The automotive industry is in the midst of a technological revolution, and the future of car connectivity is shaping up to be a dynamic landscape where advanced technologies seamlessly integrate into the driving experience. From infotainment systems that rival our living rooms to enhanced safety features that redefine road travel, vehicles are rapidly becoming hubs of innovation and convenience. As technology continues to advance and innovation accelerates, we can expect to see a more integrated, personalized, and safer driving experience for all. The road ahead is not only paved with asphalt; it’s paved with data, connectivity, and limitless possibilities. So take a break from playing casino blackjack and learn about how your driving experience can have a whole new meaning in the future.
Infotainment Systems Redefining On-Road Entertainment
Gone are the days when a car’s dashboard was limited to basic radio and a CD player. The future of car connectivity is all about turning your vehicle into a mobile entertainment center. Modern infotainment systems, like Apple CarPlay and Android Auto, have already gained traction, allowing drivers to effortlessly mirror their smartphone interfaces onto the car’s display. This enables seamless access to navigation, music streaming, and even voice assistants without taking hands off the wheel.
Moreover, car manufacturers are investing in creating their own infotainment ecosystems, offering a range of apps, services, and personalized settings. These systems, often featuring touchscreens and voice recognition, have become key factors for buyers when considering a new vehicle. As artificial intelligence and machine learning continue to advance, we can anticipate infotainment systems that learn from user preferences, making suggestions based on past behavior and context, further enhancing the driving experience.
Connectivity Options Opening New Avenues
The future of car connectivity goes beyond mere entertainment. Vehicles are becoming part of the larger Internet of Things (IoT) ecosystem, communicating with other vehicles, infrastructure, and cloud-based services. This connectivity is laying the foundation for advanced features like real-time traffic updates, remote diagnostics, and over-the-air software updates.
Imagine a world where your car communicates with traffic signals to optimize your route in real-time, reducing congestion and travel time. Picture a scenario where your car detects a potential maintenance issue and automatically schedules a service appointment, minimizing unexpected breakdowns. These are not distant dreams; they are the possibilities brought forth by the integration of smart technology into the driving experience.
Enhanced Safety Features for a Safer Journey
While connectivity enhances convenience, it also holds the promise of revolutionizing road safety. Advanced Driver Assistance Systems (ADAS) are becoming increasingly prevalent, utilizing sensors, cameras, and radar to assist drivers in making safer decisions. Features like adaptive cruise control, lane-keeping assistance, and automatic emergency braking are just the beginning.
The future of car connectivity envisions a driving experience where vehicles communicate with each other to prevent accidents. Known as Vehicle-to-Vehicle (V2V) communication, this technology allows cars to exchange data about speed, direction, and location, enabling them to predict and prevent collisions. In addition to that, Vehicle-to-Infrastructure (V2I) communication will enable vehicles to receive real-time data from traffic signals, road signs, and other roadside infrastructure, further enhancing safety and traffic flow.
Convenience Amplified by Personalization
As vehicles become more connected, they become better equipped to anticipate and cater to drivers’ needs. Personalization is set to take center stage in the future of car connectivity. From adjusting the seat position to your preferred settings as soon as you step in to selecting your favorite temperature and playlist based on your calendar, cars will adapt to your habits and preferences seamlessly.
Furthermore, voice assistants are becoming an integral part of the connected car experience. Natural language processing and AI-driven voice recognition systems will enable drivers to control various functions of the vehicle, make hands-free calls, send messages, and even interact with smart home devices—all while keeping their focus on the road.
Overcoming Challenges and Shaping Regulations
While the future of car connectivity is brimming with potential, it also poses challenges that need to be addressed. The increased reliance on technology raises concerns about cybersecurity and data privacy. As cars become more connected, they become potential targets for cyberattacks. Ensuring robust security measures and keeping software up-to-date will be paramount.
On top of that, the integration of advanced technologies into vehicles will require clear regulations to ensure road safety and fairness. Regulators and manufacturers must work together to establish guidelines for the use of autonomous features, data sharing, and communication protocols between vehicles.


Run your server network from a high-performance facility. All of our datacenters are designed to provide the necessary environmental, security and services needed for today's information technology. We make it easy for your technicians by providing a quiet place to work, well-stocked tools and an extra pair of hands if you need it.
We have data center in Middle East and our facility offers state-of-the-art redundant systems, power, temperature/humidity control, and security. We offer a secure and robust platform for carriers, competitive local exchange carriers (CLECs), Internet service providers (ISPs) and other bandwidth-intensive businesses to gain rapid access to superior network and facility resources.


Only seconds from activation to confirmed intruder video delivery, our Wireless, Self Powered, Monitored & Security Response service can be deployed at any location with a mobile data signal.
Only seconds from activation to confirmed intruder video delivery, our Wireless, Self Powered, Monitored Virtual Security Guard can deploy 24/7 service at any location with a mobile data signal.
The Virtual Security Guard Real-Time streaming is a complete video surveillance service designed for construction, vacant property, remote sites, & practically any location that has a mobile signal. Our system links the external or internal streaming video with licensed security professionals – instantly verifying if an intruder is on site.
Construction - Vacant Property - Remote Sites - Farms - Gates - Schools - Mobile Phone Towers & practically any location with a mobile signal.
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The advancement of modern technology has revolutionised every industry and allowed for a wide range of applications within our everyday lives — security being one of the most crucial among them. In recent years, smart technology has gained immense popularity and acclaim by offering a wide range of solutions tailored to suit a vast array of requirements including Smart Home Safety.
Smart home safety technology allows you to connect multiple devices and have a level of control over your home — at the touch of a button — that would previously be reserved for sci-fi movies and shows. But what exactly is smart home safety, and what technologies can be used to protect your home?
In this post, we’ll offer a fundamental smart home safety guide and provide a few examples of the types of security devices that are becoming more and more common in modern homes.
What is Smart Technology?
The term “smart” stands for “Self-Monitoring, Analysis and Reporting Technology”. However, it has become more widely known as “smart” because of the way it allows inanimate objects to respond to commands remotely, perform tasks and guide everyday behaviours.
Put simply, smart technology is tech that goes beyond the standard practices of sending/receiving information, searching for information or turning things off and on. Instead, smart technology provides consumers with more interaction with devices and significantly more control through the internet. While a great deal of smart tech focuses on the benefits offered for communication and entertainment, the level of control and efficiency it provides lends itself very well to home security.
What is Smart Home Safety?
As we mentioned, smart technology is often used for communication or entertainment purposes within the home. But it can be used for so much more than that. A top priority for any homeowner is to keep their property safe. And this can be achieved with smart home safety. By utilising devices specifically designed for security as well as everyday smart technology, you gain complete control over your home’s systems while receiving vital information when needed.
For example, including devices such as smart alarms or sensors ensures you have peace of mind when you’re not at home, especially with notifications in place to make you aware of any causes for concern. Although many of the technologies used in smart systems already existed, such as security cameras, etc., smart home safety ensures
they work in harmony as part of a more extensive, connected system. With smart technology, you can monitor your entire system from your phone or tablet while having the ability to execute commands at a moment’s notice. Smart home safety is a must-have for homeowners looking to implement advanced technology into their property or simply improve their security capabilities.
Examples of Smart Home Safety
Below, we’ll run through a few examples of smart home technology that are commonly used for smart home safety and should be considered for your own home.
Automated Lighting: Remember leaving the lights on when you were out of the house to deter burglars? Automatic lighting allows you to do so but with the incredible advantage of having complete control using an app, regardless of if you’re home or not. Having control of your home’s lighting, especially if it changes over time (dimming, etc.), leads people to think you are home and, therefore, not a good target for burglars.
Security Cameras: Security cameras, both internal and external, are a staple of home security and provide you with a real-time view of your home or the surrounding area. Whether your smart home safety system alerts you to a disturbance or you simply want the peace of mind knowing everything/everyone is ok at home — smart security cameras offer instant, remote access to any camera feed in your system.
Sensors & Alarms: Again, these devices are nothing new from a fundamental point of view, but as part of a smart technology system, they are more advanced than ever. You can install sensors for windows (for open windows and glass breaks), doors, motion sensors for entire rooms and much more — all of which can be linked to your alarm system to provide utmost efficiency and safety. Also, many devices allow for automatic contact of the authorities for confirmed instances such as break-ins and vandalism — which you can confirm yourself with the use of security cameras. Another great example of how smart home safety systems can combine multiple devices for a united goal.
Smart Door Locks: Smart locks have become an essential component of home automation installations, helping to make homes a lot more secure. You can connect smart locks to your phone via Bluetooth or using an app via Wi-Fi. This technology offers a vast array of benefits, from increased security to energy-saving. With smart locks, you can be safe in the knowledge that your doors and windows are locked automatically. This saves time and removes the chance of human error by forgetting to lock a door. Not to mention the benefit of checking if your doors are locked when you aren’t home.
Video Doorbells: From a smart home safety point of view, video doorbells are super beneficial. This is because they sense and alert you when someone approaches the front door. Not only this, but it shows you a live feed of who it is, and you can use intercom technology to interact with them. Whether you’re looking for a more convenient way to deal with people knocking at the door or want to prevent any security issues that could arise, video doorbells have quickly become a go-to smart device. Plus, it makes life a lot easier when dealing with deliveries or people you’d rather not see.
At Cornflake, we design and install bespoke home experiences to suit a wide range of needs. And of course, security is always something we prioritise. If you are looking to enhance your home and implement smart technology, you’ve stumbled upon the perfect specialists for the job! Get in touch today to discuss
your requirements with our team of experts and find out how we can help!


Top 9 things to consider when moving office
1. Internet service
Allow 4 to 6 weeks for ordering an internet service (may take longer if services are not readily available).
4. Comms rack
Is there a comms rack at the new office? If not you will need to order a communications rack around the same size as the current communications rack you are using.
Is shelving required in the new communications rack? You might be able to use the shelving in your current rack otherwise you will need to order one or more based on your needs.


We already have fast chargers that allow you to charge smartphone batteries at an unprecedented speed, but manufacturers are still striving to improve another charging technology. Of course, we are talking about wireless charging, which will not require putting the phone on a special station, which makes this process similar to classic charging, but without cables. And it looks like Xiaomi has succeeded, although, as always with such innovations, we have no guarantees that the presented prototypes will turn into consumer products.
And we're talking about Mi Air Charge, which allows you to remotely charge devices without using cables or wireless charging stands, because it consists in searching for a device in space and sending energy to it. This Hidden Links possible thanks to the isolated charging stack developed by Xiaomi, which has built-in five-phase interference antennas that can accurately detect the location of the charging devices. At the moment, this allows 5W remote charging for a single device within a radius of several meters, but we are not limited to one device and you can charge several devices at the same time.
As the manufacturer assures, physical obstacles do not affect or reduce the charging efficiency, which is very important for use in a home that is not empty. This is the first step for Xiaomi towards fully wireless salons, because the manufacturer wants the technology to be able to work with smart watches, bands and wearable devices in the near future. The next step will be the production of speakers, desk lamps and other devices for a smart home, thanks to which we will significantly reduce cables, gaining new possibilities for arranging space. Unfortunately, the manufacturer does not give any specific date here, but we hope that we will not wait too long, because the technology promises to be extremely interesting.


Local area networks (LANs) originated in the 1970s from the idea to interconnect relatively inexpensive but powerful desktop workstations since they provided low- cost computing capabilities . The basic drive for developing LANs was to link these computers with each other and with more expensive resources, such as high -quality printers, disk storage systems. Central files, and database. Today LANs are playing a major role in our lives both at work and at home. They have applications in every conceivable area where humans work and interact , including businesses, educational institutes research organization, medical facilities, government building, warehouse, and stock exchanges environments for voice LANs are used in home, office areas, stores, restaurants, and other environments for voice LANs are used i home office areas, stores, restaurants, and other environments for voice and data transfer among computing and communication devices, such as personal computers cordless telephones, a personal digital assistant computer games, and other portable devices.
Developers proposed a variety of technologies over the years, but only several continents managed to gain support. For example. An evolution of Ethernet , which was the first LAN architecture. It not only offers reliable service but owing to its widespread installations, users feel comfortable with its texture to new technology extensions to higher speeds and greater versatility. Ethernet evolved significantly at 10- Mbps hub-based architecture to a 10 Gbps switched technology using high performance twisted pair wires and optical fiber cables. In addition it is migrating from pure LAN use to transport of information within a metropolitan area (MAN)
* This sentence and words are fed by manual, if any mistakes found in grammar, spelling, or sentence please apologies us.
Weight & Dimension:
Local Area Network 2nd Ed by Gerd Keiser
- Product Code: BOLN002012
- Availability: Out Of Stock


ALEXANDRIA, VA, (December 15, 2021) – Start-up SCOUT announced today that Momentus, the in-space infrastructure company, has selected SCOUT to deliver spacecraft vision capabilities for its upcoming missions. SCOUT will provide Momentus with optical sensing and relative navigation capabilities to support rendezvous and proximity operations (RPO) starting in 2022.
“This deal helps us continue building the foundation for more complex and safe space operations,” said Eric Ingram, co-founder and CEO of SCOUT. “Momentus using SCOUT-Vision systems will highlight the benefits of flying our on-board vision and compute capabilities.”
SCOUT’s products allow spacecraft to see and understand their surroundings with computer vision powered by dedicated AI/ML on-board processing. SCOUT-Vision systems can be used for persistent relative navigation, greatly improving operators’ ability to maneuver spacecraft safely during RPO missions. The first SCOUT-Vision system was launched into orbit in June 2021, and some of the company’s initial offerings focus on de-risking orbital servicing, assembly, and manufacturing (OSAM) operations.
SCOUT-Vision data and analysis on resident space objects (RSOs) includes orientation and heading, and can also be used for not only planned RPO, but also collision avoidance and verification of nearby RSO headings. The company aims to deploy a distributed orbital sensor network to provide unparalleled Space Domain Awareness (SDA) and ensure responsible use of the space environment.
As the number of satellites launched into space continues to grow, and events like the recent Russian anti-satellite missile test create hazardous debris fields, orbits will become increasingly treacherous. Satellite operators will require more and more data on the environment surrounding their spacecraft to ensure safety of flight, and will require intelligent means of maneuvering alongside other satellites. SCOUT is leading the development of technologies, software, and services that will enable operators to confidently perform missions within an increasingly complex and dangerous orbital environment.
Momentus selecting SCOUT to provide vision systems for their Vigoride spacecraft shows the trust and confidence in the SCOUT’s capabilities, and the importance of enhanced spacecraft awareness for the future of complex space operations.
SCOUT was founded in 2019 with the mission to enable a new era of space safety and transparency. SCOUT’s in-space products and services, first launched in June 2021, allow spacecraft to see and understand things around them. The orbital distributed sensor network developed by SCOUT will significantly improve Space Domain Awareness (SDA) and ensure responsible use of the space environment. The company is a Techstars, MassChallenge, and venture-backed startup with ongoing government contracts and commercial paid pilots. For more information, visit www.scout.space.


Welcome to Fastcom
Fastcom is a leading Danish company supplying innovative technology and expertise in GPS, GSM and RFID solutions.
Our innovative approach towards in technology development and improvement makes Fastcom an innovator in the field of producing GPS, GSM and RFID Systems solutions directed to address the needs of our clients.
We offer a wide and sophisticated range of GPS, GSM and RFID solutions in the industry, for example, Game and Dairy Farming, Shipping, Freight Logistics and Forwarding as well as in the Pharmaceutical Industry.
Our solutions make it possible to perform track, trace and recover, by monitoring your shipments, containers and temperature controlled consignments – along the entire distribution channel.


Structured LAN Networks : For voice or data
Whether you've just moved into new offices or need some extra network and structured cabling to be installed, Light House Solutions is here to help. We have teams of Structured Cabling / Network Technicians who are fully trained to install, terminate and audit your system. We do it all from a single termination point to thousands.
Furthermore if your current hardware requires upgrading or replacing then again Light House Solutions can manage this for you from design through installation and configuration. On top of this we can also offer an additional total hardware support contract solution for any/all of your existing or new equipment you have on your site currently.
Our Network Technicians can customize your computer network solution to meet your requirements. We can provide a new network installation, upgrade your existing computer network, and provide computer network training for you utilizing the latest in networking technology.
We provide both cable and wireless LAN Solutions for both voice or data networks.
© Light House Solutions 2016 | All rights reserved


FZI Living Lab smartEnergy
Intelligent solutions for tomorrow’s energy system
The FZI Living Lab smartEnergy provides an interdisciplinary research environment for developing solutions for the future energy system. The entire FZI House of Living Labs has been equipped with modern technology for the provision, storage as well as the flexibilized use of thermal and electrical energy. This allows developed energy management systems and new processes to be tested, evaluated and demonstrated under practical conditions.
Our applied research is motivated by the increasing share of renewable energy sources, which is having an increasing impact on grid stability. Among other things, we are currently working on decentralized energy management in neighborhoods, the power grid integration of electric vehicles, and the further development of the smart meter ecosystem. The goals are the efficient coordination of energy supply and demand, the avoidance of grid bottlenecks, and the provision of system services for the power grid.
The focus of our research is on the following topics:
- IT-based energy management in buildings, properties and neighborhoods
- Decentralized optimization of energy supply and consumption
- Grid-serving and market-oriented use of energy flexibility
- Optimization in the field of e-mobility and (bidirectional) charging management
- Design of communication interfaces for the integration of energy systems
- Sector coupling for the overarching optimization of electricity, heating, cooling, gas and mobility
- Further development of the smart meter ecosystem for scalable and secure control
- Implementation of resilient system architectures for supply security
The operation of a smart meter gateway infrastructure enables the practical development and evaluation of grid-serving and market-oriented energy management solutions. We have various smart meter gateways and modern metering devices in use and can configure them in the field like meter operators. We can map interfaces between energy management, energy supplier and user with hardware and software components. Aspects of communication, optimization and visualization can thus be tested realistically in target environments. In addition, the FZI Living Lab smartHome/AAL is expanding communication interfaces of household appliances for integration into energy management.


In case you weren’t aware, that little ‘write protect’ switch on your SD cards probably doesn’t do anything. It’s only a switch, really, and if an SD card reader doesn’t bother to send that signal to your computer, it’s completely ineffective. Then there’s the question of your OS actually doing something with that write protect signal.
The better way to go about write protecting an SD card is using the TMP_WRITE_PROTECT bit on the SD card’s controller. [Nephiel] came up with an amazingly small device to set that bit, with the entire circuit fitting inside an old Playstation memory card.
[Nephiel] based his project on [Karl Lunt]’s SD Card Locker we saw late last year. [Karl]’s SD Locker uses an ATMega328 microcontroller, a pair of AA batteries, and an SD card socket to perform the bit toggling. This is still a very small device that fits inside an Altoids tin…
View original post 54 more words


Welcome To The Next Generation Of Harley-Davidson Infotainment
The BOOM! Box GTS infotainment system is a sleek touchscreen design with glass from edge to edge. But there’s even more beauty in the way it works. It’s fast. Compared to the previous generation infotainment system, it cuts start-up time in half and route calculation is quicker than ever before. Operation is simple with three key buttons: Navigation, Phone, and Music. There’s also a new back button added to the right-hand control, and a new quick jump feature allows easy access to nav, audio, and vehicle information.
Apple CarPlay Compatible. You can get directions, make calls, send and receive messages and listen to music.
(Your motorcycle must be equipped with an optional wired or wireless H-D Genuine Motorparts and Accessories headset and iPhone 5 or later to enable CarPlay.
For more information Check out this link:


I am writing this to help out Canadian internet users that might be on, or thinking of signing up Electronic Box/EBOX. Do it – switch.
EBOX is an independent Internet Service Provider (ISP) that piggybacks on the network infrastructure of Bell, Rogers, Videotron, or Cogeco. Currently they offer internet services in Quebec, and Ontario.
I have used the internet services of Bell, Rogers, Videotron, and Cogeco at one point or another. When I had move off the Island of Montreal I called them up to see who could give me the best deal. Rogers and Cogeco were not in my area. I spoke to Bell (current ISP at the time), and Videotron.
EBOX offered me big savings on their internet packages. Depending on your area – switching to EBOX can save you almost $40. That is how much I saved based on the internet package quotes that I got from Bell Canada, and Videotron.
In my experience the EBOX Modem is not that good. You can buy a DLS modem from Kijiji for $15. When I signed up for EBOX internet, I wanted to get a DSL telephone as well for my home alarm. So I ordered EBOX’s high end modem for about $160. I picked in up at Terminus Longueuil. For some reason I was getting disconnected every 25 minutes. Luckily I still had my old Bell Canada modem router. After entering my ebox.net PPPoE username and password into the Bell Canada modem router, I got a stable connection.
If you decide to keep the EBOX router update the DNS servers to Google DNS servers 126.96.36.199, and 188.8.131.52 this is much better than the EBox DNS servers.
EBOX customer service
My feeling is that EBOX tried to make sure my internet was working well, all my issues were taken care of and they were very helpful. I would point out that the long wait times are not cool. On the sales side. I suggest that they review all sales calls, and call back customers if there was a misunderstanding. During the initial sales call, I was under the impression that I was getting a DSL telephone line – whilst in reality EBOX only offers VOIP telephone.
EBOX static IP (DSL Subnet IP)
The biggest plus for me was getting a static IP for $5. To get a static IP from Bell or Videotron would have forced me to sign up for a Business Internet Package.
I host the blog from my home computer using EBOX internet service.
Overall I would give Ebox 4/5.


A router login is the process of accessing your home or business router settings from a computer or another device on your network. This can be done for a number of reasons, including changing network settings to get faster WiFi or tweaking security features to protect your privacy and prevent hackers from accessing your home or work internet. In this article, we will show you how to log into your router and find its default password. We will also give you some other tips and tricks on using your router for better wireless performance and improving your home or office network.
To access your router settings, you will need to know the router’s IP address. This can be found by typing the router’s IP into your web browser. Then, you will need to know the login credentials, which can be found on a sticker on the router or in its user manual. You will also need to know whether you need a Wi-Fi password or not. Lastly, you will need to know how to change the password on your router.
If you don’t have the user manual for your router, you can search online for the default login information for that model. Some sites, like RouterPasswords, have a large database https://router-login.io/192.168.l00.1-192.168.100.1/ of default usernames and passwords for many different router models. These lists are sorted by manufacturer so that you can find the information you need quickly and easily.
Alternatively, you can try looking at the back or bottom of your router for a special reset button. This is usually a small button in a pinhole, and you may need to use a paperclip or other object to press it. Normally, it will have a label that says “Reset” or something similar. To reset your router, you need to hold this button down for about 10 seconds.
The router is a small piece of hardware that sits between your broadband modem or Optical Network Terminal (ONT) and all of your wired devices. It provides a single internet connection to multiple devices, and it assigns private addresses to each device that connects to it. The router also helps to optimize your internet speed and ensures that each device gets the best possible connection by rerouting data packets to other nearby routers if necessary.
Many people don’t understand why they need a router, or how it works. Think of a router as an air traffic controller for the internet: each data packet that your device sends across the internet must be routed to its destination, and the router is responsible for ensuring that this happens as efficiently as possible. The router is also in charge of creating a secure Wi-Fi network, which protects your device’s identity and prevents other users on your network from seeing what you are doing on the internet. This feature is particularly important if you have children in your home who use the internet. If you are concerned about the safety of your family’s browsing habits, a password-protected router can help.


Perhaps inspired by the James Bond sniper rifle that can only be fired by Bond, researchers in Finland have created a method for you mobile device (a phone most likely) to ‘recognize’ you by the way that you walk.
In the method, sensors measure certain features in the person’s walk and these are compared to values stored in the memory of the device. If the values differ, the device requests an access code. In trials, the method has achieved a success rate of 90%. VTT is applying for a patent for the solution.


Oak Grove Technologies, a fast growing federal contractor, is seeking a Tactical Communicator in support of work with the FBI Hostage Rescue Team (HRT) in Quantico, VA. Oak Grove Technologies offers a competitive compensation and benefits package.
- Develop, revise, and/or review specifications for new or upgraded telecommunications systems or component
- Develop, revise, and/or review specifications for new or upgraded tactical communications systems or components
- Assist in coordination with various State, local and federal agencies
- Develop, and implement communication plans for tactical operations
- Establish and maintain communication and technical infrastructure as required throughout FBI facilities, or facilities utilized by the FBI
- Maintain and conduct an inventory of electronic and telecommunication equipment as required
- Maintain a positive stock of consumable supplies as required
- Maintain communication connectivity with communication platforms to include the following:
- KU satellite systems
- HF/UHF/VHF radio communication systems
- Data systems
- Mobile Ad-Hoc networking
- Mesh networking systems
- Tactical SatCom
- LMR systems
- Phone systems
- Common Operation Picture (COP)Applications
- Develop, maintain, conduct training, perform future technical integration, and tactical deployment, without limitation, on the following systems and products:
o PRC-117F/G Tactical SATCOM Radios (Type I Encryption)
o PRC-117F/G HP Wave software
o MBITR ANPRC-148 Tactical Radios
o PRC-150 Tactical Radios
o PRC-152/A Tactical Radios
o XTS-5000 (Motorola)
o APX Series 7000, 7500 (Motorola)
o FlexComm RT-5000/RT-5000p (Wulfsberg radio)
o Tactical Repeaters
o Various Tactical antennas
- KVL-3000/4000 key loader
- Biometric collection systems (e.g.,Quick Capture Platform)
- Harris Universal Imaging Transmission Software (HPW)
- Panasonic Toughbook computers and associated software
- GPS-based world mapping software (e.g., Falcon View) using NIMA products
- Digital Intelligence collection devices (video and still imagery; and “Real-time” transmission of collected data.
- Situational Awareness software (e.g., Android Tactical Assault Kit)
- STE PHONES
- VOIP (secure and non-secure)
- Video Tele-Conferencing to include: Tanburg Tactical and Tanburg rack mounted (600 or newer)
- Top Secret Security Clearance
- Completion of a civilian electronic technician training course and/or DOD component telecommunications school.
- Minimum of seven (7) years civilian telecommunications or electronic technician experience and/or a minimum of five (5) years military experience as a telecommunication operator/maintainer or electronic technician.
- Ability to carry communications equipment up to 70 lbs.
- Ablity to deploy for extended periods of time nationally and/or internationally.
- Expert developing and executing Department of Defense (DoD) and other government agency communication plans.
- Expert knowledge of telecommunications management policies, rules and regulations.
- Expert at establishing and maintaining communication infrastructures for the effective exchange of information between operationally deployed assets and operation centers in support of tactical operations.
- Experience deploying and maintaining various types of law enforcement and military tactical radio systems.
- Experience deploying and maintaining various types of tactical antennas.
- Extensive participation in joint operations, and/or federal law enforcement operations.
- Demonstrated experience with the operational procedures of establishing and maintaining communications for Tactical Operation Centers (TOC), Command Posts (CPs) or equivalent operational centers.
- Expert knowledge of video tele-conferencing procedures to include set-up and operation.
- Operational knowledge of mesh network and mobile ad-hoc networking.
- Operational knowledge of public address systems, situational awareness monitors and access control systems.
- Operational knowledge of cryptographic devises to include use, storage, and destruction.
To be considered, please send your resume to Recruiting@oakgrovetech.com


Want to get into the “kings broadband” and looking for more detailed information, Here are the listed pages that you can access.
Welcome to Kings Broadband M/s Kings Broadband Private Limited, providing Internet Broadband services through OFC to consumers, Corporate since 2012.We have ISP (VNO) Class “A” license with all India Jurisdictional service from Department of Telecommunication under the Ministry of Communication rule.
Username . Forgot password? Password. Visitor IP: 22.214.171.124
Kings Broadband offers download speeds up to 1 Gbps with plans starting as low as Rs.999/- per month. And what’s with us – Reliability & high speed with fiber optic technology, No data caps and No throttling, In-Home WiFi – Surf the web, download music, play games and stream your favorite movies and shows , Help Stay Connected – keep you and …
With Kings Broadband high-speed satellite internet service, you can surf the web, upload photos, stream movies, or listen to your favorite tunes—even in rural areas. You’ll get the most out of your internet activity with a KIngs Broadband plan that has the right amount of data for your home.
M/s Kings Broadband Private Limited, providing Internet Broadband services through OFC to consumers, Corporate since 2012.We have ISP (VNO) Class “A” license with all India Jurisdictional service from Department of Telecommunication under the Ministry of Communication rule.
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Please enter your Username and Password. Copyright © 2012-2021 Synnefo IMS. All Rights Reserved.
King Street Wireless | Internet Service Provider …
King Street Wireless offers internet service across 24 states with the greatest coverage in Missouri, Illinois, and Indiana. Fixed wireless internet from King Street Wireless is available to an estimated 8.0 million people, making it the 3rd largest residential fixed wireless provider in the U.S. by coverage area.
Knight Broadband | Full Service Communications
Knight Broadband successfully expanded its presence in support of this project, adding a significant number of resources while growing the scope of services provided. On a project this important to local communities and statewide government, Knight Broadband is the partner of choice.
Internet Services in King William and King & Queen, VA …
Atlantic Broadband Internet, TV and Phone In 2019, Atlantic Broadband took over the Comcast system in King William. Atlantic Broadband plans to provide Cable TV, Internet & Phone service for about $100/month. Business and residential customers may have service as early as 2020.
Keralavision Broadband Limited, is an initiative of independent Cable TV Operators in Kerala under the guidance of Cable Operators Association ( COA). COA is an umbrella union of local cable operators all over Kerala. It is a conglomeration of more than 4000 independent cable networks functioning all over Kerala; its main objective is to …
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Market ripe in 3 years
Is an Israeli company holding the key to driving through electromobility?
With its new battery technology, the Start-up StoreDot will charge electric cars in only five minutes.
The Israelis have just recently publicly offered a pre-taste for super-fast refueling on e-cars in Berlin.
The start-up is based on the so-called Flashbattery technology in its fast charging process. It is based on nanomaterials and special organic compounds.
It was developed first for mobile phones: At the same time, StoreDot is experimenting with batteries that consist of biological semiconductors, so-called peptides.
These are short chains of amino acids which can absorb and release electrical charges very quickly.
With this technology, which was not explained in detail by StoreDot for competition, the company managed to recharge a Galaxy S4 smartphone with the new flash battery in just 30 seconds.
Akkutechnik from the smartphone scaliert apparently, the Israeli engineers have also succeeded in scaling the battery technology from the smartphone and developing it further for operation in electric cars.
For the demonstration in Berlin at the Cube Tech Fair, the engineers have connected 7,000 of the novel cells.
The discharged battery was charged to 60% in less than three minutes.
The test vehicle, which was very similar to an Audi, is supposed to drive around 320 km.
However, it is true that StoreDot is guilty of real performance over the battery capacity and performance.
Complete graphite disclaimer According to StoreDot, the flash batteries can not only be charged faster but should also be safer.
As the batteries completely dispense with the graphite used in lithium-ion batteries, the fire hazard is significantly lower, according to the company.
In Berlin, charging technology for electric cars was presented to the public for the first time.
Even if it was not completely “refurbished”, the visitors could convince themselves with their own eyes that the charge level of the battery went much faster than with conventional chargers.
StoreDot announced the launch of the new charging technology in three years.
StoreDot is a spin-off from the University of Tel Aviv.
The financial resources for the research and development of the new charging technology are from investors.
On the Cube Tech it was said that StoreDot also works with the post-subsidiary Street scooter in Aachen.
Street scooter intends to produce 10,000 electric vehicles for delivery this year alone. Powerful batteries, which can be recharged in minutes, would be ideal for the last mile delivery.


The Printed Circuit Board (PCB) is highly essential for electronic industries. The jiwo PCB services provide the best pcb printed boards that are highly beneficial for domestic use and industrial use. They use o design electrical circuits by connecting electrical components so that the gadget can work more efficiently.
What is a PCB used for?
Printed circuit boards (PCBs) have a wide range of applications and uses to support and electrically connect electronic components mechanically. They have conductive pathways, tracks, or signal traces etched, which help to laminate copper sheets onto a non-conductive substrate. Thus, they are productive for the manufacturing of business machines and computers.
Advantages of PCB
There are different advantages of the PCB, but the main is that it is compact and reduces the wire used in the electronic equipment. These circuits are much more convenient to carry and join all the electrical components without wires through a printed circuit board. Thus it makes interconnections less bulky. There are many advantages of PCB which make them popular in the electronic industry and are used for various purposes such as
• Medical Devices.
• Consumer Electronics.
• Industrial Equipment.
• Automotive Components.
• Aerospace Components.
• Maritime Applications.
• Safety and Security Equipment.
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✅Symcode Pro Fully Upgraded Bluetooth 2D Barcode Scanner with Auto-Sensing Stand,Putting on stand to switch to auto-sense scanning mode directly,do not need to scan any setup code.
✅Larger battery enables longer continuous usage and twice the stand-by time. With the unique battery indicator light showing the remaining battery level, no more Low Battery Anxiety.
✅Two paring mode: One-to-one mode,More-to-one mode. At one-to-one mode,one scanner only transmit barcode to the one usb receiver. AT More-to-one mode,Multiple scanners can transmit barcode to the one usb receiver – ideal in a warehouse where several people are scanning at once.
✅Wireless & Bluetooth & USB 3-in-1 Connections,Symcode 2D Wireless barcode scanner can work with bluetooth & 2.4G wireless & usb wired. The transmission distance can be 200m in barrier free environment and 30m in obstacles environment using 2.4G USB dongle. It can be connected with a variety of devices, such as smartphones, computers, POS, iphones, ipads. In addition, it is also compatible with various operating systems, such as windows 11/10/8/7/xp, Mac OS, iOS, android, linux.
✅Multiple Configuration Options,More customizations are available such as automatic sensing, hiding barcode character, add prefix or suffix and volume adjustment, etc. With quick barcode scanning speed, 32Bit CPU super decoding ability that the speed up to 300/sec,Symcode scanner can easily scan 1D, 2D (QR, DataMatrix, PDF417, Aztec, Hanxin, etc）barcodes on labels, paper, and mobile phone or computer displays.Even if labels are on shrinkwrap, partly damaged, dirty or poorly printed.
Specification: Symcode Bluetooth Wireless 2D Barcode Scanner with Auto-Sensing Stand Handfree QR Bluetooth Barcode Scanner with Battery Level Indicator More-to-one Mode


The conference as we used to know it was very stiff, structured and didactic.
It's been the same since Cicero—the speaker spoke and the audience listened. Maybe the audience had a chance to ask questions at the end, or chat about the content at coffee break, but like television it was essentially one-way communication.
I speak at about 50 conferences and events all over the world each year. The best are those that integrate the physical event.
Integrate Social Media at your event
Now, at conferences all over the world, audience members connect with one another in real time while speakers are up at the podium. This "back-channel" is truly revolutionary as it allows listeners to discuss content as it is being delivered. What’s more, it brings a new virtual audience into the room—sometimes from the opposite end of the Earth.
Hashtags allow people in the audience and everywhere else can tune into the back channel. Many attendees post photos and video clips in real time too so people can see what's happening.
Crowdsourcing - when others post content to your conference site - is a terrific way to build valuable information.
It's not just Twitter either. Some people at conferences now use GPS-enabled mobile applications like Foursquare—which allows you to see where your friends are in the conference hall (or playing hooky at the bar). And with live video streaming services like Qik, anyone can upload a speech to the Internet in real time.


Flowroute has released a new platform to help developers offer carrier-grade messaging capabilities within their applications and services. The new SMS capabilities enable developers to simplify the integration of text messaging into their offerings.
By unifying calling and messaging on a single phone number, through one provider with a single API, companies are able to create customer experiences that deliver consistent, personalized interactions leveraging both voice and text-based communications.
The first three application modules, written in Python, include phone number masking, two-factor authentication, and appointment reminders. The program is designed to speed the implementation of SMS messaging into applications as the initial application containers include:
– Phone number masking: Through SMS proxying, developers can buy and provision from a pool of text-enabled phone numbers to anonymously bridge concurrent buyer-seller interactions. This is essential in marketplace application use cases which require anonymous communication via text messaging.
– Two-factor authentication: This provides an extra layer of security for users by applying two-factor authentication within web and mobile applications. By providing developers with a high degree of configurability, interactions are secured by sending and validating a PIN via SMS.
– Appointment reminders: Developers can enable applications to send appointment reminders and confirmation messages to users via SMS.


Perhaps one of the most common questions on the forums is “Can I connect to my SQL Sever named instance using the IP address and/or TCP/IP port number?”. It was this question that prompted me to write today’s post.
Last week, I wrote about how to use SQL Server utilities to determine the port number on which the SQL Server service is listening for connection requests. I will be using this information as base to start off today.
Assumptions & Disclaimer:
- This post demonstrates an administrative procedure that deals with SQL Server instance security. Please do not perform the steps outlined in this post without consulting your database administrator
- It is assumed that the SQL Server under question is configured for accepting remote connections via TCP/IP protocol
Connecting to a named instance using a TCP/IP address and port number
Any SQL Server instance, named or default, can be connected to by using the TCP/IP address and the port number, provided it is configured to allow remote connections. All one needs to do is:
- Determine the TCP/IP port at which the SQL Server instance is listening on by using one of the methods shown here
- You can get information about the hosts’ IP address can be available by using the “ipconfig” command line utility.
- Once the IP address and the TCP/IP port number are available, launch the SQL Server Management Studio
- In the “Connect to Server” dialog box, mention the server name in the following format:
- <IP address>,<TCP/IP port number>
- Click on “Connect” and notice that the SSMS is now connected to the desired SQL Server instance by using just the IP Address and the TCP/IP port number
I hope that this post will be helpful to all those who are looking for solutions on how to use the TCP/IP address and port number to connect to a specific SQL Server instance. Please note that using IP addresses and port numbers may not be a successful connection strategy if the server is on a DHCP network (where the IP address may change with each restart).
Until we meet next time,
> You can get information about the
> hosts’ IP address can be available by
> using the “ipconfig” command line
If you can connect to a SQL Server instance by name, then the name is registered within DNS. Just ping the name and you’ll be able to determine the IP address of the database server. No reason to run ipconfig on the server itself.
In order to determine the port the server is using to listen for incoming connections, run the following query (requires VIEW SERVER STATE permissions)
[c].[local_net_address] as [server_ip_address],
[c].[local_tcp_port] as [server_ip_port]
[c].[session_id] = @@SPID
> Please note that using IP addresses
> and port numbers may not be a
> successful connection strategy if the
> server is on a DHCP network (where the
> IP address may change with each
Servers should have static IP addresses.
Absolutely, Marc – I agree that servers should have static addresses. The reason I have put that line is that I have seen production servers using DHCP. All it takes is one restart of the DHCP server itself for the novice IT team to realize they are in deep trouble. In fact, I always prefer connecting to SQL Servers using the fully-qualified instance name, and not through the IP address.
Thanks for reminding about the “ping”! 🙂


An airport transit area can be a pretty boring space if one is waiting for a delayed flight. There are some services to entertain passengers - shops, bars - one can even buy a magazine. But in the end, that’s about it. The Trolley Singers project is addressing this issue by trying to develop an experimental interface on the borders between art, technology and sociology. The goal of this project is to make the transit area more playful and establish some communication among bored passengers.
The small carry-on luggage trolleys in the transit area of a large airport will be equipped with a small device in an effort to prompt mutual recognition and communication via voice – or more precisely, through singing. When the trolleys meet within range approximately 5 meters, they start to talk. They exchange information about their mood, energy level, and temperament, and then update their own status according to the received data. They even start singing a song together when they fall in love.
The trolleys act like artificial pets attached to their owners. They fill the airport hall with a constantly evolving spatial sound structure.
The simulation is very simple - the trolleys merely communicate emotional status (expressed within a 9 level range). Talking makes them gradually happy, while lack of communication makes them sad. The final setup will be much more complex, and sounds will differ, but certain aspects of the aesthetics and inspiration will remain.
The spatial and decay sound factors are simulated on a very basic level.
Possible development platform:
There are two possible platforms for this project - a PDA including a microphone and a speaker, or a smart mobile phone. The internal speaker and microphone will probably be good enough for this purpose, however it is a matter of experimentation to confirm this. The electric power is the main technical problem of this project - the final installation setup will run approximately 20 hours with 4 hours for recharging, so the whole system must be very efficient and power saving.
The PDA would be Linux based. A DSP and logic would be programmed with Pure Data. A smart phone running on the Symbian operating system would be programmed with C++; easier options should be considered (Java, Python) although results produced by them will probably be too slow.
The communication is based on special sounds - a unique frequency mixture (like birds or DMTF tones) in order to avoid sensitivity to surrounding noise. Each unit is also capable of recognizing and interpreting these sounds - and of seperating them from the background.
The Trolley Singers is an experimental art project based on the cutting-edge of commercially available technology. It focuses on swarm intelligence and the social aspect of mobile computing. Although the concept is simple, the entire setup, which including many units, possible programming bugs, hardware caused delays and unpredictable audience participation can create a relatively complex system, which will hopefully generate some unexpected, aurally interesting sound structures. The research in this area can also lead also to interesting applications in the field of mobile computer games, communications, etc...
The hardware and software research proved that a Java MIDlet running on an average smart mobile phone would be capable of doing the job - at least in a simplified version. The advantage of such a solution is obvious: the code, once developed, can be used on various devices equipped with a microphone, a speaker, a and Java (J2ME) environment. This adaptability is great for any future development.
Nokia N70 has been chosen for the realization for several reasons:
It was smart phone running Symbian operating system - so it offered flexibility
It had a sufficiently fast processor.
It was not a brand new model (Fall 2006), so it was already relatively well documented.
Last but not least, the price was nice.
Recording is possible thanks multimedia API. Generated sound is periodically recorded into ByteArray in the operating memory, to allow for further analysis. There is still a particular problem with stability to be solved. The memory gets full within approximately 2 hours (probably it is just fragmented, because the ByteArray is being rewritten again and again) and the MIDlet then crashes. It is most likely a solvable problem; it just needs more special mobile phone programming skills. There are also limitations concerning sound quality: The mobile phone has a very efficient filter implemented in its recording device. It greatly supresses background noise. Experiments proved that only the loudest sounds are recorded, while all the other sounds are eliminated. This limits the possibilities of further analysis: a signal is received only when it is louder than any other environmental sounds. The code will work only in a less noisy environment, and close proximity between communicating devices is necessary.
Sound analysis with the Goertzel algorithm (FFT also tested sucessfully) works fine with regards to the limitations listed above - it recognizes a single frequency as long as it is significantly louder than the background noise. It is impossible to check dual or more complex frequences, because they are not present in the recorded material (one is always eliminated by built-in filter).
Pattern recognition was not implemented because of limited financial resources.
Conclusion: Due to the built-in filter, communicating with DMTF tones seems to be impossible. However there is still the possibility of using single sine frequencies and pattern recognition. Communication would be possible in a quiet environment and within close proximity. It would be vulnerable to any background loud sounds.
The Trolley Singers project was exhibited as a part of show "Interface and Society" at Hennie Onstad Kultursenter in Oslo in November 2006. The piece consisted of airport trolleys equipped with mobile phones (Nokia N70)was located in the foyrer.
Bluetooth communication was choosen as a temporary solution for the exhibition installation because of the difficulties with pure sound communication, resources and time shortage. The phones were wrapped in aluminium foil to reduce bluetooth antenna range to approximately 4 meters. The simple MIDlet was written to check the proximity of another phone, exchange an information and play sounds. The bluetooth communication was not found ideal for the purpose - the bluetooth connection setup is generally slow and not very reliable (at least on N70 phone), radio waves reflections in the foyer caused another troubles. Interestingly, not all the phones worked the same way - some were better while the others were worse. To achieve some acceptible degree of reliability the number of trolleys was reduced just to phones which were working fine.
Behaviour was very interesting: thanks to all the glitches, the phones acted a bit unpredictable - like pets, they communicated when moved close to each other, but sometimes they refused to do so. Occasionnally, they even called each other on long distance (thanks to great radio waves reflections). It was not necessary to simulate any emotions at all, the phones even had their own characters as mentioned abowe. To our opinion, the audience was a bit confused by a such behaviour. People expect an old school interaction model, the piece which is busy with itself and doesn't care about them seems to be difficult to understand. It would be definitelly better to achieve simplier, more predictable interaction in case the work was installed in a public space.
Aesthetics is another aspect to think carefully about. In a public space, a communication sounds should meet some criteria: they must be pleasant to most of people present there - which, in fact, means that sounds must not affect a communication between people (they need to operate in another frequence spectrum then human voice does and/or they must not be louder then any normal verbal communication) and they should't be disturbing. Moreover, in our case, the sounds must be easy to play with N70 speaker. Hi pitch sounds with a fractal structure meet such a criteria. We have tested several different sounds, some of them close to music. The problem was that audience tends to associate all the music like sounds to mobile phone ringing tones. People are aware and waiting who will pick up the call. In case nobody does, people start uncomfortable and nervous. There is first imperative: the communication sound must not resemble a mobile phone ringing tone. The second imperative is related to repetition: the sound must not be felt as repetitive. All the sounds based on a steady rhythm are felt more repetitve then fractal sounds. Any kind of nature related sound like bird singing, cricket sounds, water sounds etc... or synthesized sounds of that kind would work on the contrary to most of musical sounds.
Hai Nguyen Dinh
Apple PowerBook 15', 512 MB RAM, 60 GB HDD
PC Pentium IV, 2 GHz, 256 MB RAM, 60 GB HDD
Nokia N70 (12 pieces)
Mac OSX 1.3, X Code, Mobile Processing, MPower Player, Audacity
Windows XP, Java SDK 1.4, WTK, Mobile Processing
Nokia Symbian v.3
Nokia N70 (12 pieces)
Nokia Symbian v.3, custom made Java MIDlet
Codes are in Mobile Processing format (originally with .pde suffix, check http://mobile.processing.org for more info, please) with some J2ME parts.
Year of creation:
There are several problems to solve on the way to functioning audio communication between mobile phones:
So far the phone crashes when its memory is full. It should be possible to record into ByteArray again and again without the system crashing. There are already some J2ME MIDlets that do the same, at least with images (e.g. vOICe).
2. Pattern recognition
If the Goerzel algorithm works reliably (as it now should, within a quiet environment without background noise) then the pattern recognition implementation should be easy.
3. Ultrasonic communication
It would be interesting to check proximity using sounds within the inaudible range of the sound spectrum. It should be possible to run the Goertzel algorithm to check frequencies at around 22 kHz in the case that a 44 kHz sampling rate works. This could, however, create other problems, e.g. Doppler effect. The idea definitely requires further testing.
There are several ways to go, for example:
1. Installation in a public space
Installation in a public space, e.g. an airport, where hardware will be supplied by the audience (everybody interested in using the program will put his/her mobile phone into a slot in the trolley and the software will be available for download via WAP. Such a solution can create a situation in which thousands of units will be participating at the same time, creating quite a rich sound structure with minimum investment.
2. Street game
Wherein sound serves as a communication protocol for players.
3. Using a simple communication protocol
A simple communication protocol could be used for mobile phone games, instead of the currently popular Bluetooth, which is is available on just a small percentage of mobile phones.
The Trolley Singers project would be impossible without the help and participation of many people. We would like especially to thank:
Atelier Nord for financial support, production and organization help
Norwegian Culture Council for financial support
Oslo Airport for sponsorship
Staff and students of Oslo Academy of Fine Arts for an inspiring environment
Artists associated with Atelier Nord for inspiring ideas and feedback
Petra Vargova for intellectual support and inspiration
Laura Beloff for many inspiring ideas and intellectual support
Erich Berger for inspiring feedback and technical support, especially for directing us towards the Goertzel algorithm
Martin Pichlmaier for help with J2ME code, especially sound recording and playback
Francis Li for great Mobile Processing software and quick help when we had troubles
Monika Goodwine for help with all the difficult papers and installation help
Jana Winderen for excellent production and installation help
Siri Augsteen for great exhibition production
Madeleine Park for exhibition maintenance and posing for video documentation
Anja Brinich for help with texts
Emil Hogset for nice photos


This design group set its sights on designing an automated microphone boom system for the B. J. Haan auditorium on the campus of Dordt College. Compared to the existing system of floor set microphone stands, the new design is intended to be easier to setup, less obtrusive for the audience, and capable of providing superior sound quality for the purposes of recording performances. After doing research into the acoustics of sound recording in auditoriums, the engineers designed a retractable boom and cable system that drops down from the ceiling to a position just above the conductor. The boom holds a left and right channel microphone at optimal spacing for sound reproduction. Driven by an electric motor, the system was designed to be raised and lowered by the flip of a switch in the control booth.


A couple of 100-PW class laser projects, based on optical parametric chirped pulse amplification (OPCPA) technique, are worldwide proposed for the next years.
Very broad spectral gain bandwidth can be obtained by non-collinear OPCPA in nonlinear crystals. Among the available nonlinear crystals for OPCPA, only the BBO crystal has an ultra-broad gain bandwidth which is overlapped on the Ti: sapphire amplification spectral band near 800 nm central wavelength, whereas LBO and KDP (DKDP) crystals have ultra-broad bands in the range of 900 nm central wavelength. BBO crystals can be grown only up to few-cm clear aperture. KDP and DKDP crystals can be grown with large size clear aperture up to 500 mm diameter, allowing amplification of nanosecond stretched broad-bandwidth laser pulses at kJ-energy-level. PW-class laser system configurations based on large size KDP (DKDP) crystals amplification of femtosecond pulses with shifted spectral band in the range of 900 nm were proposed by researchers from the Central Laser Facility, RAL-UK, and the Institute of Applied Physics, Nijnii Novgorod, Russia. At SIOM-Shanghai, China, 4.9 PW peak power (91.1 J/18.6 fs) has been reported by direct optical parametric amplification of Ti:sapphire chirped laser pulses in more than 100 mm clear aperture LBO crystals, pumped by a frequency doubled, few-nanosecond kJ pulse energy Nd:glass laser.
Super-broad gain bandwidths of several-hundred nanometers can be obtained in nonlinear crystals for the amplification of signal laser pulses with the spectral band centered around the critical wavelength of the crystal, in a collinear OPCPA geometry at degeneracy, namely for the pump laser wavelength equal to half critical wavelength. These super-broad gain bandwidths are large-enough to support the amplification of sub-10 fs laser pulses. A couple of high energy nanosecond green lasers are available for optical parametric amplifiers pumping, for example: Yb:YAG at 515 nm, Nd:glass at 527 nm, and Nd:YAG at 532 nm. To take advantage of the super-broad gain bandwidth at critical wavelength degeneracy (CWD), it is necessary to generate white light super-continuum femtosecond compressible signal pulses in the 1-μm spectral range and to amplify them in nonlinear crystals with the critical wavelength in the range of 1030-1064 nm, pumped by picosecond or nanosecond green lasers. A critical wavelength in the range of 1030-1064 nm can be obtained in case of partially deuterated DKDP crystals (P-DKDP) with a 40-65% deuteration ratio. A quasi-collinear geometry, optimized for preserving a super-broad gain bandwidth, could be used to separate signal and idler beams. Optical parametric amplification of super-broad bandwidth chirped signal pulses up to 1-kJ energy and their sub-10-fs pulse duration re-compression represents a promising solution for single-beam 100-PW femtosecond laser systems development.
The feasibility of a 100-PW laser system based on existing technology, using currently available optical-mechanical components and laser devices, is discussed. A possible schematic configuration and proposed following steps towards the development of a 100-PW-class laser system, based on OPCPA at CWD in P-DKDP crystals, are presented.


The development of techniques and technologies in the world enables easier and more efficient living of users of the same. The realization of activities that previously required the physical presence of individuals are slowly enabled in the homes of the users. Thus, one of the motives for making the E-Bus system is providing timely and easily accessible delivery of bus tickets, completely avoiding the inefficient sale of bus tickets at the counters.
The E-Bus system is a complex system with the task of enabling the sale of an electronic ticket whereby passengers can travel to the buses of the transporters that carry out the transport within the Macedonian bus stations. The centralization of the bus stations includes communication with 27 bus stations across the territory of the Republic of Macedonia. Communication with the internal software at the bus stations is enabled, thus centralizing the solution for the sale of electronic tickets. The same can be accessed from the link: http://e-avtobuska.mk/.
The purpose of the unification offered by the E-Bus system is to realize a solution that manages and manipulates the information within all bus stations in the Republic of Macedonia. Bus stations around the country in their work often have implemented their own internal software and databases and do not have any automated coordination with the other bus stations. Therefore, communication with bus stations is enabled with the help of web services that have been previously specified. Such inclusion of bus stations requires cooperation between a number of professionals in order to achieve the goals.
Additionally, there are bus stations that do not use internal softwares for their work, but keep the records of the data in a primitive manner. For these bus stations, the E-Bus system has provided special modules with which these bus stations directly have the possibility to connect to the centralized system.
All bus stations can continue their existing modes of operation, so the sale of tickets at the counters still flows uninterruptedly. Electronic tickets are additionally provided as a more accessible and faster solution for buying a ticket. In doing so, various adjustments have been made between bus stations and the E-Bus system in order to carry out successful communication.
In its operation, the E-Bus System includes a web application developed with the technologies of the Microsoft .NET platform in the C # programming language.
Implementation of a mobile application that is fully integrated with the existing system E-Bus (http://e-avtobuska.mk), which additionally enables simple and fast use of services on the side of the end users. Bearing in mind the target groups of users that would use this pending application is that the implementation contributes to the increased use of the already established system for the purchase of electronic tickets.
The application supports the two most represented platforms in the world that use smartphones, iOS and Android.
The primary purpose of the application itself is to provide a simple and fast way to purchase electronic tickets for international and international road transport, with electronic payments being made through this application.
Secondarily, through the notification system that is a part of the implemented solution, end users are able to obtain useful travel information, information about various discounts, introduction of new lines, news, etc. The use of the application is made exclusively for registered users who need to register when installing the application on their mobile phone.
At the same time, users have the opportunity to have a detailed overview of the already purchased active one-way tickets, return tickets, open return and monthly tickets, use the option for canceling the ticket, and also have history history for all previously purchased tickets.


100% brand new and high quality.
Does not support Bluetooth pairing function only provides charging for airpods
The wireless receiving chip adopts the NE6053 of Taiwan Xinjie. This chip has passed the QI certification and conforms to the WPC1.2 protocol.
Support FOD function Overvoltage Overcurrent Overtemperature protection, etc.
The external charger charges the charging box: red light flashes
The charging box is fully charged: the red light is always on
Charge the box to the airpods headset:
Charging: green light flashes
Full: Green light constant
Input: 5V 0.3A
Battery capacity: 450mAh
Charging airpods more than 5 times
Charging time for internal battery: 3 hours
Wireless charging standard: QI
Main function: Charging Apple Bluetooth headset Airpods battery life charging
Support charging the internal battery with the lightning line
It also supports charging the internal battery with a wireless charger.
Charging Airpods thimble contact
Get up to 3 hours of listening time in just 15 minutes in the charging box
When there are headphones, priority charging headphones
Recharge the battery when there is no earphone.
Package Include(Retail Packaging):
1 x Wireless charging case for Airpods


- +1 (954) 388-2288
With our PBX, take calls and make calls from anywhere, in the cloud and you will never miss a call, since it can ring simultaneously on several phones or simply take your SIP phone (or smartphone) when you travel, connect to the Internet, request authorization and be ready.
VOIPLAYER phone system has the ability to encrypt your calls at military level which allows you to communicate more securely with your staff and clients.
Yes, only if you have Wi-fi or data in the place of destination and after the Backlayer technical staff has authorized the IP addresses necessary for the connection.
With our VoIP solutions, we offer you virtual numbers in more than 94 countries around the world.
A SIP trunk is the space / path / virtual route, over which the telephone connects with the cloud for the entry and exit of calls.
Yes, up to 25 people in a virtual conference room.
No, however, you can select a number from our list of possibilities.
Yes. You have a mailbox and even your voice messages will reach your email.


Surface Mount Technology (SMT) has become the dominant method of electronics manufacturing in recent years, replacing through-hole technology in many applications. This method of component mounting involves mounting electronic components directly onto the surface of a printed circuit board (PCB), rather than inserting them through holes in the board. In this article, we’ll take an in-depth look at SMT meaning in electronics, including its history, how it works, its advantages, and its limitations.
History of SMT
The origins of SMT can be traced back to the 1960s when it was developed as a way to miniaturize electronic components and make them more reliable. The first commercial applications of SMT appeared in the 1980s, and since then, the technology has continued to evolve and improve. Today, SMT is used in a wide range of applications, from consumer electronics to medical devices to aerospace components.
How SMT Works
The SMT process involves mounting electronic components directly onto the surface of a PCB using a soldering process. The components are attached to the board using a paste-like material called solder paste, which is applied to the board using a stencil. The components are then placed onto the paste, and the board is heated to melt the solder and bond the components to the board.
The SMT process is typically automated, using machines that can place components with high precision and speed. This makes SMT an efficient and cost-effective method of manufacturing electronic products.
Advantages of SMT
There are several advantages of using SMT meaning in electronics manufacturing. One of the most significant advantages is the size of the components. SMT components are much smaller than their through-hole counterparts, which allows for more components to be packed onto a single board. This, in turn, allows manufacturers to make smaller devices that are more portable and easier to use.
Another advantage of SMT is that it leads to more reliable products. Because SMT components are mounted directly onto the surface of the PCB, they are less prone to mechanical stress and vibration, which can cause them to break or become dislodged. This makes SMT devices more reliable and less likely to fail, which is especially important in critical applications such as medical devices, aerospace, and defense.
SMT is also a more cost-effective method of manufacturing electronic products. Since SMT components are smaller and take up less space on the PCB, manufacturers can save money on the cost of materials. Additionally, the SMT process is more automated than the through-hole process, which reduces the need for manual labor, making it more cost-effective.
Limitations of SMT
While SMT is an effective method of electronics manufacturing, it does have some limitations. One limitation is the difficulty of repairing or replacing SMT components. Because the components are mounted directly onto the surface of the PCB, it can be challenging to remove and replace them if they become damaged or need to be upgraded.
Another limitation of SMT is that it requires a high degree of precision and accuracy. The components must be placed onto the board with a high level of precision, and the soldering process must be carefully controlled to ensure that the components are properly bonded to the board. This requires sophisticated equipment and skilled operators, which can add to the cost of the manufacturing process.
Surface Mount Technology (SMT) is a critical part of modern electronics manufacturing. Its advantages in terms of size, reliability, and cost-effectiveness make it the preferred method of manufacturing for many electronic products. While SMT does have some limitations, its benefits far outweigh its drawbacks. As technology continues to evolve, it’s likely that SMT will continue to play a critical role in electronics manufacturing for years to come.
As new technologies emerge and electronic devices become even smaller and more complex, SMT will need to evolve and adapt to meet the demands of the industry. However, the fundamental principles of SMT meaning are likely to remain the same, as they are based on sound engineering principles that have proven to be effective over many decades.
Overall, SMT is an essential technology that has revolutionized the electronics industry. It has enabled manufacturers to create smaller, more reliable, and more cost-effective electronic devices, and it will undoubtedly continue to play a critical role in the future of electronics manufacturing.


HL7 Interface with CTMS
Top reasons to share data between a Clinical Trials Management System (CTMS) and EMR
by Stephanie Courcy
Posted on January 1, 2018 at 12:00 PM
Healthcare providers are increasingly being required to use multiple electronic systems to manage different aspects of patient care. This results in more time spent on data entry added to an already-full day.
As technology advances, so do opportunities for systems to communicate with each other. HL7 (or Health Level 7) Interface is an integration engine built specifically for the healthcare industry using a standard messaging protocol to share data between systems.
Research sites that utilize an institution EMR (e.g. Epic, Mosaiq, Cerner, Allscripts) for patient management, and also use a Clinical Trials Management System, can benefit from an HL7 interface between the two systems to share data. Benefits include:
- Decreased staff workload for data entry.
- Reduced chance for duplicate records.
- Increased data accuracy and consistency.
- Improved communication.
- Increased patient safety.
CREDIT CTMS from DDOTS offers a customizable HL7 interface that can work with any EMR. Contact us for more information.


Tuesday, June 26, 2007
Hitachi has developed a technology to allow users to control devices by thinking. The system is currently being used to move a toy train back and forth, but the company and other manufacturers see a future for it in TV remote controls, cars and artificial limbs. A key advantage to Hitachi's technology is that sensors don't have to physically enter the brain.
Any brain-machine interface device for widespread use would be "a little further down the road," Koizumi said.
He added, however, that the technology is entertaining in itself and could easily be applied to toys.
"It's really fun to move a model train just by thinking," he said.
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Hybrid overhead lines: Transporting more power, not more power lines
Hybrid lines increase the capacity of the power grid. Two projects of NRP 70 and 71 have examined how the new technology can be optimised and is accepted by the population.
Social opposition to new high-voltage lines is delaying modernisation of the power grid. Two projects of the National Research Programmes “Energy Turnaround” and “Managing Energy Consumption” have determined the optimum design of hybrid overhead lines needed to increase the capacity of the power transmission grid and, at the same time, win popular acceptance for the new technology.
Unlike conventional power lines, hybrid overhead lines combine alternating current (AC) and direct current (DC) systems on the same tower instead of two AC systems. This increases transmission capacity even though the height and width of the lines remain identical, and it avoids new construction and encroachment on the landscape. However, interference caused by the weather, contamination of the AC and DC conductor cables or the distance between cables can lead to bothersome noise and electric fields.


About Tirwo Engineering
The advanced Technical Skill at Tirwo Engineering started developing since the first date of its establishment in 2013. But the founding team came from vast experience in telecommunication and networking technology.
Tirwo Engineering is found and managed with a team of engineers with Vast experience in Telecommunication and Networking Technology who are committed to technology excellence.
The advanced technical skills are complemented with an extensive heritage in deciding both the business and technical necessities to provide the execution and features of organizational requirements.
Tirwo is a telecommunication and networking company which supplies networking and Data center Infrastructure, Fiber optics products, Test and measurement Instruments, and Educational Lab and Training Equipment. We also provide professional Technical Services such as network Infrastructure deployment and telecommunication.
We collaborate with technical teams to deliver recommendation on network architecture, strategic design, and Equipment selection. Our insights are inspired by actual experience.
To Provide a high-tech service and supply that transforms how you learn and work in order to make your lives better.
To provide quality services that exceeds the expectation of our esteemed customers. We believe IT is the greatest vehicle for knowledge, understanding, and human advancement that the world has ever known. Now more than ever, the world relies on high performance network technology.


The Best VoIP Services in Austin
Improving endurance and growing the company are crucial facets to any organization's success. Reaching both of these goals is usually influenced by a large range of variables such as telecommunications.
Now that technology has got the globe VoIP or Voice over Internet Protocol capacity, it's essential for forward-thinking companies to implement VoIP solutions in their infrastructure as part of the ongoing efforts to attain success and push before their competition. You can check out VOIP service in Austin via online resources.
Although it's true that land lines offer you dependable communication methods, VoIP capacity is quicker and just as dependable. Additionally, in addition, it offers a couple of added benefits.
Fees are employed for both the local and long-distance services. On the other hand, the prices are usually the exact same for both the local and long distance. This fact alone efficiently lowers the price of telecommunications for several companies as soon as they change over.
While extra fees typically employ for international calling, financial savings of some kind over conventional calling services normally become involved. Typically, companies which produce the transformation from property lines to VoIP can maintain their current phone numbers.
The grade of support with VoIP telecommunications is normally exceptional. Seamless calls using a high grade of service will be the standard. The typical features of VoIP providers will be just like those found with conventional land lines.


Interesting ... I wonder how difficult and expensive it is to repair a break ...The cost of putting a cable under water can be lower than burying cables on land, because workers can lay the cables from giant reels, allowing stretches of more than a mile with no splices. The strategy is limited, of course, by the availability of rivers and lakes — they do not go everywhere power developers would like to run new lines. In fact, many of the country’s rivers run north or south, whereas much of the country’s power must move east or west. And underwater lines are still more expensive than lines on transmission towers. Mr. Stern’s 65-mile cable cost about $600 million, and a 53-mile cable under San Francisco Bay cost about $505 million. Much of the cost in each case is to transform the electricity to direct current, a form that is easier to use in buried cables. Standard lines hung on towers run from $1 million to $4 million a mile, depending on terrain and other factors. If more underwater lines are built, the higher costs would have a small impact on electric bills.
Posted by rlssec


Aeronautics [https://aviationheadsetss.wordpress.com headsets are actually incredibly vital. This is actually specifically true if you are a fly. A headset is your lifeline to the air traffic control service tower, if you reside in an aircraft. It will definitely let you know if the various other plane facing you is actually going to change course, or it is going to permit you to chat along with the captain to see to it that he does certainly not have an emergency and also needs to have help.
Today the types of broadcasts that flies need are extremely different coming from what they used to make use of and also currently their radios are actually kept an eye on to make sure that they can get the radio service. However a single thing that flies perform need in a radio device is the headset.
Captain https://aviationheadsetss.wordpress.com headsets can be found in numerous shapes and sizes and they are actually all used for really different main reasons. First is the form of headset that is actually made use of to speak with the high rise. There are actually three type of headsets: the ground-based sky web traffic operator, the taken care of radio, and also the boom box. It is achievable to listen closely to the broadcast through the headset as well.
There are several radio headsets available as well as they can be really pricey. The various other main kind of headset is the air travel headset. These are normally made use of for lower than serious objectives. Airports possess the flying headsets, as well as they are actually typically made use of for talking to the pilots in the planes that take off and land at the flight terminal.
There are many different types of headsets that you can easily purchase. You should attempt them all before you choose which one is actually absolute best for you. You can additionally acquire a free of cost headset by registering for a three-month registration to a service.
All the aviator headsets possess the same basic idea alike. The headset possesses two sets of sound speakers, but various designs.
The keynote is actually that they are actually microphones that are actually focused on you. They grab whatever that you state and turn it into sound.
A captain’s headset may likewise possess some volume managements, in order that they can easily magnify the audio indicators or even turn all of them down to ensure you perform not listen to everything. You will definitely have the capacity to find the correct headset for you through only attempting a couple of different ones out.
The primary thing that you will definitely intend to consider is the size. Exactly how wide or lengthy should the headset be actually? You are going to probably intend to obtain a longer one if you need more than one headset. The only factor that you should actually attempt prior to you acquire one is that the span fits for you.
Select a type that you such as. You may wish a particular different colors. You will likewise want to look at whether you need to make certain that your ears are in the appropriate position.
When you are examining the cabin screens, have a look at the ones that you use on the flight deck. Choose the headphones that are actually well for you. Typically they are actually visiting suit over the ears.
Opting for the air travel headsets that you wish will create all the difference. You may have to obtain several, depending on how many they are for that specific aircraft.
Air travel headsets are actually important to the soft jogging of an airline. We’ll cover several of the benefits of avionics, aviation headsets that make them well-known.
The 1st advantage is that avionics have actually ended up being a vital part of a brand new generation of flying headsets. The manner in which they have been engineered has modified to suit brand new modern technologies and also strategies. Considering that of the means the internal operations have been actually produced as well as structured, an old technology can not be made use of on a new headset.
When our experts were actually starting in the very early 1980’s the sort of aeronautics headsets that you would observe on office plane were a distinct kind of headset that was actually created with what our team refer to as “pen-type” electronic devices. Currently with the innovation of semiconductor innovation the concept as well as building and construction of the brand new air travel headsets have actually transformed to accommodate these new semiconductor modern technologies.
The contemporary headsets are one of a brand-new kind of headset and also their purpose is to comply with a variety of distinct requirements. As a result, the concept has been actually modified from a solitary port to a multi-media adapter body that is capable of attaching a a great deal of unique sorts of communications.
It has additionally been kept in mind that while aeronautics headsets have actually definitely improved in attraction over the final handful of years, they have actually truly removed considering that the arrival of digital communication along with the arrival of cellphones. Air travel headset suppliers are capitalizing on this deliberately headsets along with cellphone capabilities. This is actually really a technological change and it remains to grow.
Yet another perk of avionics is that aeronautics headsets are actually used to attach to and also broadcast to various kinds of radio devices. There are actually numerous radios that a pilot will utilize as portion of his soaring crew. These broadcasts may be MP3 tools, transportable Compact Disc gadgets or handheld tools that permit you to connect on the ground.
These brand new flying headsets are actually ending up being a lot more impressive everyday. Each headset supplier is developing new components and commands to their headsets that create all of them extra consumer effortless and pleasant to make use of for the aviator. It makes it easier to send out and also receive text messages when you are actually utilizing your plane communications headset.
A third advantage of avionics is actually that flying headsets as well as various other communications equipment are actually right now being actually tailored to boost their endurance as well as supply higher functionality. Engines and the approaches by which they run are beginning to obtain much more innovative and software program is actually being actually developed as well as made to assist the flies function their plane with a lot less effort.
The other main kind of headset is actually the flying headset. Flight terminals have the aviation headsets, and they are actually usually utilized for chatting to the flies in the planes that take off and property at the flight terminal.
Aeronautics headset manufacturers are actually taking advantage of this through creating headsets along with tissue phone functionalities. Another benefit of avionics is actually that air travel headsets are used to hook up to as well as send to various types of broadcast gadgets. Each headset maker is actually generating new attributes and managements to their headsets that make all of them even more customer very easy as well as friendly to utilize for the fly.


Impact of European Law
European law requires TV services to cease using the frequencies above 694MHz by 30 June 2020. The frequencies above 694MHz correspond to UHF channels 49 and above.
In September 2019 DTT services on the Island of Ireland will change their frequencies to those agreed in a revised TV plan. This plan was agreed between Ofcom UK and ComReg in conjunction with 2rn and Arqiva. 2rn and Arqiva operate the TV transmission networks. DTT will use a much reduced amount of spectrum in this plan. It will be much harder to combine signals for UK and Irish DTT from two transmitter sites. Viewers should consider using Satellite systems to receive the Free to Air services available to viewers from many UK broadcasters.
The particular difficulty that may arise in such cases is where Freeview services and Saorview services will be on adjacent frequencies from two different transmission sites. It will not be possible to combine the signals as had been done in the past using filter combiners. Sometimes mast head amplifiers will have been used to receive UK Freeview. There is a risk that mast head amplifiers will be overloaded with signals from the stronger DTT transmitter.
Viewers receiving Saorview services on channels 52 and above will need to change aerial for continued reception of Saorview. Most other viewers should not need to change aerial to continue DTT reception from the same transmitter site. Some viewers might need to repoint their aerial thus changing the transmitter used for Saorview reception. They might need a new aerial to receive signals from a different transmitter. Viewers can obtain information and advice from TV/electrical retailers and installers.
Irish DTT transmitted on both the old and new frequencies between 4th September 2019 and 4th March 2020. After 4th March 2020 the old frequencies used since 2013 were switched off. Viewers should have completed any required rescan by 4th March 2020. The Saorview website had more information on this.
Transmission sites which had Saorview services on channel 49 or above up to early 2020 include; Clermont Carn, Truskmore, Maghera, Kilduff, Kippure, Clonmel, Suir Valley, Dungarvan, Spur Hil, Monaghan, Fanad, Letterkenny, Knockmoyle, and Castletownbere. There are others. The complete list of revised channels to be used by Saorview sites in 2020 can be found in the 2rn Saorview frequency list.
Viewer advisory messages might not have been seen in some locations. These are places served by transmitter sites where the main parent transmitter did not changing channels, but the daughter relay transmitter changed channels, SItes which had a change of channel and where the parent transmitter did not change include ; Castletownbere, Bantry, Fermoy, Rosscarbery, Clonakilty in County Cork, Forth Mountain (south-east of Wexford town), Gorey in County Wexford and Greystones in County Wicklow. Viewers receiving these sites should have done a rescan on their receiver.
In particular viewers in the coastal areas at Bantry Bay and Bere Island need to ensure that they did a rescan on their receiver.
Two new transmission sites became operational in September 2019, these are at Drogheda and Wicklow towns.
Some sites which do not use channels above 694MHz changed in order to facilitate the new TV plan. These were at Moville, Holywell Hill and Glencolumkille in Donegal and Greenore in Louth.
The frequencies at some transmitter sites needed to change without a simculast period. The following sites changed frequencies in September 2019;
-Glencolumkille and Clonmany in Donegal,
-Greenore in Louth,
-Laragh in Wicklow,
-Kilmacthomas in Waterford and
-Maamclasach in Kerry.