Wireless technology is all the rage — and for good reason. It is convenient, offers flexibility, and can greatly enhance how you experience regular activities such as music streaming.
If you are looking to improve how you and your family use the car's audio system, speak to an automotive sound technician about installing wireless headphones. Wireless headphones come in three categories: infrared, radio frequency, and Bluetooth headphones.
Here's a quick guide to help you understand wireless headphone technology for better decision-making.
Many modern cars come with headrest DVD systems that typically use infrared (IR) technology to relay audio signals from the video screen to the headphones via infrared spectrum.
IR headphones can be either single or dual channel. Dual channel types allow two passengers to each listen to their own channel simultaneously.
Because IR headphones utilize line-of-sight technology, these types of headphones work best when there is no obstruction between the transmitting device and the receiving headphones.
Different types of IR headphones have different frequencies. Check that the IR headphones you buy are compatible with your vehicle's frequency range.
IR headphones are battery-operated and need to be recharged depending on the frequency of use.
Radio Frequency Headphones
While IR headphones relay signals via infrared spectrum, radio frequency (RF) headphones use radio signals. RF headphones also support two stereo channels, allowing passengers to enjoy different radio stations.
In RF technology, the two channels are brought together and transmitted as a single frequency, and then the signals are demodulated at the receiving end of each set of headphones. Modern RF technology operates at higher frequencies in the range of 2.4 and 5.8 GHz.
RF signals are prone to the usual transmission interferences from wireless networks, video transmitters, and cell phones.
Bluetooth headphones epitomize the peak of modern wireless technology. Installing Bluetooth functionality in your car not only allows for wireless audio streaming; it also enables hands-free smartphone operations.
There are several ways to install Bluetooth technology in your car. You could install a universal Bluetooth kit or use a vehicle-specific Bluetooth-enabled adapter that connects to your current stereo system.
Alternatively, you could purchase and install a new stereo system with built-in Bluetooth functionality.
All three methods allow you to pair Bluetooth headphones to the stereo system or kit through the same mechanism used to connect a mobile device.
Universal Bluetooth Kits
Universal Bluetooth kits are stand-alone devices that feature a microphone and speaker that can be interfaced with your stereo. Some advanced ones allow music streaming using your mobile device.
Quite a bit of wiring is required, and you may have to replace your factory stereo to install the Bluetooth kit. To skip the hassle, have your local automotive technician install the device for you.
If you want to retain your car's original stereo system, consider a Bluetooth-enabled adapter. These devices allow for both music streaming and hands-free call operations.
Bluetooth-enabled adapters also require a bit of installation work. Consider parting with a few bucks to have an automotive audio technician do the job for you.
Stereo With Built-In Bluetooth Functionality
Alternatively, you could purchase a new stereo with Bluetooth. The advantage here is that you do not have to install or mess around with a separate adapter. A Bluetooth-enabled stereo lets you stream music and operate your smartphone right from the stereo.
Where wireless headphones are concerned, Bluetooth technology is a clear winner. Bluetooth headphones deliver higher quality sound and ensure safety with hands-free calling.
Whether you are looking to install wireless headphones or to spruce up your car sound system, Creative Acoustics can get the job done. Get in touch with us today to discuss your idea.


Siemens Pockkittio MP Pocket model
- Hearing Aid For Moderate To Profound Hearing Loss.
- User can choose between three Programs, depending on the hearing situation.
- Robust, hearing system that is simple and convenient to use.
- Helps you to correct hearing impairments and to better understand your environment.
- Improve your hearing whether you are with family or friends, listening to your MP3 player or watching television.
- Features – On / Off Switch, Volume Control, Removable Clip, AA Battery.


18-03-2017 visualization of a highly modular solar power satellite, harvesting sunlight efficiently in space and delivering it economically and safely to earth courtesy john mankinscredit: john mankins. Generation and transmission of electrical power through solar power satellite (sps) mr gaurav tanwar, asstt prof mohd ilyas, mr raj kumar singh abstract: in this paper a new technique is discussed to generate and transmit electrical power using solar power the solar energy can be converted into electrical energy by using solar. “what kind of solar panels does nasa actually use” was the question we had after watching matt damon haul clunky panels with tragically inefficient. Caravan rv solar and satellite to installations off grid standalone solar, solar water pumping for bores, creeks and dams composting toilets. Japan demoes wireless power transmission for space-based solar farms some think the way to make solar power the backbone of a renewable energy economy is to avoid the problematic earth entirely and head out into space, is getting the power from the satellite back down to earth where we can actually use it, and until we can find a.
International journal of application or innovation in engineering & management (ijaiem) web site: wwwijaiemorg email: [email protected], [email protected] The concept of space-based solar power and building it on earth’s orbit at around 22,000 miles up was theorised over 40 years ago now here we are. Learn what are the major and most popular applications of solar energy wifi notes computer networks computer os computer security buyers guide applications of solar energy last updated by admin on march 27, 2015 solar power satellite: these specially designed solar satellites are built in high earth orbit, and they work. International journal of power control signal and computation (ijpcsc) vol 4 no 2 april- june -2012 ©gopalaxjournals,singapore issn:0976-268x.
Get more information about solar power satellite ppt by visiting this link solar power from the satellite is sent to earth using a microwave transmitter this transmission is transmitted to the relevant position via an antenna. And online management of satellite power systems speciﬁcally, we analyze and model unique characteristics of power supply and on the design and management of satellite power systems since no physical fuel can be supplied to power satellites from earth, all solar panels in a satellite at tis a function of s(t) and n s, where n. Space power satellite (sps) is a huge spacecraft designed to collect solar energy in space for supplying electric power to the electric grid on the ground.
Solar power satellites (sps) the most widely documented area of research is being done with the goal of putting solar power generating satellites into space and transmitting power to earth. A solar power satellite is a space-based vehicle for gathering quantities of sunlight in space and delivering it to earth as electrical power. References department of energy statistics of nbs china energy statistical yearbook 2008, beijing: national bureau of statistics fenggan, z, l ming, et al solar power satellite - the merge between space future and new energy.
In this wireless power transmission for solar power satellites seminar paper we will look into solar power sources for power generation and transmitting them in wireless pattern. 12-03-2015 in a breakthrough, japanese researchers have successfully transmitted electric power wirelessly to a pinpoint target using microwaves, an advance that brings space-based solar power closer to reality according to japan aerospace exploration agency, or jaxa, the researchers were able to transform 1. 66 solar power satellites figure 9—solar power satellite reference system transmitt solar power satellite reference system solar cell arr ty.
Solar arizona: a solar energy tour of arizona the vision of a solar arizona – a place where significant amounts of clean energy are generated from the power of the sun – may be closer than you think. American institute of aeronautics and astronautics 1 a comparison of a solar power satellite concept to a concentrating solar power system david v smitherman. Space-based solar power nss space settlement nexus – moon – mars – asteroids – orbital settlements nss space settlement journal space settlement roadmap (hal5) is hosting the 2018 power grid defense conference august 9-12 at the embassy suites hotel in huntsville, alabama greg allison, we at the national space. Space-based solar power – the power of the future space-based solar power is a method of using solar power satellites to collect solar energy so that it can be distributed for use all over the earth.
Solar power satellites posted by chirag jain oct 2 download file 17,421 total views, 1 views today filed under: engineering, sir plz send this ppt of solar power satellite at my email id comment by bvhaskar on january 7, 2014 at 12:24 am plz send ppt to my mail id comment by susi on january 26, will you plz send. Nevertheless with all the challenges that face wide-scale deployment of this new technology wireless power transmission for solar power satellite is still considered as a next-generation power transmission system viii references  tesla, n, “the transmission of electric energy without wires”, electrical world, march 5, 1904. Space based solar power, solar power satellite (sps) concept one of the major hurdles holding solar power back is the inherent intermittency issues that come with having an atmosphere over your head. Parabolic dish systems use satellite-like mirror dish(es) to focus the light onto a singlecentral receiver in front of the mirror they so far have the highest heat-electricity conversion efficiencies among all csp designs (up to 30 %.
Wireless electricity (power) transmission using solar based power satellite technology m maqsood1 and 2m nauman nasir 1 national institute of vacuum science & technology, ncp complex, shahdara. Solar power is a reality today, increasing numbers of photovoltaic and other solar-powered installations are in service around the world and in space the solar power satellite has been hailed by proponents as the answer to future global energy security and dismissed by detractors as impractical. Its about solar power satellite we wiil meet soon as world is running out of fossil fuels. Ursi white paper on solar power satellite (sps) systems and report of the ursi inter-commission working group on sps june 2007 ursi inter-commission working group on sps.


Hook up your iphone to your older car stereo without bluetooth or aux input my ( gizmo guy's ) music transmitter will allow you to connect your new iphone to your older car factory radio. This fm transmitter is the easiest way to hook up your iphone or android based smart phone to your older jaguar s-type factory radio without the hassle and expense of new radio or modification.
Chevrolet ipod adapter chevrolet ipod integration chevy gm ipod iphone adapter interface for chevrolet radios, this integration kits will allow you to connect your ipod iphone to your factory radio or add ipod and aux audio input. The new iphone 7 is the first iphone 7 to be without a headphone jack, which makes it impossible for you to connect the iphone to your older car factory radio without bluetooth or aux input.
If you turn your ipod’s or iphone’s bluetooth capabilities on, you will be able to pair your device with your vehicle’s factory radio step 2: allow device to connect simply follow your ipod’s or iphone’s prompts to connect via bluetooth to link the two systems. If you turn your iphone 7’s bluetooth capabilities on, you will be able to pair your device with your vehicle’s factory radio simply follow your iphone 7’s prompts to connect via bluetooth to pair the two systems.
Cat, if you can rule out the iphone as the problem by listening to audio through headphones, then try using a different cable to connect your iphone and stereo if the problem persists, then you know the trouble lies with the stereo. If your car supports carplay using the usb port, plug your iphone into the usb port of your car or stereo the usb port might be labeled with a carplay icon or a smartphone icon if your car supports wireless carplay, press and hold the voice control button on your steering wheel to set up carplay.
How to hook up your ipod or iphone to the factory mach 460 / mach 1000 stereo on your mustang hosted by safe cloud servers how to hook your ipod up to your mustangs mach 460 factory radio: i have a 2002 ford mustang gt with a mach 460 6-disc cd changer i'll be hooking it up to my fourth generation 40gb ipod photo the kit comes with.
Updating the factory stereo for a late model jaguar s-type could be a very expensive task jaguar makes a stereo upgrade kit for you to connect your iphone to your new iphone, but the kit will cost about $1200 + the labor to put it in this iphone fm transmitter takes care of all that this simple. Hook up your iphone to your car stereo plug one end of your iphone’s data or lightning cable to the port at the bottom of your iphone take the other end of the cable and plug it to the usb port on the car stereo.


Kindhelm offers IPESSA family positioning products for various applications on land, air and sea. We provide rugged and robust models for vehicles in demanding and harsh environments, but also light-weight and low-power options for applications where these are the key criteria.
One of the key features of all IPESSA family products is the novel sensor fusion of GNSS receiver and inertial sensors. This makes Kindhelm IPESSA the ideal positioning solution for any autonomous and guided vehicles. Read more or contact us directly for further information.
Improving the farm efficiency is one of the main objectives of precision agriculture. Better efficiency requires cutting down the running costs while increasing the farm yield. In practice, it means raising the level of automation and reducing manual work. Today, such methods as farm management, route planning and autonomous machine control are necessary to meet new requirements.
We offer State-of-the-Art positioning systems for various applications of precision agriculture. Our systems are suitable from guided, auto-steering systems to fully autonomous farming vehicles. Widely supported interfaces and flexible protocols allow easy connectivity to standard proprietary platforms. The novel sensor fusion with the latest sensor technology provides accurate positioning output also in the most demanding environments such as near treelines, under canopies and inside tunnels. Our modules are designed to meet high standards to ensure reliability and robustness under all conditions.
Soil compaction due to heavy vehicles is one of the primary issues in conventional farming. In contrast to inefficient deep plowing, utilizing a fleet of small robots provide sustainable way to reduce soil compaction. Our lightweight and cost optimized positioning modules allow accurate positioning at an affordable price. The modules are affordable for single robot as well as for a fleet of robots. Furthermore, our lightest positioning systems can extend your robotic applications to aerial operations.
Similarly to our all positioning products, we support a wide range of communication interface and flexibility to use standard and custom protocols for easy system integration.
Forests are one of the most demanding environments for satellite positioning. Trees easily block satellite signals and disturbs the positioning accuracy. Thanks to our carefully selected combination of sensors and novel sensor fusion, we are able to provide robust, reliable and accurate positioning output also in the most demanding circumstances. In addition to the positioning output, we also provide the information about the positioning accuracy all the time.
Besides the accurate position of the vehicle itself, IPESSA positioning modules provide precise and reliable heading measurements. Accurate heading is essential information in determination of the exact position of the crane or harvester head, and it enables more efficient management and workflow of logging sites.
Robot deliveries is a new emerging field among other single task oriented autonomous vehicles. Typically, these vehicles are small size and they are often based on an electrical power system. The power is supplied through batteries which are recharged in dedicated stations and optionally by solar cells. This yields a new requirement of low-power and small-size components in the system including positioning sensors.
Kindhelm offers compact-size and low-power IPESSA products, while still maintaining the high precision. Thanks to powerful sensor fusion engine combining GNSS positioning with inertial sensors, IPESSA can provide accurate and reliable position, attitude and heading even in urban environments.
Aerial vehicles differ significantly from ground vehicles in higher degree of freedom and wider range of vehicle dynamics. Specially drones are capable of agile maneuvers and rapid changes of direction of the motion. Furthermore, weight and power consumption are even more critical issues in the air. In fact, it is a matter of balancing between operation time and size of the payload.
Kindhelm provides lightweight and low-power IPESSA positioning modules also as un-housed versions to optimize the long operation time of the aerial vehicle, while maintaining the positioning accuracy.
Visit our product page or contact us for more information.


The GABI Nova is a versatile state-of-the-art radio flow monitor optimally suited for radio flow measurements in nuclear medicine, SPECT or PET laboratories.
A large range of detector probes and flow cells allow the system to be applied to all types of activities and isotopes. The correct combination ensures the highest detection capability with the best signal to noise ratio for each application.
To ensure broad versatility, full integration into your radio-HPLC system and to gain lab space, we propose 3 different housings. The general housing is built to carry the entire lead castle and is placed directly under the lead shielding.
Two other housings have been designed to incorporate the GABI directly into the Agilent or the Shimadzu HPLC towers.
To obtain the best possible performance for all type of activities and isotopes, it is mandatory to adjust the combination of detector technology, scintillator, cell volume and shielding to your application.
With the GABI Nova we introduce the Elysia communication protocol, a complete new communication protocol. Simply change the detector/probe and the system will recognize the type and the serial number of your detector. This will give you a perfect documentation of your setup and enhance your GXP tools.
Direct control with one of our software solutions ensures a digital signal transfer and a complete integrated solution according to GMP/GLP standards.
GABI Nova can be controlled by our Gina software as well as by the Clarity software. Both evaluation software gives full control of the GABI, the digital transfer and data storage as well as the possibility to control the entire HPLC.
The GABI Nova can also be added as a standalone system to existing radio-HPLC systems in combination with software packages from other suppliers.


Control Unit 200 SERIES
C203A provides basic but robust
control functionality for any Inxpect safety radar sensor.
CONTROL UNIT 200 SERIES
The control unit can monitor up to 6 Inxpect Smart Sensors. The Inxpect Safety Application works via USB to configure the safety functions, size of detection fields, and the functionality of the I/O ports of the control unit.
One control unit, from one to six sensors: small to large, simple to complex, a solution for every requirement.
- Automatic background detection and removal allows the system to adapt itself to changing conditions in the work area.
- The software supplied with the system allows for multiple configurations: assisted automatic configuration for regularly-shaped areas and manual configuration for monitoring more complex areas.
- Programmable muting allows the creation of differentiated intervention areas where operators can gain safe access according to production logic.
|CONTROL UNIT 200 SERIES (C203A)|
|Outputs||4 Outputs Signal Switching Devices (OSSDs) |
or 2 dual channel safety outputs
|Safety outputs||High-side outputs (with extended protection function) |
Max voltage: 30 V dc | Max current: 0.4 A | Max power: 12 W
|Inputs||2 dual channel TYPE3 digital inputs with common GND|
|Power supply||24 V dc (20–28 V dc) Max current: 1 A (no OSSD)|
|Max power consumption||5 W (no OSSD)|
|Degree of protection||IP20|
|Terminals||Section: 1mm2 | Max Current: 4 A with 1mm2 cables|
2006/42/EC (MD - Machinery)
2014/53/EU (RED - Radio equipment)
IEC/EN 62061: 2005, A1:2013, A2:2015, AC:2010 SIL 2
EN ISO 13849-1: 2015 PL d
EN ISO 13849-2: 2012
IEC/EN 61496-1: 2013
IEC/EN 61508: 2010 Part 1-7 SIL 2
IEC/EN 61326-3-1: 2017
IEC/EN 61010-1: 2010


Sensrization is to get the sense of things, this is the first step to connect the physical world to the digital world and collect data.
We ask the following questions to do the nX connect:
- What kind of data is needed to collect?
- Which type of sensors will be used?
- Where to install?
- What will be the power source?
- How it will be connected to the internet (nX Core)?
Sensors collect real-time data about the condition and status of things and transfer it to nX Core for processing.


When we think about 2030 it seems like, it is ages from now and we imagine a completely different world. The world is improving every day, by inventing and discovering new things and without these achievements we would not have progressed so far. Developers, scientists and designers are trying to make our lives simpler and interesting.
Below shows some future technologies that you can expect in next 10 years.
IoT (Internet of Things)
IoT is one of the next big innovations in home technology. IoT devices will allow the user to control anything from air conditioning to security also via voice command and a small personal assistant. By 2020 almost 95% of electronic devices will be connected to cloud and to the internet. The more data that IoT devices collected, the smarter they will become.
It is basically developing a hardware or software that is capable of doing things automatically without human support. Automation related technologies may create jobs or raise wages. Industrial automation controls the systems such as computers, robots and other technologies for handling different process to replace a human being.
Self driving cars will make driving safer this may reduce the deaths and injuries on our roads. According to some research, it has been proven that self driving reduces can reduce the traffic and also they could bring some changes in our life style as well. In smart cars we just have to insert the start destination and final destination for our journey. The rest will be taken care by the automation system.
Internet will be Free for Everyone
Internet is just a network of routers connected together such that one node can communicate with another node. Almost 48% of the global population has the internet reach. Sooner or later internet will become free for everyone. The biggest advantage of using internet is it helps to communicate with people in different parts of the world. Chat rooms and video conferencing are some of the latest technology that allows people to contact in real time.
Robot technology is growing day by day. Even some of the developed countries have produced various robots with different shapes and uses. Robots are not only used in IT sector, they are used in the field of pharmacy, the profession of doctors and nurses can be replaced by robots.
Li- Fi has been experienced for last few years and the interesting fact is that data transfer speed. Li-Fi uses the light to transfer the data rather than WIFI. Because the light spectrum is 10,000 greater than the radio spectrum with more bandwidth.
Technology has become one of the most integral parts in development of nation. Some technological advancement brings the promise of higher productivity, efficiency etc. There are also some significant challenges that are associated with the impact of technology on jobs, skills and other nature of work. Technology is a powerful tool that supports and transforms the educational field. Technology is advancing with a speed of light, Also it has transformed our lives and changed the world.


Huawei Technologies Co. Ltd. is a Chinese multinational networking and telecommunications equipment and services company headquartered in Shenzhen, Guang dong. The Huawei Y520-U22 smart phone was released on December 2014.
Category: Android Apps
To have access to Google Play Store you will need a Gmail account. You can always register one by visiting gmail.com. Do login using the Gmail app installed in your
Is your android phone giving you problems or malfunctioning? If it is, then flashing your android phone might be the solution to this. Flashing it will fix your phone and


The end of the radio is one of the many never-fulfilled prophecies that accompanied the advent of the digital age. That the power of communication via air is far from setting is confirmed, for example, by the story on the allocation of AM frequencies in our country.
Commonly referred to as “medium waves,” this portion of the electromagnetic spectrum is now at the center of an underground (for now) battle made of regulations, rankings, appeals to the regional courts and self-constructed systems of transmission. A crowd of very different contenders and interests are gathering on this field: large companies in the world of radio, aspiring community radio stations, European institutions, amateur radios and pirates of the air.
The AM frequencies differ from the most popular FM frequencies for a number of technical reasons.
First of all, the transmission capacity: the radio waves transmitted by the “old” AM technology can achieve much greater distances than those propagated through FM. Of course, the latter have a much higher quality of sound but, for this reason, these frequencies are very crowded.
It is commonly known that big radio stations compete with one another to occupy this more “valuable” section of the electromagnetic space: betting on powerful and expensive transmitters – both in terms of energy expenditure and cost of hardware – they pump up their signal to the limit, in an attempt to cover up the transmission of their competitors.
On the other hand, the AM broadcasting process requires not particularly powerful transmitters and, for this reason, these transmitters are affordable and consume very little energy. Because of these characteristics, the medium waves could pave the way for cultural experimentation and bottom up policies: community or college radio, neighbourhood stations or radio stations that are not necessarily forced to change their schedule depending on the wishes of advertisers.


Prepare for CompTIA Network+ Exam N10-005 with McGraw-Hill--a Gold-Level CompTIA Authorized Partner offering Official CompTIA Approved Quality Content to give you the competitive edge on exam day.
CompTIA Network+ Certification Boxed Set (Exam N10-005) provides you with a variety of exam-focused, test-prep resources designed to work together as a comprehensive program for self-study.
CompTIA Network+ Certification Study Guide, Fifth Edition features:
CompTIA Network+ Certification Practice Exams features:
Bonus CD-ROM available only with the Boxed Set features the Boson NetSim Network Simulator demo! The Boson NetSim Network Simulator is an application that simulates Cisco Systems' networking hardware and software and is designed to aid the user in learning the Cisco IOS command structure.
The Boxed Set covers all Exam N10-005 topics, including:
Basic Network Concepts * Network Protocols and Standards * Networking Components * TCP/IP Fundamentals * TCP/IP Utilities * Configuring Network Services * Wireless Networking * Remote Access and VPN Connectivity * Wide Area Network Technologies * Implementing a Network * Maintaining and Supporting a Network * Network Security * Troubleshooting the Network
Chapter 1: Basic Network Concepts
Chapter 2: Network Protocols and Standards
Chapter 3: Network Components
Chapter 4: TCP/IP Fundamentals
Chapter 5: TCP/IP Utilities
Chapter 6: Configuring Routers and Switches
Chapter 7: Subnetting and Routing
Chapter 8: Configuring Network Services
Chapter 9: Wireless Networking
Chapter 10: Remote Connectivity
Chapter 11: Wide Area Network Technologies
Chapter 12: Implementing a Network
Chapter 13: Maintaining and Supporting a Network
Chapter 14: Network Security
Chapter 15: Troubleshooting the Network
Appendix A: About the CD


In the contemporary business landscape, establishing a connected workspace is essential for driving productivity and fostering innovation. A pivotal component of this connected environment is a reliable internet connection, which serves as the foundation for seamless communication, collaboration, and access to digital resources. As offices transition into smart spaces, the choice of technology becomes paramount in shaping a workspace that enhances efficiency and empowers employees.
Role of WiFi Antennas in Office Connectivity
Within the realm of office connectivity, WiFi antennas play a crucial role in determining the quality and reliability of the internet connection. A wifi antenna is responsible for receiving and transmitting wireless signals, impacting the overall performance of a network. A strategic and thoughtful selection of WiFi antennas is imperative to mitigate connectivity issues such as dead zones, slow speeds, and dropped connections.
Wireless Antennas and Their Advantages in Office Connectivity
Quality wireless antennas, such as Sierra Wireless Antennas, offer a range of advantages in the context of office connectivity. These antennas are designed with advanced features such as multi-band support, high gain, and directional capabilities. Their compact and durable design ensures seamless integration into the office environment, contributing to improved connectivity without sacrificing aesthetics. Easy installation and low maintenance requirements make them a practical choice for businesses aiming to optimize their network performance.
Beyond WiFi antennas, several other technologies contribute to creating a connected and efficient office space.
Smart Office Solutions
Integrating smart office solutions, including IoT devices and sensors, can enhance efficiency and streamline operations. Smart lighting, climate control systems, and occupancy sensors not only contribute to energy savings but also create a comfortable and adaptive work environment.
Unified Communication Tools
Investing in unified communication tools facilitates seamless collaboration among team members, whether they are in the office or working remotely. Video conferencing platforms, instant messaging applications, and collaborative project management tools ensure that communication barriers are minimized.
Cloud-Based Storage and Collaboration Platforms
The adoption of cloud-based storage solutions and collaboration platforms enables employees to access and share documents from anywhere, fostering a flexible work environment. Platforms like Google Workspace or Microsoft 365 provide a centralized hub for document creation, storage, and collaboration.
As offices become more digitally connected, ensuring robust cybersecurity measures is imperative. Implementing firewalls, encryption protocols, and secure access controls safeguards sensitive data and protects the integrity of the network.
Ergonomic Office Furniture
It’s essential to recognize that technological innovation isn’t limited to digital tools alone; it extends its influence into the physical dimensions of the workspace. Among these considerations, the significance of ergonomic office furniture emerges as a vital contributor to employee well-being and overall productivity.
Ergonomic office furniture goes beyond mere aesthetics, offering a thoughtful design that prioritizes the comfort and health of employees. The adoption of ergonomically designed chairs, desks, and workstations aligns with the understanding that a well-supported workforce is a more productive and satisfied one.
The integration of technology into office spaces is a multifaceted endeavor that encompasses connectivity solutions, smart office features, unified communication tools, cloud-based collaboration platforms, cybersecurity measures, and ergonomic considerations. While WiFi antennas, exemplified by leaders like Sierra Wireless, play a pivotal role in ensuring reliable connectivity, a holistic approach to office technology creates an environment that not only meets the demands of the digital age but also enhances the overall efficiency, collaboration, and satisfaction of employees in the modern workplace. This fusion of technological elements fosters a dynamic, adaptive, and future-ready workspace, positioning businesses to thrive in an ever-evolving and competitive business landscape.


The activity covers the design development, programming, and verification of the Internal Dosimeter Array (IDA) payload Interface Electronics Operational Software. IDA Payload is the first Lunar Gateway internal ESA science payload, which aims to accommodate different ESA space dosimetry
instrumentation and similar JAXA instruments into one payload to be hosted on board the US HALO module of Gateway. The duties of the operational software would be to control the payload's internal peripherals and manage all external interface(s). The only data interface to Gateway PSM will be IEEE 802.3u (100BASE-TX) through which all control, command and data access functions will be possible. The software will control all hosted instrumentation by collecting all telemetry information including health data with a high level of autonomous operation. It will feature firmware upgrade capability through the Ethernet interface. The launch of the unit is expected in 2024 to be operational for up to 10 years in Moon orbit.
Space Dosimetry Telescope Payload Operational Software
The activity covers the design development, programming, and verification of the Space Dosimetry
Telescope (SDT) payload Interface Electronics Operational Software. SDT Payload will be hosted on board the Earth Return Orbiter (ERO) during its journey to Mars and back to Earth. It aims to perform
cosmic radiation (space weather) and space dosimetric measurements at the same time during a
typical Mars mission. The duties of the operational software would be to control the payload's internal peripherals and manage all external interface(s), control and monitor the payload health and status and provide firmware upgrade possibility. The launch of the unit is expected in 2026 to Martian orbit.


- Strong Compatibility Perfectly fits for Android mobile phones and other Micro USB enabled devices.
- Dual Smart IC, QC 3.0 3A Fast Charging Built-in third generation QC 3.0 IC and auto disconnection IC, protecting your mobile phone against overcharging, extending the life of the battery. Can achieve 90 percent of the phone power by charging 30 minutes, 4 times faster than normal cable. Fast charging function only support devices equipped with QC 3.0.
- Intelligent Flashlight Friendly LED indicator light to notify user when device is in charging state, and the indicator light will light off when fully charged.
- Zinc Alloy Shell Made of high-quality material with ergonomic design, fashionable and comfortable. No rust, reduces resistance to ensure the plug is long-lasting.
- Ballistic Nylon Braided Cable Linen weaving process, meticulous stitching joint, close fitting, which makes it solid and durable.
- Built-in Tinned Copper Wire Using upgraded tinned copper wire, the output rate increasing from 72 percent to 95 percent.
- Current: DC 5V / 3A ( max )
- Cable Length: 1M
Mcdodo 3A Auto Disconnect Quick Charge 3.0 Micro USB Cable 1M x1 unit


€ 520.00 € 270.00
Liko – 1 vnt.
Norėdami įsigyti, susisiekite telefonu +370 677 77791 arba el. paštu firstname.lastname@example.org
The Beta 87A with the SLX2 transmitter features the BETA87A supercardioid condenser microphone head which gives you studio quality sound and is tailored for lead vocals for live performance. It also provides maximum isolation from other onstage sounds. The SLX2 Wireless Handheld Transmitter includes a timed backlit LCD display, frequency and power lockout and „Mute“ functionality. This transmitter requires the SLX4 receiver to complete the system. All Shure wireless transmitter designs allow for interchangeable microphone heads.


Rogers has expanded its 5G services into Greater Victoria, including Sidney, the West Shore and Sooke.
The telecommunication company’s latest announcement provides 51 towns and cities across the province with 5G, touted as one of the country’s fastest cellular networks.
“We’re excited to roll out 5G to more communities large and small so that customers in British Columbia can use the latest 5G devices to their full potential,” said Brent Johnston, president of wireless services at Rogers Communications.
Wireless industry investments in 5G networks are expected to contribute an estimated $40 billion to Canada’s economy and 250,000 permanent new jobs by 2026.
The service expands beyond Victoria into Saanich, Sidney, Sooke, View Royal, Langford, North Saanich, Central Saanich, Colwood, and Esquimalt.
Rogers’ competitiors Bell and Telus serves 5G to its customers through Victoria and sections of Saanich.
Do you have a story tip? Email: firstname.lastname@example.org.


The concept of the Sentor System is to provide a wide range of live, graphical, intelligent Remote Monitoring Control and Management processing for all types of Remote Wireless Communications Base Station Sites (Cellular, Two-way Radio etc.) with almost no requirement for supervisory intervention.
Sentor was formed in 1995 with our main product (the ST2000 now the ST3000 and IoT7000) originally designed for the monitoring, control and security of remote base station tower sites. Combining equipment monitoring, site security, access control and environmental monitoring, Sentor continues to be the number one technology for these customers and has proved to be an invaluable tool for international site owners around the world.
Realizing Sentor’s potential as an applications and development company, Sentor’s management developed a strategy of ” Totally Flexible Wireless Technology”. We developed our now famous “fuzzy logic software – written in English” which is programmed into our products. This ingenious software allows quick and easy configuring of the Computer and Controller software and hardware to allow for standalone operation. Our time to market is extremely short allowing total flexibility for our customers that have their own set of unique requirements no matter what they want to achieve.
Sentors remote capabilities have increased as new technologies are adapted to our system, making Sentor one of the most adaptable fully remote standalone monitoring and control systems. Our communications flexibility allows us to transport data over any medium such as Internet (Ethernet / WIFI), Satellite, CDMA 1xrtt, GSM GPRS WCDMA, 3G, 4G, 5G, Fibre, Microwave (G703), DSL, Dial-Up and any other form required.


edicom Servicecenter GmbH
A company active throughout Europe which holds a leading position in the sector Mobile Phone Rentals on the telecommunication market. A pioneer in its field.
For more than 17 years we have made it our business to provide mobile communication simply, quickly and at short notice. edicom is one of the most efficient and competent companies of its kind in Europe. We also offer a large number of solutions for bridging communication gaps. In such cases we make it our aim to supplement and optimize communication.
We at edicom take on the daily challenge of improving and extending our range of services.
Rent-a-Phone is not only our slogan but also the heart of our business.


The latest Digital 2019 report from Hootsuite and We Are Social suggests that we are spending an average of 6 hours and 42 minutes online per day, which equates to more than 100 days of internet use annually. As technological advancements continue to be made every day, it’s apparent that society will be increasingly dependent on the Internet as the 21st century progresses. Scientists have put endless effort into making the Internet more accessible throughout the world, and “5G technology” can be counted as the latest achievement of engineers in this regard.
• What is 5G?
5G is the 5th generation mobile network. It is a state art of the global wireless network, more advanced than the1G, 2G, 3G, and 4G networks, that is able to connect machines, objects, and devices together.
• What are the differences between the previous generations of mobile networks and 5G?
1G, 2G, 3G, and 4G all led to 5G, which is designed to provide more connectivity than was ever available before. 5G is a unified, more capable air interface. It has been designed with extended capacity to improve users’ experiences, empower new deployment models, and deliver new services.
• How fast is 5G?
5G is designed to deliver peak data rates up to 20 gigabits per second (Gbit/s). But 5G is about more than just how fast it is– in addition to higher peak data rates, 5G is designed to provide more network capacity by expanding into new spectrum.
• Is 5G available now?
5G is currently available to the public, and global operators started launching new 5G networks in early 2019. In 2020, 35 countries like South Korea, China, and the United States are leaders of this technology, but the number of providers is growing.
• Do I need a new phone to access 5G?
Yes, you will need to get a new smartphone that supports 5G if you want to be able to use the network. There are several new mobile phones available that are designed to support 5G , like Samsung Galaxy S20 Plus or OnePlus 8 Pro, and multiple carriers across the world support the 5G wireless network. As the 5G rollout timeline progresses, more smartphones and carrier subscriptions will become available.
• How much will 5G service cost?
Based on operators' data like AT&T, Verizon and Sprint, the average monthly 5G tariff is around $89, compared with $68 for 4G. The difference in average cost between 5G and 4G unlimited plans varies from $5 to $72 per month.
The first 1G network was introduced to the world in 1979; just a few decades later, we are now discussing 5G, a network capable of speeds and accomplishments that could never have been previously imagined. These developments represent the expanding world of technology, and how much more progress there is to be made.


Unifi-ac-in-wall-ap-uk, convert an ethernet wall jack into a dual-band 802.11ac wi-fi access point with two gigabit ethernet ports. ideal for new or retrofit installations, the unifi® ac in-wall is designed to convert an ethernet wall jack into a dual-band 802.11ac wi-fi access point with two gigabit ethernet ports. one of the ports provides poe for powering and connecting an 802.3af device to the network. the unifi .... Ubiquiti unifi ac iw access point transforms an ethernet wall socket into a dual-band 802.11ac wi-fi access point. two gigabit ethernet ports, one delivering poe to connect an 802.3af device to the network., free delivery and returns on eligible orders. buy ubiquiti unifi hd in-wall 802.11ac wave 2 wi-fi access point 4 port ethernet switch at amazon uk..
Ubiquiti unifi ac in-wall access point (uap-ac-iw) the ubiquiti unifi uap-ac-iw transforms an ethernet wall connection into a dual-band 802.11ac wifi access point. it features two gigabit ethernet ports, one of which delivers poe to power and connect an 802.3af device to the network., ubiquiti unifi ac in-wall: first look. this isn’t a post about skype for business, microsoft teams or development. it’s part of a set of blog posts i’m going to be doing about the ubiquiti unify mesh wifi system..
Ubiquiti unifi wifi access points - enterprise wifi systems. the ubiquiti unifi access points are indoor and outdoor wireless networking solutions. our range of unifi access points includes standard, ac, in-wall, hd, shd, nanohd, mesh, and xg wireless ap models., introduction thank you for purchasing the ubiquiti networks® unifi® ac in‑wall wi‑fi access point. this quick start guide is designed to guide you through installation and also includes. Unifi hd access points. back to top. the unifi ap hd was the first unifi 802.11ac wave 2 ap. combining the performance achieved through mu-mimo technology and the use of 4x4 spatial streams, the unifi ap hd delivers up to 125% greater performance than a typical wave 1 ap., wireless and networking experts. uk based distributor of mikrotik routerboards, ubiquiti master distributor including unifi and airmax. supplier of routers, firewalls. it and networking consultancy..
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With Dedicated Internet Access or DIA your bandwidth is yours and yours alone. Whether delivered on fiber or copper the downstream and upstream bandwidth is guaranteed.
Broadband is delivered on copper, cable and fiber as well but broadband is shared by other customer of the Internet Service Provider (ISP). Since it is a shared service, broadband is less expensive than DIA.
92% of businesses will experience an outage at least quarterly. Depending on the size of your business, this could amount to hundreds or thousands of dollars per incident in lost productivity, lost sales and customer satisfaction. And in these unprecedented times, always-on connectivity may be more critical to businesses than ever before.
Copyright © 2023 Cloud Voice Systems - All Rights Reserved.


For many people across the world, and I suspect the majority the deathmarch rollout of IPv6 has been about as obtainable today as it was in the early 00’s. Absolutely no traction from ISP’s. Where I live in Hong Kong, none of the residential or even commercial connections I have access to have native v6. Instead there was this fantastic option of tunneling IPv6 into IPv4, using a technology called 6to4 which gave everyone with a registered IPv4 address suddenly had 65535 networks to build out their own massive IPv6 deployment.
Simply put 6to4 put the individual onto the map for a NAT’less IPv6 world. 6to4 allowed two IPv6 hosts to talk to each other through the IPv6 Internet backbone, with zero changes on the Internet required. It just worked.
And of course Silicon Valley knows best, and decided that this network democratization must be stopped. Power to the People is the anthesis of the megacorps.
Google DNS Primary: 2001:4860:4860::8888 Google DNS Secondary: 2001:4860:4860::8844 Cloudflare DNS Primary: 2606:4700:4700::1111 Cloudflare DNS Secondary: 2606:4700:4700::1001 Quad9 DNS Primary: 2620:fe::fe Quad9 DNS Secondary: 2620:fe::fe:9
This is a list of some popular ‘common’ IPv6 DNS servers. Windows 10/11 (probably 8/8.1 but who uses that?!) are not only IPv6 capable but actually IPv6 native, with a preference for the IPv6 DNS servers.
I have this low end TP-Link Wireless N Router WR840N router, as where I live the maximum speed is 30Mbit/10Mbit DSL. There was no point in buying anything crazy expensive. My ISP has zero IPv6 deployment. The only way I can participate is buying a tunnel, or using 6to4. So I’d been using 6to4 for a while, and things have been great. But the last while it’s been super downhill. Sadly the firmware doesn’t give an option to force IPv6 DNS, but it automatically chooses Google.
C:\Users\neozeed>ping 2001:4860:4860::8888 Pinging 2001:4860:4860::8888 with 32 bytes of data: Request timed out. Request timed out. Request timed out. Request timed out. Ping statistics for 2001:4860:4860::8888: Packets: Sent = 4, Received = 0, Lost = 4 (100% loss),
And sure enough I’m getting massive timeouts, and the web had basically become utterly unusable. Fantastic.
I’d even gone through the steps of creating a local DNS server and having it VPN to the United States thinking that’d help me, as the DNS errors felt like the encroaching Great Firewall of China. However the source of all my problems just turned out to be out of touch Silicon Valley arrogance.
rfc7526 (ietf.org) Deprecating the Anycast Prefix for 6to4 Relay Routers
This is where they chose to kill over IPv6 for the masses, because local firewalls work as expected.
Authors' Addresses Ole Troan Cisco Oslo Norway EMail: [email protected]
Yeah what a surprise. And of course Google cut off IPv6. These tech giant oligarchs are not your friends.
The good news is that the other ISP’s Cloudflare & Cloud9 still honor 6to4.
Configuring IPv6 DNS on Windows 11
Windows 11 supports DNS over HTTPS, so you just need to enable it. I’m hardwired so under the settings -> network then -> Ethernet for me, maybe Wi-Fi for you?
Then just hit Edit over the DNS server assignment:
Then go ahead and pick a NON GOOGLE DNS service, and select DNS over HTTPS for the ‘ultra secure’ wave of the future.
And now your DNS will work. YAY.
C:\Users\jason>nslookup Default Server: one.one.one.one Address: 2606:4700:4700::1111 > google.com Server: one.one.one.one Address: 2606:4700:4700::1111 Non-authoritative answer: Name: google.com Addresses: 2404:6800:4001:800::200e 220.127.116.11
Of course you won’t be able to connect to anything from Google over IPv6, but that is the price you pay for not living in the precious Silicon Valley tech bubble.
Personally I think it’s a good thing when elitists lock themselves away from the world, and decrease their relevancy to everyone.
Obviously the end game won’t be some magical rollout of IPv6 over Asia, rather it’ll be the end of IPv6. As always the problems stemmed from the backbone, even the 512MB limit of the cisco 7200 was overcome, but NAT got around the limitations of the fixed and exhausted IPv4 network. Too bad they had to kill it, but of course it’s just because random people could just host stuff on their own network, and well network democratization isn’t what cisco et all is all about.
I thought IPv6 was relatively far in Asia due to a lack of IPv4 space there? I’ve had IPv6 from my ISPs since 2003, https://ipv6.google.com/ loads for me. I think in Europe most home ISPs are offering it now. Possibly there will be IPv6-only sites on purpose in certain regions as it would keep traffic out from countries from which traffic is not expected anyhow.
Corporate networks are still a joke unfortunately. I haven’t seen any with IPv6 yet.
And yet it is not.
Too bad that 6to4 was ended preventing end users with access to a v4 from joining the network.
Microsoft’s corporate network is IPv6 only, as is Facebook’s – both have published papers about their migrations 10 or so years ago and the benefits it brought them. Most other companies that deploy it wouldn’t write about it publicly.
I’m not normally inclined to defend Silicon Valley, but is that the issue here? Surely Cisco’s interest is to sell as much equipment as possible, and the way to do that is to churn protocols as much as possible. It has no interest in people using IPv4 forever.
Unfortunately for me, I’d like NT 4 clients to be able to talk to my server, which implies IPv4 reachability. Having done that, the benefits of IPv6 are questionable, since it still needs a public IPv4 address, so the question for me is whether to manage one interface or two.
IPv6 is quite widely used in asia, there are a handful of countries (hong kong, laos, cambodia, bangladesh, pakistan, kyrgyzstan) with poor IPv6 deployment but the rest all have at least one national provider who offers native IPv6.
In India, all the major telcos offer IPv6 by default as do most of the fixed line providers and if you run a dual stack website the majority of visitors from India (nearly 80%) will be using IPv6 to access it, similarly in Malaysia, Thailand and Vietnam. In Singapore 3 of the main telcos offer IPv6 by default while the fourth will provide it if you explicitly request it.
China are planning on deprecating IPv4 by 2030, and the government is heavily pushing IPv6 there.
6to4 was found to be unreliable and slow, and with most countries having at least one provider offering native IPv6 there is no need to use 6to4. Plus users behind CGNAT cannot use 6to4, which is a LOT of users these days.
And yet all the other older stuff works, just the stuff that gets me connected is depreciated… 😐
Are you able to use 6-in-4 tunnels? Hurricane Electric still operate a tunnel broker service and a free DNS service with accessible ipv4 and ipv6 services. I realise that you need a fairly stable ipv4 address for this to work though.
I miss SixXs with their AICCU that would tunnel ipv6 nicely over UDP.
Although they are progressively rolling out ipv6 in the UK I still haven’t seen as much progress as I was hoping for (or the Cisco certifications would have me believe) from when I was self-training 11 years ago!
Provided for free by Hurricane Electric which have a bit of a reputation for their IPv6 work
What others have said: HE has offered free v6 tunneling to the public and has for years. Heck, if you have an allocation from your local RIR, they’ll even let you talk BGP to them over the tunnel, too. No charge. Can also confirm first-hand that Google is v6-reachable over their network. If your WR840N can’t be a terminus for an HE tunnel, then see if it’s possible to flash OpenWRT or similar on it. If not, might I suggest getting a MikroTik router: you can replace your 802.11n single-band device with one of similar specs (RB951Ui) for around ~$50USD.
There is no SV conspiracy (at least against v6, anyway!; heh), 6to4 anycast was always going to be a short-term, stop-gap solution, and v6 isn’t going anywhere. There are many major networks that are v6-only, and use 464XLAT or similar to make the v4 internet accessible to their subscribers. T-Mobile US comes to mind. Yes, the rollout and transition has sucked (and continues to suck) and has been very long and drawn-out, but it was always going to suck and be very long and drawn-out…part of that is the fault of the standards bodies for not necessarily addressing all of the v6 analogues for established (and heavily-relied-upon) v4 components right out of the gate, and the other part is the fault of the equipment vendors for not implementing support for those components quickly once they finally did become available. And part is just the existing inertia behind v4, and the fact that it takes a long and very conscious/concerted effort to make a change this dramatic to a critical piece of infrastructure that virtually everybody now relies on daily…a ship like the internet is now at a size and scale where it can’t turn on a dime any longer. Those days are long gone.
My point being is that I shouldn’t have to use a 3rd party broker I should be free to form peer to peer v6 over the v4 network at will without any strangle point.
The conspiracy is simple enough, people don’t want a ubiquitous network experience over the legacy v4 network. 6to4 solved the issue of what happens when your ISP doesn’t care, like they don’t care in Hong Kong.
It speaks to the arrogance of SV with no regard to the rest of the world, and how they always want to tunnel everyone’s traffic through their site to then deem that Im not worthy and cut me off. 6to4 bypassed this nonsense and allowed anyone with access to a v4 address to supersede it all.
It’s as embarrassing as Linux groups on FaceBook.


All of the essential services that we need every day depend on the effective management of complex networks, which often include thousands of kilometers of cables or pipeline as well as hundreds of equipment sites, both manned and unmanned that are heavily dependant on remote sensing and monitoring. All this infrastructure creates a torrent of data flowing into a control centre that has to be intelligently structured and presented, allowing operators to monitor, manage and react to keep services such as water and electricity flowing wherever they are needed, 24 hours a day. Mitsubishi Electric provides a variety of display solutions which can be applied in any control room, from the very largest to most compact.
High-resolution displays enable data from any network node to be displayed clearly in real time – vital in order to be able to identify problems quickly. Advanced built-in colour balancing ensures uniformity of screen performance, and ensure colour coding is accurately displayed.


Understanding the Importance of Processors in Modern Technology
What is a Processor and How Does it Work?
A processor, also known as a central processing unit (CPU), is the brain of a computer. It is responsible for executing instructions and performing calculations. The processor is a microprocessor chip that is located on the motherboard of a computer. It is connected to other components such as memory and storage through a system bus.
The processor is made up of transistors, which are tiny electronic switches that are used to process data. The number of transistors on a processor chip is used as a measure of its power and performance. The more transistors, the more powerful the processor is.
The processor’s clock speed, measured in hertz (Hz), determines how fast it can execute instructions. A higher clock speed means that the processor can execute more instructions per second. The number of cores, or independent processing units, also affects performance. A processor with multiple cores can execute multiple instructions at the same time, which is called parallel processing.
The processor also has a cache, which is a small amount of memory that is used to store frequently accessed data. This allows the processor to quickly access the data it needs without having to retrieve it from the main memory.
The processor communicates with other components through a system bus. The bus is a set of wires that connects the processor to the memory, storage, and other components. The bus can transfer data at a certain speed, measured in megahertz (MHz) or gigahertz (GHz). A faster bus can transfer more data per second, which can improve performance.
In modern technology, processors play a crucial role in almost all electronic devices, from smartphones to laptops to servers. The processor determines the device’s performance, power efficiency, and capabilities. A powerful processor allows for faster performance, better multitasking, and the ability to run more demanding applications.
For example, in smartphones, processors with multiple cores and high clock speeds allow for smoother multitasking and better performance when running resource-intensive apps like games. In laptops, processors with high clock speeds and multiple cores allow for faster performance when running demanding tasks such as video editing. In servers, processors with high clock speeds and multiple cores allow for better performance when handling multiple requests at the same time.
In conclusion, processors are the brains of modern technology, they play a crucial role in the performance and capabilities of electronic devices. Understanding the basic concepts of processors such as clock speed, cores, and cache, will help you make an informed decision when purchasing a device. As technology advances, processors continue to get faster and more powerful, which allows for better performance and capabilities in modern electronic devices.


Delivering a great patient experience is a requirement for Urgent Care organizations as consumers demand convenient, retail-type experiences. Leading urgent care centers like CityMD are using the power of mobile channels to deliver high value experiences beyond the four walls of their centers to increase engagement, and create significant operational efficiencies.
— 1 —
Text messaging was used to increase the reach of the Aftercare team for follow-up on key health-related actions
— 2 —
Text messaging had a 60% response rate compared to 10% for phone follow-up.
— 3 —
Half a million messages were triggered over the first 6 months which were a direct substitute for manual phone outreach.


Repair work has begun on one of the main internet cables to the Channel Islands after it was cut by a ship's dragging anchor on Monday.
Jersey Coastguard has announced there will be an investigation after a ship’s anchor cut three main internet cables to the Channel Islands on 28 November 2016.
It said it will be looking to see if the ship responsible dropped its anchor in a banned area.
Work has now started to fix one of the cables.
The specialist ship arrived on the site yesterday and the repairs are expected to take a week.
Internet users are being warning to expect slower broadband speeds during peak times.
The main telecom company on Jersey, JT, told the BBC that a repair ship from France is heading to the area to fix the second cable, and then the third undersea cable will be fixed.
JT’s director of corporate affairs for JT, Daragh McDermott, said: “Thanks to the actions taken since the cables were cut, we have capacity in place to manage demand, although we have obviously lost spare capacity should further issues arise.”
A ship dragging its anchor is being blamed for cutting three main internet cables to the Channel Islands overnight.
The main telecom company on Jersey, JT, is warning its customers to expect broadband disruption for up to a week as repairs are carried out.
All communications traffic to and from the Channel Islands is now being routed via the submarine cable link with France.
This is likely to result in slower broadband speeds.
In a statement, JT said: “JT expects some disruption to services over the next week or so after three out of its four international submarine cables were cut yesterday evening. It is thought that the three fibre-optic cables to the UK were cut by a ship dragging its anchor along the seabed, which also cut a number of other submarine cables in its path.”
Engineers have already been dispatched to repair the undersea cables.
The director of corporate affairs for JT, Daragh McDermott, said the company would like to “sincerely apologise to our customers for any disruption to their services.”
“We are working as quickly as we can to get our undersea cables repaired, and normal service resumed, and will keep customers up-to-date with what is an extremely challenging emergency engineering operation at sea,” he said.
“It is exceptionally unlucky and unprecedented for three submarine cables to the UK to be cut in the same day, and it proves the value of having multiple links in the network, in order to provide a back-up connection via France,” continued McDermott.
“There are lots of cables running across the seabed, and we understand that it is not just JT who have been affected in this way, with other cables also having been cut,” he concluded.
Jersey’s second biggest telecom provider, Sure, is also reporting difficulties, and is warning of problems with off-island telephone calls.
In a statement it said: “We are having issues with our national (UK) and international traffic caused by a ship in the English Channel which has cut several telecoms cables.”
“Overnight we have rerouted the majority of our traffic and will complete the rerouting this morning; however there are still likely to be some issues and delays with off island calls. SMS and data services should be unaffected,” it said.
Police criticism after yacht is abandoned on a road near Falmouth
Falmouth Police are criticising a sailor who abandoned a yacht on a lane near Mylor in Cornwall after it had…
Video: The loss of an anchor
When anchoring doesn't go according to plan! Watch the video of the anchor being lost here!


We strive to help business owners develop a solid network strategy to support their future. Our specialty is secure voice platforms.
Our organization is dedicated to assisting business owners in creating robust network strategies that not only address immediate needs but also support their long-term growth and evolving technology requirements.
Our goal is to provide leading-edge communications and network solutions to businesses to improve efficiency.
With our guidance, businesses can develop a solid foundation for their network infrastructure, ensuring it not only meets their current demands but also prepares them for the future.
At our core, we pride ourselves on being your all-inclusive destination for telecom and data solutions.
We’ve created partnerships with reputable companies known for their reliability and diverse offerings. These partnerships empower us to deliver not only dependable hardware but also an array of services that can transform the way you communicate and operate.
We build. We support.
With our dedicated support, you can trust that your business communication systems are in capable hands, ensuring seamless connectivity and enhanced efficiency for your organization. We have your back 24/7!
“ATG has worked for the airport over nine years and have always been responsive to any problem. We can call them any time, and they always work with us. They are very knowledgeable and can trouble shoot most any challenge. The airport is a 24-hour operation and has always been willing to help. I would definitely recommend ATG for any telephone needs.”
Charles A. Butcher, A.A.E.
Northwest Arkansas Regional Airport
“We have worked with Advanced Telecom Group for nearly 20 years. We have always been impressed with the services that we receive from Joe and his team. They are always responsive to our calls, during and after hours, and he understands the importance of always having our telephone system up to allow us to communicate with our customers. They are easy to work with, dependable, and always providing support to maintain the level of service that we expect.”
Local Springdale Company


SMAC is a network utility for Windows computers. This application is the most popular solution for tampering with your MAC address. A MAC address is a set of numbers and letters. Ideally, a MAC address should be unique to a single device. In other words, your computer's network card and your router should not have the same address. But SMAC makes changing MAC addresses a breeze. At start-up, the application shows you your IP address and your active MAC address. You can then proceed to change that address to anything you want. The graphical user interface is well designed to help you cope with more than one network device on your computer. Usually an Ethernet and a wireless adapter coexist in current PC systems. There are two features that help the user gather as much information as possible about their network devices. The first one is a built-in IPCONFIG, which allows users to practically know anything there is to know about their devices. Also, there is support for MAC address lists. You can preload any number of MAC addresses into a text list and the application will then allow you to switch among them. Usually, one would spoof (or change) his MAC address if he were to trick other devices into thinking a network adapter is a router, for example. Nevertheless, I don't know an easier way to do this. The free version of SMAC only allows you to manage active adapters and does not allow you to change MAC addresses to your liking.


The Transform IT TRANSMITTERtm
Instantly Transforms Machines into SMART MACHINES
FAULTS NOTIFIED IN REAL TIME - REDUCED DOWN TIME
ON DEMAND DASHBOARDS - OPTIMISED PERFORMANCE
1. TRANSMIT data to the cloud
The TRANSMITTER is plugged into any type of machine that transmits data via a data port (e.g Serial, USB) so long as we are given details of the data specification.
2. TRANSLATE into readable form
Using the data specification the raw data is translated into a readable form, also in real time.
3. TRANSFORM into Business Insights
CRITICAL ERRORS - SMS / email is sent to the owner in real time.
BUSINESS INSIGHTS - On demand on any web enabled device.
OFF THE SHELF
Where we have developed complete applications (e.g. Amusement Machines) then customers can simply buy the Transmitter devices and subscribe to the business intelligence service by a single monthly fee. The devices can be attached to the host machines very quickly and without specialist engineering skills. From the moment the machine is switched on the Transmitter will be live.
Existing customers who have started with an off the shelf product but want extensions or additions to the standard business intelligence dashboards. We are happy to quote for this service.
For manufacturers or owners of a machine type that we do not currently have an offering we would be delighted to discuss their needs and provide a solution matching the exact customer requirements. This can include different, personalised server arrangements, databases and Business Intelligence platforms.
The Transform IT Transmitter is attached to Machines via a data port (e.g. Serial / USB), installed in minutes and requiring no specialist engineering skill.
Once installed as soon as the host machine is switched on the Transmitter is live. and data received from the host machine is transmitted to a Cloud Server with data being encrypted in several ways, including asymmetric-key cryptography and SSL.
In the absence of an internet connection data is held on the device in an encrypted form until a connection is attained.
When data is received by the server it is stored and translated using the data specification standard for the machine type.
The Cloud server is designed to scale with the number of clients sending data, which allows almost unlimited number.
The update of Transmitter software versions is automated and requires no engineer input by customers.
Machines that allow a two way conversation (both export and import data) can be accommodated.
Alerts can be sent via email or SMS messages for error messages emitted.d by a machine.
Transform IT Services Ltd is a start up company having developed the Transform IT Transmitter which can connect to any machine that exports data from a data port.
Paul Boyes, Co Founder
Paul's career, initially in Accountancy, changed direction to IT where he retrained in software development with IBM.
His career has covered the areas of Corporate Financial Modelling, database design and application building. More recently he has specialised in Business Intelligence
Dr EM, Phd, Co Founder
His career has been almost exclusively in IT covering both academic and commercial sectors, mostly at the cutting edge of software development.
He has most recently been involved in major Artificial Intelligence and Machine Learning projects, big data at scale, cloud computing infrastructure migration projects.
David Farrow, Consultant
David's career in manufacturing has included running global industries in design and build of machines and equipment.
His experience includes industrial, energy, food processing, aerospace, automotive, security and defence, marine, robotics sectors and universities.
Feel free to email us, phone us or write to us.
+44 (1926) 620098
42 Church Street, Barford, Warwick, CV35 8EN United Kingdom


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DIGISOL Router - How to Download Digisol Router Driver for Windows. DIGISOL Router Driver. The DG-WN3150Nu wireless USB adapter from Digisol allows laptop/desktop computers with a USB interface to connect wirelessly to other network clients.
Digisol Wifi Router Login Page. Looking for Digisol Wifi Router Page Login? Step 1. Go to Digisol Wifi Router Login Page page via official link below. Step 2. Login using your username and password.
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Connecting a Chromebook To Your Wireless Network
On your chromebook, click on the Wireless icon in the bottom right corner.
2. Click on the Wireless settings in the menu, pictured below.
3. A list of close wireless networks will show up. Click on your wireless network to connect. If you are using a hotspot, please use the network name (SSID) on the back of your hotspot (ex. Alcatel Linkzone 1855).
4. Enter the password for your wireless network and click connect. If you are using a hotspot, use the password that is on the back (ex. 7395629)
5. To verify you are connected, you can click on the wireless icon in the bottom right corner again and you will see your connection status, as show below.


In the event of an emergency concerning one of our campuses, Northshore Technical Community College has implemented an Emergency Notification System to better communicate with our faculty and students. The system allows one person to contact many within minutes and uses text and/or voice alerts directed to students and faculty that are registered with the First Call alert service. Alerts can be sent to:
Land line telephones
Voice cell phones
SMS text message to cell phones
Students, Faculty and Staff are asked to go to the links below and register to be included in the alert system. You may register a new account or edit your account if already registered. Fill in the appropriate information as asked. If you wish to receive text messages via your cell phone enter the number under the SMS box. Once all information is entered, press the submit button and check your email for a Welcome Message from email@example.com, providing a temporary password. You may then log in and update your password or change your phone numbers and email addresses as needed.
NOTE: Occasionally we may test the system but any messages will clearly state a test is being conducted and no emergency exists at that time.


Lucas Pinz looks at the dangers faced by Brazilian (and other) banks who do not address the pressing call to migrate from IPv4 to IPv6.
When was the last time you actually went to the bank? I really do not remember my last visit. I’ve been living in Rio de Janeiro for several years and my account is still in Sao Paulo. The more we bank over the Internet, the less time we spend physically in the bank. Today, with few exceptions, the internet is the main access platform to banking systems worldwide.
According to MIT, “the financial and entertainment industries are the biggest examples of digital businesses.” In Brazil, millions of financial transactions are now made through smartphones. FEBRABAN report that mobile banking transactions grew over 300% per year, reaching more than 820 million transactions in mobile channels in 2012.
A business that depends this much on the Internet therefore cannot be vulnerable and remain passive while facing the raft of technological changes and development currently underway, and one such change is IP protocol (Internet Protocol) migration.
Let me explain, the internet was established and consolidated over Internet Protocol’s version 4 (IPv4). The number of public addresses available is insufficient to meet the demand explosion and current Internet usage. If it weren’t for alternative techniques such as NAT, private address, CIDR blocks which, amongst others, allow the existing quota of IP addresses to be shared, aggregated and extended, IPv4 would have been over for a decade. This drastic shortfall led to IP version 6 (IPv6) being created, with implementation starting a few years ago. In case you’re wondering, the IPv6 address space is so large that it would be able to connect every grain of sand on all beaches from all over the planet!
However, the migration from IPv4 to IPv6 is not simple and requires planning and investment.
Currently, IPv6 projects are underway in several operators in Latin America. This means that already in 2014, me, you, our friends, residential broadband users (and bank customers) can receive an IPv6 address, plus a private IPv4, for us to connect to the Internet. And then, what will happen? Well, the user will have two options to connect to Internet, one via an IPv6 network and the other via a private IPv4 + NAT. In anticipation of this, more recent operating systems for PCs, laptops, tablets and smartphones prefer IPv6 connections by default. So when typing www.bancoXYZ.com.br in your browser, or accessing your bank’s app from your phone, it will prefer to establish the connection to the desired content via IPv6.
But here’s the problem: when testing this type of connection via IPv6 to major Brazilian bank portals, the answer was 0% connection. This means that the banks tested don’t have IPv6 implementation. In this case, the web browser, after not getting a DNS response saying the site www.bancoXYZ.com.br could respond via IPv6, establishes a connection via IPv4 network. And that is where the issue of performance and user experience becomes important. Probably the IPv4 connection you receive will have to go through a NAT solution on the carrier’s network. Tests recently made by some banks in India show that latency time in accessing the bank's website via IPv6 is significantly lower compared to IPv4. It boils down to this: a native connection over IPv6 will be better than the experience of a connection through private IPv4 + NAT. So will banks assume the risk of having incomplete web transactions due to IP connectivity issues?
At the risk of repeating myself, implementing IPv6 will not be simple. It must be well planned and tested. The CIO and IT team must, as a first step, carry out an IPv6 compatibility assessment with its IT equipment base, from ATMs to the servers that store and process web content. Brazil's banking system is considered one of the most modern in the world, for both its coverage and electronic system capacity. But banks are really differentiated according to customer experiences, and networks are critical and largely responsible for the good (or bad) user experience.
IPv6 implementation by banks will be essential to ensure a good web experience for their customers – and if MIT is right and banks are true digital businesses, the web experience is everything.