Internet of Things helps you to interlink various electronic components and gadgets, such as sensors, cloud computing with each other via a network. Key areas carriers need to understand properly to take your business to the next level. This platform is highly required, especially when data needs are extremely high.
Industrial framework where a large number of machines and devices are connected and synchronized together. Mainly software tools and third platform technologies are used for Internet of Things context. IIoT also increases the automation level at domestic and commercial levels.
Different types of consumer devices and applications are used in the consumer electronics space. Intrusions and unauthorized entries can be easily prevented. Also used for purposes like IoT based pet tracking or smart home solutions.
Devices with remote monitoring feature are used in the healthcare sector to keep patients safe and healthy, and empower physicians for their care. Also reduces the duration of hospital stay and prevents readmissions.
Our developer team prototype smart devices using which customers can easily verify their concepts before commencing the full-scale development process. To design any electronic gadget, we use IoT boards, sensors and ready-made enclosures. Whole development process is basically divided into following tasks:
PCB layout and designs
Custom enclosure design
PCB signal, power integrity and thermal analysis
We also offer documentation, verification and compliance support for your application.
Embedded software, often called firmware, plays a very important role in our daily environment. Every electronic device is designed to fulfill “smart” functions and this task can be easily achieved by using native embedded softwares. Our developers encompasses:
DSP and microcontroller programming
Motor control applications, UAV and SmartHomes
BSPs for real time and embedded Operating systems
AOSP development and support
Our experts help clients to visualize, display, and organize data as per configuration of IoT devices. Dashboards are used to view company stats and make their data readily available to its employees, management, and customers. Our experts offer:
Predictive and advanced maintenance system
Various IoT platforms based on Azure IoT hub, Google cloud IoT Core, etc.
Real time sensor data visualisation
Effective admin dashboards
We also design native and cross-platform mobile applications that enable on-the-go access to data generated by smart devices and act as a remote control for various IoT solutions. We design:
Interactive applications for wearables
Various contactless payment solutions
Image recognition applications
IoT based Firmware Consulting, Development and Support Services
Cloud Connectivity Framework
Support for Discovery Protocol
Support for Mesh Network
Support for the Mesh Network
Advance IoT development services. Redefining User experience
- Tailor-made IT software applications to identify target customers
- Intelligent devices to access corporate data from a single source
- ESP32 based system
- Specified communication protocols implemented in ESP32: Modbus, RTU, SFTP
- Raspberry Pi-based systems
- Designed as Linux Service
- Home automations systems
- BLE enabled devices
- Based on NRF5283 device
- SIM800 based system with STM32F microcontroller
- Managed through SMS and REST protocols
Internet of Things (IoT) brings many new trends in the digital health revolution. Design consumer-friendly wearables to track biometric data, and mobile connectivity by which that data can be easily shared with friends, family, and caregivers. IoMT services can be used to notify patient status and imagine proper remote diagnostics methods. Soon these IoMT capabilities can be used from “diagnose and manage” practices to online “predict and prevent” strategies.
Thanks to the latest IoT techniques, industrial equipment and methodologies can help in managing and maintaining products. Manage responsibilities of operational technicians for managing skill gaps. As well, you can monetize your IoT data or launch a brand new custom IIoT service development.
loT devices are initially designed to get into the market before the competition does. Security isn’t considered a selling point but it's just a short shrift. Internet connected devices prevent the same level of security as the typical network server. With our experts help, you can build and deploy large-scale IoT security devices to present some major security concerns.
Implement the Internet of Things technologies to build mobile applications
Check out technical capabilities, industrial credibility and some other business-oriented questions.
Identify automated technologies and plan appropriate IoT solution architecture
Identify the proper platform and tools that suit your product the best.
Think of the prototype as per your product design features.
Includes the transfer of production responsibility to manufacturing teams for further production planning.
We provide futuristic IoT solutions that can enable you to achieve your
goals by overcoming all the challenges of your business.
Our team customize your IoT application by integrating IT Infrastructure at a very less price.
We consider Security as a very important point for your business. Our team leverage industry-standard encryption technology to maintain user privacy & security of your data.
Our technical support team is always ready to offer round-the-clock services for the IoT applications developed by our development team.
We make sure that your IoT application can handle increased data load with more devices.
We have a team of experienced developers who are familiar with the latest tools and technologies going in the market that in results improves our IoT solutions.
We have an excellent track record in delivering high-quality iOT applications as per your need. We have cross-industry expertise from various sectors.
Number 1 app
Number 1 Mobile app development
Top mobile app
All the IoT applications and products are designed so that they can be controlled and monitored remotely from the connected environment via sensors and external data sources. Custom IoT Development is used to meet specific requirements of a business.
Our IoT developers use various platforms like Azure IoT Hub, AWS IoT Core, Google Cloud IoT and many other latest IoT technologies.
We at AppStudio offer services like Hardware Prototyping and Design, Sensor Integration, Embedded Software Development, etc for IoT software development.
Excellent Quality Delivered on Time
Effective & Continuous Communication
Friendly & Cordial in Nature
Our team holds knowledge in completing the projected goals and makes it possible in molding the ideas as per the market demands. We do not just make an app we make a tool to take your business to another level. We blend the experience, innovation & technology and make a masterpiece for you. We believe in learning much more than winning new. Read More..
Complete Technical Competency
Working with AppStudio gave me immense pleasure to state to you that the team has very enthusiastic IoT developers who showed their skill in my project. Highly satisfied and recommendable !
Wow… The team AppStudio has helped me in stabilizing my work easily. The skilled IoT developers have made things possible. A great thank you for this job.
I searched and searched for a IoT developer that I could trust to deliver to my expectations and had excellent knowledge skills so that I could learn more about the technology of my application. AppStudio came along and I am sure the rest will be history. The team is wonderful!
AppStudio always keeps pace with innovative technologies. This makes us the best mobile application solution providers.


Keep your home connected with a home phone from Massena Telephone Company. A home phone is always on, never needs a charge, and is easy to use. Add Caller ID, Call Waiting, Long Distance and other services to suit your family’s needs.
Connect your computers, smartphone, tablets and other devices with home Internet service from Massena Telephone Company. We offer a variety of connection speeds to accommodate every household.
Having trouble getting antenna reception, but not ready to make the jump to satellite? Massena Telephone Company has partnered with Skitter TV to provide you with a low-cost TV package including channels ABC, CBS, FOX, NBC, CW and more.
Massena Telephone Company can plan and install any technology service your business requires, from business phone lines to MPLS dedicated fiber-optic Ethernet circuits. Please contact us for more information.


Ensuring Uninterrupted Power for Ortho Clinical Diagnostics
Our Dawsongroup power solutions team takes immense pride in the resolutions they deliver to customers, inspiring them to thrive without the fear of power interruptions or their devastating consequences. It is a commitment that has been exemplified by their successful collaboration with Ortho Clinical Diagnostics, when need for an uninterrupted power supply met with Dawsongroup’s excellence, innovation, and customer-centricity to create an ideal solution.
Challenge: Creating an Uninterrupted Power Supply for Pharmaceutical Specification Complex
In today’s fast-paced world, the pharmaceutical industry relies heavily on a consistent and uninterrupted power supply to maintain operations, ensure product quality, and uphold safety standards. The criticality of this seamless power supply has been recognised by Ortho Clinical Diagnostics, who turned to Dawsongroup power solutions to provide a reliable solution for their new pharmaceutical-specification complex (supplied by the team at Dawsongroup temperature control solutions).
Solution Provided: Robust Generator with Automatic Mains Failure Panel
The first step to providing the right solution was understanding the unique needs of Ortho Clinical Diagnostics. A detailed consultation processes allowed the team at Dawsongroup power solutions to meticulously assess the power requirements of Ortho Clinical Diagnostics’ pharmaceutical complex, taking into consideration the sensitivity of their equipment and processes.
The result was a tailored solution that combined a robust generator with an automatic mains failure panel. This tried and tested combination ensures an uninterrupted power supply, safeguarding operations against power outages and disruptions.
Outcome: Seamless Operation, Reliable Power
The generator seamlessly integrated with Ortho Clinical Diagnostics’ infrastructure, ensuring that it would automatically take over in the event of a mains power failure, maintaining uninterrupted power to the complex. This proactive approach eliminated the risk of downtime and operational disruptions, safeguarding the team’s product and operations process.
Throughout the consultation and implementation process, the power solutions team worked closely with Ortho Clinical Diagnostics, offering technical expertise and support to ensure a smooth transition to the new power supply.
Versatile Solutions for Various Industries
While Dawsongroup’s partnership with Ortho Clinical Diagnostics highlights our specialist pharmaceutical options, our power solutions are versatile and can be tailored to a wide range of industries. Whether you’re in telecommunications, construction, disaster relief, emergency backup, events, or any other application, the advanced generators the team offers stand ready to meet your diverse power demands.
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The CPC522 CPU Module is implemented in the 3U CompactPCI Serial format and is designed primarily as a replacement for the CPC510 and CPC512 modules, which have gained wide popularity in industrial and transport systems.
The CPC507 CPU Module is implemented in the 6U CompactPCI Serial format and is intended for operation in onboard and permanently installed systems that require high-speed processing of graphic data.
The Advantix (powered by Fastwel) has expanded its line of computers based on “Elbrus” CPU architecture with new solutions.
The CPC505 CPU Module is implemented in the standard 6U CompactPCI Serial format and is aimed at the use with industrial- and transport-grade automatic control systems (ACS).
At the end of 2020, we’ve got the first testing samples of CPC520 3U CPCI PICMG 2.30 CPU Module, which was to replace another popular model – CPC508 3U CompactPCI Plus I/O (PICMG 2.30) CPU module.
The AdvantiX (powered by Fastwel) company announces the expansion of its fanless panel computer line with the brand new PPC-ExxWT design series, designed specifically for use in harsh temperature environments.
AdvantiX (powered by Fastwel) ERX-50 – A New Ultra-Rugged Compact Quad-Core Intel® Atom™ E3845 Industrial Computer
AdvantiX has manufactured a new rugged embedded computer - the AdvantiX (powered by Fastwel) ERX-50, designed for the most mission-critical applications.
Advantix (powered by Fastwel) has updated the line of industrial panel computers PPC-FN2.
AdvantiХ (Powered by Fastwel) Innovations: High-Performance Industrial Mini-PC WS-2000 with 4-x Core CPU
Advantix (Powered by Fastwel) presents a new product - high-performance industrial mini PC WS-2000 of a wide application. Due to its perfect technical characteristics, the WS-2000 can be used in various automation systems, robotics, and as a part of smart home systems, video conferencing, ACS, or as a thin client.
Fastwel, global manufacturer of computing tools designed for harsh operating conditions, together with the Thercon-LHP company, a leading developer and manufacturer of high-performance heat-transfer devices, developed processor modules of the CompactPCI Serial standard with heat dissipation based on the loop heat pipes (LHP), suitable for conduction or water cooling.


Used ADVANCED ENERGY Pinnacle #9167061 for sale
Power supply P/N: 3152416-103 Passive front panel 12 kW (6x6) 400V, 380 Profibus Dual ISO user port Remote.
ADVANCED ENERGY Pinnacle is an advanced power supply designed to meet the needs of demanding industrial and commercial applications. Pinnacle offers efficient and reliable power delivery in an economical form factor. With a peak output of up to two kilowatts, ADVANCED ENERGY Pinnacle is capable of powering a wide range of electrical devices, from complex machinery to telecommunications equipment. Pinnacle features a high-efficiency power factor of up to 0.99, allowing it to minimize line losses and minimize the risk of power disruptions. The power supply uses advanced synchronization methods for increasing efficiency, offering higher efficiency than most standard models. ADVANCED ENERGY Pinnacle also features an advanced protection system, including overcurrent and overvoltage protection. These features help ensure that Pinnacle is able to deliver reliable power even in lightning-prone areas. In addition, ADVANCED ENERGY Pinnacle includes auto restarting and fail-safe operation, which can reduce downtime and increase system resilience. Pinnacle comes with active power up at start up, allowing users to quickly and easily power up their device. This feature also prevents expensive downtime and allows users to quickly bring their equipment online. ADVANCED ENERGY Pinnacle is designed to withstand the toughest operating conditions, making it an ideal choice for harsh environments. With 24/7 duty ratings, Pinnacle can provide reliable power even in dusty or wet locations. ADVANCED ENERGY Pinnacle also has a wide operating temperature range and is available with remote sensing capabilities to provide real-time temperature feedback. Pinnacle's advanced features and reliable performance make it an ideal choice for industrial and commercial applications. With its power factor correction, overvoltage and overcurrent protection, and wide operating temperature range, ADVANCED ENERGY Pinnacle is a cost-effective solution for powering complex devices.
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If there are some bubbles in the tech sector, I have believed it is. The tech-heavy Nasdaq index was down as much as 15% from its 6-months highest to lowest this week. it's really the worst week since March 2020, this is the stock market.
However, a strong economic rebound and capital power of big tech companies will protect the bubble to avoid implosion. but we don't know how long it will take for the tech sector correction. so, investors should consider to adjust their portfolios for now. if you still want to find some opportunities in the tech sector. In fact, there are a lot of tech penny stocks worth to watch, Let's check them out.
|Ceragon Networks Ltd (CRNT)||$4.44||369.86M|
|Globalstar, Inc (GSAT)||$1.61||2.70B|
|Professional Diversity Network, Inc (IPDN)||$3.05||39.10M|
- Ceragon Networks: Ceragon Networks is a networking equipment vendor, focused on wireless point-to-point connectivity, mostly used for wireless backhaul by mobile operators and wireless service providers as well as private businesses. The company announced recently that its products and services were selected by a Colombian Tier-1 operator with a large presence in Latin America to support extensive 4G and future 5G network capacity and coverage enhancements.
- Globalstar: Globalstar is a worldwide mobile satellite services provider. The company offers duplex two-way voice and data products, including mobile voice and data satellite communications services and equipment for remote business continuity, recreational usage, safety, emergency preparedness and response, and other applications. The company announced recently a global strategic alliance with XCOM Labs. the two will focus on commercializing XCOM’s capacity-multiplying technology with Globalstar’s Band n53 for dense 5G deployments in the US and other countries where Globalstar has terrestrial rights.
- Professional Diversity Network: Professional Diversity Network is a developer and operator of online and in-person networks that provide access to networking, training, educational and employment opportunities for diverse individuals. the company announces recently a strategic shift in the underlying business model for the International Association of Women a business unit of the Company that it will be committing to an online membership acquisition model utilizing ecommerce-centric technology to replace the previous telemarketing business model. This strategy is expected to boost productivity and reduce cost.
Disclaimer: The opinions expressed in this article are solely those of the featured analysts. The content is intended to be used for informational purposes only. It is very important to do your own analysis before making any investment.


Loughborough University has been awarded £3.9 million to develop a totally new way of designing and fabricating high frequency communications circuitry.
The funding from the Engineering and Physical Sciences Research Council (EPSRC) will be used to establish the SYMETA – SYnthesizing 3D METAmaterials for RF, microwave and THz applications – research programme.
The SYMETA team will be led by Professor Yiannis Vardaxoglou from Loughborough University. The other research partners include the Universities of Exeter, Oxford, Sheffield and Queen Mary, University of London. Speaking about the consortium, Professor Vardaxoglou said: “Introducing these novel structures into the complex world of electronic design will offer a radical new way of designing and manufacturing electronics at low cost. We are grateful to EPSRC for supporting such an innovative and timely project.”
SYMETA’s research has the potential for significant academic, economic, societal and environmental impacts. With rapid advancements in the development of metamaterials the possibilities for innovative applications across many sectors are significant. Industries that could benefit from the research include aviation, space, healthcare and the military. Employing the advanced manufacturing techniques that the consortium will develop will also remove the need for the harsh chemicals typically used in the manufacture of traditional circuit boards, thereby offering significant environmental benefits.
For more information visit Loughborough University new page.


2017年5月21日至25日， IEEE国际通信大会（IEEE International Conference on Communications，简称IEEE ICC）在法国首都巴黎召开。会上，中山大学数据科学与计算机学院陈旭教授与美国亚利桑那州立大学章君山教授合作完成的论文《When D2D Meets Cloud: Hybrid Mobile Task Offloadings in Fog Computing》获大会最佳论文奖（Best Paper Award）。该论文是本届会议在自组织与传感器网络（Ad Hoc and Sensor Networking）领域的唯一获奖论文。
Dr. Yuanming Shi, an assistant professor of SIST, receives the IEEE Marconi Best Paper Award.The IEEE Guglielmo Marconi Best Paper Award is an annual award, sponsored by Qualcomm Inc., for an original paper in the field of Wireless Communications published in the IEEE Transactions on Wireless Communications. See
It is a great honor, particularly as a young author to receive such a recognition from the community of researchers.
The 2017 American Mathematical Contest in Modeling / Interdisciplinary Modeling Contest (MCM / ICM) results (https://www.comap.com/undergraduate/contests/) were released recently. Students from SIST, ShanghaiTech University, won one Meritorious Winner award and several Honorable Mention awards, and it was the second participation of ShanghaiTech in this competition. The team of Qiang Baiqiang, Wu Binghan and Jia Feiran, which is coached by Prof. Ziyu Shao won the Meritorious Winner.
Mr. Boqi Jia, SIST’s PhD student, has received the IEEE GLOBECOM 2016 Best Paper Award for his first-authored paper “The Upper Bound of Energy Efficiency for Virtual MIMO System with User Pairing”. This year, the 59th annual IEEE GLOBECOM (IEEE Global Communications Conference 2016) was held from Dec. 4th to Dec 8th in Washington D.C., U.S.A.
Prof. Yanlin Geng from SIST has won the 2016 IEEE Information Theory Society Paper Award for his paper on “The capacity region of the two-receiver Gaussian vector broadcast channel with private and common messages”, which he wrote together with his former PhD supervisor Chandra Nair at The Chinese University of Hong Kong.


Telecommunications Jobs helps you find jobs, career advice, and more!
People with telecommunication jobs keep devices that use communication signals, such as telephones and internet routers functioning. They help connect people to each other with communication services and connect people to the internet with routers and wireless technology services. The telecommunications industry uses both mechanical and computer programming skills.
The skills required for a telecommunication job vary depending on the field of work. The main fields are:
A telecommunications equipment installer and repairer has a median salary of $53,380. They repair and maintain communications and install routing for phone lines. Often they work for businesses and install communications equipment throughout the facilities, but they can also work for individuals and install phones and internet routers in their homes. They often need to be able to demonstrate and explain how the device works to their client.
Those in the software and development field, such as wireless engineers, work primarily with wireless telecommunications. They write code and develop software for phone applications. They also troubleshoot and test their software and seek to constantly improve cell phone functions.
An administrative telecommunication job provides technical assistance in communications-related tasks. They review products and check for efficiency and errors. They may develop pricing for devices and services and be in charge of budgets for production.
Almosttelecommunication jobs require a bachelor's degree, with focuses on electronics, telecommunication and computer networking. Common postsecondary programs include:
Those in these jobs will also receive on-the-job-training for that company's product. This training may lead to certification. People in the telecommunications industry who develop software, repair devices and install equipment continue taking classes and certifications to stay up to date on new systems and technology.
Telecommunication is how people access and use the internet, wireless technology, and connecting to each other. Job seekers in this industry enjoy continuing certification and education and working with state-of-the-art technology.
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Consisting of two components, Emu is an advanced "placeshifting" system for streaming a private live television source, such as a cable or satellite subscription, to another location for personal viewing.
Emu Server can capture a source using a suitable DirectShow-compatible capture device, control it using an IRTrans or LIRC-compatible IR transmitter, encode it using configurable encoding parameters and stream it over the local network or to a remote location via the Internet.
Emu Player has been designed to produce the best possible user experience for watching the stream on either television, tablet or mobile devices. When installed on a suitable HTPC, the configurable "10-foot UI" is designed to be controlled using a physical controller, such as an air mouse or MCE remote.
Favourite channels, together with customizable high-resolution logos can be configured on the server and are automatically pushed to the player and displayed in a straightforward user interface for the viewer to select.
For long distance streaming, advanced users can configure additional relay servers, placed at geographically strategic locations between the streaming server and the player, with the system automatically choosing the best route for the stream.
While the hardware is more expensive and Emu is trickier to setup than existing off-the-shelf solutions, the advantages are that it is more flexible, the hardware can be upgraded as encoding technology evolves, its decentralised nature means it isn't reliant on the continued operation of any thirdparty servers and the viewing experience is ad-free and designed for viewing on the big-screen.


The Benefits of Structured Cabling
Whether you’re planning a new data center or renovating an existing one, structured cabling can help your business keep up with technology changes. It can also help you improve your efficiency. This type of cabling system is built to scale as your business grows. It allows you to easily add and remove devices, make upgrades and repairs, and move your network.
Standardization is key to a structured cabling system. The American National Standards Institute (ANSI) collaborated with the Telecommunication Industry Association to create the ANSI/TIA-568 standard. This standard contains specifications and guidelines for residential and commercial cabling systems. In the early 1990s, ANSI/TIA-568 was published and is updated frequently. It covers a variety of cabling systems, from residential to industrial to commercial buildings. This standard also provides specific advice on designing and building a cable distribution system.
When a business commissions a new office building, they need the building to last for many years. They also need to have a reliable infrastructure to prevent costly downtime. A structured cabling system can reduce downtime by providing a standardized approach to cabling. This way, there is no need for costly rework and upgrades.
Structured cabling systems use trunks, patch panels, and other components to organize and simplify the installation of voice and data communications equipment. It can also support video conferencing and other applications. With a structured cable system, your IT department can focus on what matters, instead of trying to figure out why a network is not working. This system is easy to change and maintain, making it less likely for human error to occur.
An effective network should include redundancy. You need to be able to trace problems quickly and easily if you have to troubleshoot a problem. This helps you avoid unnecessary disruptions and ensures that your employees can work as efficiently as possible.
Structured cabling can be expensive at first, but will pay off in the long run. The costs of an effective network are far lower than the cost of downtime. It is easier to install and upgrade a network with a structured system, which makes it a better investment. This type of cabling system can be used for a variety of purposes, including video conferencing, security cameras, and door access control. It can be a great investment for your business, especially if you plan to update your data center.
Another benefit to structured cabling is the increased flexibility of the system. You can expand your network without disrupting the entire system. This allows you to expand your security system or add a new application without worrying about how you’re going to add it. This is important when installing and upgrading your network, as it can save you time and money.
Unlike point-to-point cabling, a structured system uses a Main Distribution Area (MDA) to connect to other devices. This means that your hardware ports are connected to a patch panel at the top of the rack. This is then connected to a patch panel in the MDA via a trunk.


I guess I must be naive but I always thought that by paying my monthly bill for my uverse internet that meant I get unlimited usage. Uverse Internet Cap. U. 3/14/2011 · AT&T's U-Verse and DSL Data Caps: Good Deal, Bad Precedent. AT&T Caps Bandwidth for. Data caps are coming to AT&T's U-Verse and … Check usage Check usage Change wireless plan Change wireless plan. U-verse TV + Internet U-verse TV + Internet. 6/29/2016 · There is no way for you to measure your usage,. Does AT&T have a data cap or not? Post Options. Mark as New;. U-verse Internet; AT&T says it will implement a 150GB monthly cap on landline DSL customers and a 250GB cap on subscribers to U-Verse high speed internet. the cap … AT&T has fired a salvo in the Internet wars with its. Deseret News Utah. Utah. Compute: AT&T's new data-usage cap changes. Users of its "U-verse" fiber. AT&T Internet Usage Limits; At & amp T;. AT&T will cap DSL and U-Verse internet,. AT&T to Limit Internet Access,. U-verse TV + Internet U-verse TV + Internet. Check usage Check usage. 3/15/2011 · MyBroadband. Remember Me? News ; Press Office ; Breaking News ; Forum ; Classifieds AT&T Internet Usage Check.. How to Check Your AT&T Internet Usage |. AT&T will cap DSL and U-Verse internet, impose overage fees. ... the company has imposed a 150 GB monthly cap on DSL users while U-Verse customers have been. AT&T Introduces Bandwidth Caps For DSL And U-Verse. at&t. So thought the bundled phone, internet, TV plan with U-verse sounded ideal $90 monthly with zero installation fees, and they could make the switch in less than a week. AT&T U-verse, commonly called U-verse, is an AT&T brand of triple-play telecommunications services,. AT&T Internet (formerly AT&T U-verse High Speed Internet… 5/2/2011 · AT&T Broadband Caps Begin. AT&T Caps Bandwidth. DSL users now have a monthly cap of 150 gigabytes a month, while U-Verse subscribers get a … AT&T Ends Unlimited Internet Access, Overage Fees Coming. starting May 2nd DSL and U-Verse internet connections will be capped and. that 250GB cap could … http://utalk.att.com/t5/Equipment/AT-amp-T-U-verse-quot. I tried to check my U-verse Internet usage today. ATT has no plans to cap their uVerse Internet. including new language addressing AT&T's new cap and. requiring you to upgrade to U-Verse. your high speed Internet access service after you. http://utalk.att.com/t5/Equipment/AT-amp-T-U-verse-quot. I tried to check my U-verse Internet usage today. ATT has no plans to cap their uVerse Internet. AT&T Sets Broadband Meter Running. while U-verse Internet. plans to implement Internet-usage billing, amid Consumers Union says AT&T broadband caps limit data--and consumer choices.. move its DSL and U-Verse subscribers. charges--on home broadband usage,. no other snapshots from this url. 8 Nov 2015 18:48:10 UTC: All snapshots: from host www.att.com: Webpage Screenshot You can dial a special number to receive a data usage report via text, use the AT&T. html#!/u-verse-high-speed-internet. said cap enforcement. Stop the Cap! Promoting Better Broadband, Fighting Data Caps and Usage-Based Billing. Home; Astroturf;. Right now I still have unlimited Internet U-Verse 12/1/.5. No Cap; Really Nothing Good about Uverse Internet. My street has VDSL2 U-verse internet, TV, and voice. Thankfully the VRAD was built very close to my house. re: AT&T, TWC Fit Beaumont for Caps What I would really like to know is how the MSOs and Telcos came up with their cap number. If it's somewhat arbitrary, or if … Yesterday's revelation that Verizon may soon be enforcing usage-based data. is the day that AT&T will i. cap DSL and U-Verse internet,. AT&T said it will begin to cap DSL data usage for its Internet. AT&T Web Customers Face Data Cap. By.. Customers on AT&T's higher-end U-Verse Internet. ... A question about average SL bandwidth [ Edited. mo for DSL only and 250GB/mo for U-Verse (voice, internet. companies cap monthly usage to 1GB for. ... and ask about broadband usage limits. Keep your. even my mobile internet has no data cap. tried billing us $1500 for not paying for U-verse services which. AT&T U-verse Service Reviews Other Cable. phone, cable TV, and internet,. Comments about AT&T U-verse Service:3/14/2011 · AT&T caps monthly traffic for DSL subscribers .. AT&T is placing a limit on the amount of data its home Internet subscribers. For U-Verse, a. Internet Video; Satellite; OTT; Content. Networks; Programming; Ratings; Sports; VOD; TV Award Shows; Finance. Carriage Deals; Retransmission Consent; Transactions. Comcast to start capping internet use on Nov. 1 after customer data usage nearly. excessive usage and abuse. Earlier this year, AT&T began adding data. ... also pay for AT&T's high-speed Internet services. While the U-Verse TV. Ten Reasons You Should Dump Your AT&T. because DSL providers like AT&T cap. ... is AT&T's decision to impose a monthly 150Gbyte cap on all DSL customers and a 250Gbyte cap on all U-verse. Internet Cap to Bare Its Fangs. Usage Fees? So. A question about average SL bandwidth. mo for DSL only and 250GB/mo for U-Verse (voice, internet. companies cap monthly usage to 1GB for. ... and there is enormous detailed documentation of it on the internet. Since AT&T U-Verse is. U-Verse, but they are running bandwidth cap. usage and I told. AT&T posted higher revenue and profit in the second quarter, with gains in its mobile unit offsetting flat wireline revenue.. Internet; Routers. ... //forums.att.com/t5/The-DIRECTV-NOW-Lounge/25-discount-for-DTV-NOW-with-AT-amp-T-s-new. I have U-Verse Internet.. of data usage against my 1TB cap. 3/16/2011 · AT&T is now capping me to 150GB per. we were going to switch to U-Verse. Considering that's exactly what AT&T is trying to stop with a cap. FTC sues AT&T for limiting “unlimited data. then your out of luck using internet for the rest of the. and they don't have a cap on their montly data usage.


New Backup Generators for WNIN TV and FM
The Tri-State's demand for quality content has no schedule. Days, nights, weekends and holidays, whenever you tune your television or radio to Channel 9 or 88.3, you expect that WNIN will be available with its informative and educational programming. For this reason, WNIN strives to maintain broadcasting equipment that is as dependable as possible.
In 2012, WNIN has taken a large step toward increased reliability in its broadcasting services. Funded by a grant from the Federal Communications Commission, new generators and a battery backup system have been installed at our studios in the historic Carpenter Home in downtown Evansville and at the WNIN transmitter site near Boonville, Indiana. WNIN has also established a Network Operations Center to handle broadcast during emergencies.
The WNIN-TV and FM transmitters have been equipped with a generator to provide emergency power during outages. When the power goes out, the towers will be switched to generator power with only a momentary delay in the signal. That means the signal will remain operational, for days if necessary, until power is restored.
Likewise, in the case of an outage at our Evansville studios, the station's essential systems will be instantly switched to battery power until the generator is online and providing power. This will allow for a seamless transition to generator power, without any costly equipment shutdowns or lengthy reboot sequences.
WNIN also relocated all essential broadcasting equipment for TV and radio into a single, climate controlled Network Operations Center at the station which is tied directly to the emergency generator for power during emergencies.
With improvements such as these, your public media station is making great strides toward increased reliability and quality in its broadcasting services.


These are notes on how to talk to the BlueSmirf bluetooth chip. I am trying to talk to a bluetooth chip from my ubuntu box. I have Putty installed, and a Serial to USB cable connected to a FT232R Breakout board. This board is then connected to the bluetooth chip by crossing Tx and Rx pins. The following hardware is used: FT232R Breakout Board BlueSmirf bluetooth I am writing this post because I struggled for about an hour on how to talk to the chip with putty. The solution ended up to be simple. Load putty with baud rate 115200, 8N1. Remember to use 115200, otherwise it will not work. Have I had followed the documentation closely, I would have been able to talk to the bluetooth chip in 5 minutes.
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Recently I replaced my home router with Raspberry Pi 4. My main goal was to increase throughput through my VPN. While at it, I also migrated from OpenVPN to WireGuard, and read their whole technical paper. This post sums up my insights with repurposing a Raspberry Pi into a network device.
Why having a home router in the first place?
When you sign a contract with your internet service provider, besides the Internet service, you usually lease a router too. It is certified for the ISP network and gives you wired and wireless connectivity for all devices in your home. In most cases, you can’t get rid of this router, and most people don’t bother. I think differently, and I believe it’s important to talk about its security risks.
Routers provided by your ISP have several drawbacks like:
- Their hardware is often very low-end, with insufficient RAM and flash storage
- As a consequence, their software is limited in functionality
- Sometimes, such routers have hardware modifications from variants made for the consumer market, and frequently they have custom firmware explicitly made for your ISP
- You, as a customer, have limited access to these devices. On the other hand, ISP often has remote access and full control over the equipment
- In the past, security experts found several backdoors allowing remote access to anyone who is motivated enough
- Such routers usually don’t get firmware updates, or they get it very rarely and only for a limited time
- As a consequence, if security experts find bugs in software libraries used in such routers, these bugs are never fixed
- You use such routers daily for years. Usually, until your ISP gives you an updated model, which is rare
For me, having a custom router connected behind the ISP router is a no-brainer. I like having things under control, and I also use non-standard services like VPN, which spans through my home and flat so that I can access my stuff everywhere I go.
From Mikrotik to Raspberry
I tried different brands of routers over the years, but one brand stuck with me for a long time — Mikrotik. A friend of mine recommended one to me, and since then, I passed that advice to others, having my own experience now.
In my home, I used the RB450G model, which has a MIPS-based 680 MHz single-core CPU with 256 MB of RAM, and 512 MB of flash storage. It was already a considerable upgrade from having a router from my ISP. At that time, a typical ISP router, or cheap home router, had about 32 MB of RAM and 4 MB of storage. You almost couldn’t fit any decent software there; there was just no space.
We were using ADSL for connectivity. To hook up this new router into my network, I connected it to the LAN port of the ADSL modem as the only client. Also, I turned off DHCP, set up static IP address, and turned off all “smart” functions, effectively making the modem just a bridge passing data from my router to the ISP, forth and back.
Each ISP router is different, but you should be able to set it up similarly. Also, try to look up for the DMZ option and set it to your home router IP address. That way, all data traffic is forwarded to your home router, and no special rules are applied. One last thing, if your ISP router has a WiFi, turn it off. You need to set up a WiFi on your home router, or a device behind it. Otherwise, all wireless traffic bypasses your home router, and that’s probably not what you want.
Mikrotik devices use RouterOS as their system. It gives users features found in much pricier network products. I especially love their WinBox app, which helps to manage my equipment through a simple-to-use UI. However, as I used it, I found several bugs, and some features I needed were missing. For example, RouterOS supports OpenVPN only through TCP, which adds overhead. Also, when my provider configured a DS-Lite IPv6 stack, RouterOS support was limited, and I had trouble accessing a native IPv6 network. Therefore, I decided to migrate to OpenWrt, which is an open-source Linux distribution aimed at routers. Due to this, many features were just there, including OpenVPN on UDP, and proper DSLite support.
OpenWrt had many software packages available out of the box. If I missed a feature, I could (and did) prepare a package, and if I found a bug, I could (and did) report an issue and provide a patch. One day, however, Linux kernel dropped support for my flash storage. Suddenly, the latest OpenWrt versions didn’t work correctly with my router, and I was stuck with an old version of the system. It was a problem from a security standpoint, as well as from a usability standpoint; I couldn’t use the latest software anymore. Because this was my main router, I couldn’t experiment with it and prepare patches. Testing my changes was not possible. I kept running this old OpenWrt distribution on my router for over a year. During that time, I was looking for an alternative solution, which is powerful enough to increase my VPN performance, and which can run customizable firmware.
Finding alternative hardware
In my other site, I use Turris Omnia, which uses a forked OpenWrt code. I thought about replacing my Omnia with a network developer board like MACCHIATObin Double Shot and replacing my Mikrotik with Omnia. Still, ultimately I abandoned the idea due to the higher price and lower availability of the MACCHIATObin board. From the practical point, I don’t need hardware capable of routing 10 Gbit/second if my ISP gives me only one Gigabit, but I must admit it would be cool. Later I shifted my focus to a hardware running pfSense or OPNSense. These distributions have minimal support for ARM-based boards, and finding x86 hardware with low power consumption, reasonable price, and decent performance is not that easy.
Then I remembered on my Odroid C2. It’s a developer board with a single Ethernet port and a bunch of USB2 ports. What’s important is that it can handle Ethernet through its RJ45 port at full speed of one Gigabit. If you’d like to use such a device as a router, you need to have at least two interfaces — one facing your ISP router (WAN) and one facing your devices (LAN). I was thinking of using this internal Ethernet port for LAN because the maximum speed on the local network is essential. However, for WAN, I needed much lower throughput because my Internet speed was only around 100 Mbit/second. I found some decent USB3 to Ethernet adapters for that purpose. Odroid C2 supports several Linux distributions, including Ubuntu and ArchLinux ARM. Therefore, transforming it into a router is possible, and I would certainly do that if there weren’t a new revision of Raspberry Pi. The main problem with Odroid C2 is that its kernel is not mainline, and it’s rather old. Also, ArchLinux ARM, which I planned to use, is not explicitly designed for routers. This solution could work, but it would most likely take a significant time to set up.
Last weekend I was determined to go with the Odroid C2 path. But then I looked at my shiny Raspberry Pi 4, and I changed my mind. I own almost all revisions of Raspberry Pi, and I use them in my work IoT projects. That was also the reason why I bought the Raspberry Pi 4. Previous generations of RPi were not that useful for use as a router because their Ethernet interface was internally routed through a USB2 hub, effectively limiting the throughput to around 200 Mbit/second. However, RPi4 can finally saturate a full Gigabit link because of its new I/O architecture. Also, it finally provides USB3 ports, which work great with my external USB-to-Ethernet adapter. The main advantage of RPi4 over Odroid C2 is the mainline kernel support. Therefore it’s easy to use close-to-latest Linux kernel. Due to its popularity, community support is also better. And, as a bonus, OpenWrt added support for it in their developer builds. Therefore, migration from my existing router to Raspberry Pi should be relatively painless. Let’s take a look at this process.
Turning Raspberry Pi into a router
As I mentioned, I needed to have two Ethernet interfaces, and Raspberry gives me only one. I decided to use the internal Ethernet port for my local LAN and a USB-to-Ethernet adapter for WAN. Of course, this assignment is not mandatory, and if you use a USB adapter for LAN instead, your setup should work too. In my case, the LAN port on RPi is connected to a 24-port Gigabit Ethernet switch to provide connectivity for more than one device. You can buy any cheap Gigabit Ethernet switch.
Without going into much detail about how an Ethernet works, a router serves two purposes — it resolves an IP address into device MAC using the ARP protocol, and it routes traffic into outside networks, like the Internet. When two of your devices want to communicate inside the same LAN network, their traffic won’t get through your router at all, only through the switch. Hence, if you buy a cheap Gigabit switch, you’ll get a decent network performance, and it doesn’t matter what kind of router you use.
Therefore, if you have some spare Raspberry Pi 3, it can still serve you well as a router, just hook up some switch behind it, and make sure your Internet link is slower than 200 Mbit/second. Otherwise, your speed is limited. Raspberry Pi 3 won’t handle more traffic because of the internal USB2 hub mentioned earlier. RPi4 is a better choice in that case. I don’t have exact stats, but USB 3.0 throughput is 5 Gbit/s, so I believe the latest RPi should have no problem saturating an outgoing link.
The installation of the system was pretty straight-forward. I followed the official instructions. Note that if you have Raspberry Pi 4, its support is not yet in stable OpenWrt builds, and you need to download the latest development build. The image is gzip-compressed; first you need to unpack the file. I explain the required steps using the Linux command line:
As a result, you’ll get a file without the
*.gz extension. You can now flash this file into a MicroSDXC card. I’m using the
dd if=rpi-4-ext4-factory.img of=/dev/mmcblk0 bs=4096 sync
You specify source file as the
if parameter, and target memory card as the
of parameter. Block size,
bs, is optional to speed things up, and
sync command makes sure everything is written into the card.
Unlike distributions like Raspberry Pi OS, OpenWrt doesn’t expand your system partition to fit the whole space. Typically, you’ll get only 100 MB of space for your apps, even if your memory card has 64 GB of storage. I resized the partition manually on my PC. First, I edited the partition table with
fdisk, and then used the
resize2fs command. The animation below illustrates all these steps:
First, you need to change the partition table so that the second,
rootfs, partition fits all available space. You need to delete the partition first and then create a new one. The key is to make sure the new larger partition starts at the same offset. This operation might sound dangerous, but it’s not. Of course, you need to make sure that you’ve picked the correct device. When you change the partition table, then remove and insert the memory card back so that Linux uses the updated partition table. Next, check the file system for errors, and finally, initiate the
The first run
Raspberry Pi has assigned the IP address of
192.168.1.1. To get access to it, connect your PC into the Ethernet port on RPi, and set its IP address to
192.168.1.2. Then you should be able to access OpenWrt through SSH:
[vzahradnik@EliteBook ~]$ ssh email@example.com BusyBox v1.31.1 () built-in shell (ash) _______ ________ __ | |.-----.-----.-----.| | | |.----.| |_ | - || _ | -__| || | | || _|| _| |_______|| __|_____|__|__||________||__| |____| |__| W I R E L E S S F R E E D O M ----------------------------------------------------- OpenWrt SNAPSHOT, r12945-0aa2ecf5b2 ----------------------------------------------------- root@OpenWrt:~#
As a next step, it’s a good practice to set up a password:
To proceed further, we need to have Internet connectivity inside OpenWrt. In my case, I changed the Raspberry Pi IP address inside the
/etc/config/network file. If you statically assign an IP from a range matching your LAN, you can hook up the Raspberry as a regular client behind your existing router. It makes further steps easier.
To edit the
network file, you can use the pre-installed
vi text editor. If you never used
vim, here’s a brief overview. When you open a file, you’re in a command mode. Use your arrow keys to move the cursor to the point you want to change. Then, press “i” to switch to the editing mode, in which you can write a text and delete an existing text using the
Delete key. After you make your changes, press
Escape to get back into the command mode, and store your file by typing
:wq <Enter> (i.e., command: write and quit).
Start editing the
root@OpenWrt:~# vim /etc/config/network
wan section to match your current LAN config, i.e., assign to RPi a static IP, which is not used in your network, set a proper default gateway address pointing to your current router, and set a DNS. Here’s an example from my configuration:
config interface 'wan' option ifname 'eth1' option proto 'static' option ipaddr '192.168.0.2' option netmask '255.255.255.0' option gateway '192.168.0.1' option ipv6 'auto' option peerdns '0' option dns '220.127.116.11 18.104.22.168'
After you write your changes, apply your new configuration by rebooting your RPi or typing the following command:
root@OpenWrt:~# /etc/init.d/network restart 'radio0' is disabled
Now your RPi should be connected to the Internet, which you can confirm with the
ping command. First, ping a well-known public IP address:
root@OpenWrt:~# ping 22.214.171.124 PING 126.96.36.199 (188.8.131.52): 56 data bytes 64 bytes from 184.108.40.206: seq=0 ttl=118 time=35.707 ms 64 bytes from 220.127.116.11: seq=1 ttl=118 time=35.544 ms ^C --- 18.104.22.168 ping statistics --- 2 packets transmitted, 2 packets received, 0% packet loss
If this command worked, your RPi has a connection. Let’s also verify your DNS name resolution works, and that you’re able to connect to services using their domain names:
root@OpenWrt:~# ping www.google.com PING www.google.com (22.214.171.124): 56 data bytes 64 bytes from 126.96.36.199: seq=0 ttl=118 time=33.452 ms 64 bytes from 188.8.131.52: seq=1 ttl=118 time=33.279 ms ^C --- www.google.com ping statistics --- 2 packets transmitted, 2 packets received, 0% packet loss
When you have a working Internet connection, feel free to install any text editor, which suits you better than
vi, or whatever package you need. I recommend
nano. First, update your package list:
opkg update Downloading http://downloads.openwrt.org/snapshots/targets/bcm27xx/bcm2711/packages/Packages.gz ...
And then install
root@OpenWrt:~# opkg install nano Installing nano (5.2-1) to root... ...
From now on, you can edit your files like so:
At this point, you should be ready to proceed with the next steps. If you get stuck somewhere, shoot me a comment below this post.
Enabling USB-to-Ethernet adapter
If you check your available interfaces, you’ll most likely see only the internal
eth0 interface, even if your USB adapter is connected. In my case, I had to find out which chipset my adapter is using and install the appropriate kernel module.
root@OpenWrt:~# opkg list kmod-usb-net* # Install the Realtek module root@OpenWrt:~# opkg install kmod-usb-net-rtl8152 root@OpenWrt:~# reboot
After next reboot, you should see your USB Ethernet interface initialized:
... [ 7.159985] usbcore: registered new interface driver r8152 [ 7.370114] r8152 2-2:1.0 eth1: v1.10.11 [ 10.665622] IPv6: ADDRCONF(NETDEV_CHANGE): eth1: link becomes ready [ 10.673312] r8152 2-2:1.0 eth1: carrier on ...
Update network configuration
As I mentioned previously, I decided to use a USB adapter for traffic going to the Internet. Raspberry Pi uses the internal
eth0 port for that by default. We need to do changes inside the
/etc/config/network file. This time, however, we can apply the final configuration, including the final IP address for the device. You just need to make sure that you don’t apply the configuration, e.g., by rebooting the device.
My file looks like this:
... # My LAN network, where Raspberry Pi serves as a router. # Uses the internal Ethernet port on Raspberry Pi. config interface 'lan' option type 'bridge' option ifname 'eth0' option proto 'static' # Static IP address of your router. # It must be unique across your LAN network. option ipaddr '10.0.0.1' option netmask '255.255.255.0' option ip6assign '60' # WAN network configuration, e.g., to reach # the ISP router and the Internet. # Uses the USB-to-Ethernet adapter. config interface 'wan' option ifname 'eth1' option proto 'static' # Assuming your ISP router has IP 192.168.1.1 option ipaddr '192.168.1.2' option netmask '255.255.255.0' option gateway '192.168.1.1' option ipv6 'auto' option peerdns '0' # You can specify custom DNS servers option dns '184.108.40.206 220.127.116.11' ...
Install webserver and GUI
OpenWrt provides LuCI as a web UI. It allows you to manage all these settings through a simple webpage. On low-end OpenWrt routers, it usually uses
uhttpd as a webserver. However, Raspberry Pi is powerful enough to handle a full-fledged Nginx server.
You can install UI with these commands:
opkg update opkg install luci-ssl-nginx
Optionally, you can install language packs to switch UI into your preferred language. See the official documentation for the instructions.
To enable the UI, you need to do the following:
root@OpenWrt:~# /etc/init.d/nginx enable
That’s pretty much it! Raspberry Pi is ready now to serve as a router. If you have another home router with OpenWrt (like the Mikrotik in my case), you can transfer the remaining configuration, like firewall rules, DHCP and DNS entries, and then you can turn Raspberry Pi down. It’s ready to be placed as a router now.
After reboot, you can access the web interface in your browser using the static IP set in the network configuration.
In my case, the experiment to use Raspberry Pi as my router turned out well, and I decided to make this setup permanent. After a long time, I have OpenWrt with the latest patches. My VPN performance is significantly higher, and not to mention this solution gives me 4 GB of RAM and almost 60 GB of storage, which brings new possibilities, like running my proxy server or configuring more demanding firewall rules. I’m pleased that, finally, we have development boards capable of replacing network equipment. Such boards may shape the segment of home networking significantly in upcoming years. If you have a spare Raspberry Pi, I encourage you to try to use it as a router too. It’s a fun experience.
Update 11/01/2020: Recently, the Raspberry Pi Foundation introduced a new compute module based on Raspberry Pi 4. It has the same CPU and most of the features of the RPi4, but it also offers some extra goodies, mainly the PCIe x1 port. A few days ago, I read on Hacker News a post similar to mine. However, instead of using an external USB-to-Ethernet adapter, the author used an Intel NIC. He was able to attain a throughput of 3 Gbit/s, which is the maximum of the PCIe x1 bus. Making the NIC work was not difficult at all. He used a cheap adapter to PCIe x16 and built the Intel NIC driver from sources. I think it’s worth reading and a decent alternative to my approach if you want to squeeze even more performance out of your RPi.


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Qualcomm said it has aligned seven global telecom operators to take advantage of XR (extended reality) devices using Snapdragon slots.
Operators include CMCC, Deutsche Telekom, KDDI Corporation, NTT QONOQ, T-Mobile, Telefonica, and Vodafone. They are all working with Qualcomm on new XR devices, experiences and developer initiatives with Snapdragon Spaces. The companies made the announcement at the Mobile World Conference in Barcelona.
At MWC, KDDI and Qualcomm announced a multi-year collaboration focused on expanding XR use cases and creating a developer program in Japan. XR devices included augmented reality, virtual reality, and mixed reality.
Equipment manufacturers leveraging Snapdragon XR technology are designing a new wave of devices for carriers and beyond. They include Xiaomi Wireless AR Glass Discovery Edition and OPPO’s new mixed reality device and OnePlus 11 5G smartphone, both ready for Snapdragon Spaces.
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Operators are leading a variety of investments around XR, and are using the open-ecosystem, cross-device development platform Snapdragon Spaces XR as a foundation, Qualcomm said.
Global carriers are helping define requirements and compatibility for Snapdragon Spaces devices that will give customers more options for wirelessly connecting smartphones and glasses, championing these technologies on their networks, and launching regional developer programs that are pioneering augmented reality (AR) experiences in the head.
Expanding on current XR hardware offerings, several hardware companies unveiled new Snapdragon-powered devices and development platforms. Xiaomi revealed its new Wireless AR Glass Discovery Edition powered by the Snapdragon XR2 platform.
“With a series of innovations from Metaverse, China Mobile is fully investing in Metaverse and XR, implementing our strategy of excellence in both software and hardware technology,” said Cui Fang, technology general manager of China Mobile Communication Group Device Company, in a statement. “We have a long-standing collaboration with Qualcomm Technologies on XR that actively promotes industry development and works together to solve industry challenges. We look forward to working together on building the developer ecosystem using Snapdragon Spaces to fuel the growth of the overall XR industry ecosystem.”
OPPO confirmed a new mixed reality (MR) device that is Snapdragon Spaces Ready alongside its OnePlus 11 5G, which is the first Snapdragon 8 Gen 2 device to be approved as Snapdragon Spaces Ready and will allow developers to bring augmented reality ideas to life. . .
“NTT QONOQ was founded in October 2022 to drive the business development of XR. XR devices will be central to our value proposition and we are delighted to be working together with Qualcomm Technologies and Snapdragon Spaces on this new frontier,” said Mikio Iwamura, Executive Vice President of NTT QONOQ in a statement.
Analyst firm CCS Insight has revealed its first white paper “The Operator Opportunity: VR, AR, and the Metaverse,” presenting an innovative view of XR from Qualcomm Technologies and the world’s leading operators.
“XR, coupled with 5G, is poised to unleash a massive wave of innovative new applications for consumers and businesses alike,” T-Mobile executive John Saw said in a statement. “As the lead North American 5G launch partner for Snapdragon Spaces, we are honored to work with Qualcomm Technologies and others to continue to drive the advancement of XR on our industry-leading 5G network.”
At MWC, Qualcomm also announced the Snapdragon Digital Chassis connected car technology portfolio with its Snapdragon Auto 5G Modem-RF Gen 2. It also said that six companies are developing smartphones powered by Qualcomm’s Snapdragon Satellite technology.
And he also said that he is doing research and development to lay the foundation of 6G technology for the next decade.
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A viable means of communication, during an emergency situation, is something that many take for granted. With the vast amount of communication options these days, it’s no wonder that most folks feel that -getting in touch with people- will be the least of their worries during a SHTF moment.
Having dealt with what happened to our grid during 9-11 and Hurricane Sandy… Prompted me to get my Ham Radio (Amateur Radio) license. Not having communication during those events forced me to find an option; Ham RADIO was it.
It took some initiative on my part. I had to study and get familiar with things that certainly did not come naturally to me. Once I felt comfortable taking and passing countless practice tests, I looked for a date that the examination was being held. I scheduled my examination and showed up at the community college. Once I passed my examination, I was then licensed as an Amateur Radio operator. My call sign is: W2NTC.
Since then I have tried to get my Warrior Zero Project members interested in getting their Ham Radio license. Many of my members are focused on emergency preparedness as well as the outdoors. Even with that motivated demographic, I’m lucky to get 1 in 100 to actually become a licensed operator. It makes our outings difficult to address when it comes to COMMs (communications) both recreational and for emergency preparedness use.
I picked up a few goTenna units a while back. I had been seeing them advertised for the past couple years. They recently upgraded their units and came out with the goTenna MESH. Basically, it is a communications network that does not rely on any mobile, wifi or other network. It pairs with your mobile phone and has an App that you use to send text messages as well as your GPS location to others in your network. The messages are also encrypted and secure.
The units have approximately 1 mile in range. They are line-of-sight. So if you are in an open area without obstructions, you will get greater range. If you are in a city, like I am, you will get 1 mile at most.
The cool thing about this MESH network is that the more MESH units that are in use, the greater the distance of your communication reaches. I have placed a stationary goTenna MESH unit high in my home. It is a permanent unit that is solar powered. It acts as a relay or repeater to amplify the signal to those that are in the area and also on the MESH network. But more importantly to me, it improves the chance of me getting in touch with my wife if all else fails.
If People Jump On The MESH Bandwagon, It Could Really Be Huge!
Specs On The goTenna MESH:
- SMART DEVICE: goTenna Mesh pairs to your phone and enables it to privately relay texts and GPS locations between other goTenna devices, up to 4 miles in range.
- INDEPENDENT & FREE: You don’t need phone service, routers, towers or satellites to use goTenna. Power your own network, whenever and wherever you need it.
- TEXT & GPS: Our super-smart mesh protocol powers private 1-to-1, Plus, the free goTenna app includes detailed offline maps for any region in the world.
- THE PERFECT OFF-GRID TOOL: goTenna Mesh is great for hiking in areas where cell service is unreliable, avoiding costly data plans while traveling internationally, and staying connected in emergency situations when cell service is down.
- ANDROID & IOS READY: Compatible with iOS or Android devices. Sold in pairs. Charging cables included.
If you are in the market for a communications device that will work well when other methods are not an option, take a look at the goTenna MESH. It’s a viable option for international travel, when in the bush for recreation as well as emergency preparedness scenarios. If the MESH network starts to grow, we may really have something here.
If you found this review helpful and decide to purchase a goTenna MESH, please use the link below to help support this website:
Thank you for viewing, I hope that you found this review helpful.


On our technology page you can find out all about the technical aspects of Würth Elektronik ICS Powerelements. In addition to information on processing instructions and assembly methods, you will also find basic information on printed circuit boards, for example. All information is available on the following three sub-pages.
You are interested in our Powerelements and would like to find out more about the technical specifications and special features of our products? Then register for our free webinars. You'll learn everything about our new products, relevant directives and regulations such as REACH and RoHS, drill hole tolerances for press-fit technology and much more.
In cooperation with Altium, we hosted a live webinar with the following content:
In this webinar, our power element specialist Günter Behlau will present the Press-Fit Specification 5.1 for the design of printed circuit boards. The following topics will be explained in more detail:
Whether for cable, busbar, board to board or components connection – High current applications need reliable connecting solutions. In this webinar, our Powerelement specialist Günter Behlau presents the topics below:
In cooperation with Vogel Communications Group Verlag and Wieland Werke AG, we organized a live webinar with the following content:
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Intermediate Systems/Software Engineer
This job is no longer accepting applications.
Who We Are
The Cloud Infrastructure Engineering team at Cisco drives the technology that's transforming the way product teams secure their networks, and more importantly, their users. As a Systems Engineer, you will be a key member of the Platform Service team, supporting containerized internet security services in our globally distributed data centers. Our team is responsible for the networks and hosts that support thousands of Internet-scale services. At its core, the Cloud Infrastructure team provides Infrastructure as a Service for engineering in dozens of our “edge” data centers.
Who You'll Work With
The Streamline Platform Service team is looking for a Systems Engineer to help us build and operate our globally distributed application platform. We support cloud-native security applications running at internet scale. This team works closely with the rest of the Infrastructure Engineering teams to build core internet architecture, security applications and distributed systems at scale.
Our team strongly believes in network automation, and we are committed to automating all our repetitive tasks such as configuration management and auto-remediation of incidents. We are a globally distributed team supporting over two dozen data centers servicing thousands of containerized services.
Who You Are
You have experience with high-availability compute platforms and understand how to build scalable infrastructure. You have a good understanding of containerization/virtualization technologies and networking concepts. You strive to build systems that are automated and performant. You understand cloud design principles and are comfortable operating in a modern DevOps environment.
Some of the things you will work on:
- Support internal Cisco customers by extending existing services and creating new ones
- Design, build and operate highly available security services at scale, using golang, bash, and other languages/tools as fits the situation’s needs
- Develop solutions for networking and orchestration problems with availability, scale and latency in mind
- The ins and outs of supporting a platform running 24x7
- Design, build and improve CI/CD pipelines
- Fine-tune configuration and improve the performance of a variety of systems alongside with your team members
The team could be a good fit for you if some of these apply to you:
- Experience with container orchestration platforms like Kubernetes
- Familiarity with operating a high-transactional, 24x7 production environment
- Some experience with applications that span multiple data-centers and/or cloud controllers
- Experience with systems, network and application security concepts
- Familiarity with with application delivery platforms for load balancing, caching, compression, application firewalling, reverse proxy, SSL termination, etc.
- Familiarity with with Agile software development methodologies, Scrum, Kanban
- Undergraduate degree in Computer Science or equivalent engineering experience
We connect everything: people, processes, data, and things. We innovate everywhere, taking bold risks to shape the technologies that give us smart cities, connected cars, and handheld hospitals. And we do it in style with unique personalities who aren’t afraid to change the way the world works, lives, plays and learns.
We are thought leaders, tech geeks, pop culture aficionados, and we even have a few purple haired artists. We celebrate the creativity and diversity that fuels our innovation. We are dreamers and we are doers.
We Are Cisco.
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Helping you build your own dream!
How 5G Will Redefine Virtual Reality
The pandemic that our world is currently going through is having a dramatic effect on our everyday lives, and the importance of digital technologies and services is growing as a result. For instance, we suddenly see an increase in the need for connectivity services, online collaboration tools, and quick and secure data access – be it from the workplace, home, or anywhere in between.
Virtual and augmented reality (VR and AR) are two technological innovations that offer substantial advantages in this new digital reality. These new innovations open up new ways of doing things in fields such as manufacturing, entertainment, advertising, transportation and healthcare, allowing for both improved efficiency and entirely new user experiences.
The ConsumerLab merged reality report by Ericsson found that seven out of ten early adopters anticipate AR and VR to radically transform daily life. Additionally, VR and AR applications present service providers with new opportunities and business models. The convergence of 5G access networks, emerging application shaping factors, 5G core distributed high-performance technologies, and edge computing is what brings these emerging use cases to life.
The Technologies Driving the Evolution of 5G
Evolution in the telecommunications industry has always occurred to take advantage of advanced, improved technologies when they became available – starting with 1G, progressing into 4G, and leading to 5G today. The reality is that 5G would increase the speed with which technology is deployed.
Technologies such as automation, virtualization, network slicing, cloud native, AI, machine learning, and edge computing are essential components that facilitate the business models and use cases expected to come with 5G. Such technologies will lead to the improved performance, greater efficiency, high-dependability, and low latency offered by 5G, all of which are offered at low total ownership costs (TCO). This combination of low TCO and high performance is critical in managing both the rapid growth in data traffic and the growing number of IoT devices.
How 5G Could Transform the AR and VR Development Landscape
Widespread implementation of 5G mobile networks will facilitate the proliferation of virtual and augmented reality. However, greater availability is not the only prerequisite for AR and VR to succeed with 5G; credible applications are still needed to make these technologies practical. However, the inclusion of 5G provides developers with a wider scope to create new experiences.
Priority for the initial 5G NR requirements was based on Enhanced Mobile Broadband (eMBB) that offers faster upload and download speeds and significantly lower latency than 4 G LTE. Although eMBB requirements in 5G NR are advantageous to all content delivery applications — such as mobile VR and AR, along with 360 ° and 4K video streaming — the greatest advantages of 5 G for VR and AR are still not completely realized.
Ultra Reliable Low-Latency Communications (URLLC) is a 5G NR feature specification planned to be officially released by 3GPP — the regulatory body for 5G NR—in Release 16 in mid-2020. URLLC is intended for task-critical instances susceptible to latency, like remote surgery powered by robots and self-driving cars / autonomous vehicles. URLLC sets latency to 1ms. To put things into perspective, the July 2019 US Mobile Network Experience report by Openmsignal finds that latency on LTE networks is 55.1ms on Sprint, 48.6ms on AT&T, 54.0ms on Verizon, and 51.6ms on T-Mobile.
Although typical 5G latencies are expected to be reasonably greater than those established by implementation specifications (1ms should be deemed a best-case scenario measure), there is sufficient scope for 5G URLLC to increase latency rates. For instance, high latencies between activity and response— especially for head movements — may trigger headaches for VR headsets users. Combating this allows for broader usage of AR and VR, and possibly for extended times, until users need to take a rest.
The Impact of 5G on the Availability of AR and VR Applications
The implementation of 5G mobile networks is presently in its initial stages. It is also faced with major hurdles to practical use in device environments, compounding uncertainty for VR and AR applications. Secondly, the 5G networks are not all equal. For instance, while implementations in Asian countries depend on sub-6 GHz radio frequencies, the majority of US 5G networks are millimeter-wave (mmWave) networks.
While mmWave radio frequencies have higher data speeds, they are generally line-of-sight, making it possible that users will lose connectivity when they meet barriers such as big buildings. This can restrict the usefulness of AR applications in cities.
5G would offer greater versatility in use cases. AR is widely used on tablets or smartphones to display additional exhibits in museums or for interior design, enabling shoppers to digitally position furniture in a room to see how it fits. With 5G, the potential to use AR in live, open environments away from secure Wi-Fi signals can affect developers’ modes of communications and integrations.
How the Combination of 5G and Edge Technology Can Help Redefine the Retail Experience
Whether a customer scrolls on a mobile or browses in a brick-and-mortar store, retail is undeniably in the midst of a big change. From drone delivery to virtual reality in malls, what once was the stuff of fantasy or science fiction is rapidly becoming a reality thanks to the network’s amplified edge, and soon, 5 G technology. The digital revolution affects demand and supply in retail, including manufacturing, logistics, robots, drones, and augmented reality.
How 5G Enhances the Customer Experience
Retailers use digital innovations to improve in-store service, better understand and anticipate consumer preferences, and build a more consistent experience for consumers switching between in-store and online platforms.
Smart Retail allows a consumer’s experience in a brick and mortar store or an online environment to be customized using information about the habits and interests of that consumer. As data volume increases, the high bandwidth and low latency capabilities of 5G becomes crucial.
Today, the targeting standard is relatively common – like a supermarket providing a discount to a consumer who recently bought a product in-store or browsed the retailer’s website. Due to Wi-Fi access points and Bluetooth beacons, retailers can send updates to an app when a consumer is close to a target spot.
In the near future, data will empower retailers to be more accurate and advanced. For instance, facial recognition technology may recognize a customer when they enter the store or through integrated facial recognition in a retailer app and evaluate information about past visits to a store within the chain tallied with demographics, web search, and other related trends. After this, the retailer may suggest similar items or offers to that customer. This degree of customization would involve accelerated extraction of various sources of external data.
5G is also critical for enhanced locational accuracy. For instance, instead of just noticing a customer spent time in the shop, a retailer could learn that a customer went through a retail outlet and spent time gazing at items in the display. The existing network isn’t strong enough to completely leverage these possibilities. With current technologies, the amount of data available cannot be retrieved and analyzed fast enough to accommodate this degree of customization and personalization.
Using 5G and Augmented Reality to Enable Interactive Experiences
Many retailers offer more immersive experiences by playing around with virtual reality, a means of placing on a user’s view of the real world a software-generated image.
For instance, one beauty products manufacturer has introduced “magic mirrors” that analyze the consumer’s face and use the products of the company to digitally offer numerous makeup choices. Another company is experimenting by providing window displays in the shape of “virtual fitting rooms.” Through kinetic technology, passengers can see themselves in the products displayed in the store before they even set a foot inside it.
These smooth, immersive environments depend on the capability of delivering low latency information. Therefore, 5G would help boost the development of augmented reality.
“Mixed reality,” which is activated by 5G, is expected to be popular in the future. This ‘reality’ would enable a customer to know how a paint color would appear on their walls before they even open a can of paint. Similarly, they could find out how a new sofa would fit into their living room before they make the purchase. For these immersive environments, bandwidth and latency are extremely important, making 5G a critical enabler of future AR and VR applications.
The Changed Needed in 5G to Enable Successful AR and VR Applications
Perhaps the greatest problem with current 4G LTE networks is data cost: prepaid services regarded as ‘unlimited’ are usually asphyxiated after 22GB in the United States. Although this is not an added challenge for companies with deep pockets, these restrictions may irk the effort to offer an AR / VR experience directly to customers.
As we have been stating, the latest immersive technologies created by AR and VR will change the way we experience and engage with content from both a customer and an industrial perspective. Creating AR and VR environments, however, isn’t without technological difficulties.
The integration and synchronization of the physical world and the user’s movements with a digital environment involves a large number of visual modeling processes. Because the visual models/graphics need heavy processing, activities on-device are increased by separating tasks between the edge cloud and AR / VR site.
The rendering of visuals on the edge cloud improves latency-sensitive on-device hand scanning, head monitoring, photon processing motion monitoring, and controller tracking. ‘Rendering split’ is the name given to this concept. However, when processing occurs in the cloud rather than a mobile device, you need a simple and secure 5G link to produce the user’s final experience.
Strict infrastructure requirements such as high bandwidth, high reliability, and low latency are required for both VR and AR use cases. Some telecommunication companies have already started designing their core 5G and radio network to deliver an unrivaled, high-quality VR experience for end-users.
Next-Gen Service Delivery with 5G
Holo-Light, a software development company specializing in AR and mixed reality software, identifies the cloud and 5G as the critical technologies needed to meet the high expectations of users from its reality technology.
Although AR and VR typically require some form of a wearable device, emerging technologies do not need any additional hardware. One of the pioneers of virtual reality, KDX, utilizes two eye trackers and a TV screen to offer a 3D experience.
According to Biao Zhang, the president of the company, this technology will be improved by 5G and cloud technology through lower latency, which will allow complex data to be transferred into the cloud – allowing for greater adoption.
Mr. Zhang claims that this technology, as is the case with AR and VR, has many interesting applications outside of entertainment—medical diagnosis, the business world, and the education industry are three examples of this.
The Impact of 5G on User Experiences Will Be Huge
5G would change radically, not just the way media is accessed but also how it is produced. This will provide many customer or user-centric industries with greater access, speed, and mobile bandwidth, enabling unparalleled possibilities for interactive content. By now, we know that 5G can greatly boost latency issues and encourage viewers to experience more profoundly in the moment.
Additionally, greater bandwidth would also offer more control and choice to viewers regarding how they view content in order to keep them involved. For instance, you can expect engaging video streams in the future, which allows users to shift between Ultra HD views of live music or sports experience. The pace 5G offers will also enable content producers to play around with new channels to vary broadcasts and reach greater audiences.


IRVINE, Calif. — Greeting card manufacturer Hallmark has extended its contract with iPass, a high-speed wide area networking platform and Wi-Fi service provider.
Hallmark has used iPass to provide managed network services to more than 2,100 corporate and independent retail locations for the last seven years. The new five-year contract will enhance Hallmark’s networking capabilities, allowing it to add new managed services that will allow the card manufacturer to further its expansion into the digital market.
iPass provides secure data communications for the Hallmark retail network that includes turnkey cloud-based PCI scanning services, high speed broadband, a fully managed IP VPN network and consolidated billing to meet the requirements for its entire store network. Hallmark is leveraging the iPass solution to provide real-time network monitoring, improved application performance and bank-required internal and external PCI scanning and reporting for each of its corporate-owned and independent retail locations.
"iPass Managed Network Services has been a long-term proven Hallmark partner for several years and we are pleased to know that the relationship will extend another five years. Their team continues to offer new and valuable networking services to help our business evolve. For example, affordable cloud-based PCI scanning services provide tremendous value to our store network, making them a great partner for us today and in the future. What sets the iPass team apart from their competitors is their consultative approach and willingness to adapt to our needs," said Talli Denney, retail technology director, Hallmark.
"Our team is extremely proud of the long-standing partnership with Hallmark. The retail network solution we have designed, deployed and manage for Hallmark is the result of a deep understanding of their business environment and technical requirements. Like Hallmark, many of our customers are looking for ways to evolve their networks and accommodate the changing demands of today's business: demands for higher bandwidth, improved security, better network performance, integrated mobility and managed Wi-Fi. We look forward to our continued relationship with Hallmark, evolving to meet their networking needs, and helping them succeed with their business goals," said Chris Linden, VP and GM, iPass Managed Network Services.


VOICE ENTRY (INTERCOM)
We offer our customers an expanded choice of intercom products and services related to maintaining security in your home or business
To maintain a secure environment that includes optimum security and convenience, both residential and commercial customers can have Voice Entry Intercoms. We offer our customers an expanded choice of services and products related to maintaining security in your home or business.
Intercom systems can be broken down to four basic categories which are:
– Stand-Alone Audio Intercom Systems
– Stand-Alone Video Intercom Systems
– Stand-Alone Wireless Intercom Systems
– Integrated Telephone Entry Systems.
Each of these areas are supported by Eagle Eye Security Solutions, allowing us to provide our customers with everything from PTZ (Pan, Tilt, Zoom) door cameras to stand-alone wireless intercom systems for residential and commercial applications.
These and other security systems often require considerable labor to install, but Eagle Eye Security Solutions are experts in this regard and will supply you with high quality systems installation and support as required.
Call today for a free quote and get your voice entry intercom system at a good price and great quality.


Make IPTV happen
Nevron IPTV is a worldwide IPTV provider focusing on delivering reliable, fast, simple to manage and easy to use IPTV technologies, indispensable for enabling attractive entertainment, connective and informative services that are accessible on the users’ TV screens.
Streamron IPTV Gateway (enables the broadcast of TV and radio channels over an IP network), Streamron IPTV VOD (enables on demand access to movies and music) and Nevron middleware IPTV (enables an interactive TV portal with access to a wide variety of entertainment, communication and informative applications) are first-class IPTV technologies, essential to establishing a successful IPTV business, running the most effective IPTV eco-system and providing top-rated interactive TV services.
Providing in-house developed technologies for the entire IPTV eco-system brings a range of advantages for customers of Nevron IPTV products, such as superior support services based on deep technical knowhow of the provided technologies, the ability to form tailor-made and flexible business models or to respond rapidly to new market demands.
With top quality products, highly personalized support, efficient distribution methods, constant availability and the readiness to adapt to specific partner needs, Nevron’s presence on the global market grows rapidly.
Special attention is dedicated to satisfying the needs of hospitality-based customers, such as hotels, cruise ships and hospitals, along with small hotels with up to 30, 20 or even only 10 rooms.
Check out Nevron's Android based IPTV Solution for the Hospitality Sector:


4 channel Filter/Amplifier
5 Built in Filter responses
|Kemo VBF 44 four channel versatile signal filter|
The Kemo VBF44 is a benchtop filter offering unparalleled versatility. It contains 4 precision electronic filter channels. Each filter channel can be used independently to produce a 4 channel programmable filter/amplifier, or in pairs to produce 2 channels of bandpass, bandstop and other composite filters of many kinds. The VBF 44 is now built in a compact stainless steel chassis and stainless steel laser cut rear panel, with upgraded system cooling.
The VBF 44 is part of the Kemo VBF 40 series of filters, also available is the full rack VBF 40 for 1-16 channels. Easy to use front panel controls, BNC input/output connectors, and a very versatile set of filter responses make the VBF 44 a top range laboratory filter.
|Control||Manual LCD and push button
Ethernet FICL II interface
|Frequency||1 Hz - 255 kHz (4 ranges)|
|Bandwidth||> 1 MHz, 1V signal, 0dB gain, highpass filter and filter bypass|
|Input Gain||x1, x2 (+6dB), x5 (+14dB), x10 (+20dB), x20 (+26dB), x50 (+34dB), x100(+40dB)|
|Output Gain||x1, x2 (+6dB), x5 (+14dB), x10 (+20dB)|
|Filters||5 Switchable; 2 Lowpass, 2 Highpass, and Bandpass|
|Filter Responses||L1, L2, H1, H2, B1|
|Input Coupling||AC / DC / IEPE (4mA 24V)|
|Input Mode||Single ended or differential|
|Signal level||+/- 10V pk-pk (usually with 'headroom')|
|Signal Level Indication||4 colour level LED on panel|
|Size||145 x 482 x 420 (3U 19" x 16")|
|Power||90 -120 / 180-240 Vac 50/60Hz|
Each filter in the VBF44 tunes over a frequency range of 1 Hz to 255 kHz in four decade ranges. A low frequency version with 0.01 Hz to 10 kHz range is also available.
The inputs (differential, switchable to single ended) have gain to +40 dB and the output stages provide -10 dB to 30 dB. In dual 2 channel mode signals are connected to two pairs of BNCs on the front panel; the two filters in one group share input and output amplifiers to minimise the building up of errors. In 4 channel mode signals are connected to rear panel BNC connectors.
A Flexible Response
Each filter in the VBF44 offers five responses - high slope elliptic lowpass and highpass, flat passband linear phase lowpass and fast settling highpass, and bandpass with characteristics similar to 1/3 octave. The filter can also be bypassed and the unit used as a programmable amplifier.
Keeping in Tune
All VBF44 parameters are displayed on large, bright LED digits and are adjusted with a rotary control and push buttons. All selections are non-volatile, and 3 complete set-ups can be stored and recalled when needed. Plug-in GPIB and RS232 interface cards are available, and all digital circuitry is opto-isolated from the signal path.
Several tuning methods are provided to simplify the application of the VBF44 in the dual 2 channel mode. Cutoff frequencies can be 'locked together' once the desired composite filter shape has been set. Subsequent adjustment of the reference channel cutoff frequency will cause the other channel to retune automatically to preserve the selected response shape. This is called 'tracking' mode and is invaluable for tuneable bandpass and bandstop filters.
In 'stereo' mode the instrument sets two identical composite channels, useful for audio signals and quadrature baseband signals in image processing, SONAR, and Doppler studies. These modes can be used manually and through the computer interfaces.
The VBF 44 is easy to use and connect to, all 4 channel connectors are available on the laser cut and marked rear panel.
The VBF 44 is part of a range of filters.
The VBF 40 is a 19" rack for 1-16 channels of VBF 40 series filters.