Senator Bernie Sanders will host a town meeting on the future of broadband in Vermont at 10 a.m. on Saturday, September 25 at Judd Hall on the campus of Vermont Technical College in Randolph Center, Vt.
Who: Sen. Bernie Sanders; Jonathan Adelstein, administrator for the U.S. Department of Agriculture’s Rural Utilities Service; and Michel Guite, president of Vermont Telephone Company.
What: Town Meeting on Affordable Broadband Access for Vermoners
When: 10 a.m., Saturday, September 25, 2010
Event Contact: Senator Sanders’ office at 1-800-339-9834
This event is free and open to the public. Attendees will be encouraged to participate in the discussion.
Sanders will be joined at the meeting by Jonathan Adelstein, administrator for the U.S. Department of Agriculture’s Rural Utilities Service. Adelstein previously served for nearly seven years as a member of the Federal Communications Commission.
Also attending will be Michel Guite, president of Vermont Telephone Company of Springfield, Vt. which has committed to providing wireless, high-speed broadband to residents in each of Vermont’s unserved areas. This project is a significant part of the $172 million in federal grants and loans Vermont has been awarded to move forward in providing access to affordable broadband service throughout the state.
Sanders believes that affordable broadband access is key to economic growth in Vermont’s future. While he welcomes the substantial federal investment in the state, he believes federally-funded efforts must provide affordable access to broadband and be done in a timely and transparent manner.


A recent spurt in the use of technology for business puts the limelight on the use of IM in the office. To comprehend the implications of the introduction of IM in the office, the advantages need to be taken into account. The introduction would indeed be beneficial for the company for several reasons.
The use of IM would be greatly beneficial in the process of communication with the employees of the company and the clients irrespective of geographical distances. This would reduce the expenditure of telephone too as IM services would also support voice conversations as well as video conferences. Quite unlike email, IM would provide instantaneous communication and thus makes the process of communication faster and simpler. The use of IM would mean reduction in spam messages. IM would also offer a chat setting where the entire workgroup of the company can meet and interact. The entire message history can also be archived by the messenger and thus no data would be lost. Apart from having multiple access options, IM also all allows to send attachments.
Thus, IM is a very powerful tool of communication in the present owing to its various facilities which can be utilized in the most productive ways in the business. Document sharing, whiteboards and graphics are all the features which add up to the utility of IM for business purposes. It is the way of the future and the company would be greatly benefitted if IM is introduced here.
Operations, Frito LayFunyuns
Gann, Rogers. (2012, Aug 8) Instant Messaging for Business. Retrieved from
Using Instant Messaging for Business. Retrieved from http://www.allbusiness.com/technology/


CLEARLINK OPTICAL AUDIO CABLES
The digital music world is awash in bad-sounding Toslink cables and pitifully few that sound even acceptable by Mapleshade standards. When we found ourselves in serious need of a really good Toslink connection for our studio, we embarked on a lengthy set of listening experiments to develop an optical cable that could live up to our demanding standards. Several hundred tests later, we arrived at the Clearlink Optical design which we guarantee to sound better than any high end Toslink available today regardless of price.
In addition to components where Toslink is the only connection option, we recommend the Clearlink Optical for these applications:
1. Use the Clearlink Optical to carry digital audio from your atelite box to your home cinema receiver and get sound quality significantly better than HDMI audio or coax (analog) audio and particularly so for long runs.
2. Connecting your Apple TV audio using the Clearlink Optical instead of HDMI or WiFi wireless will be a major upgrade in sound quality for home theater or two channel.
3. The Clearlink Optical carrying digital music streams from your Mac desktop, laptop, iMac or Mac mini (out of the headphone jack) to a DAC sounds even better than using any USB cables (even our Clearlink USB) and way better than the analog Headphone Out jack on Macs.
4. In situations where our Digital Ribbon Interconnects are too delicate or shorter-than-needed, the Clearlink Optical is an exceptional-sounding alternative. Though our Toslink cable is very thin, it is robustly contructed. You can walk on the cable if necessary and it is nearly cat-proof.
Choose your Toslink termination option below to try our Clearlink Optical now


With multiple 4G LTE networks combined, broadcast live events of any sort from any where.
Enables you to go live from any location with a good 4G network, what more the size makes it completely portable. The hot shoe mount lets you fix it directly on a camera enabling you to go live even from a moving vehicle. Reliable and high-quality streaming is a must to keep the viewer engaged but erratic networks and unpredictable Internet bandwidth brings in challenges. Here is your solution. The system combines 4 cellular 4G along with an ethernet connection combining the bandwidths to give you a single strong Internet connection through which you can stream you Live video, without bothering about bandwidth problems. This means that even if any one of the 5 connections have a drop in speed or even dies down you still have the power of the rest of the bandwidth supporting your Live stream and making sure you stay online.With adaptive bit-rate technology which works by detecting a user’s bandwidth in real time and adjusts the picture and sound quality of the video stream accordingly.
Model: BED 7001
USB WIFI Dongle (Optional)
USB 4G Dongle (Optional)
12V DC Power Adapter
4G Boat Antenna
Configuration through Web UI and Android App
SDI/HDMI Live Switching from Two Camera
Support 1080p25/30/50/60, 1080i50/60, 720p50/60, 480i/576i
SDI/HDMI input auto detection with SDI loop out
H264 BP/MP/HP hardware encoder
Support external audio input and embedded audio loop out
LCD displays live video, signal status and menu setting
Internal battery, external power bank supported
Support 4 x 4G, 1 x WIFI and 1 x Ethernet (*)
Support Facebook, Youtube, Twitter platforms & RTMP Streaming.
Support OSD, time watermark and logo overlay
Compact aluminum case, rugged and portable for outdoor use


- 1 What can I use if I don’t have a coaxial outlet?
- 2 How much does it cost to install a coaxial outlet?
- 3 What is a brush wall plate for?
- 4 Can I get internet without coaxial cable?
- 5 How can I get cable in a room without a jack?
- 6 How can I get Internet without a cable outlet?
- 7 How do I get cable channels without a box?
- 8 How tight does a coax cable need to be?
- 9 Do you need an electrician to install an outlet?
- 10 How long does it take to install a coaxial outlet?
- 11 Do I need a permit to install a 240v outlet?
What can I use if I don’t have a coaxial outlet?
The short answer is that the Cable Company will install the coaxial connection. This should not be a problem for your landlord, as having no cable connection in 2018 is just archaic. The short answer is that the Cable Company will install the coaxial connection.
How much does it cost to install a coaxial outlet?
Cable Outlet Installation Costs
|Coaxial Cable Unit||$3-$50|
|Electrician Cost per hour||$40-$100|
What is a brush wall plate for?
Commercial Electric’s patented Single Brush Wall Plate is used to install low voltage cables behind your HDTV, amplifier or other audio video devices. The Single Brush Plate is designed to be installed into a low voltage mounting bracket (sold separately) that is installed into the wall.
Can I get internet without coaxial cable?
You can reach a router through internet arriving via twisted pairs from a telephone company, without using coax. If one has a combination modem-router, you can reach a computer VIA WIFI, AND WITHOUT ETHERNET CABLE.
How can I get cable in a room without a jack?
Go to the master, in the walk in closet, you should find access to the attic. Drop a cable into the guest room from there using a split from the office. if your main box is in the basement run a line thru your cold air return if you have one in your room would be the easiest.
How can I get Internet without a cable outlet?
Best ways to get internet without cable TV
- Dial-up internet.
- DSL internet.
- Fiber-optic internet.
- Fixed wireless internet.
- Naked DSL.
- Satellite internet.
How do I get cable channels without a box?
Alternatives to the Cable Box
- Instead of having boxes for all your TVs, you can opt to keep the cable on your main TV and consider using an antenna to receive programming on one more of your additional TVs.
- If any of your TVs is a Smart TV, you can access movies and TV shows via internet streaming.
How tight does a coax cable need to be?
Most folks will connect their coaxial cables just finger tight to their equipment, and that may not quite do it. With RG6 cables of any kind, you should always have a 7/16″ wrench handy. You don’t have to torque the cable so hard it breaks, but sometimes an eighth-turn can make a difference.
Do you need an electrician to install an outlet?
Do I need a circuit installed to add an outlet? For most modern homes, you should be able to use the existing circuits when you install a new outlet, often by splicing the wire into the new plug installation. To be sure (and safe), you should always contact an electrician first.
How long does it take to install a coaxial outlet?
The installation generally takes between two and four hours. Property managers or landlords, when applicable, are available to provide access to utilities.
Do I need a permit to install a 240v outlet?
So no requirement to pull a permit to replace a light switch or outlet or a light fixture. You do need one for adding any circuits or new receptacles. Generally adding a single circuit in most jurisdictions should be pretty inexpensive (but YMMV).


TP-LINK’s Archer C20 comes with the next generation Wi-Fi standard – 802.11ac, backward compatible with 802.11n and 3 times faster than wireless N speeds. With higher power efficiency and robust security, 802.11ac is the perfect way to accelerate a home multimedia network and solve congestion that multiple devices may cause.
With 433Mbps wireless speeds over the crystal clear 5GHz band and 300Mbps over the 2.4GHz band, Archer C20 offers you the flexibility of two dedicated networks and ensures amazing wireless performance. Simple tasks such as sending e-mails or web browsing can be handled by the 2.4GHz band while bandwidth intensive tasks like online gaming or HD video streaming can be processed by the 5GHz band – all at the same time.
With 2 fixed external antennas combined with higher quality antenna technology, you can experience excellent wireless performance with stable signal in every direction and high speed across greater distances. This provides you with incredible wireless coverage and reliability from anywhere in your large home or office.
With the USB port, you can share a printer locally and files & media with networked devices or remotely via FTP server.
|Tip Dispozitiv||Router Wireless|
|Rata de Transfer||433 Mb/s|
|Standarde||IEEE 802.11ac/n/a 5GHz IEEE 802.11b/g/n 2.4GHz|
|Interfata||4 10/100Mbps LAN ports 1 10/100Mbps WAN port 1 USB 2.0 port|
|Butoane||WPS/Reset Button Wireless On/Off Switch Power On/Off Button|
|Frecventa||2.4GHz and 5GHz|
|Putere transmisie wireless||<20dBm(2.4GHz) <23dBm(5GHz)|
|Functii Wireless||Enable/Disable Wireless Radio, WDS Bridge, WMM, Wireless Statistics|
|Securitate||64/128-bit WEP,WPA / WPA2,WPA-PSK/ WPA2-PSK encryption|
|Functii Avansate||DoS, SPI Firewall IP Address Filtering/MAC Address Filtering/Domain Filtering IP and MAC Address Binding|
|Management||Access Control Local Management Remote Management|
|Dimensiuni||230 x 144 x 35 mm|


Technology is advancing in an ever growing pace and allows sophisticated dredging & offshore vessels to become even more advanced. As a result of this, the design of vessels is becoming more complex. Increasing numbers of specialized companies get involved in the design, production and modification of a vessel. Co-creation by digitalization helps companies to retain control over the development process while collaborating with all parties involved. Information, design and ideas are shared real time to further improve the project- and lifetime performance of the vessel.
With this approach, stakeholders share continuously correct information in a secure, open and trustful environment. In this way, the availability and correctness of information ensure that all team members can contribute to the design, production, or modification of a vessel in real time. When digital information is accessible everywhere, both customers and suppliers can share information quickly and anticipate to changes. As a result, digitalization can lead to improvements in many areas during the life cycle of a vessel, such as lead-time reduction, cost savings and quality improvement.
Bakker Sliedrecht already provides platforms to customers to enable co-creation. One of these platforms is the in-house developed system for data exchange. This system registers the entire electrical installation of a vessel in a digital environment. This environment is accessible for all involved engineers, clients and subcontractors to obtain the correct information without any delay, enabling co-creating in real time.
The platform also allows customers 24/7 access to the digital drawings of their electrical installation. Drawings can be continuously updated to provide an overview of the current situation on board. In this way, Bakker Sliedrecht creates a single source of truth of the electrical drawings, which is accessible for any person on any device, at any time.
Project performance can be viewed in interactive visual dashboards. This allows project teams and customers to review project performance with the most actual data available, ensuring full project control.
By integrating these digital technologies, Bakker Sliedrecht can remain a leader in the field of electrical system integration. This way of working is an advantage for both small and large projects and both new constructions and conversions. Please contact our accountmanager for more information.


Last Updated on 3 November 2023
How Do Solar-powered Security Cameras Work?
Solar-powered security cameras, commonly called solar panel security cameras, work just like wireless or wire-free outdoor security cameras, except their batteries are charged by the sun.
Swann solar-powered camera systems have just two main components: outdoor wireless or wire-free security cameras and solar charging panels. The solar charger panels come with adjustable brackets and long USB cables, allowing you to easily place, mount, and angle them for maximum efficiency.
Wireless and wire-free cameras are Wi-Fi enabled, allowing them to transmit audio and video signals wirelessly — without the use of Ethernet or coaxial cables. They can be purchased as part of a complete NVR system or added onto an existing NVR system. Swann even offers wireless and wire-free standalone cameras, which don’t need an NVR recorder at all.
Solar charging panels are used to harness the energy of sunlight, converting it into direct current (DC) electricity. An inverter then transitions the direct current electricity to alternating current (AC) electricity, allowing it to charge the camera’s battery.
Is a Solar-powered Security System Right for You?
In terms of flexibility and convenience, solar-powered security camera systems are second to none, offering several key advantages over traditional wired, powered Wi-Fi, and even wireless or wire-free outdoor security systems. Let’s review how these traditional outdoor security camera systems compare to solar ones:
Comparing Security Systems
- Wired security systems are hardwired into the home using coaxial or Ethernet (with PoE) cables, so you never have to worry about Wi-Fi connectivity or powering your cameras. However, the installation process can be complicated, and the systems are somewhat inflexible — with camera placement restricted to wherever cables have been installed.
- Powered Wi-Fi security systems transmit video and audio signals through the home’s Wi-Fi network instead of using coaxial or Ethernet cables, so they aren’t bound to any hardwiring. This gives powered Wi-Fi systems more flexibility, although the cameras still need to be positioned near an outlet — as they need to be plugged into a power source.
- Wireless or Wire-free security systems also transmit signals through the home’s Wi-Fi network, but instead of getting plugged into a nearby outlet, the cameras use rechargeable batteries for power. This gives them superior flexibility, as they can be positioned practically anywhere. However, you’ll need to take the cameras down and recharge them periodically.
Benefits of Solar-powered Security Cameras
With no coaxial, Ethernet, or power cables — only the USB cable running from the solar charger panel to the camera — solar-powered security camera systems are easy to install. Simply find a place where you’d like to mount your camera and look for a sunny spot within 10 feet of it — commonly next to the camera, on the roof, or around the corner. Once in place, these systems allow you to enjoy a hands-off approach, with no need to unmount and recharge cameras.
Solar-powered security camera systems make a great solution for remote areas or outbuildings where outlets aren’t available, especially if you’re unable to regularly recharge batteries. While the convenience of a flexible set-it-and-forget-it security system can’t be overstated, there are even more benefits to solar-powered security camera systems. Not only are these systems eco-friendly, powering cameras without taxing the energy grid, but you’ll also save money on energy costs.
Drawbacks of Solar-powered Security Cameras
No type of security system is without its drawbacks, and the same is true with solar-powered security cameras. Any kind of Wi-Fi enabled security camera will have some risk of connectivity issues, from susceptibility to power outages to concerns with signal range.
There is also the possibility that the solar charging panels won’t work as intended when light is inadequate, such as when covered by snow or when positioned in a less-than-ideal area.
Frequently Asked Questions About Solar-powered Security Cameras
Do solar-powered cameras work at night?
Yes. Since Swann solar charger panels work to charge the camera batteries, the electricity generated from a substantial amount of daylight will be enough to power cameras through the night.
Do solar security cameras work in winter?
If positioned correctly, Swann solar charger panels should generate enough electricity to power cameras during the winter. Of course, this does depend on where you live, so it’s best to connect to our customer support center if your area experiences less than average daylight during the winter.
Will solar panels charge if not in direct sunlight?
Swann solar charger panels will charge in indirect sunlight, but not as efficiently as they do in direct sunlight. It’s always recommended to seek out as much direct sunlight as possible.
How long do solar cameras last?
Solar-powered security cameras should last as long as any other Wi-Fi enabled cameras. The Swann solar charging panel has a 12 month warranty, though solar panels typically last up to 25 or even 30 years.
Do solar panels need to be cleaned?
Yes, it is recommended to clean solar panels periodically. This helps them function properly, making sure they’re as efficient as possible.
How to Install a Solar-Powered Security Camera System
It’s not difficult to install a solar-powered security camera system. As previously mentioned, it’s best to start by assessing where you’d like your surveillance coverage. Determine where you might be able to mount your camera, and then look to see if there are any sunny areas in the vicinity.
Most likely, you’ll be able to capture direct sunlight somewhere within 10 feet — the length of the USB cable — of your desired camera location. It’s common to mount solar charger panels next to the camera, on the roof above the camera, or even around the corner.
Once you’ve found the ideal place to put the camera and the solar charger panel, simply install the mounts and connect your devices. For more information, check out our handy guide on security system installation.
Shop Swann’s Best Solar-Powered Security Cameras & Systems
Whether you’re interested in a solar charger panel for your existing compatible wireless security camera, a single standalone wireless security camera with a solar panel, or a solar-powered NVR system, Swann makes some of the best solar-powered products on the market. Explore the full collection of Swann solar-powered security cameras now.


Beauty is in the eye of the beholder. The "best" TV pictures and sound are those delivered by whichever television service provider you ask. That is the normal way of the world and perfectly understandable. The question of fiber optic TV or cable service delivering the best quality often generates two answers: both of them "yes."
Cable television service companies will tell you that their digital service is just as clear, crisp, and clean as delivered by fiber optic TV. Their coaxial cables are high speed, high volume, proven methods of getting you high quality TV programming for years. All of this is true and in most areas, cable high speed Internet, digital phone, and television service is first rate.
Fiber optic systems (AT&T U-verse and Verizon FiOS, for example) have necessitated the installation of miles and miles of state-of-the-art fiber optic cables to form the delivery system for its modern computer servers. They now deliver SD and HD television service, very high speed Internet, and digital phone service to an ever-expanding customer base. Neither Verizon FiOS nor AT&T U-verse is "everywhere" yet for a number of reasons. They are replacing thousands of miles of standard shielded (protected) copper wires with fiber optic cable and it takes some time. Also, there are still many areas of the U.S. that have franchise agreements with cable television service that prohibits any similar competition.
In these cases, fiber optic must wait for franchise renewal dates and ask the local authorities to allow them to offer their service. To date, they are becoming more successful in their efforts and their television service is now offered in many markets that are already pleased with their broadband Internet and digital phone service.
The question of who is "better" remains, however. The choice is really dependent on your personal preference. Both deliver wonderful TV quality. You should probably select the provider you "like" best. Consider pricing as a major issue. Since both give you great TV -- as does satellite TV (DirecTV and DISH Network) -- you shouldn't suffer quality problems. But if you can get a bundled (packaged) special deal from one or another for lower monthly cost, you should consider the benefit to you.


By Kish Rajan
The Federal Communications Commission (FCC) in July announced its $100 million “Connected Care Pilot Program” to support virtual healthcare, or “telemedicine.” It’s an important program to bring high-quality care to our veteran, low-income, and minority communities — especially those living in rural and underserved areas.
The program’s success depends on reliable, high-speed wireless internet connections, as those who need the program the most disproportionately rely on mobile access. Specifically, 31% of Americans making less than $30,000 a year do not use broadband at home but own a smartphone, while 24% of black and 35% of Hispanic adults also predominantly rely on mobile to access the internet.
The new FCC program comes at a time when rural areas in particular are facing a healthcare crisis. The National Rural Health Association estimates that as many as 700 rural hospitals are at risk of closing in the next 10 years. Those fighting to stay open often slash services, such as women’s healthcare. Less than half of women living in rural areas are within a 30-minute drive of the nearest hospital offering obstetric/gynecologic services. That makes telemedicine services vital to the health of millions of Americans, particularly women.
Telemedicine allows patients to connect with physicians and other providers in larger cities, sometimes hundreds of miles away. It saves patients long and difficult rides in cars or ambulances and allows smaller clinics to offer specialist services such as psychiatry, rehabilitation, and prenatal care. In Beatty, Nevada, the only healthcare clinic within 60 miles nearly shut down last year. But thanks to a new fiber optic broadband connection, it continues to serve patients by connecting them to doctors in major cities like Las Vegas, located over 120 miles away.
Telemedicine has significant benefits in urban areas, too. It offers low-income, urban patients a way to access healthcare services more efficiently and at less cost than using an emergency room. It cuts wait times for appointments — a huge benefit as wait times have increased 30% since 2014. And it’s already been proven to significantly improve outcomes when used in urban schools. Telemedicine also benefits physicians by allowing them to see more patients faster and without the overhead cost associated with an office.
However, without high-speed wireless connections to allow for quality videoconferencing, telemedicine isn’t a viable option. It requires fast, reliable, and secure connectivity to ensure patients and doctors can see each other and communicate clearly — which is often a problem.
A big reason connections today are often sub-par is our communications infrastructure is too congested to meet current telemedicine demands — and it’s only going to get worse. Wireless data consumption has increased 238% in the last two years alone and according to projections, by 2020 more than 50 billion devices and 212 billion sensors will be connected to our wireless networks.
To deal with the demand today and to lay the foundation for the 5G networks of tomorrow that will allow telemedicine to reach its full potential, we must upgrade and densify our communications infrastructure by expeditiously deploying more fiber optic cable and densification devices known as “small cells.”
“Small cells” are small, inconspicuous wireless nodes most commonly installed on streetlights and utility poles that immediately improve 4G service by relieving strain on existing infrastructure, and will serve as the backbone for 5G networks by significantly expanding coverage and capacity.
While the immediate benefits of small cells to 4G networks can’t be ignored, enabling 5G stands to change lives. 5G promises to move data 20 times faster than 4G, and according to an Accenture report, has the potential to create $160 billion in benefits and savings. As it stands, we have no national plan for 5G deployment and state and local governments have thrown up barriers that have slowed infrastructure development that is necessary to make 5G a reality.
The primary problem is that the regulations and permit reviews required to install “small cells” are unnecessarily convoluted and time consuming. There’s no reason to have the same regulatory requirements for “small cells” that are required for a 200-foot cell tower. If we are to realize the powerful potential of telemedicine, policymakers at the local, state and federal level must be willing to streamline the approval and implementation of “small cells” that are vital to our 4G and 5G success.
As we become more dependent on fast data, it’s time to stop thinking of high speed internet as a luxury and start treating it as a requirement for full participation in today’s mobile world. The future of telemedicine and so much more depends on it.
Kish Rajan is chief evangelist for CALinnovates.


This mobile container conference room is used by 5 container houses, for meeting all needs of office workers. The total area is 90 square meters, can accommodate about 50 peoples. The height of the container conference room is 2.8m. The whole area of mobile container conference room distinguishes two areas. One is for presentation and the other is for audience. The mobile container conference room can also be equipped with multimedia equipment, easy for speaker to presentation. The windows on both side of wall can make help more natural lighting get into the room. Three different place of doors is humanization design for people can get into conference room freely without disturbing speaker while the meeting is going. The wall of the mobile container conference room can also be changed to rock wool sandwich panel with perforated steel plate, which can have good sound absorption function. No matter what’s going on in the mobile conference room, people outside will not hear it.
This mobile container conference room is also suitable for construction site. Container house can be assembled and disassembled very quickly and easily. Once the project is finished and workers need to move to next project location. The mobile container conference room can leave with workers easily. More importantly, the whole progress of assembly and dissemble will not produce any construction waste, very good for the environment.


Polish operators and the market have been waiting for the allocation of the target band for 5G for two years. Each month of delay causes them to lag behind European competitors and lose more opportunities to benefit from digitization.
“For now, we are successfully using the available test bands. They are used by the Orange 5G Lab, which we opened in Warsaw” , says Artur Piecha, director of marketing and sales of solutions at Orange Polska. The company announces that modern 5G solutions will be developed at the Orange 5G Lab in Warsaw.
The operator wants to work on them, among others in cooperation with start-ups. They are to be ready for implementation almost immediately after UKE has fully made available the target frequencies for the construction of 5G in Poland.
5G for many functions in a company
“Enterprises that are trying to enter the 5G world today consider it not only as a technology for communicating the devices themselves, but also for communicating with the employee, e.g. for transmitting a very detailed image. We are also talking about support for quality control and analytical systems that improve typical decision-making processes on production lines or in audits”, explains Artur Piecha in an interview .
Research commissioned by Orange shows that over 80 percent. Polish companies perceive 5G as an attractive technology and useful in their business activities. Over 70 percent also estimate that the next-generation network will help them improve their offer and create new business development opportunities. From the perspective of companies – especially in sectors such as manufacturing, transport and logistics
“it is crucial, however, to reduce delays in data transmission to an almost imperceptible level and to increase the number of interconnected devices per square kilometre. It goes, among others, for factories and logistics centres to be able to install more devices and sensors that communicate with each other, allowing for quick response, problem diagnosis and process optimization.
It is very difficult to obtain in technologically specific facilities, such as production halls, where we have a lot of steel or concrete. Such solutions will also require security and stability in operation, and above all, locally quite large computing power, often referred to as “Edge Computing “, says the expert.
As the survey carried out for Orange shows, approx. 70 percent. companies are signalling that they will soon need the support of a telecommunications service provider in developing and testing solutions based on the 5G network. The Warsaw Orange 5G Lab is to be a response to these needs. State-of-the-art solutions using 5G technology will be created, tested and developed here. Similar Orange centres already operate, among others in Belgium, France and Romania.
This technology offers a very wide range of possibilities
“We want to show companies how to effectively use 5G, because this technology offers a very wide range of possibilities”, says Artur Piecha. – At Orange 5G Lab, we present various solutions. Some of them have already been implemented at our clients, so they are proven in practice. Here we have working devices and systems that you can touch, see and try.
The use of 5G technology already allows companies, for example, to train employees using virtual reality (VR), optimise production using interconnected sensors and real-time data analysis, or digital support of workplaces thanks to intelligent glasses with an augmented reality (AR) system. This is the future of modern factories, warehouses and field technicians.
“The basic examples that we show in our Orange 5G Lab concern, among others, use of robots, drones as well as virtual and augmented reality”, calculates the Orange Polska expert. – he list of possible applications of drones is very long. We are currently observing a boom, including in mapping and monitoring of critical infrastructure along with data analysis, because the data provided by drones from the air can be used in many different ways. We also have small autonomous vehicles in Laba that deliver small items. The key solution, however, is 5G communication, which eliminates many communication systems between the production hall and warehouse.
In the development part of the Orange 5G Lab in Warsaw, innovations in the field of 5G technology will be created. Thanks to this, almost immediately after the UKE has fully made available the target frequencies necessary for the construction of the 5G network throughout Poland, it will be possible to implement completely new solutions.
“This development part is very important. We invite both large companies and start-ups to cooperate with us, which will co-create solutions using 5G technology”, says Artur Piecha. – At Orange 5G Lab, we want to test not only our original ideas, but also the projects of our partners.
The Orange expert reminds that the target frequency bands for 5G have not been made available to operators all the time. This is the main factor that still blocks the full development of this technology in Poland.
“The blocks of the 3.6 GHz band were originally to be auctioned in 2019. However, we are already in 2022, and the auction has not yet started” – he points out.
In the European Union, the average indicator of the so-called 5G readiness – understood as the number of frequencies made available by the state for the 5G network – amounts to 38.8 percent. In the case of leaders – such as Germany, Greece and Finland – it already reaches almost 100 percent. In Poland it is still … 0 percent. Each month of such a delay causes Polish companies to lag behind European competitors and lose more opportunities to benefit from digitization.
The more so because for months on the global market the problem has been the limited supply of chipsets and modern devices that use them, and network equipment belongs to this category. The longer Polish business waits for the 5G band, the longer it will wait for the equipment enabling the launch of the next generation network and the more it will pay for it.
For now, operators who want to implement 5G-based implementations are left to use the available test bands. This is how 5G campus networks work, which Orange Polska – as the only operator in Poland – has already successfully launched. The first such project was carried out by Orange and Ericsson in the Łódź Special Economic Zone.
Thanks to it, companies and start-ups operating in the zone can use the new network to test innovations, e.g. in the area of IoT, VR and AR or artificial intelligence (AI). The internal 5G network Orange has also been built in the Miele household appliances factory in Ksawerów near Łódź. It serves, inter alia, for large-scale employee training with the use of virtual reality, as well as for digitization and automation of the quality control processes of manufactured products.
The third Orange campus network was established in the Nokia factory in Bydgoszcz. Thanks to it, the automation of production processes and the management of devices and autonomous vehicles were simplified. The private 5G network is also a research and development base for Nokia.


The power management of Freescale Semiconductor Incorporation has cut Intel Corporation’s Atom Z6xx chipset, thus increasing the lifetime of battery not only in smart phones but also in other handset that invariably utilize Atom.
PMIC’s unique discovery
PMIC has been effectively working with Intel for almost two years on chipset for the power management to efficiently reduce the operating power. Moreover, this has lead to 50x reduction in the standby power in relation to the previous generations of Intel’s Atom processors. The power management solution primarily for Atom by Freescale was being integrated win its 130 nm process of mixed signal SmartMOS, in addition to the functions related to the power management. This also avails many interface functions which are needed for any mobile phone, notebook, ereader, iPad like tablet or any other Atom based portable consumer products;
•Battery charging that is intelligent
•24 bit DACs
•10 bit ADCs
•Speaker power amplifiers
•Differential touch screen
Jennings’s characterization as `Made in Heaven’
Mr. Michael Jennings, Freescale’s Product Line Manager mentioned that although Intel avails a design board reference for the Atom Z6xx’s low power version and MP2O support chip that vitally has a socket for daughter board of power management but Freescale’s daughter board was innovated by its 16 years experience in designing chips for power management to meet Intel’s goals for power reduction. This was crucially characterized as made in heaven by Jennings. Though Intel is a processor expert but PMIC is an expert in power management which had earlier successfully worked not only with Motorola but also other handset manufacturers to extend the battery lifetime of other optimum devices. Intel has essentially availed the same reference design and goals to reduce power to integrated products of Maxim and Renesas electronic corporation both of which are competing in Atom power management chipsets.
Freescale, Maxim and Renesas, the trio giants for chipsets
Highest variation offered in the previous version of Intel’s Atom and current offering of ultra low power is that variable parts of processor can be powered to appropriately extend the life of battery. This process is under control of chipsets for power management offered by Freescale, Maxim and Renesas. Although Maxim and Renesas have not yet announced their offerings but Freescale has incredibly claimed that is chipset is an implementation to put the entire function of power management on the unit chip thus leading to the maximum reduction in required board space.
Freescale, the pioneer in chipsets
Freescale’s unique discovery is that by integrating all the functions of power management onto single chip the board area is reduced by 350-500 square millimeters as compared to the other competitors. Freescale’s implementation utilizes two chips and the later one is a small addition to convert voltage from battery into 3.3V that is needed mainly by prime PMIC. With this innovation Freescale claims that thermal management in the design of the handset is simplified and it allows the alternative source of power to be integrating primarily in PMIC. In fine, Freescale is thus producing its powerful PMIC and incredibly have multiple design wins at OEMs and ODMs with the first handsets based on chipset which is due to be hitting the market forcefully at the ulterior this year.


KB-15W-BT marine electric horn hailer
LOA up to 20m
The Kahlenberg KB-15W-BT is a type approved compact and versatile sound signal and communication horn hailer for vessels under 20m, with a difference. It also offers Bluetooth connectivity plus Google Play and iOS mobile apps to broadcast music files and clips right off your mobile or tablet.
The Kahlenberg KB-15W-BT model additionally provides two way voice communication for marine hailing purposes including “talkback” from crew back to the helm station speaker/microphone.
It operates on 12V or 24V DC and includes a CM-15 control module for mounting inside the helm station, a push to talk microphone with mounting bracket, and a high output marine duty speaker made entirely from corrosion proof materials.
Auxiliary inputs are included for connection of other audio sources such as a radio or public address systems.
The horn signal can be controlled with the Kahlenberg M-127 rocker switch, or any standard momentary contact push button or Kahlenberg sound signal controller for automatic operation.
Multiple Horns can be controlled from single station for hailing/talkback and/or horn signal.
KB-15W-BT Electric Horn and Hailer specification
- Vessel length – < 20m
- Heated? – Yes
- Power – Electrically powered
- Frequency – 698 Hz
- S.P.L. Output – 121 dB (1/3 Octave Band)
- Voltage – 12 or 24V D.C.
- Power Consumption – 30W
- Materials – (Horn and Driver) Polyamide
- Mounting Bracket and fasteners – Stainless Steel
- Finish – Grey
- Net weight – (Horn) 4lb (1.8kg)
- Ingress Protection – (Horn) IP67
- Max./Min. Amb. Temp. – -30F (-34C) to 120F (49C)
- Cable Size – .25in (6mm)- .45in (11.5mm)


Very sensitive capacitive bridge, measures the delta between C3 and C4, the key is the floating input voltage from the 4 transformers.
R1 is the input impedance of the AD8310 detector.
L9 is there to reduce the drive current.
When C4 = (1+d)*C3, where d<<1 the Thevenin voltage is V1 * d, and the Thevenin impedance (without L9, and without R1) is a reactance of 0.5 * C3
The attainable resolution with such a circuit should be around 10 aF.
A higher resolution is possible, but that would require a higher frequency and noise sensitive air-core transformers.
In this example it is a variation is capacitance which gives an output signal, when C4 is made of isolated electrodes in the plasma, the (very small) dielectric losses and variation in reactance could be used to measure the Debye length.
The capacitor in the plasma (C4) consists of two isolated electrodes, C3 = C4 at vacuum/air, when the space between the electrodes is a plasma with a low Debye length (conducting) C4 will have a higher capacity but low dielectric losses. (output signal high and in phase with input signal), when the Debye length becomes comparable to the distance between the plates, the dielectric losses will be higher and C4 will be close to C3, so that will give a low output signal and a higher phase-shift.
De plasma can be a simple DC discharge.
Since it uses only one stable frequency (10MHz in the example) noise filtering should be simple.


The channel that gets your message across
Global bulk SMS that works in 156 countries.
2-way SMS with global coverage
SMS is an effective marketing tool that enables you to cut through the noise when other channels can’t. And with 156-country coverage and 2-way messaging capability, you can communicate with your global customers via the medium most convenient to them.
Outstanding engagement rates
In the 2017 DMA Email Tracker, consumers prefer email as a means to stay in touch with brands. But as inboxes become increasingly cluttered, SMS is the overlooked tool in the marketer’s armory that’s proven to get your message across: 90% of recipients read new text messages within 3 minutes.
Smarter SMS technology
Mobile marketing with greater flexibility.
Multi-use messaging that covers ARN
From alerts and reminders to notifications (ARN) and surveys, COMAPI’s 2-way SMS provides a flexible, interactive platform in which to project your brand’s key messages. What’s more, you can use data from the dotmailer platform to personalize texts beyond first-name salutation.
SMS with no limits
Consistency is a critical aspect of marketing. With COMAPI customization capabilities, you can send branded SMS and set up easy-to-remember short codes that let your customers text message your team.
Automated omnichannel messaging
SMS that's made for dotmailer's Program Builder.
Create unforgettable experiences
In a world where a customer journey may begin on one channel and close on another, businesses are adopting marketing automation to close the gap on consumer expectations.
Marketing automation delivers personalized communications at massive scale, creating powerful human conversations at key points in the customer lifecycle. COMAPI SMS integrates with the automation Program Builder so you can trigger emails and text messages based on customer interactions and insight.
Uncomplicated campaign measurement
Top-level insights that show your team's impact.
See opens and clicks
Track SMS-level performance with the straightforward reporting suite.
In real time you can see how many people have opened your SMS, giving you a top-level overview of the campaign’s performance. It’s possible to get more granular, too, with the option to see how many people have clicked links from your campaigns and how many people have replied.
Marrying SMS and email
Discover why these 2 channels make the perfect couple
SMS shares several similarities to email as another ‘push’ channel that enables you to deliver messages directly to your customer. The 2 channels can provide you with nurturing power and, when combined in automation programs, are primed to supercharge your engagement strategy.


Connect camera to WiFi router using Ethernet Cable. ) Network Ethernet One 10/100Mbps RJ-45 Supported Protocol HTTP, FTP, TCP/IP, UDP, SMTP, DHCP, PPPoE, DDNS, UPnP, GPRS Wireless Wireless Standard IEEE 802. Setup your Db Power IP camera. ) Wireless Security WEP & WPA & WPA2 Encryption Package: 1 Wireless IP Camera 1 Wifi Antenna 1 User Manual. Power Consumption 4 Watts (Max. ManualsLib has more than 1 DB POWER IP Camera manuals. Buy DBPOWER Surveillance IP Camera 2.
On my router, the default starting number for the last octet in the IP address is 100 for DHCP. It is considered an innovative consumer electronics world leader. I have set them up but I can only view them in my home network. Internet Service Provider Modem/Router for Remote Viewing.
DBpower va035 firmware recovery by serial and tftp server. 30 seconds for camera to initialize. It is available at Amazon store here: 4K Ultra-HD Action Cam: Sony image sensor, 7-layer glass lens, records 4K/24fps, 2. 4) How to to change the IP address cameras, NVR, DVR.
Connect camera to power using 12V DC power adapter and wait approx. Do not use PoE extenders for cameras requiring more than 15W of power, which includes PTZ IP cameras, and long range night vision security cameras. Click on document db power ip camera user manual. Learn more on how to expand your Skylink HomeControl System at: ht.
I have tried going to - 003bdme. 178 - this is the default address for the camera. Video description firmware recovery of DB power VA035K wireless. There are two connection options in Camlytics smart camera software for Windows PC to login and view your Db Power IP camera.
While not required to setup an IP camera system, the last component is an internet router. In your PC web browser go to 192. We tested DBPOWER and Sinocam cameras. You should assign the camera a static IP address (check your router for ranges of valid addresses).
DBPOWER FC - mobile ip camera surveillance studio. User Manual of DBPOWER IP Camera140701. If you cannot find your Db Power CCTV camera in the left section or it isn&39;t working with Camlytics software app, click "Manual" in Discovery section to setup your Db Power cameras with direct RTSP or HTTP stream URL. If you are looking to buy an IP camera, and don’t know which one too choose – you came to the right place! Also struggling with email alerts but need to sort external viewing first. Save 5% with coupon. 4Ghz Wireless Network IP Cam, IR Cut, Night Vision, Two Way Audio, Support up to 128G db power wireless ip camera manual TF Card, ONVIF, Motion Detection, Mobile Remote Viewing Function: Dome Cameras - Amazon. Here is what to do.
DBPOWER Wireless IP Camera Alternatives : ROCAM NC300. IPCAM User Manual 4. hi, i recently brought a db power ip camera which im having trouble setting up and db power wireless ip camera manual getting it to work at all, my setup is as follows, i have a standard virginmedia box connected to a belkin 54g wireless router, rubbish but it does work just, i also have a tablet that also connects to the wireless router db power wireless ip camera manual so i know the wireless side works, I&39;ve connected the camera and plugged it into the. Safety Information Do not point the camera directly at the sun; else it will damage the image sensor. TWO-WAY AUDIO: the ip camera features with built in mic and speaker, you can communicate with family and friends on mobile devices. Operation Steps: After login the interface of the router，choose “Port Forwarding” Choose “Add custom Service” Input IP camera port. One of the most common uses of the Config Tool software is the ability to change the IP address of equipment without logging into it manually.
DBPOWER HD Surveillance Wireless Network IP Camera Specs, Features, Review, Comparison DBPOWER HD Surveillance Wireless Network IP Camera vs DBPOWER 720p Wireless Network IP Camera Smart Cam vs Reolink RLC-420 4MP HD 2560x1440P IP Camera Outdoor vs Foscam FI9826W 1. NOTE: PoE can also be used to power camera. v380wificamerasetup smartwifinetcamera howtoconnectsmartnetwificamera Subscribe To Our Channel : com/c/unboxkart Unboxkart: Wireless S. com FREE DELIVERY possible on eligible purchases. 178:888 but this only works from my home network. Step 1: Connect camera to the network and find its IP address. Do not attempt to open, dismantle, repair, or service the camera. 11b/g Data Rate 802.
7K/30fps and 20MP photos using a 170-degree wide-angle lens. 264 Pan/Tilt Wireless IP Camera 1. The DBPower 720p Wireless IP Cam is the first actual IP camera that I have owned. In this video we will show you how to setup your Wireless IP-Camera with your Internet Hub.
Some cameras that require >15W of power will boot up and connect. Also, be advised that the DB Power camera is a P2P camera and as such will be connecting to various servers all over the world without you knowledge or consent. Access Camera&39;s Web-based Configuration Tool. Wireless IP cameras from CCTV Camera World provide the freedom to install at any location where power is available without running a video cable, while maintaining the high standard that wired security cameras offer. Page 23: Troubleshooting 10. pdf to start downloading. User Manual of DBPOWER IP Camera140701.
2 Packing List Untie the pack and check the items contained against the following list: z Wireless IP Camera×1 z Wi-Fi Antenna×1 z DC Power Supply×1 z User Manual×1 z CD（×Include1 Wireless IP Camera Driver、IP camera tool） z Network Cable×1. 1 IP Camera Tool When the Device has been mounted properly,. To Find out the SSID, Channel(less than 10), Security Way(NONE,WEP),Authentication Type,encryption. ManualsLib. Take access to your cameras over. DBPOWER WiFi Endoscope Camera, 8. db power ip camera user manual. DBPOWER Wireless IP Camera Is Perfect For Those Who Look For: An affordable IP camera.
1 Configure Motion Detection. We constantly combine the research & development activities with the simplicity of use. Choosing The Best IP Camera.
When looking through different products, I came across this item because of its two way audio. 5% coupon applied at checkout. 3 Megapixel 1280x960P 3x Optical Zoom H. Camera manuals and free digital camera pdf instructions. PLUG & PLAY: Plug and play support for the ""MIPC" mobile app utilizing QC code, and make the wireless ip camera connect and install quickly and easily.
you can get the new model on amazon Wireless Security WEP & WPA & WPA2 Encryption Physical Dimension(Lx W x H) 185 x 75 x 80mm Gross Weight 1. Configure FTP Storage. 2 Configure Image Snapshot Settings. With DBPOWER FC you can control your DBPOWER ip camera or make settings on iPhone, iPad or iPod Touch. I have bought 2 db power wireless ip cams. Initial connection needs to be wired ethernet to configure the wireless and this can be done through a web interface. 1 out of 5 stars 496. this will set the camera back to default (factory) values.
Unfollow db power ip camera to stop getting updates on your eBay feed. A high quality wireless IP camera with good video quality. 18kg (Color Box Size: 243 x 113 x 183mm) Net Weight 610g Package: 1 Wireless IP Camera 1 Wi-Fi Antenna 1 User Manual 1 CD (Driver and tool) 1 Network Cable 1 DC Power Supply(5v) 1 Mouting Bracket ¡¡. Keep the camera away from heat to avoid electric shocks. Find the user manual you need for your camera and more at ManualsOnline.
2 SOFTWARE OPERATION 2. If you are using a ddns service, you may want to change the port in the camera to port 80 and make the change to the port forward as well. Speaker System, user manuals, operating guides & specifications. com but says it&39;s off line. See more videos for Db Power Wireless Ip Camera Manual. While I have used others, I have never owned one. Power on the camera and push down the reset button in the little hole on the underside of the camera for about 30 secs. pdf download at 2shared.
Only allowing authorized users access to real-time images of the IP Camera. documents available. Click on an alphabet below to see the full list of models starting with that letter:ABCDEFGHIJKLMNOPQRSTUVWXYZ. Configure Events (Motion Detection and Snapshots) 5. com) is a highly-awarded, international company with a focus on designing and developing high-tech consumer products. 30 results for db power ip camera Save db power ip camera to get e-mail alerts and updates on your eBay Feed.
Configure video profile. CameraFTP Viewer. File upload progressor.
I have tried going to 192. Keep the camera away from rain or moisture. For more information or help please visit our website comFor more technical information and setup / configuration articles. We can repair it for free.
The Config Tool offers the easiest way to change IP addresses on any device whether it’s an IP camera, NVR, or DVR. This DBPower N6 sports action camera is based upon Novatek NTK96660 chip and Sony IMX078 sensor. DBPOWER Wireless Endoscope IP67 Waterproof WiFi Borescope Inspection Camera HIGH RESOLUTION CAMERA Equipped with 2 million pixels CMOS camera, 6 adjustable LEDs will be easy to observe dark locations by educing exposure and add brightness; the best observation distance is about 1. 2 Setting Wi-Fi of IP Camera 1) To use the wireless functions of the IP Camera,a wireless router like linksys is required. 2shared - Online file upload - unlimited free web space. Wireless IP Camera - Open IP Cam - Open IP Camera ForumIPCAM is an integrated wireless IP Camera solution. 5mm 6 Adjustable LED, HD 2MP Inspection Snake Camera, Wireless IP67 Waterproof Borescope for iOS/Android Smartphones and Tablets, iPhone/iPad, Samsung/LG (10M/32.
View & download of more than 11 DBPOWER PDF user manuals, service manuals, operating guides. Connect the camera using a network cable to your PC. Wireless IP Cameras WiFi Security Cameras for unmatched performance. Get it as soon as Wed, Jul 22. File sharing network. Manual Setup for WiFi Cameras with WiFi Router: Simple steps to connect camera to WiFi network via PC or Mac: 1. DBPOWER (DBPowershop. Verify that the camera is receiving the proper wattage of PoE power, outdoor cameras with heater/blowers and PTZ cameras often require High-PoE or PoE+ 30W or 60W of PoE power that is higher than most standard 15W PoE switches provide, often requiring different wattage db power wireless ip camera manual midspans.
2) Enter the wireless router setup page(you may see the wireless router user manual). Input IP address of IP camera， click “Apply”。. Talk to camera or listen to camera. Those are automatic discovery (you&39;ll see your camera in our software) and manual discovery (without camera website).
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When we were at Myrtle Beach, during the night, my phone started having a coniption. The charging port was wet. During the rest of the trip it has been iffy to charge the phone by cord.
When I got home, the phone fully wouldn’t hook up to a cord. The wet “moisture detected” warning was always on. I could not plug my phone into any port. Not the PC, not our cords, nothing. I had to charge my phone with our ghetto wireless charger. It didn’t do a good job.
So I went to a place in Gaithersburg to see if they could fix it yesterday. They could not. The dude even lectured me about how the phones aren’t supposed to be underwater… I’m sorry… what? Why would they advertise they can? Why would they have an option to take UNDERWATER photos?
That place sucked. Bri called Samsung and they said go to one of their certified places. I took it there today. They originally said over the phone they had the part but when I got there, they did not. They could not fix my phone either. They suggested calling Samsung.
We did when I got home. After pronouncing my last name 23432359 times to the lady, she finally got my information and emailed me a postage. I was to mail my phone to them since it was still “under warranty.” However, I think I would be paying them since it was a “my fault” kind of thing since I took my phone to the beach and got it wet.
I couldn’t get my photos off my phone! And their fine print said they would wipe my phone. I had to get these photos off!
After trying various things, nothing seemed to work.
Bri wanted to try to charge the phone with it powered off. For some reason, IT WORKED! My phone was able to charge with the cable with the phone turned off! When we turned the phone back on, the wet/damp warning message was gone! Finally that nightmare was over.
However, it said it could not reach a network (the no sign in the top right). After another restart, everything was fine!
Let’s hope it doesn’t come back. WTF, Samsung?
I hope if someone looks for how to solve the wet/warning issue, they come across this blog and maybe it could help them.


It's a reality : Microsoft has announced, November 7th, the end of Windows Live Messenger for 2013.
The instant messaging service, launched on 1999 as "Microsoft Network Messenger" (MSN), became one of the most popular. With the acquisition of Skype in May 2011 (for more than $ 8,5 B, about 6 B €), both services are duplicated : Skype allows users to send instant messages, like Messenger.
Windows Live Messenger will disappear on 2013, but it will not be of a technical point of view : "Skype is moving from a P2P service to a modern, suitable for mobile devices" said The Verge website.
Thus, Messenger will not disappear completely. "Skype and Messenger meet", said Tony Bates, Microsoft's head.
Source : lemonde.fr


Li-fi, magusa, famagusta, cyprus 331 likes 4 talking about this to promote li-fi (light fidelity) which is a bidirectional, high speed and fully. Li-fi technology is a ground-breaking light-based communication technology, which makes use of light waves instead of radio technology to deliver data. The inventor of the electric lightbulb could hardly have imagined that one day his creation would be used not only to illuminate homes around the world, bu. And now, scientists have taken li-fi out of the lab for the first time, trialling it in offices and industrial environments in tallinn, estonia, reporting that they.
Light fidelity, or li-fi, is a ground-breaking light-based communication technology which makes use of light waves instead of radio technology to deliver data li-fi. Technology may allow for light bulbs to be used as wireless hotspots delivering speeds 100 times faster than wi-fi. What is li-fi lifi is high speed bi-directional networked and mobile communication of data using light lifi comprises of multiple light bulbs that form a wireless. More than 130 years after the photophone came to light, professor harald haas is pioneering his own light-centric wireless communications technology, li-fi. The most common form of wireless technology in use today for telecommunications is wi-fi, which is based on radio signals operating in the range of 24 ghz or 5 ghz.
Slow internet got you down check out the technology that's got everyone talking. Li-fi definition - li-fi is an innovative idea in it, one that aims at eventually replacing radio frequency wireless signals with those that come from. Li-fi claims to be 100 times faster than standard wi-fi but what exactly is it and how does it work. Visible light communications could outshine wi-fi in industrial settings.
Lifi is a wireless optical networking technology that uses light-emitting diodes (leds) for data transmission lifi is designed to use led light bulbs similar to. At the mobile world congress in barcelona this week, french start-up oledcomm demonstrated the capabilities of li-fi, using just an office lamp to start playing a. A so-called li-fi network can transmit data 100 times faster than regular wi-fi, as long as nothing gets in its way.
Light-based 'li-fi' beams data 100 times faster than traditional wi-fi here's how it works. When will li-fi lightbulbs be available speaking to international business times uk this week, deepak solanki, ceo of velmenni. Li-fi, a faster way to deliver internet access, has been tested in a real-life, working office in tallinn, estonia. Imagine a world where every light connects us with unprecedented data and bandwidth imagine lifi.
Even if you’ve never heard of li-fi before, you can probably work out what it is instead of accessing the internet wirelessly using radio frequencies, like wi-fi. Li-fi is a groundbreaking approach to wireless internet technology that runs on nothing but an led light bulb and a solar cell to transmit data and power. Step aside, wi-fi scientists have just taken to the streets of tallinn, estonia with a new wireless technology called li-fi, and it's 100 times faster than current. Li-fi was created in 1997 and created by harald haas li-fi has shown that it's 100 times faster than wi-fi in october 2011, companies and industry groups formed the.


IEC 61938 PDF
IEC Standard | Audio, video and audiovisual systems – Interconnections and matching values – Preferred matching values of. However it might be better to be aware of such defects rather than oblivious of them. Parallel powering is covered by section of the. IEC standards. IEC Multimedia systems – Guide to the recommended characteristics of analogue interfaces to achieve interoperability.
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Already Subscribed to this document. Phantom power is sometimes used by workers in avionics to describe the DC bias voltage used to power aviation microphones, which use a lower voltage than professional audio microphones. You may have also heard warnings that phantom power can damage some mics.
What is this phantom power and why is it necessary? One such approach is known as bias power—also called plug-in-power. This standard is also available to be included in Standards Subscriptions.
RDL STMPA48 – Dual Microphone Phantom Adapter – 48 V – Herman ProAV
This document provides support for the currently recommended characteristics of analog multimedia interfaces to achieve compatibility between devices from different manufacturers. As a side note, mixers will provide phantom power at 48 volts but the ANSI standard IEC allows for 12, 24, and 48 volts which other equipment might provide, such as with an acoustic guitar preamp. However, they can also be powered lec an onboard battery or an exterior power supply like with the Mojave Audio MA However, the difference is usually obvious from the connectors: Phantom powering was used in telephone systems since the introduction of the rotary-dial telephone in before it was applied to condenser microphones.
Although 12 and 48 volt systems are still in use, the standard recommends 24 volt supply for new systems. Bias power uses a two-wire system, unlike the XLR 3-wire system supported by most mixers. Phantom powering can cause equipment malfunction or even damage if used with cables or adapters that connect one side of the input to ground, or if certain equipment other than microphones is connected to it.
As a final warning, when your musicians use an in-ear monitoring system, make sure any required phantom is turned on before they put in their in-ears. Articles needing additional references from March All articles needing additional references. A Capacitor is used to block the DC from subsequent audio frequency circuits.
As a result, you may encounter gear that supports any of these voltages.
Adapter barrels, and dedicated power supplies, are made to accommodate T powered microphones. In other projects Wikimedia Commons.
Phantom powering consists of a phantom circuit where direct current is applied equally through the two signal lines of a balanced audio connector in modern equipment, both pins 2 and 3 of an XLR connector. Unsourced material may be challenged and removed.
Phantom power should be assigned to only the channels that need it. Some condenser microphones can be powered with a 1. Many mixer boards have a switch for turning phantom power on or off; in most high-end equipment this can be done individually by channel, or on smaller mixers all mic channels can be either on 661938 off, also this can be done in groups in most mid-range boards and some smaller ones.
Please first verify your email before subscribing to idc.
For other uses, see Phantom Power disambiguation. Digital interface handbook third edition. Sending Phantom Power to an old prior to design ribbon microphone without an isolating transformer, while using a bad cable, which has the ground pin 1 shorted to pin 2 or pin 3 of the XLR.
In most cases, these different levels irc not cause concern. Phantom power is the right amount of power where needed. You may delete a document from your Alert Profile at any time.
IEC | IEC Webstore
To use 619388 requiring it with these amplifiers, a separate power supply must be inserted into the line. Although it is safe to plug a dynamic mic into an input that provides phantom power, plugging in other electronic devices—a keyboard or an effects pedal that has an XLR out, for example—is less certain.
A frequent source of confusion for guitarists is that some microphones use different powering schemes. These are readily available commercially, or alternatively are one of the easier projects for iev amateur electronics constructor.
Many older Sennheiser and Schoeps microphones use this powering method, although newer recorders and mixers are phasing out this option. Phantom power involves a clever scheme that leverages isc multiple wires in a typical balanced-XLR cable to provide voltage to mics that need it without affecting those that do not.


What is Hi-Z vs. Lo-Z? What do people mean when they talk about “Mic Level”, “Line Level”, and “Impedance”?
First, let’s look at Mic Level sources. These are considered to be either at Hi-Z or Lo-Z:
Hi-Z – High Impedance, High Voltage, Low Current
Keywords: Guitars, Basses, Instruments; Short Cable Runs, Better Sustain, More Interference.
Most of us will come to associate Hi-Z impedance equipment with things like guitars, basses, and 1/4” connector plugs. Inside of a Hi-Z cable, there are only two conductors: a “positive” and a ground. Since there is no negative cable (such as in a Lo-Z cable) to balance the positive cable, both capacitance and reactance suffer with increasingly longer cables. In layman’s terms, this means your sound loses quality and gets noisier once your cable exceeds roughly 15’ – 20’. (Ever wonder why it’s hard to find guitar cables longer than 20’? Now you know why!)
Fun Fact: Vacuum tube circuits have naturally high impedance.
|Guitars and Basses are Hi-Z|
|Most Microphones are Low-Z, including this Shure SM58|
Keywords: Microphones, Pro Audio Equipment; Longer Cable Runs, Better Signal Quality; Less Interference.
Most people tend to associate Lo-Z impedance equipment with microphones, professional audio equipment, and XLR connectors. Because Lo-Z cables contain a positive conductor, negative conductor, and a ground, it’s possible to have cables up to several hundred feet long without significant signal degradation or outside RF interference.
Fun Fact 2: There is a lot of discussion in regards to why guitars don’t use Lo-Z outputs. To make a long story short, most guitarists don’t like the tone of Lo-Z pickups; most guitar amps and pedals aren’t designed for operation with low-impedance guitar outputs; and Lo-Z setups would cost much more.
Now let’s look at Line Level sources.
Common line level sources include CD players, MP3 players, mixers, and other pro audio equipment. In the recording industry, though, there is often some finagling to be done to get our signal from Mic Level to Line Level.
|This Vintech 473 is a really kick-ass, studio-quality mic preamp|
If you plug a Hi-Z source into a Line Level input, such as on a Mixer, you’ll find it’s pretty faint and hard to hear. When you start cranking the gain to get it up to an audible volume, you will also have amplified all kinds of undesirable noise. No dice. With Lo-Z sources, such as microphones, the input signal will be even quieter and require even more gain to get it up to snuff. (By the way, Microphone voltage starts out around 2 millivolts and ends up as high as over 1V, so you can begin to understand the importance of solid preamp construction.) Hence, this is why most mixers have specific inputs for Line Level sources only; the XLR inputs are there for you to put your microphone into, after which the onboard preamps will do the proper boosting.
|The picture says it all: notice the Hi-Z input and Lo-Z output|
Finally, another important feature of line level equipment is to figure out whether or not it’s considered +4 or -10. Most equipment that functions at line level will have a switch, allowing you to adjust one way or the other. Either way, you just want to make sure you’re keeping all elements in your circuit/system matched so you don’t have unnecessary signal loss or degradation.
Please let me know if you have any questions. I'll leave you with a helpful video I found on YouTube explaining DI boxes in more detail. Cheers!


Get the best data roaming with Carwiz and the Yesim app!
No trip is complete without working internet. We all want to be able to do everything with a few clicks, without having to pay for expensive roaming or other unfavourable mobile operator conditions. Clients who rent vehicles from Carwiz can now use the Yesim mobile Internet application.
One of the most functional eSIM applications in the world, it allows you to quickly and easily connect to mobile internet in 138 countries. Simply scan the QR code you received earlier ( or in your Carwiz vehicle), and download the app, which allows you to access high-speed internet without paying for roaming. You'll still be using your network for calls while using the Yesim app for mobile Internet, so you can switch between your existing SIM cards and the Yesim mobile internet apps. From now on, you can travel without changing SIM cards, paying for roaming, or looking for open wi-fi.
This is yet another option offered to Carwiz customers in order to provide them with a one-of-a-kind user experience, excellent service, and dependable car rentals at affordable prices, which is the main guiding thought of Carwiz. We have now added data international data roaming to the list!
Simply download the app and have fun creating new experiences wherever you go.


For most people, Wi-Fi isn’t just a convenience, it’s a way of life. A technology that was once used for powering your laptop or phone has now evolved into keeping the entire electrical workings of your household running smoothly. Enter the Internet of Things—the engine behind Smart Home Technology.
At its core, IoT is simple: it’s about connecting devices over the internet, letting them talk to us, applications, and each other. The popular use is home heating and energy use. The related apps have have clever functions that let you turn on heating remotely, set it to turn down the temperature if it’s a sunny day, or even turn off when there’s no one home. Some can tell the latter with motion-sensing cameras, or simply by seeing that your smartphone (and therefore you) has left the property.
Advantages of a smart home
Connecting all of your appliances to your smartphone is an obvious plus – it means that you can run your laundry while you’re at work, or save money on your energy bill by optimizing your heating to only be on when you’re home (and maybe 15 minutes either side).
Some countries (like Canada) reward people with discounts for running their electricity during off-peak hours, so you could start your dishwasher at 3am instead of 7pm, when everyone else is starting theirs.
Another advantage is that people have a greater awareness of where their resources are going with more information about what’s using what. Most smart home systems come loaded with usage logging tech, making it easy to see your resource use (and thus your money).
Not without concerns
A huge roadblock to the Internet of Things (IoT) in general and to smart home technology in particular is security. Broadly speaking, there are two problems to overcome. The first is that any time you connect a device to a network and connect that network to the internet, you open up another port you have to protect.
Imagine that you were defending a castle. If the drawbridge is up, it’s nice and easy. If the drawbridge is down, it’s a little harder, but still manageable. Now imagine that there are 10 drawbridges, and they’re all down. That’s what adding multiple devices to your network does.
The second problem is that most of the home tech on the market now runs on some variation of Linux, which means that they’re subject to the same security concerns that computers are, except that most devices fail to address security the way PCs do.
All these devices and systems collect a lot of personal data about people. That smart meter knows when you’re home and what electronics you use when you’re there—and it’s shared with other devices and held in databases by companies.
Better safe—and smart
Smart home technology is projected to be a billion dollar business by 2020, and it represents the most advanced sector of the Internet of Things. The appeal is clear: more information, more control, and more automation of your home let you make better decisions and optimize how you use your limited resources.
The next year will be key for smart home platforms, so it may well be worth waiting for the internet of things to get a bit smarter and simpler before installing it in your home.
Looking for ideas on how to save money and live efficiently? The Merenda Real Estate Group can help. With 20+ years of industry knowledge and a client-forward approach, let The Dealmakers get you the results you want and the experience you deserve. Contact us today or call 416-240-SOLD (7653).


Improving your WiFi Network for the Internet of Things
Now that you have three computers, two tablets, four smartphones, three smart TVs, two thermostats, four smoke detectors, two door locks and 10 smart light switches connected to your Wi-Fi network, it may be time to upgrade that network to handle the load.
Today’s typical consumer Wi-Fi network router/access point is designed to only handle about 20 persistent connections. After that, you’re likely to need more hardware to support the load.
Here is Plum’s recommendation for maximizing your Wi-Fi coverage and connectivity.
Put your modem in bridge mode
Your ISP provided you with a single box that typically covers three tasks. First, it converts your phone or cable signal into Ethernet. This is the modem function. Second, it assigns IP addresses and routes signals from connected devices (whether wired or wireless) to each other and to the WAN. And, third, it acts as a Wi-Fi access point to allow wireless devices to connect to the router.
All of these tasks require compute power and typically these multi-function boxes are not powerful enough to handle all of these tasks for a large number of IP connected devices.
Putting your router into bridge mode means turning your modem/router/access point into just a modem. You can typically google this phrase “how to put “XYZ model’ in to bridge mode.” Look at your cable modem and find the manufacturer and model number of your modem. Consult google on how to log into your device and change the settings to put your modem into bridge mode.
Add a high performance router
Now that your modem is providing an IP address for your home, you’ll need a separate router to handle the DHCP functions of assigning an IP address and routing signals inside your home. We’ve tried quite a few routers and our favorite right now is the Netgear Nighthawk R7000. An upgrade to this router is the Net gear Nighthawk R7800. There are other routers that are also suitable, but this one has performed very solidly in our tests.
Here’s a good site for comparing price performance on router models. Remember, that you’re looking for good performance on 2.4GHz as well as 5GHz since most IOT devices still operate in the 2.4GHz band. http://www.smallnetbuilder.com/tools/charts/router/bar/115-2_4-ghz-updn-c
If you have a small floorplan house and less than 20 connected devices, you can also use this device as your Wi-Fi access point.
If you have more than 20 connected devices or a larger floorplan house, you’ll likely need additional Wi-Fi access points.
Add additional Wi-Fi access points.
If you live in a multi-story house or have more than about 2000 square feet, you might need to put in additional Wi-Fi access points to get good coverage throughout your house.
Or, if you have more than twenty Wi-Fi connected devices, you’ll need another access point.
We strongly suggest that this access point be connected to your main router via Ethernet cable. If your house is wired for Ethernet, this can be fairly straightforward. In some cases, you might need to run Ethernet cable inside your house to connect the new access point(s) to your router.
If you have 3 floors in your house, you’ll likely benefit from having one access point on each floor. Or, if you have stone or metal walls, you’ll benefit having an access point on each side of this obstruction.
When you set up these additional access points, make sure to configure them as access points only, not routers. Your house should only have one router and that’s the main router that you plugged directly into your modem.
If you are adding one additional access point to your network, it can be plugged directly into your main router.
However, if you are adding two or more additional access points to your network, we suggest putting a switch in between your main router and your additional access points. A switch will allow communication between devices on the additional access points without burdening the main router. See the diagram at the end of this article for a visual chart of how this would be connected.
We also suggest the same router as we recommended before for these access points. We’ve had good success with the Nighthawk R7000 or R7800. They have very strong processors and great 2.4GHz and 5GHz simultaneous throughput.
Mesh Wi-Fi Networks
Recently companies like Eero and Luma have offered mesh Wi-Fi access points and router to easily extend Wi-Fi connectivity across your home. Unfortunately for IOT devices, there are currently problems with these networks and IOT devices. We are working with the engineering teams at these companies but as of now, we cannot recommend these networks for IOT devices.
A Strong and Capable Network
A network with a separate modem, separate strong router and separate strong access points is a reliable and consistent network. It can be set up for a reasonable cost and will provide your family with strong connectivity for their devices and will allow you to build out your IOT connected smart home.
Plum is standing by to help. Please contact us at email@example.com or 1.844.200.7586


ABOUT US / Principal Analysts
Johan Fagerberg is co-founder of Berg Insight. He has 22 years of telecom experience from several telecom companies such as Ericsson, Vodafone, France Telecom, MobileOpinion and Kipling. His past research has covered location based services, telematics and mobile entertainment. Johan holds a Masters degree in Electrical Engineering from Chalmers University of Technology in Sweden.
Tobias Ryberg is co-founder of Berg Insight. He has covered the mobile industry as a writer and analyst since 2000. His primary area of expertise is wireless M2M applications. Tobias holds a degree from the School of Economics and Commercial Law at Gothenburg University, Sweden.
© Copyright Berg Insight AB 2004-2020. All rights reserved.
Berg Insight, Viktoriagatan 3, 411 25 Gothenburg, Sweden,


Best in class wireless audio system for all Audio Ready helmets. Wired between the two audio chips, but wireless (Bluetooth) to the music device.
The rating of this product is 0 out of 5
Best in class wireless audio system for all Audio Ready helmets. Wired between the two audio chips, but wireless (Bluetiith) to the music device. These audio drop-in chips are made by Outdoor Tech designed to deliver high-quality audio from your helmet. Wireless Bluetooth that easily connects with any Bluetooth enabled device. These Audio chips fit with all helmets that are Audio Ready.
Rechargeable lithium-ion battery
Built-in microphone for calls, chats with Siri & Walkie-Talkie Interface
3.5mm audio in jack for non-Bluetooth device compatibility
Included 3.5mm wire controls volume, pauses, plays, and takes calls
IP45 sweat- and water-resistant
Tested to work perfectly at -20°C/-4° F
Play time: 10 hours wirelessly@Standby time: 280 hours


The electrical utility marketplace is increasingly dependent on high-speed optical networks to aid daily operations. For more than two decades, utilities have used fiber optic media to aid their own personal internal applications. In the past few years, public power companies as well as an occasional electric cooperative have ventured into Fibers in stainless steel tube for the main benefit of their customers as well as the generation of additional revenue streams. In the foreseeable future, new construction and smart grid initiatives promise to expand fiber’s role even farther into electric utility operations. The final point is a reasonably statement considering fiber is available on transmission lines and distribution lines, in generating stations, as well as in substations.
So, when it is a particular that optical fiber is actually a reality from the electric utility industry, then it is necessary for those with responsibility to the control over utility assets to learn a number of the basic categories of optical cable products and where those products best easily fit into the electrical grid. Since most of the fiber used by utilities is deployed inside the outside-plant, among the most common questions center around picking ribbon versus conventional loose tube cable designs and where one solution might be more economically viable compared to other.
Outside plant cables, either aerial or underground, get even closer your home.
Both ribbon cables and conventional loose tube cables are staples from the telecommunications industry and have been around for several years. Both products perform well in harsh outdoor environments, and both are available in numerous configurations, including: all-dielectric, armored, aerial self-supporting, etc. The primary distinction between those two product families is definitely the manner where the individual fibers themselves are packaged and managed in the cable. A ribbon cable has got the individual fibers precisely bonded together within a matrix that could encompass as few as four or up to 24 fibers. Typically, however, these matrixes, or “ribbons” are bonded together in a group of 12 and placed in the tube that holds multiple ribbons. As opposed, a loose tube cable design has between 2 to 24 individual fibers housed in multiple buffer tubes with each fiber detached from your other.
Nearly anyone inside the electric utility industry with any amount of contact with optical fiber products will know about the fundamental structure of loose tube cable. Ribbon cables, alternatively, have enjoyed widespread adoption among regional and long-haul telephony providers but might still be unfamiliar for some in the electric utility space. This unfamiliarity comes with a price since ribbon products will offer a four-fold advantage on loose tube designs in numerous applications:
Ribbon cable may be prepped and spliced considerably more rapidly than loose tube cables. This advantage means less installation time, less installation labor cost, and significantly less emergency restoration time.
Ribbon cables enable a smaller footprint in splice closures and telecommunications room fiber management.
Ribbon cables offer greater packing density in higher fiber counts which enables more potent usage of limited duct space.
Ribbon cables are normally very cost competitive in counts above 96 fibers.
The very first two advantages listed above are byproducts in the mass fusion splicing technology enabled by ribbon cable. A mass fusion splicer can splice each of the fibers inside a ribbon matrix simultaneously. Thus, when a 12 fiber ribbon is utilized, those fibers might be spliced in about 12 seconds with average splice losses of .05 dB. In contrast, the traditional loose tube cable requires each fiber to get spliced individually. So, through comparison, Sheathing line requires 12 splices just to be fully spliced while a 144 fiber count loose tube cable requires a full 144 splices. Along with the time savings, a decreased total number of splices also yields a decrease in the amount of space necessary for splicing. Hence, there is an associated decline in the quantity of space needed to support splicing in closures and in telecommunications room fiber management.
Your reader with experience using ribbon cable might offer two objections at this point. The first objection would be the value of mass fusion splicing equipment, as well as the second objection would be the painful and messy procedure of prepping large fiber count unitube ribbon cables. The 1st objection is definitely overcome just by exploring the current prices of mass fusion splicers. Over the past few years, the fee difference between single-fiber and ribbon-fiber splicing equipment has decreased dramatically. The next objection has been overcome through the creation of all-dry optical cable products. Older ribbon cable products were painful to prep because of the infamous “icky-pick” gel utilized to provide water-blocking. The unitube style of many ribbon cable products translated into an excess of gel along with a general mess for your splicing technician. However, technologies allow both conventional loose tube and ribbon products to fulfill stringent water-blocking standards with no gels whatsoever. This dramatically decreases the cable prep time when splicing both for product families. However, the fundamental design of ribbon cables ensures that the main advantages of all-dry technology yield even more substantial reductions in cable prep time.
For low fiber count applications, ribbon cables possess a significant advantage in splicing costs. The very best point for conversion to ribbon cables typically occurs at 96 to 144 fibers based on the labor rates useful for economic modeling. For the reason that variety of fiber counts, any incremental cost difference between ribbon and loose fiber configurations will probably be offset by savings in splicing costs and installation time. For fiber counts similar to and higher than 144, the carrier would need a compelling reason to not deploy ribbon cables given the reduced value of splicing and very comparable material costs.
Splicing costs vary tremendously depending on the local labor market. Typically, however, single-fiber fusion splicing costs are anywhere between $23 and $35 per-splice with a national level for standard outside-plant cable. For cost comparison purposes, we are going to split the main difference and believe that we need to pay $28 per-splice whenever we sub-contract or outsource single-fiber splicing. If we outsource ribbon-fiber splicing, we will imagine that each 12 fiber ribbon splice costs us $120. Ribbon-splicing costs also vary tremendously according to the local labor market, although the $120 number might be inside the high-average range.
So, in relation to those assumed splice costs, a typical loose-tube cable splice will cost us $4,032.00 on the 144 fiber count (144 single fibers x $28 per-splice) whereas the comparable ribbon cable splicing costs will be $1,440.00 (twelve 12-fiber ribbons x $120 per-splice). This will give us a total savings of $2,592.00 in splicing costs at each splice location. In the event the 144 fiber ribbon cable costs a similar or less than the comparable loose-tube cable, then this case for ribbon in that fiber count and better will be the proverbial “no-brainer.” When a ribbon cable is available that will complete the task in this particular scenario, there is little reason to think about the alternative.
The truth for ribbon versus loose-tube optical cable is less compelling at lower fiber counts. For example, when you use those same per-splice costs in the 96 fiber count scenario, the ribbon cable saves us $1,728.00 at every splice location. However, the financial benefit afforded from the splicing can be offset by higher cable price. Additionally, dexkpky80 amount of splice locations can vary greatly from a single application to the next. Inside a typical utility application, however, 96 fiber configurations represent the point where cable costs and splicing costs often break even when comparing ribbon to loose tube.
The economics of fiber counts notwithstanding, you may still find a couple of places that either ribbon or loose-tube is the preferred option. As an example, it takes four splices to repair a 48 fiber count ribbon cable in comparison to 48 splices to the loose-tube equivalent. On certain critical circuits, therefore, it may be desirable to possess secondary coating line just due to advantages in emergency restoration. Also, ribbon cable items are generally smaller which creates some space-saving advantages in conduit. However, some applications (fiber-to-the-home, for example) require multiple cable access locations where we grab only two to eight fibers from your cable for splicing using mid-sheath access techniques. In those instances, ribbon could be viable with new “splittable” ribbon technologies, but may be less practical for several carriers than conventional loose tube. However, the gel-free technology present in both ribbon and loose-tube is a large labor savings feature in those circumstances. Aerial self-supporting cables (ADSS) still require using some gels, but any utility company installing fiber optic cable in any other application must be leaving the gel-remover back in the shop. “Icky-pick” in conventional ribbon and loose-tube cables is really a relic of the 90’s as well as an accessory for labor hours which may be easily avoided.
To sum it, there exists not a single network design which fits all applications, instead of a single cable that fits all network designs. However, understanding the options and knowing where they fit can significantly impact installation time, labor costs, and emergency restoration time. All the options are field-proven and have been popular for several years. Utilities can leverage the benefits of these different solutions just by remembering precisely what is available, and applying a bit basic math to compare and contrast cable costs, splicing costs, and labor hours.


Internet service announces expansion to Bassett area
Rise Broadband, a fixed wireless internet and phone provider, recently announced expansion of its high-speed communications network to the Bassett area. In doing so, Rise provides internet access with speeds up to 50 megabits per second, often found only in urban areas, according to a company news release.
“We are proud to provide more Bassett-area residents with the enhanced high-speed internet coverage, quality and dependability they have long desired,” said Jack Koo, Rise Broadband’s president and chief executive officer. “By delivering access to areas often under-served by wireline carriers, we connect communities with the information, education and entertainment they value most while bolstering the area’s economy.”
Rise service includes 911 capabilities as well as Lifeline, a government assistance program providing monthly discounts for eligible consumers.
The company also offers DISH and Direct TV service as well as PC Care; a one-stop resource for residential tech assistance, tune-ups and maintenance for PCs/Macs, mobile device configuration, streaming support and equipment troubleshooting.
More information is available at 844-411-7473 (toll-free) or www.RiseBroadband.com
— 20161129 —


Mobile phones have srongly altered the life of each person due to their advanced and multifunctional features. Today, personal handset is not only a privilege, but also a necessity, as mobile phones are considered to be so-called backbones or bases of communication systems. The essay aims to determine and evaluate the influence of the mobile phones on various spheres of human life cycle. In other words, the paper is purposed to discuss the contributions of handsets to the society. The advantages and disadvantages of owning a mobile phone will be analyzed as well.
Mobile telephones are known to be communicational tools that have the power to connect each individual to the rest of the world. At present, these tools are used practically by every person on everyday basis. In addition, the level of penetration of mobile phones in the human society is extremely conspicuous and significant. It should be stressed that the mobile phones serve as a digital fabric or form of personal lives of people. Mobile technologies and, in particular, phones have shaped the forms and methods of human interactions and collaborations with each other. Nowadays, experts in the sphere of mobile technologies differentiate various types and levels of influences that mobile phones have on separate persons, societies, industries, and economies (Dunnett, 2013).
First of all, mobile phones have managed to change and, at the same time, to improve the sphere of intimacy and socializing. In other words, mobile technologies have modified the ways, means, and manner of forming and shaping relationships with people. With the help of a phone call or a text message people can contact any person they need or want. Moreover, mobile communication provides a unique opportunity for people to fulfill a so-called function of micro-coordination. For instance, it enables people to simplify everyday challenges, such as shopping. Thanks to mobile phones, family roles and responsibilities are not planned beforehand, but are coordinated “on the go”. It is extremely important to add that the mobile phones ensure an exclusive chance to maintain close relationships among people despite enormous geographical distance (Murugaboopathi, Sankar &Praveen, 2013).
Mobile phones do not only connect people, they have also proved their effectiveness in emergencies. Besides, up-do-date mobile phones ensure constant access to the Internet. For example, with the help of a gadget that has access to the Internet, a person in an unknown city can easily find a cheap and comfortable place to dine, rest, or sleep. In addition, mobile phones can solve the problems of time utilization. At present, mobile phones are usually referred to as “all-in-one devices,” as these tools are widely used by people instead of mp3 players, cameras, GPS, alarm clocks, calendars, and even pocket books (Dunnett, 2013). Finally, it should be stated that mobile phones stimulate the flourishing of various spheres of industry and economy. Companies that produce mobile phones are prospering and enhancing smooth, stable, and healthy economy. Having analyzed the positive impacts of mobile phones on human life, it can be concluded that these devices make human life easier, more comfortable, and thrilling (Murugaboopathi, Sankar &Praveen, 2013).
However, mobile phones are characterized by numerous disadvantages that have to be paid attention to and solved. First of all, mobile phones infringe intimate space of people. These technological devices offer a permanent possibility of someone interfering in private space. Besides, mobile telephones are believed to replace real human interaction. In some cases, these gadgets can lead to serious accidents and cause severe problems. Continuous exposure to mobile phones can lead to numerous diseases, including cancer. It is usually said that the usage of mobile phones result in time distraction. For example, a lot of people, especially teenagers, are addicted to these devices for talking, messaging, listening to music, etc. Finally, mobile phones are assumed to be able to breach security and privacy (Wargo et al., 2012).
In conclusion, the epoch of mobile technologies, including mobile phones, has brought numerous positive and negative changes to people and societies. Nowadays, mobile phones can be used for the purposes of communication, business, and even entertainment. At the same time, these devices can result in numerous problems and troubles that include breach of privacy, waste of time, and health disorders. Mobile revolution affects the life of people differently. It can be compared to the controversy between the good and the evil, and creators of mobile technologies definitely believe that the good side takes the upper hand.


Premium Heavy-duty Nitrile Booster Cables
- In stock, ready to ship
- Inventory on the way
A premium product, these double insulated cables feature an outer insulation manufactured from nitrile which is extremely flexibile, durable and has a high resistance to heat. The inner insulation is made of V90HT PVC that can resist temperatures of up to 105oC. This type of cable is ideal for booster cables due to the high current carrying capacity, extreme heat resistance and flexibility that allows greater ease of use and storage.