Category Archives: Industry

Current Internet Technologies

Today, all businesses need some form of internet connection, but the confusing marketing jargon can be truly overwhelming. In general, the way the internet works is all the same. Important differences from fast Ethernet, gigabit Ethernet and metro Ethernet, for example, exist mainly in the number of channels each can carry and the bandwidth for sending frames (data).

Digital subscriber line (DSL) is the most basic service from an ISP and relies on traditional telephone lines for data transmission. Typically, DSL is mostly limited to home use because of its minimal bandwidth. A leased T1 line has a bandwidth of about 1.544 Mbps; a PRI T1 line is based on the traditional T1 infrastructure but is used to provide digital access for Public Switched Telephone Networks (PSTN); and a leased T3 line has 44.736 Mbps. Ethernet over copper cables, which can handle somewhere between 50 to 100 Mbps for downloading and 2 to 10 Mbps for uploading, work sufficiently for shared bandwidth usage within an office. Ethernet over fiber connections have normally been used as a backbone system, but have recently also been implemented on the end-user side.

Metro Ethernet (metropolitan-area Ethernet), on a broader scale, provides internet connection for a vast number of subscribers. Out of the several ways to establish a link, it utilizes the Multi Protocol Label Switching technique (MPLS) the most. Inadvertently, the MPLS eventually employs a Virtual Private LAN Service (VPLS).

All these techniques and technologies did not develop overnight; it took them a long time take the shape they are in today. As a matter of fact, every passing day further adds to the number of internet connectivity solutions. There is nothing that should sound better than this, but this also leads many individuals and businesses to confusion as not everyone can be tech savvy.

This is where businesses need appropriate consultation and expertise or all of this might lead them backwards instead of leaping forward, unleashing different types of hindrances and barriers upon them. Though individual users also need to make the right choice in this regard, but repercussions of their decisions are not of the mammoth magnitude as in case of medium or large sized business setups.

Considering all such factors, it becomes inevitable for businesses to be critically accurate in their decision for the type of Metro Ethernet services they choose to serve their communication needs. While doing so, another important factor that needs consideration is the future compatibility of internet service with growing needs and structure of a business.

Smart Laser Marking Control Boards

You might have a fair share of smart devices or connected to the Internet such as smartphones, wireless scanners that send your images to the cloud, or fitness tracking devices. Your workplace may have industrial equipment that is connected to the “Industrial Internet of Things,” sending readings, performance reports, and alerts to managers and technicians. Some of these devices can even communicate with other devices, automating a number of tasks. Add a smart laser tagging control board to the list.

What are Smart Laser Marking Control Boards

Smart laser marking control boards are hardware devices that can connect to a network and communicate with other devices such as programmable logic controllers. These control boards look similar to traditional motherboards that are found in PCs. Also, the control boards make marking systems much smarter.

For example, an article in Industrial Lasers explained that it’s not unusual for manufacturers to have dedicated terminals used to control each piece of laser equipment (source: Industrial Lasers, Laser marking Joins the Industrial Internet of Things). With such an arrangement, any change to the laser-marking job has to be made at each dedicated terminal. This isn’t a simple matter of clicking a few buttons. The jobs need to be downloaded and initiated, which can become quite tedious and time-consuming.

If you’re thinking this is highly inefficient, you’re right. With smart laser marking control boards in place, just one programmable logic controller is used to control the entire network of connected and appropriately equipped laser devices.

This innovation is likely to change laser-marking, making it much more efficient moving forward. Just as you can print a document to a network printer, factory workers are able to send laser jobs to marking devices — all without having to individually configure each device’s workstation.

While the control boards make it possible to download, select, and send marking jobs to marking devices, there’s more to the story than hardware alone. Software, remote APIs, and Ethernet IP communications enable the exchange of information.

Advantages of Smart Laser Marking Control Boards

Though the technology is complex, the advantages are simple:

  • There’s no need for individual computers to manage each marking device. This simplifies marking dramatically, improves efficiencies, and reduces energy consumption and costs.
  • Each smart control board simply plugs into the network, becoming a part of the Industrial Internet of Things. These control boards replace the individual PCs, allowing your marking devices to be controlled remotely.
  • There’s less downtime associated with laser marking job changes. Let’s say you have ten marking devices handling your laser jobs and that it takes an average of 10 minutes to download and initiate a new job. When changing the job, you’d have to download the new job ten times on ten different computers as well as perform the same initiation steps on each computer. Using our hypothetical 10 minute time frame, that’s over an hour and a half of time spent. The more devices you have, the more time is lost.

Train Yourself For the Video Game Industry

The video game industry is a very powerful industry and anyone who has a creative mind can enter it. Now you don’t have to have a PC or laptop that is very sophisticated to be able to make games. Actually I believe if you can play games, you can make them really well.

Practice their words to be perfect so the best place to start is to practice by designing simple games. You can start by designing simple Flash games and then go up the stairs to face some further challenges with sophisticated game design techniques.
This is where it starts from:

Graphics software: if you want to do anything in the ranks of video games then you have to learn some of this software that is used to design game graphics like Adobe Photoshop, Adobe flash, Zbrush, Maya, StudioMax 3D or others out there. You can easily get your hands. To find out more about one of these software, just Google. If you can get one of them, then you should immediately learn it. You can also find free tutorials about one of them by using keywords: free tutorials on Adobe Photoshop, free tutorials on Maya etc. This will help you to get started and familiarize yourself with this software.

Once you have mastered this software, you can then move further to learn more about programming languages ​​such as C ++, Visual Basic, action scripts, Flash scripts etc. To learn more about this, simply search for topics using the same method I showed earlier.

You also need to know about things like Game engines, graphics pipelines, software development kits and more. This will help you a lot if you learn about various game design platforms such as PC platforms, Xbox 360, PlayStation 3, PSP, Nintendo DS, Nintendo Wii and many more. Now try to visit several game forums and ask questions, many of them on any topic that interests you. When you are done doing this, the next thing you have to do is decide which areas you want to focus on because the gaming industry is very strong. You can choose your career choice from one that is popular like Graphic designers, Game programmers, level designers, or others that interest you.

After you decide on the area you want to focus on, the next thing to do is try and do a short demo that you can show your friends and family. Watch to see if they are impressed with your demo. You will know from their facial expressions and comments after playing. If you succeed in this presentation stage, then you can start looking for schools where you can get professional training. Pack the same demo into a neat demo roll and then write the application to any school you choose and wait patiently for answers.

If you are lucky to be accepted into the game design school of your choice, the next thing to do is explore your mind! Open your mental abilities to a higher level of creativity. Good luck to me for you.