurement postion.
3. On-screen Instructions: Clear instructions such as 'Move into position!', 'Hold position!', and 'Move back!' to assist in the measurement process.
While conducting measurements, it is important to keep focus on contact between the probe and the skin to avoid any lateral movement. Simultaneously, make use of the green light and the probe marker as guides for axial position of the device. This approach not only helps in maintaining proper contact between the probe and the skin but also facilitates convenient axial control of the measurement position.
Note: For optimal results, aim to position the device so that the probe marker is halfway exposed at the probe opening, indicating the center of the measurement range.
Employing the described technique ensures effective and precise operation of the MyotonPRO device, contributing to the utmost reliability of the results.
The accompanying images illustrate this instruction.


Google recently released the latest Android update which is Android 10.
Though Google noted that it is Android 10 won’t be using a dessert name unlike the previous version of the Android that has dessert names like froyo and ice cream sandwich and later versions.
The Android 10 is codenamed Android Q and it will be rolling out soon for public use.
Smartphone manufacturers release beta versions of software releases so that developers can test them and notice some of the bugs in them.
Xiaomi has released many flagship smartphones recently and Xiaomi Redmi K20 Pro is one of them.
The Redmi K20 Pro is a flagship that runs on the later Qualcomm Snapdragon 855 and currently runs on Android 9 pie base on MIUI.
Xiaomi India announced that they are recruiting beta to test the latest Android Q on the Redmi K20 Pro only for Indians.
Unfortunately, the beta version of the Android Q is based on Xiaomi MIUI 10 and not Google’s Android 10 just like the Xiaomi Poco F1.
Xiaomi has recently started recruiting beta testers for Android 10 for its Poco F1.
The beta testing does not end with the Redmi K20 Pro as it also extends to one of Xiaomi’s flagships of 2019, the Xiaomi Mi 9.
The Mi 9 along with the Redmi K20 Pro users will stand a chance to test the Android Q based on MIUI and not the Android 10.
It is not advised for users who use their phones as their daily drivers to participate in this beta testing as it involves a lot of bugs, but known and unknown.
Some of the bugs users can experience on beta testers includes constant reboot, apps force closing, shutdown and unresponsive volume controls, random camera crashing, and some other undocumented bugs.
The beta testing aims to enable users to test the software with their numerous apps and observe and log bugs.
This Xiaomi Mi 9 beta testing is available for every user that wishes to test whereas the Redmi K20 Pro beta testing is only available to its users in India.
Xiaomi is planning on releasing the Android Q updates based on the MIUI on some of its flagships this year 2019.
Some of the flagship devices are the Mi Mix 3, the Xiaomi Mi 8, Mi 9 the Redmi K20 and the Redmi K20 Pro, and some other flagships.
Xiaomi also plans to release the Android Q updates to the Redmi Note 7 and Redmi Note 7 Pro by Q1 2020.
What do you think about the updates from Xiaomi, will be participating in testing Google’s Android Q-based MIUI.


Once upon a time (I can speak of the 1970s), computer programming was an unglamorous, low paying job. There were programming jobs at the time which just barely paid more than the US minimum legal wage. Many universities did not yet have computer science departments.
There were many more women computer programmers back then. My first was working for the local school department (while still in high school), 2 of the 5 programmers were women.
My second job was working for a then major software development firm doing hardcore realtime systems on minicomputers, 5 of the 8 programmers in our office were female. And, out of the several hundred programmers in the company, nearly half were women.
Women started disappearing from the field during the early 80s, at roughly the time programming became a well paying and popular career option. The new computer science departments were predominately populated by male professors and students, as was the emerging hacker culture that led to the development of the PC.


Hi folks, this is your pal and best friend E3 DA Beast here to give you newcomers to the recording world, a heads up on audio interfaces. What is an audio interface? Well an audio interface is: “a piece of hardware that expands and improves the sonic capabilities of a computer. Some audio interfaces give you the ability to connect professional microphones, instruments and other kinds of signals to a computer, and output a variety of signals as well”. With that out the way, here are my picks for best (in my professional opinion) audio interfaces under a hundred bucks from 1 the lowest to 4 the highest.
iTrack Solo provides the best solution for recording your instruments and vocals using an iPad. Featuring a Focusrite microphone preamp and an input to record directly from electric guitars, iTrack Solo is the perfect companion for any singer-songwriter wanting to take their demos to the next level. Using the very best in digital audio technology, iTrack Solo will capture your sound with pristine quality. Simply plug in and press record. It couldn’t be simpler.
The PreSonus AudioBox USB 2×2 USB recording system is an excellent solution for achieving high-quality, professional-sounding recordings no matter where you are. The AudioBox USB is a USB bus-powered audio recording interface loaded with 2 microphone/instrument inputs with 48V phantom power, 2 balanced TRS outputs, and MIDI I/O so you can stay portable without sacrificing your sound. The AudioBox USB also comes with Studio One Artist music creation and production software which has the same platform and intuitive interface as Studio One Pro but with an unlimited track count so you can start recording right out of the box.
Focusrite Scarlett Solo $99.99
Scarlett Solo is a compact USB audio interface featuring one award-winning Focusrite mic preamp, one instrument input and precision digital converters. Scarlett Solo joins the top selling range of USB audio interfaces in the world and offers both a legendary Focusrite preamp for your microphone and a crystal clear DI / line input for your instruments such as guitar, bass guitar and analog synths.
Designed for singer/songwriters, Fast Track Solo comes with everything you need to turn your Mac, PC, or iPad into a portable, easy-to-use songwriting and audio recording system. Featuring a high-quality mic preamp, instrument input, and Pro Tools Express software, the studio-grade Solo enables you to sound your best, providing an easy entry into Pro Tools, the music industry standard.


Our research activity is conducted in the European context, using the method of blending the intellectual resources from various countries, whereas the Romanian brain migration is already a fashion.
With this approach we were able to successfully participate in significant projects improving our own R&D capability, which in normal circumstances, can become a basis for increasing competitiveness.
HASTAC (2005-2008) and HISVESTA (2007-2010) - we developed new altimeters (based on innovative pressure sensors) for helicopters and fixed wings aviation elements, significantly improving the accuracy of flight level, thus reducing clearance space between flight levels and increasing flight efficiency based on increased safety.
Light-Rolls (2009-2012) developed a new way of embedding LEDs with interchangeable modules, composed based on microsystems made of polymeric structures.
SustainHub (2012-2015) provides a systematic method of collecting and processing data supply chain for European production, target industries being the automotive and manufacture of electronic products.


The first version of Stadia on Chromecast with Google TV is coming June 23rd. Not only that - we will also be able to play Stadia across a number of compatible Android TV OS devices come June 23rd also.
Initially, Stadia will be natively supported on the following devices:
Chromecast with Google TV
Hisense® Android Smart TVs (U7G, U8G, U9G)
Nvidia® Shield TV
Nvidia® Shield TV Pro
Onn™ FHD Streaming Stick and UHD Streaming Device
Philips® 8215, 8505, and OLED 935/805 Series Android TVs
Xiaomi® MIBOX3 and MIBOX4
If you don't see the particular device you would like to play on you can opt into the experimental support section through the Stadia Android app.
To try playing Stadia on an Android device that is not currently supported, sign in to the Stadia app on the device that you want to try, open your Stadia settings, tap Experiments, then turn on Play on this device. This setting will only affect the device on which you set it, and you can turn it off at any time. Note that your play experience may vary depending on your mobile device and network speed.
If you already have a stadia account it will be real easy to get started on the new devices on June 23rd. Open up the Play Store, download the Stadia app, sign in and your off and running.
Use Your Stadia controller or a compatible Bluetooth controller and enjoy gaming on the big screen in more places.
Keep your eyes peeled for more Stadia news along with any and all cloud gaming related news the week has for us. You can keep up to date with all the latest goings on at CGX across Twitter, YouTube, Discord,Facebook and right here on our website.