Computer networks have long been heralded for their powerful communications capabilities. But this has been in the form of simple text messages, static images and pre-packaged audio and video. Computer technology has finally matured enough so the real-time audio and video benefits of video conferencing can be provided to everyone through their desktop computers.
Why do we want video conferencing? Visions of near-future societies are replete with video-based communications. But except for special circumstances, this would seem to be an unwelcome feature. Who really wants to see me playing Marathon or watching the All-Star game while I talk with them?
The real excitement of video conferencing comes with its potential to allow large numbers of people to participate in remote events. Seminars need no longer be limited by room size. Instead, you could hear Stephen Jay Gould's wisdom from the comfort of your dorm room. Professors would not have to be away from their classes to hear the latest exciting results from distant conferences.
The integration of audio and video broadcasts with computer technology might seem redundant. But it serves those who might want to monitor a broadcast while they work or those who have a computer but no television. It also allows for two-way interaction, something television and radio have yet to offer.
Most methods of video conferencing serve a limited audience at great expense. Participants at each site gather in a specially equipped room with limited seating. The communication is done over an expensive link, with the cost increasing as the distance between the sites increases. While such methods are appropriate for highly interactive tasks for which people have paid money, they lack the ability to easily serve large numbers of people at distant sites.
An experiment called Multicast Backbone (MBONE) on the Internet has for the past seven years been laying the technological foundation for future video conferencing efforts. MBONE utilizes current Internet infrastructure, but contributes little to the problem of traffic congestion due to its efficient distribution method and compression algorithms.
Most network connections use the unicast model in which there is one stream of data between each sender and recipient. For example, imagine a house with two phones where a new copy of a conversation has to be sent across the phone network in order for the second phone to be used. That additional network traffic is wasteful.
MBONE uses a multicast distribution model. Under this scheme, many people can participate using a single copy of the conversation. This is what actually happens when you pick up the second phone. No new connections need to be made, thus there is no additional network burden.
MBONE has been used to broadcast presidential speeches, shuttle missions, music and academic conferences. Until now, this exciting application has been limited to Unix workstations. Now that personal computers also have multicast capabilities, all of us can participate in the excitement of many world-wide events.


Reinventing new service journeys to support SMEs
The Enterprise Europe Network (EEN) consists of many diverse organisations which provide support to SMEs, to help them grow their business on an international level.
EISMEA – the EU department supporting innovation in Europe – wanted to develop a shared vision for the EEN collaboration platform, including SMEs, network partners and EEN staff. We supported the creation of the shared vision and the definition of requirements for the future network platform.
1. Qualitative research
To generate shared understanding of the current state, we conducted and reported interviews with network staff, members and clients. The research insights, presented to the project team and selected network partners and stakeholders, set the foundation for a set of co-creation activities.
2. Co-creation workshops
We ran collaborative workshops with members and stakeholders, addressing the areas of network strategy, service provision and digital strategy. “Zooming out” was an essential step in this project. Visualising the ideal EEN ecosystem was a great opportunity to gradually translate the general network vision into a clear service offering for SMEs. Specifically, we used journey maps to illustrate how European network partners would support SMEs in their growth path, while collaborating and exchanging knowledge with colleagues from other countries. The project team and our stakeholder group followed the future journey as a guiding star to shape an ambitious digital strategy, including clear goals, scope and IT principles for the network digital platform.
The project helped the client clarify their vision, better understand and communicate the IT principles and key features for their digital tools.
The future EEN network partner journey
In the project, I led the field research with network partners and companies, I co-organised and facilitated the workshops, and summarised the related insights and recommendations. I was responsible for creating the visual deliverables, such as personas, journey maps, vision documents.
In the team
- Koen Peters (project manager)
- Kristel Van Ael (design lead)


Output Simple but effective, Captive conceptualized a system whereby a user could race their existing network against SaskTel's 4G LTE network. The user had their photo taken against a backdrop with both phones; then, they were timed on how long the photos took to send. The race was projected onto a large display with a camera system to extend the interaction to passers-by. All photos taken were added to a microsite to allow users to share their photos through social media channels.
Outcome The 4G LTE team attended over 20 events throughout Saskatchewan and interacted with thousands of people demonstrating the speed and coverage of SaskTel's 4G LTE mobile network.


You have no doubt heard about Starlink, the satellite-based high-speed Internet service from SpaceX. To say that Starlink is innovative and groundbreaking in every way imaginable would be quite an understatement. Primarily intended to provide broadband Internet to people in remote locations, Starlink differs from other satellite-based Internet service providers such as HughesNet. Unlike conventional satellite networks that use small numbers of enormous satellites in geosynchronous orbits over 22,000 miles into space, Starlink employs a “constellation” of 573 pound refrigerator-sized satellites in low Earth orbit at an operational altitude of only 340 miles. Based upon those orbital heights alone, the improvements in signal latency are tremendous.
At the time of this writing (late May of 2022), there are currently about 2,400 Starlink satellites in orbit, mostly operational and some on standby. SpaceX is launching another 50 or so into orbit about once a week, essentially as fast as they can be built. The U.S. Federal Communications Commission (FCC) has licensed SpaceX for 12,000 Starlink satellites, and international regulators are expected to license another 30,000, totaling the 42,000 satellites that SpaceX hopes to eventually deploy in its “megaconstellation”. Each of the satellites presents the connecting point between end users and fiber optic gateway ground stations that provide the Internet data that is being requested. The distance between an end user and the associated ground station also influences the overall connection speed and latency, and SpaceX is continually adding new ground stations while also introducing a new generation of Starlink satellites that will communicate directly with one another at the speed of light via laser, minimizing the number of ground stations needed.
In case you haven’t already guessed, I am a Starlink subscriber who is quite enthused with the service. Until recently, people waited up to a year for their Starlink equipment, but the service is readily available now. I am based in a heavily wooded, rural location in Western Massachusetts, and at any given time, I am connecting to one of anywhere from 6 to 12 satellites that are within view of my very carefully mounted antenna. Depending upon which satellite is connecting with my equipment (a fluid process that is constantly changing), my data might be coming from a ground station in Litchfield, CT; Lunenburg, VT; Beekmantown, NY; Lockport, NY; or even Sullivan, ME. It you really want to geek out and monitor your connections in real time, I highly recommend the third-party Starlink Coverage Tracker at starlink.sx.
Back to My Original Question
Is Starlink right for you? Maybe. Starlink is primarily designed to provide high-speed Internet service for people in rural and underserved areas. Until now, my only option was DSL (which I think is an acronym for “Darned SLow”) or paying Comcast $20,000.00 to extend the cable to my residence so I would then have the privilege of subscribing to their service. With Starlink, you are seamlessly connecting to a satellite within the constellation that is within reach of your antenna, so latency, download speeds and upload speeds will continually fluctuate but are roughly 20 times the speed of DSL. With our DSL phone lines now ported to Voice over Internet Protocol (VoIP) through Ooma (for both my business and residential services), I was able to cancel our services with Verizon, effectively offsetting the Starlink subscription fee. Every service and device in our household that requires an Internet connection is running through Starlink, with bandwidth to spare.
The rule of thumb is that, if you have fiber optic or cable available, one of those would be your first choice. If not, Starlink will be your first choice. There are three options currently available.
I am subscribing to the residential service. The equipment consists of a rectangular antenna, a WiFi router and power supply, a 75 foot cable, and what I would consider a temporary mount. This equipment will currently cost you $599.00, plus $50.00 shipping. It is said that this is about a third of what the equipment costs to manufacture, and one of the things that I really like is that everything is marked “Made in the USA”. The antenna is really remarkable. It sets itself up, motorized to track satellites in real time, and it is heated and programmed to automatically melt snow and ice in the winter. Choosing the antenna location is accomplished through the Starlink phone app, which will also show you obstructions in real time, including any resulting loss of signal. I mentioned that the mount was temporary. There are a variety of heavy-duty permanent mounts available as accessories that can only be ordered after you already have your equipment. In my case, a roof pivot mount and flashing mount were another $101.00. You will probably also want the optional Ethernet adapter, which is another $25.00. I found that my desktop computer does not have a very good WiFi adapter, and using the Ethernet adapter (that I have attached to a gigabyte switch) made a BIG difference in connection speed. The recurring fee for residential service is $110.00 per month, with no data limits.
There is a Starlink option for businesses, with faster Internet speeds and greater throughput that partially result from an antenna that is twice the size of the residential unit. It is intended for businesses and storefronts with up to 20 users at any given time, and multiple kits can be run through a single centralized account to increase that bandwidth. This option comes at a price. The equipment currently costs $2,500.00, and the monthly subscription fee is $500.00. Talk to your WiFi network provider to see if this is a viable option for your campground. As with all Starlink services, a clear view of the sky is essential.
Starlink for RVs
Starlink for RVs became available on May 23, 2022. Up until now, subscriptions were for only one fixed location. This option allows use anywhere you travel where there is active coverage and an unobstructed view of the sky. Currently, that coverage is spotty in the Eastern United States, except for Northern New England and upstate New York. Active coverage is generally available in the Plains States and most of the interior West, with spotty coverage in parts of Colorado, California, Oregon and Washington. Keep in mind that Starlink is being rolled out to first serve remote areas where Internet access options are otherwise limited. Active coverage is generally available throughout Southern Canada and all of Mexico. Active coverage is expected throughout the rest of the United States, including Alaska, by some point in 2023. Starlink for RVs has the same equipment and cost as Starlink Residential, and the monthly subscription fee is currently $135.00 per month. The service can be paused and un-paused on a monthly basis to coincide with individual travel plans. For this to work effectively, you will want to choose to stay at open grassy campsites whenever possible rather than heavily wooded sites, since tree coverage will definitely degrade service. This plan also makes sense for people with a summer home in a remote location, but without excessive tree coverage. Bear in mind that this service cannot be used while you are driving down the road in your RV, although that type of mobile service is in the planning and regulatory approval stages.
There are factors other than price and tree coverage to take into account when considering Starlink. Do you want to help make the world’s richest person (Elon Musk) even richer, or reward him for his genius? Other concerns include potentially negative impacts upon astronomy and concerns about orbital collisions and eventual re-entry into the atmosphere, but SpaceX is addressing those concerns. For example, these satellites have an onboard autonomous collision avoidance system and an onboard propulsion system that is designed to safely de-orbit each unit at end of life. Taking all of these factors into consideration, I am pleased with my experience so far.
This post was written by Peter Pelland


Brand Strategy, Web & Digital
MMD started working with miteamdna in early 2019 on a web platform that aimed to transform the way sports clubs communicate. Former professional rugby player Stephen Jones had travelled the world playing sport and spotted a gap in the market for a robust communication platform that would allow sides to safely communicate with their members.
The platform launched in the summer of 2019 with several clubs currently using the system as a pilot scheme. The mobile web app allows clubs to select teams, message players, add appointments for physio and includes many other features that will improve the way clubs communicate.


RELATED: Upgrade Your Wireless Router to Get Faster Speeds and More Reliable Wi-FiEthernet is just plain faster than A WiFi extender is essentially like a small hub that can physically be placed in between both your router and your PC to take the WiFi signal from your router and extend it out to a longer distance. Because each repeater usually has its own SSID, everyone using the network must relate to multiple network names and passwords and manually choose to move from one network to another. A wifi range extender works by taking the signal say from a router, amplifying it and then sending that out again to your connected device. In a large home with multiple repeaters, this can quickly become a lot to keep track of. One-Radio Repeaters Halve the Capacity. A common piece of advice for home users who have problems with wireless coverage is to buy a wireless repeater, frequently also referred to as extenders or boosters. Why Does a WiFi Router Slow Down Over Time? Retransmissions slow everything down, waste valuable bandwidth, and generally make everything seem worse. This requires neighboring networks to share the same unlicensed wireless spectrum. Here we give you five good reasons to steer away from repeaters – and some advice on what you can do instead. Since WiFi uses CSMA/CA for communication, often times you will find that the extender's traffic (which serves many other clients) is competing with the parent AP's own client traffic, and some interference as well. Called Mesh WiFi, this new technology combines a WiFi router with one or more satellites, which are small wireless devices you place in different rooms in your home. A WiFi extender is a type of WiFi booster, which is a device that rebroadcasts your WiFi signal to another area of your home, thus extending your WiFi signal range. I have a home network: two PCs hard-wired to a Belkin router and a laptop Wi-Fi connected most of the time to the same router.The Wi-Fi connection is secured according to your recommendations with WPA2 and so forth, as confirmed by the small window currently connected. Newer Wi-Fi devices, including tablets such as the Apple iPad and Motorola Xoom, Internet-ready TVs with built-in Wi-Fi, gaming consoles, and … ©Copyright 2020 ZIRKEL. This means that the capacity will be halved, so you can only send half the amount of data you would be able to send if communicating directly with the access point at the same speed. With throttling, an ISP is intentionally … Enjoy These Binge-Worthy Offerings On Netflix. Steel structures, concrete, the layout of air-conditioning vents and returns in homes with centralized systems, aquariums, and the spot where your dog chooses to nap can all make an impact on your Wi-Fi coverage. The TP-Link RE220 is a dirt-cheap, dual-band Wi-Fi extender that improved the Wi-Fi quality and connection reliability of our standalone router in testing. It is not an independent access point. But also, every cloud has a silver lining, and in this case the cloud is theRead more, When most people in Colorado hear the words “Steamboat Springs”, they immediately think “snow.” More specifically, they imagine the magical champagne powder that has helped our little mountain town earn the reputation of one ofRead more. Wi-Fi is not actually bad for your health, scientists say by James Sanders in Innovation on April 15, 2019, 9:01 PM PST Electronics have used the 2.4 and 5 GHz spectrum for years. If you are running a WiFi extender (wireless), yes it will use the same connection as other clients to the parent AP. Additionally, WiFi signals can be susceptible to interference from all sorts of stuff – microwave ovens, garage door openers, baby monitors and a host of other devices. A Wi-Fi repeater is often seen as a quick and inexpensive solution to coverage issues with your wireless network. Are you the only one with WiFi devices in your home? WiFi repeaters work by receiving wireless signal and rebroadcasting it, but single band repeaters have to receive, then retransmit each packet of data using the same radio on the same channel. Your Wi-Fi Signal. Therefore, optimizing your network speed or saving the cost will depend on the Wi-Fi router you choose, please visit our webpage related to the best wireless routers 2018. For some reason, the speeds on the EXT network have actually been worse than connecting to the wifi in the basement. When you add WiFi extenders to your home that create entirely new networks, you are creating more opportunities for interference and additional noise. Most Wi-Fi extenders are shipped with their default firmware which can have bugs. Dual-band routers vs. single-band routers: network speed. WiFi speeds are directly related to the underlying Internet service speeds provided by your InternetRead more, Not too long ago, if you wanted to know the history of a subject, you would need to go to a library, find the correct section, and browse through countless books to even begin toRead more, When choosing a wireless internet provider, it’s easy to think of the “big guys.” But “big” doesn’t always mean better, especially when you live in a rural area. It is very important that the repeater itself achieves the best possible coverage from the router where it is located. Despite the price, there is a big difference on … Repeater, extender, booster: Call it what you want, but one of the most common advice against coverage issues is also one of the worst. During this conversion process, there can be a noticeable slowdown and you will also notice that latency has also increased (ping). When interference is present, each device will inevitably have to re-transmit more packets (a bit like two people talking at the same time). If you use a WiFi extender or plan to get one, we suggest using one of our recommended modems to get full compatibility and smooth pairing/cloning. You picked the perfect inconspicuous location to install a wireless … A mesh network with client steering, band steering and common SSID is a much better option, because the network then automatically makes sure that each device connects to the access point and frequency band that gives the best performance. One should always keep in mind that the Wi-Fi extender usually works on the same frequency of your Wi-Fi. This wireless device is installed somewhere in between the wireless router and the area of the home that needs a signal boost. All Rights Reserved. This can cost single band repeaters 50% of their bandwidth. If your router doesn’t have much WiFi capacity to start with, using an extender reduces the WiFi speeds of devices quite near the router because they’re fighting for a smaller chunk of WiFi capacity. Then the repeater consumes all the capacity and throttles performance for all other devices on the network that use 5 GHz. The user should not need to think about which access point each connection goes to. This is why having a Carrier-Grade Mesh WiFi system with Node Steering features provides a much better experience. But, … can you repeat that please, as I could not hear – someone else was talking at the same time” type of communication. This is particularly important in homes with WiFi Range Extenders. Re: Range extender - results are worse than before connecting. Open the extender GUI using www.mywifiext.net. With a managed solution like this, your service provider has complete visibility into all the devices in your network. WiFi extenders are normally plugged into electrical outlets and use two antennas to receive, replicate, and extend a designated connection. And instead of paying several hundred dollars up front for a consumer-grade system you have to install and manage yourself, you can instead pay a small monthly fee and get the best Mesh WiFi system available—with superior performance and coverage. Which is how you risk sitting right next to your router with a brand new laptop and still see Netflix go to "buffering". How do WiFi extenders work? For example, you can end up staying connected to the repeater even when connecting directly to the router would have given you better performance. See, Make sure you have already done what you can to maximize coverage and performance in other ways. Wireless frequencies. The signal is not actually boosted or amplified, it is repeated (hence the name repeater). This type of repeater will also require all clients to connect to the 2.4 GHz band, which has a lot of interference. Contrary to popular belief, range extenders don't always make things faster. But chances are unfortunately that a repeater does not solve the problem and thus is a waste of money. This means you have to set up your phone and every other device to recognize and use your new network. When I connect, the same windows … Every neighbor and business near you also has a pile of devices connecting to WiFi. Additionally, WiFi signals can be susceptible to interference from all sorts of stuff – microwave ovens, garage door openers, baby monitors and a host of other devices. See, If you still have coverage issues, we recommend that you consider. The vast majority of new Wi-Fi repeaters only forward signals at the frequency they receive them. A powerline adapter requires two outlets, plugged into the mains of your home. They can access your network remotely, then quickly identify and resolve any issues you may have, so you don’t experience any downtime. But their effectiveness is limited by a host of factors, including the speed … These devices can connect to your existing router— via Ethernet or WiFi— and create a separate network for your wireless devices to use for the stronger WiFi signal. For outdoor use of the laptop, I use a Linksys RE1000 range extender. Routers can be disgusting looking things and your first instinct is to hide it … The C4000 is not recommended for use with the G.Hn WiFi/Ethernet Extender Kit and requires manual pairing, which should be attempted by advanced users only. Range extenders work by rebroadcasting signals to and from the main router. All WiFi repeaters have some speed loss, but some are much worse than others. Hence first make sure that your router and the extender both have the latest firmware. The first type of wireless extender that emerged on the scene was a basic WiFi repeater. These satellites communicate with the router and provide you with a strong WiFi signal everywhere, whether it’s your bedroom, your home office, or even your backyard. Let’s say your original network is called “Home” and you add a typical WiFi extender. They’ll give you everything you need to upgrade your current WiFi network to a high-performance Mesh WiFi system, and provide you the support you need—so you can enjoy worry-free WiFi that just works. Of course not! The way your home is built has likely the most direct impact on how far Wi-Fi can penetrate the house. Today’s homes are getting bigger, and the further you move away from your router, the weaker your WiFi signal becomes – simply because the signal has to travel a longer distance. Research, Partners, and Knowledge Network, Wi-Fi Central: Tips and Tools for Better Wi-Fi, Bad apple: How One Device with Bad Coverage Can Spoil Your Wireless Network, SSID / Network Name Selection: Five Things to Consider, Mapping Your Wireless Network with a Heatmapper, Before you buy any new equipment, measure your current coverage with a heatmapper so that you know where your problem areas are. When you add WiFi extenders to your home that create entirely new networks, you are creating more opportunities for interference and additional noise. WiFi repeaters basically catch a wireless signal and then rebroadcast it, giving you a stronger signal at the far end. Answer by Gary Larson, Medical Director at Procure Proton Therapy Center, PI for Proton Collab Grp-OKC, on Quora:. User manuals and firmware updates for NETGEAR products can be downloaded from NETGEAR Support.For more information see, How to update firmware on your NETGEAR … Decrease Speed With Distance You must also have a great support system backing it up. They can expand Wi-Fi coverage, but this often comes at the cost of speed. It contains the two routers that process the signal on either end. Determine if you're being throttled or experiencing congestion. See also: Why Band Steering Means Better Wi-Fi. You can rely on your service provider to take care of any technical issues that may come up, even replacing the equipment if it goes bad. Another situation where Wi-Fi extenders aren’t a practical choice is when you’ve got an aging or bad router. The repeater will then use half the time to communicate with wireless clients (PCs, mobiles and other devices) and the remaining half to relay traffic to the router. 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Outdated Insignia/Outdated Internet Honor
Outdated Internet Honor
Like many of the technological honors, the Internet honor design can become outdated quickly. The previous design had a cable looping around the acronym "HTTP", which stands for "Hypertext Transfer Protocol". The internet is mostly accessed by wireless nowadays and so the cable was eliminated from the design. An "S" was added after HTTP, which signifies "secure", as most websites now have extensive security protocols.
Click here to view current requirements and patch --> Internet


Counterpoint Networking Inc. uses Unix servers for all services, including
web and email traffic. These servers are connected to the Internet via multiple
providers in multiple locations. The priority of these systems is security and stability,
which we achieve through careful system configuration and monitoring, and
through daily backups of systems and user files.
The strengths of the Counterpoint staff span all areas of internet know-how,
from network architecture to systems administration. This mix of talent gives
us a wide perspective of what the Internet has to offer and how it can be used,
and lets us handle a project from start to finish.
Please contact us for


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Centralize Customer Communication
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Premium smartphones with the fourth generation telecom technology will soon be launched in India by Samsung. This move is initiated in an attempt to maintain the dominant position of this South Korean Company in Indian market. Vice President of Samsung in India, Mohammas Asim Warsi told ET that as per their observation, the Indian tablet market size is growing by 20% every year.
This 4G LTE tablet will be available in 8.4 inch and 10.5 inch versions and will be priced at Rs 37,800 and Rs 44,800 respectively from the second week of July.
First in India to run on LTE-FDD technology that uses wireless broadband, these tablets allow customers to access high-speed 4G internet services. It will support not only FDDLTE on the 1800 Mhz spectrum band but also TDD-LTE on the 2300 Mhz band, Mr. Warsi confirmed. FDD-LTE and TDD-LTE are two different standards used for 4G services.


To achieve 3CX Titanium Partner and Solutions Provider status we have had to undergo extensive training and have a proven track record of deploying and maintaining the 3CX phone system. We are able to offer partners and end users expert pre-sales advice and the knowledge and expertise of configuring and troubleshooting the system that only experience can bring.
We tailor our 3CX solution to your needs. Whether you want us to simply host and provide the 3CX licence, or if you want us to set up and support the system as well, we can cater for everyclients requirement. Contact us today for a demonstration of 3CX and see how PBX Hosting can help provide a world class unified comms platform direct to your business or via our partner scheme today.


BIT-CCTV dual vision PTZ cameras are accurate, high specification long range PTZ cameras capable of supporting high resolution visible camera and 640*512 resolution uncooled thermal camera which are suitable for maritime, border, aviation, highways, and perimeter applications. Furthermore, with a high level of accuracy (0.01°), our dual sensor PTZ camera features fast pan and tilt speeds (up to 60° per second) with 360° continuous rotation, and absolute positioning.
To make sure that the most suitable PTZ camera will be chosen for your system/solution among our PTZ camera products line, it is highly suggested to send us an email to email@example.com with your detailed technical requirements, so that we will be able to provide you our professional advice.
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What is the function of each wire in the 8-core wire of the network cable in video surveillance systemWhen many friends connect the network cable, they usually don't know the eight copper wires in...Read More >
Uncooled infrared camera, 384*288 /640*512 resolution, 25~75mm lens; 1080P visible camera, 8~320mm, 40x zoom, onvif 2.4 compliant; continuous 360°pan angle, Tilt: -75°~+40°, 0.1°accuracy; die-cast aluminum alloy housing, IP66 ingress protection
Dual sensor PTZ camera, uncooled thermal camera, 384*288 /640*512 resolution, 21~105mm zoon lens; HD 2mp visible sensor, 18~528mm lens; high precision pan tilt unit, 360°continuous rotation, integrated housing, IP66 waterproof
Uncooled thermal imaging camera, 31mm～155mm, 384*288 /640*512 resolution; full HD visible camera, 4.3~129mm lens; heavy duty pan tilt unit, 360°endless rotation, die-cast housing, IP66 rating
Uncooled IR camera, 31mm～155mm, 384*288 /640*512 resolution; full HD visible camera, 20~750mm lens; heavy duty pan tilt positioner, 360°endless rotation, aluminum alloy housing, IP66 ingress protection
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Although BSNL claims a positive mobile number portability for this year, the number of complaints against its network paints a different picture.
By Neetu Saini
Mumbai: State-owned telecom company Bharat Sanchar Nigam Limited, BSNL’s Twitter account and the online grievance portal on their website is brimming with complaints from across India. Slow internet, inconsistent networks, frequent call drops and mobile services outage amid the lockdown, are the major complaints.
At least 151 customers from Bengaluru reported mobile outage, followed by 147 in Pune and 68 in Chennai and Kolkata.
In November 2019, telecom minister Ravi Shankar Prasad informed the Parliament that the BSNL’s port-ins stood at 53.64 lakh against 28.27 lakh port-outs in 2018-19. The mobile number portability (MNP) was also expected to be positive in 2019-20 amid government plans to invest in the infrastructure of both BSNL and MTNL, another state-owned telecom company.
However, many customers have complained that BSNL service staff are not responding to their calls and emails. Shiva Kumar, a resident of Basaveshawaranagar in Bengaluru, said, “I have been a subscriber of BSNL for 15 years now. Connectivity problems are not new. But this time they are the worst. Call drops have become frequent. I’ve tried contacting the operators, but haven’t received any update till date.”
MTNL is also not finding favour with its subscribers. “I get my college assignments online, and most of our lectures are conducted through video conferences,” said Diksha Katariya, a student from Mumbai. “But because of MTNL’s low speed, I’ve missed many of my assignments.”
Downdetector, an online tracking service that provides real-time status and outage information for telecom services, showed that BSNL’s maximum outage reports were received between 1:00 p.m. and 1:00 a.m. in the last 24-hours. Complaints against the internet stood at 75 per cent, while 15 per cent and 10 per cent complaints were against phone and other network/reception issues respectively.
As more and more people start working from home, the number of internet users has gone up three folds. Subscribers have also complained that they are struggling to manage office-work as it demands high-speed internet.
Suresh S, executive engineer at the Bengaluru branch of BSNL, said that they are facing a shortage of manpower, but the company is working hard to fix the network issues. “Our infrastructure is not upgraded like other private telecom operators’. Licensing is costly, and assets are given at throwaway prices. We waiting for the technology push, but it will take time. We appreciate the patience shown by our customers in hard times.”
One of the reasons behind such disruption in services is the state-owned telecom company’s inability to clear its dues to infrastructure companies. Recently, telecom infrastructure companies under the industry body Tower & Infrastructure Providers Association (TAIPA) have asked BSNL to clear the dues worth Rs 1,500 crore. Amid the COVID-19 lockdown, these infrastructure companies are finding it difficult to maintain the PSU’s network, and this has resulted in network outage in many parts of India. TAIPA has also sought the intervention of the Department of Telecommunications (DoT).
Akshay Arora, an electronic and communication engineer, said that these problems will continue to exist for some time because of the increase in the number of internet users amid the lockdown.
“The last three months have seen a gradual increase in the load on internet. This has slowed down the average speed of downloading. The telecom industry should come up with certain plans that provide high-quality internet. Another reason for the network disruption could be low-ranged or damaged optical fibres. The government has to improve BSNL’s infrastructure,” said Arora. “The companies should also inform their subscribers about these problems, so that they could temporarily use other networks, added Arora. “Customers are entitled to good services otherwise they might opt for a port-out since with so many options, it has become easier to switch networks,” he added.


|both connectors as seen at the PC (female)|
actual camera connectors are reversed (male)
Power Supply Cable
The power cable has eight pins and goes into connector 4 in the upside view. This is the smallest connector of the bottom board. Be sure to connect a power supply between 7 and 9 Volts (e.g. 7.2 V for rechargeable batteries with 6 cells).
CPU and servos to be connected may eitheruse the same or a different power source.
|1||Servo Supply (+6V)||2||Servo Supply (+6V)|
|5||Digital Supply Unregulated (+8V)||6||Digital Supply Unregulated (+8V)|
Serial Download Cable
The serial download cable is used to set up RS-232 connections between EyeBot and your PC, Mac or Unix Workstation, in order to download software form the host system to EyeBot. The serial download cable has 8 pins and goes into connector 2 in the upside view. If you look from the up side it is the right one, if you look from the top it is the left one. Do not confuse the serial download connector with the background debugger connector next to it.
The colored cable is connected to Pin 1, while Pin 10 on the EyeBot side is not used.
|EyeBot (core) 10-pin|
|PC 25-pin SubD|
|PC 9-pin SubD|
|Mac Mini-DIN 8-pin|
|3 (RxD)||2 (TxD)||3 (TxD)||3 (TxD-)|
|5 (TxD)||3 (RxD)||2 (RxD)||5 (RxD-)|
|6 (CTS)||4 (RTS)||7 (RTS)||1 (HsKo)|
|4 (RTS)||5 (CTS)||8 (CTS)||2 (HsKi)|
|9 (GND)||7 (GND)||5 (GND)||4 (GND)|
|connect 4 + 8 (RxD+)|
Line Out Speaker Cable
An active speaker may be connected to this line-out port (2 pins). Like the camera cable it has to be inserted into the bottom board. Do not connect speakers or headphones directly, for this may destroy the circuit!
Servo Connector Cable
You may provide your own servo connector cable, in order to control up to 12 servos (motors controlled by PWM, like in model airplanes) directly from the microcontroller's TPU (timing processor unit). For details on the servo connector, refer to the hardware description of board IO1.
Background Debugger Cable
The Motorola 68332 allows debugging from a PC under DOS or linux via the background debugger. This is not a simple cable, but an electronic circuit, which connects to connector 1 in the in the upside view. You will only need this cable+circuit, if you want to change the EyeBot's on-board flash-ROM, containing the RoBIOS operating system. For details on software see the background debugger, for details on hardware see the hardware description of board Core.
Servo port connector is used to interface the robot's servos (PWM motors).


The user wears the DIAL during outdoor work and activities. In case of an emergency, the user triggers an alert.
The DIAL batch manager receives the alert and live location of the DIAL user through an app notification, a text message and an email.
If the user does not answer or confirms the emergency situation, the DIAL batch manager shares the live user's location to the security team or rescue services.
The security team or rescue services have the DIAL user's location. They will be able to act faster and more efficiently.
Todos los derechos reservados.


W2GIS – 18th International Symposium on Web and Wireless Geographical Information Systems
18th International Symposium on Web and Wireless Geographical Information Systems(W2GIS 2020) will be held in Wuhan, China on May 14-15, 2020. This Symposium is organized and hosted by Wuhan University.
Recent developments of wireless Internet technologies have generated an increasing interest in the diffusion and processing of large volumes of geo-spatial data. Spatially enabled mobile devices also offer new ways of accessing and analyzing this geo-referenced information. Consequently, new challenges and opportunities have appeared in the GIS research community.
This symposium provides an up-to-date review of advances in both theoretical and technical development of Web and Wireless Geographical Information Systems (W2GIS). It is the 18th in a series of successful events beginning with Kyoto 2001, and alternating locations annually between East Asia and Europe with the most recent Symposium held in Kyoto, Japan.


報告題目：Proton sensitive organic thin film transistors for sensors and bioelectronics
報告人：Ph.D Soniya（Queensland University of Technology）
In the last few years, there has been significant progress in bionic devices such as electronic skin. For these devices to be fully integrated in the human body, bioelectronic interfacial devices that can act as transducers between the human body and electronic components are crucial. The challenge lies in the difference between the intrinsic modes of sending signals in electronic devices and the biological world. Most electronic devices send signals through flow of electrons while biological systems exchange information through flux of ions such as Na+, K+, etc. and protons. There is a considerable interest in developing bioinspired proton conducting materials and solid-state devices for bioelectronic applications.
In this talk, I will present our recent work where we demonstrated a new class of proton conducting gate materials, sulfonated mesoporous silica nanoparticles (SMSN) [1, 2], that are able to sense protons in an all solid state, low voltage operating organic thin film transistor (OTFT). The OTFTs, which are solution processed, maintained low voltage transistor output characteristics for operating source-drain voltages 0 > Vds > -2 V. Detection of proton is signalled by strong modulation in the channel current. We will also present proton sensitive OTFTs with a mixed gate electrode of PEDOT:PSS and SMSN, which has improved transistor characteristics . Additionally, we will present further work on improvement in sensitivity of the OTFTs and their applications in biosensors.
1. Yambem, S.D.; Timm, J.; Weiss, M.; Pandey, A.K. and Marschall, R. Sulfonated Mesoporous Silica as Proton Exchanging Layer in Solid‐State Organic Transistor, Advanced Electronic Materials, 2017, 3, 1700316.
2. Marschall, R., Bannat, I., Feldhoff, A., Wang, L., Lu, G.Q. Wark, M. Nanoparticles of Mesoporous SO3H-Functionalized Si-MCM-41 with Superior Proton Conductivity, Small, 2009, 5, 854-859.
3. Yambem, S.D.; Burns, S.; Arthur, J.N.; Timm, J.; Woodruff, M.A.; M; Pandey, A.K.; Marschall, A highly porous and conductive composite gate electrode for OTFT sensors, RSC Advances 2019, 9, 7278-7284.
Dr Soniya Yambem completed her Ph.D. at the University of Houston, Texas, USA in Dec 2011. She then moved to Australia to work as a post-doctoral researcher at Centre for Organic Photonics and Electronics (COPE) at the University of Queensland, Brisbane. In 2015, Soniya joined Queensland University of Technology (QUT), Brisbane as a Vice Chancellors’ Research Fellow and started building her own research group. Soniya is now a lecturer in physics at QUT. Starting from her Ph.D., Soniya worked in the area of organic electronic devices. At QUT, her work is focussed on organic optoelectronic devices and bio-electronic interface devices for applications in bionics and sensors.


The BEMI monitor has its origin in a personal need for a monitor suitable for electrosensitive (ES) people. The development began 1993 and the first prototypes was finnished in autumn 1994. Since summer 1995 BEMI sells such monitors to ES that needs them. BEMI has a production line for the latest design (12,1") active since early 1997.
The BEMI 12,1" monitor is of a compact and elegant design developed only for electrosensitive people. The monitor has an hand crafted enclosure of solid cherry wood. The electromagnetic shielding is made with various metals inside the enclosure. No plastics are used in the design.
The image area of 12,1" should be compared with 14" CRT monitors which gives about the same image area. In addition the pixels on LCDs are square as compared to round as on CRTs, which makes the LCDs easier to read.
The resolution is SVGA, i.e. 800 horisontal pixels times 600 lines. For each pixel the monitor shows 18 bits of color (262144 colors).
The monitor is very bright (160cd/m2) with high contrast (100:1). The image is very stable and lacks flicker.
The BEMI monitor is capable of automatic adjustment that ensures the best possible image quality. The monitor also has manual on-screen controls as easy to use overlay menus.
The monitor should be connected to computers capable of SVGA video signal. With SVGA we mean analog standard VGA interface with video chip and software capable of 800 horizontal pixels versus 600 lines with 16, 256, 65536 colors or more. This means that almost all personal computers can be used.
Standard VGA cables can be used (male-male) with extension cables (male-female) with lengths up to at least 25 meter. This gives the opportunity to place the computer itself far from the user.
The monitor uses a shielding technique, specially developed for this purpose, that attenuates both low frequency electric fields as well as high frequency (radiofrequency) electromagnetic fields to a high degree. Magnetic fields at low frequencies are very low due to design and magnetic shielding within the monitor. The result is an extremely "silent" device from the ELF range and up into the microwave region.
|Video mode||Pixles||Videofreq. MHz||Horis. freq. KHz||Vertical freq. Hz||Sync. Hor./Vert.|
|SVGA||800x600||40,00||37,9||60,0||-/- or +/+|
|SVGA||800x600||36,00||35,2||56,0||-/- or +/+|
The price is about 30 000 SEK, please ask for current price.
For further information please contact us at the address below
Tornevalla Gamla Skola
S-590 62 LINGHEM
|telephone/fax +46 (0)13-74000


Advanced Seminar on ATM|
June 12-13, 1997 - Liège
Université de Liège
The LAN Emulation deserves an in-depth coverage as it appears to be one of
the most popular way to introduce ATM in the corporate network.
When used as a backbone between legacy LANs implemented with switching hubs, the LANE is perceived at first side as a very useful technology for implementing the new concept of Virtual LAN in a flexible manner.
However, its successful implementation may be linked with the type of contract which will be implemented.
It is now accepted that the traffic control introduced in the initial
version of the ATM services will not be able to support the successful
integration of ATM in a corporate network. Its rigidity limits its
usefulness and the legacy applications are requiring more flexibility and
interaction between the service users and the service providers.
To achieve this flexibility, it is essential to associate the congestion control of an ATM network with its traffic control. Furthermore, this traffic management has to be linked with an access control.
In this section, we will present in detail the actual situation and what may be expected from the various proposals in the corporate network.
It is now obvious, with the success of the Internet, that IP has
demonstrated its capability to provide a world wide service.
Its assets are the handling of the addresses and the performances of the routing protocols. But the success requires now more bandwidth and more powerful routers to avoid a deadly congestion of the Internet.
As ATM has demonstrated its capability to provide high data rates and efficient switching, it is tempting to integrate the best of both worlds.
Proposals from Ipsilon Networks, Toshiba, Cisco and IBM are going in this direction.
We will examine in detail these approaches and discuss the possibility of an open standard in this very important area.
If there is a trend to support real time multimedia application by an
evolution of the TCP/IP communication stack, as discussed in the tutorial
of Jean-Yves Le Boudec (16 April 1997), another possibility based on a more
direct access of the multimedia application to the ATM service must also
be taken into account.
After the presentation of the later approach for the multimedia service on demand for the residential user, with different access networks, we will discuss the situation in corporate networks in general and in an Intranet in particular. A possible integration of the both approaches will be presented.
André DANTHINE, Professor at the University of Liège since 1967, created a
research unit in networking (RUN) in 1972. In 1990, Prof. Danthine launched
a new Esprit project, OSI95, to tackle the problem of the design of a new
transport service and protocol (TPX) for multimedia applications in a high
speed environment including B-ISDN. In 1991, he joined the RACE Project
CIO. It is in the framework of this project that the ATM LAN of RUN has
been connnected, at 34 Mbps, to the European ATM Pilot for functional and
performance evaluations. Since 1994, Prof. Danthine is also involved in
another RACE project, ACCOPI. November 1995 was the starting point of
OKAPI, an ACTS project.
Since 1992, Prof. Danthine is the chairman of the COST action 237 on "Multimedia Telecommunication Services".
Prof. Danthine is a member of ACM, of IEEE, of the Editorial Board of "ETT", of the Editorial Advisory Board of the Wiley Series in "Communication and Distributed Systems", editor of several books and proceedings and author of more than hundred papers. Chairman of the TC6 of IFIP from 1979 to 1985, he is Governor of ICCC since 1982. CRB Fellow in 1960, he received the Melchior Salier Prize in 1960, the "Bell Telephone-100th Anniversary" prize in 1983 and the IFIP Silver Core in 1986. In 1993-1994, he was Francqui Professor at the VUB. He is Doctor of Science Honoris Causa of the University of Kent (1991) and of the University Paul Sabatier in Toulouse (1996).
Editor: -G. Leduc-
Webmaster: -S. Calomme-
© 1998-1999 Last Modified: Thu March 11 1999


iProbe sells Assistive listening systems from Listen Technologies and Williams Sound. Assistive listening systems are also known by their acronym ALS.
distance and noise are two factors that create difficult listening conditions. Assistive Listening Systems can minimize the impact of these two factors.
two types of RF systems are available: Personal FM Systems for use up to about 100 feet, and Wide Area FM Systems for use in larger spaces. Both systems are portable and come with simple instructions. They readily connect to all types of hearing aids and cochlear implants, and also work with ear-buds or lightweight headsets. These systems combine a transmitter placed near the desired sounds, which is wirelessly linked to a small receiver that you wear. This receiver, in turn, delivers those sounds directly into the amplification device in your ear(s).Personal frequency modulation (FM) systems are like miniature radio stations operating on special frequencies. The personal FM system consists of a transmitter microphone used by the speaker (such as the teacher in the classroom, or the speaker at a lecture) and a receiver used by you, the listener. The receiver transmits the sound to your ears or, if you wear a hearing aid, directly to the hearing aid. Personal FM systems are useful in a variety of situations, such as in a classroom lecture, in a restaurant, in a sales meeting, or in a nursing home or senior center. FM systems are also used in theaters, places of worship, museums, public meeting places, corporate conference rooms, convention centers, and other large areas for gathering. In these situations, the microphone/transmitter is built into the overall sound system. You are provided with an FM receiver that can connect to your hearing aid or cochlear implant. The receiver can also connect to a headset if you don’t wear a hearing aid.
another option for assisted listening is using infrared technology or hearing loops
we support acoustic consultants, AV contractors, architects, and end users in designing new assisted listening installations and upgrading existing systems for theatres, conference halls, museums and house of worship applications.
we use a consultative sales approach and make recommendations for your specific needs. We also offer complete technical support services.
it would be our privilege to advise you on your next purchase.


Insight Interfaces was founded to commercialize Mirror | Mirror. Its founders had developed a roadmap for the future of collaborative user interfaces, applying their backgrounds in neuroscience and computer vision at a federally funded research and development center. Mirror | Mirror’s patented technology for remote collaboration is the first step in the journey.
Mirror | Mirror improves remote and in-person collaboration by capitalizing on the social cues that make communication effective, integrating them with shared visual media like presentations and documents. It enhances understanding by fully utilizing human visual attention and visuomotor coordination, and reducing the need for limited working memory resources.
Mirror | Mirror is built with modern web technologies, including Django, Node, and WebRTC.


As modern AV systems continue to evolve in response to customer expectations, the unique value of leveraging common networking technologies such as Ethernet has become increasingly apparent. While many audio-focused solutions have been built on Ethernet for several years now, video-focused solutions present some unique and significant new challenges. Fear not! Networks don’t have to be scary, as long as you develop an understanding of the issues that might be encountered when building networked AV systems.
This on-demand webinar will examine some of the most common problems encountered with networked video solutions, offer suggestions on how to mitigate such issues, and address questions from the live session.
PSNI is an exclusive network alliance of elite technology integrators located throughout North America working in close partnership with some of the best manufacturers, distributors and service providers in the industry. We pair you with the best audio visual technology providers in the AV industry.
Understand, we’re not just an organization, we’re a partnership, an alliance of experts committed to delivering exceptional experiences for our clients and their end-users, from system design all the way through development and support.


Picking up GOOD vibrations!
Posted on 01/05/2015 by IED
Engineers at Lancaster University are working on a system that allows aircraft wings to generate and store electricity from vibrations.
The work is part of a wider £1 million project led by BAE Systems called En-come, which aims to develop aircraft that can stay in the air for longer periods of time without having to re-fuel. Principal investigator Professor Jianqiao Ye, of Lancaster University's Engineering Department, said: "Our role is to look at saving the power used to support the monitoring system. There needs to be frequent communication between the aircraft and Earth, and power is needed to send huge quantities of data as well as receiving instructions from a communications centre."
The research will look at how mechanical energy generated by the vibration of the wings can be transferred, stored and used to support the communications system.


Today, we cover the term, “Collective Intelligence.” Simply put, that means many minds sharing the same information.
Working in a team environment can become hindered once the meeting is over and everybody goes their separate ways. Quick conversations or discussions can no longer easily take place between more than two people, much less an entire group.
Two-way radio is one way to implement Collective Intelligence.
Two-way radios allow as many users as practical to share a common venue for communications. Everybody can talk to everybody else, instantly. Imagine that value over a 250,000sqft factory, a 1,000,000sqft warehouse or across the county!
Instant communications to multiple persons is also a huge safety advantage. Mass notifications can quickly disseminate through the use of two-way radio.
Worried about communications security? Digital radios, now commonplace, come with advanced digital encryption which makes communications virtually impenetrable for most users.
Two way radio certainly does not replace cellular technologies, but used properly can effectively keep the team in constant communications – everybody.


Leadership: Marc Caballé, Eric Marcos
Total funding: $1.4m
Team size: 11 – 50
Head office: Barcelona, ES
Hubtype enables companies to go beyond chatbots and build conversational experiences that enable natural interactions with their customers at scale.
Consumers use messaging platforms like WhatsApp, Facebook Messenger and WeChat more than any other form of communication. Hubtype helps companies transition from traditional phone and email communication into this new era of multichannel conversational messaging. With Hubtype, companies can easily build, deploy and scale conversational messaging experiences that work across popular communication channels and easily integrate with existing APIs and systems, from back-end inventory, to order tracking, to booking engines, to analytics and beyond.


Our bulk SMS software is flexible and customized software through which you can connect with your customers by sending SMS in bulk to all. In today’s world SMS is the quickest way to pass your messages, alerts, wishes or any information. We provide all kind of bulk SMS services like Promotional, Transactional, and Short Codes etc.
We provide Premium Bulk SMS Service on premium SMS Gateway. Our Bulk SMS gateway is the Best Bulk SMS Service Provider in India. We are connected with all major Indian Telecom Operators & Global Telecom Companies to provide you with the Reliable & Scalable Messaging Platform.
Short Codes are 5 - 8 digit shared mobile numbers designed to be easier to read and are significantly shorter than regular mobile numbers (usually 10 digits). The idea behind Short Code is to make them easy to remember, handy and integrated across all telecom operators, which enables 2 way communications between you and your customers.
Short Code works with Keyword. Keyword is a unique word which is assigned to the Short Code number. When you or your customers types in his request for an information and sends an SMS from any mobile regardless of their telecom service provider with the specific keyword assigned by you, they will get a automatic reply set by you in the matter of seconds. In addition to automatic reply, by enabling URL forwarding you can customize the reply and information's also can be fetched from your database too based on the Keyword and Sub keyword.
Our dedicated short code service enables the clients to launch customized as well as interactive platform through which they can either generate revenue or get valuable feedback from the customers.


Cammax Precima now offers a Production and Contract Assembly service, using its own range of machines in a clean room environment to produce the highest quality devices.
So, whether your company has a capacity problem or simply prefers these services to be undertaken by a company with specialist knowledge and dedicated equipment, you need to discuss your requirements with us.
We have installed a suite of Cammax Precima EDB80 Precision Die Bonders into our 100 square metre Production and Contract Assembly facility. Each machine is equipped with a vertical laminar flow system to ensure a clean room environment capable of supporting the production of passive components for use with devices for Internet systems such as fibre optic communication systems - heat sinks, ceramic carriers, thermistors and so on - and for a range of microelectronic and electrical applications.
They are backed by a range of Cammax Precima Eutectic and Adhesive Die Bonders so that we are able to offer the full range of pick and place die bonding services. The Cammax contract assembly service offers preproduction, development and specialist small batch work and also semi and fully automatic production-level outputs, depending on customer requirements and the components and devices involved.
These systems are backed by a Bond Shearer capable of both destructive and nondestructive bond strength testing, and full inspection facilities.
The Cammax Precima Production and Contract Assembly - just what you need to give you efficient and rapid turn round of your assemblies.


To put it simple, the twisted pair specifications: Cat6 (Class E), Cat6a (Class EA), and Cat7 (Class F) all support 10GBASE-T applications with differentiated performances.
Check the below chart to get a full understanding of the specifications and typical applications of Cat6 vs Cat6a vs Cat7.
ALL backward compatible – you can plug a newer twisted pair cable into a device that is designed for a slower cable.
The fastest Ethernet cable yet is Cat8, which can support data rate up to 40Gbps, four times of Cat6a cable. If you are looking for high-speed data center and server room cabling, check out Cat8 Cable for 25GBASE-T and 40GBASE-T Network.
The minimum grade of cabling to be deployed in a 10GBASE-T network should be Cat6a cable.
Multimode Fiber Patch Cables are a good choice for transmitting data and voice signals over shorter distances. They are typically used for data and audio/visual applications in local-area networks and connections within buildings. Multimode cables are generally color-coded orange or aqua;
The Aqua Fiber Patch Cables are for higher performance 10Gbps, 40Gbps, and 100Gbps Ethernet and fiber channel applications.
Singlemode Fiber Patch Cables are the best choice for transmitting data over long distances. They are usually used for connections over large areas, such as college campuses and cable television networks. They have a higher bandwidth than multimode cables to deliver up to twice the throughput. Most singlemode cabling is color-coded yellow.
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Complete Feature List*
Trim-Slice is based on NVIDIA Tegra 2 – a dual-core ARM Cortex A9 @ 1 GHz with ultra-low-power GeForce GPU with 1 GB DDR2 RAM soldered on-board.
Trim-Slice offers both SATA and dual SD for storage. Trim-Slice Pro incorporates a built-in 32 GB Sata SSD, while Trim-Slice H accepts standard 2.5″ SATA hard disk. All Trim-Slice models have an SD slot on the front and additional micro-SD slot behind a secured door on the side (pictured). Both SD ports support SDHC up to 32 GB.
Trim-Slice supports HDMI 1.3a 1080p and a 2nd DVI-D port supporting resolution up to 1680 x 1050. 5.1 channels audio is available through HDMI and through S/PDIF. In addition there are standard 3.5mm jacks for stereo line-out and line-in. Analog video input port will be made available in the future when SW support for the feature becomes available.
Trim-Slice has a Gigabit Ethernet port – implemented through one of the Tegra 2 PCIe ports and a built-in 802.11n WiFi. Bluetooth is provided as a USB dongle. Trim-Slice incorporates 4 USB 2 ports – two on the back and two on the front. On the front panel there is a micro-USB connector for USB device, and a mini connector for RS232.
Trim-Slice is built into an all metal case of 5.1″ x 3.7″ x 0.6″ (130mm x 95mm x 15mm). Trim-Slice power supply is 12V DC (8V-16V tolerant) Power consumption is 2-6W depending on devices in use, operating system and CPU/graphics load required by the application.


JERUSALEM (Reuters) – Israel Aerospace Industries (IAI) [ISRAI.UL] said on Wednesday that two of its observation satellites were successfully launched into space.
The OPTSAT3000, to be used by Italy’s Ministry of Defense, and Venus, which will help the Israeli and French space agencies research the environment, were sent into orbit late on Tuesday from French Guiana.
State-owned IAI, which built both satellites, said it was the first ever double launch for Israel.
Israel’s satellite industry suffered a big setback last September when communications satellite Amos-6 was destroyed in the explosion of a Falcon 9 rocket belonging to Elon Musk’s SpaceX at Cape Canaveral in Florida.
Reporting by Ari Rabinovitch; Editing by Steven Scheer


Magnetoencephalography (MEG) affords functional brain imaging with excellent spatial and temporal resolution. The scans are completely non-invasive and silent. Neuroscientists appreciate the sensitivity of MEG to even the subtlest of brain signals. For clinicians, the information gained through MEG leads to better surgical outcomes, especially in cases of severe epilepsy or brain lesions near eloquent cortex. York Instruments has incorporated recent dramatic developments in cryogenics, sensors, electronics and software into MEGSCAN. This revolutionary new MEG system is robust, accurate and highly modular. Above all, its flexibility of design is intended to keep pace with ongoing technological developments.
MEGSCAN is for investigational use only. It is not available for clinical use until regulatory approvals have been granted.
High performance magnetic sensors lie at the heart of every MEG system. The magnetic sensors used in MEGSCAN are hybrid quantum interference devices, HyQUIDs. HyQUID sensors, developed at Royal Holloway University, are more sensitive and have a lower noise floor than SQUID technology which is traditionally used in MEG. These cutting-edge sensors allow for recording of slow wave brain activity, and support clinical applications where slow waves are symptomatic of underlying pathology. The new sensors open the door to diagnostics of traumatic brain injury and post-traumatic stress disorder. At the other end of the spectrum, ultra-high frequency oscillations are also easily measurable.
Low noise electronics
The HyQUID sensors in the cryostat are controlled by advanced electronics outside the MSR. Using ultra low noise electronics mean no limitations on signal from the HyQUID sensor. The electronics in the rack use Flux Locked Loop circuitry to control the HyQUIDs and generate an output signal that is linearly related to the magnetic field changes detected at the helmet of MEGSCAN. The electronics synchronise and digitise the recorded responses, preparing them for display, storage and analysis.
York Instruments’ modular approach to electronics design means low cost, easy maintenance and easy future expandability for more EEG or analogue channels. The electronics are designed to support further advances in sensor technology. All hardware communication uses industry standard protocols which allow low latency access to data streams eg real-time display and real-time processing.
Liquid helium free cooling
York Instruments has taken advantage of recent advances in cryogenics to make a unique liquid helium free MEG. The HyQUID sensors operate in a superconducting environment that is maintained by Pulse Tube Refrigeration technology. Eliminating refilling and complex recycling of cryogens is one of the most significant changes to MEG technology in decades, reducing cost and removing the need to handle cryogens. The new system is more compact, has a lower operating cost, can be turned off and on quickly, and can be located in regions where it is difficult to ensure a regular liquid helium supply.
Ease of Use
MEGSCAN users enjoy dramatically improved usability in data acquisition and review. The dedicated suite of MEGSCAN software is installed on operator consoles outside the MSR, where participant preparation, data acquisition, and data visualisation and processing can be managed. This software has high-speed network connections to the Electronics Spine and a MEGSCAN Server Rack, enabling high sample rates for data acquisition. A separate interface for system configuration restricts access to system-level settings.
York Instruments’ software uses a plug-in architecture, permitting users to add their preferred protocols and tools to the control suite. Users can then easily export data files to open-source analysis packages. Simultaneous EEG data acquisition and viewing is enabled. Data is readable across all platforms using standard formats, while users will benefit from interface design that is effective and modern. In-built remote monitoring gives enhanced service support for the life of the scanner.
Patient comfort is critical to capturing good scan data, especially when working with children or vulnerable subjects. The product design for MEGSCAN reflects detailed input from clinical and research users. The MEGSCAN environment limits all extraneous wiring and equipment to create a calm, harmonious scanning environment. In particular, electronics and tubing are routed out of the MSR to reduce equipment clutter. In-built cupboards within the magnetically shielded room result in reduced clutter.
The custom subject bed or chair can be raised for prep and lowered for the scan.
Paediatric options are available as a build time option for sites that principally work with younger age groups.
As a patient, you may be wondering what to expect when taking part in a MEG scan. Click the link below to find out more.


Introduce yourself to the world of electronics by creating a simple circuit and controlling it with an Arduino Leonardo. All supplies will be provided.
- Construct a simple circuit and control an LED with an Arduino Leonardo
- Write a few lines of code in the Arduino IDE
- Come away with an introductory understanding of electronics and microcontrollers
- Thursday, April 7, 2022 Show more dates
- 4:00pm - 5:00pm
- Rose Makery (First Floor)
- Faculty Staff Students
- The Makery Workshop
Registration has closed.


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Milliman operates a call center for employee benefits and retirement management. Call Center employees typically must access multiple systems of record to retrieve information requested by callers. This increases call times, reduces employee productivity, and was increasing overall costs of the company.
Bryon developed an architecture and system to retrieve data from multiple systems and store in a single data warehouse. A front-end application was built to surface this information to call center operators for quick and easy retrieval during a call. Further, the system was integrated with the telephony systems to provide “call-pop” experience — meaning a customer’s data was pulled up on the screen automatically based on caller ID information.


OTC entities land broadband grants
News | Published on January 4, 2023 at 4:41pm GMT+0000 | Author: Tucker Henderson0
Grants to expand broadband coverage in greater Minnesota
A pair of Otter Tail County internet providers together have gained more than $4.5 million in grants to expand broadband coverage.
Otter Tail Telcom/Park Region is receiving nearly $3.4 million and Arvig is gaining more than $1.1 million from the Border-to-Border Broadband program administered by the Department of Employment and Economic Development’s Office of Broadband Development.
Senator-elect Jordan Rasmusson, R-Fergus Falls, has worked with state and local officials to help reach underserved areas of the region. In letters of support for local grants, Rasmusson indicated a quality fiber optic connected home has become an “essential tool for life, communications, telemedicine, school and work” and that he urged the OBD to approve the local applications due to their “economic impact importance to these rural areas.”
“Broadband access has been a focus of mine, including the line extension program that was created through legislation I successfully authored as a cost-effective approach to closing internet gaps throughout Minnesota,” Rasmusson said. “High-speed internet is crucial in today’s age of information, but we still have gaps in our system to close so area residents can enjoy equal technological footing compared with other parts of the state.”
The Otter Tail County grantees are among 61 broadband expansion projects around Minnesota set to receive a combined $99.6 million in grants. The funding primarily comes from two sources – half of a $50 million appropriation from the state Legislature and another $70 million in federal funding.
“This collaborative effort with our partners at the State of Minnesota, Otter Tail County, and local townships will be monumental for Otter Tail Telcom/Park Region to expand broadband access in Otter Tail County,” said Otter Tail Telcom/Park Region CEO Dave Bickett. “The project’s investment will bring fiber-to-the-premise infrastructure to approximately 1,186 locations in the rural Fergus Falls area. The state-of-the-art technology will offer Internet speeds of up to 1Gig/1Gig. We will be reaching out to all locations in the coming months as we prepare to implement the project. We extend our sincere appreciation to our partners for their initial and continued support as well as all the residents and businesses in the project area who will entrust us with the privilege to be their communication services provider.”
Overall, providers estimate the funding will extend new high-speed internet connections to more than 33,000 Minnesota homes and businesses in 48 counties. A list of grant awards by project can be found at www.mn.gov/deed.
DEED soon will launch a new Border-to-Border Request for Proposals to award $67.6 million for broadband deployment ($25 million from the Legislature and $42.6 million in federal funding). Applications are slated to open later this month. Check the DEED website for more information as it becomes available.
Arvig’s East Otter Tail County project
Arvig (East Otter Tail Telephone) will build a fiber optic mainline in the southeast region of Otter Tail County near Battle Lake, Henning, Parkers Prairie, and Urbank. Speeds are expected to increase throughout the area. According to the project outline, with the completion of this project, these Otter Tail County residents will be able to run their at-home businesses and farms, or work from home, more efficiently. They can continue or pursue their education online with confidence, they will have better access to telehealth services, and they will simply be able to access more entertainment and stay connected with their friends and family.
“As a service provider, it’s encouraging to be a part of this large-scale investment in rural broadband in Minnesota,” said David Arvig, Vice President, and Chief Operating Officer at Arvig. “These crucial projects will serve residents with the speeds they need to keep up with the next-generation demands of internet connectivity, whether it’s for work, entertainment or day-to-day life.”


With Acoustic Excellence and Top-Notch Performance Poly announces the Voyager Focus 2, the latest addition to Poly’s best-selling line of stereo Bluetooth headsets. The Voyager Focus 2 is a smart, wireless headset with amazing audio that’s intuitive and easy to use, combining Poly’s next generation Acoustic Fence technology with Advanced Digital Hybrid Active Noise Cancellation (ANC) to help you concentrate on what matters most.
“In this work-from-anywhere era where background noise comes at you from all sides, we saw an opportunity to build the next closest thing to a virtual sound wall by creating a literal ‘focus zone’ with the new Voyager Focus 2 headset,” said John Lamarque, vice president and general manager of the voice collaboration & professional headset business unit at Poly. “The Voyager Focus 2 is packed with three levels of hybrid ANC so all you hear is your call, while on the far end, all they hear is your voice because of our high-performance microphones and Poly’s Acoustic Fence technology. This headset is the best of the best, with the all-day comfort you need to stay focused.”
Crazy Good Sound
Callers are guaranteed to hear you clearly – not your surroundings – when you’re using the Voyager Focus 2 headset. Poly’s pro-grade noise-cancelling microphone with Acoustic Fence technology provides Poly’s best noise reduction yet, delivering crystal clear phone calls. Poly’s Advanced Digital Hybrid ANC comes with three settings: high, mid, and off so you can set the right level for your surroundings. A convenient carrying case is also included, so you always have a headset to use wherever you go.
While the Voyager Focus 2 is smart, you’ll never have to worry about not being heard. The Dynamic Mute Alert feature lets you know if you’re speaking while on mute, and an online ear cup indicator flashes when you’re on a call for a visual cue to others that you’re busy. Additional smart sensors will help you answer calls and play or pause music, and the smart microphone boom will automatically switch left and right audio no matter which side the headset is worn. The headset intuitively mutes the headset when the boom is in the up-right position to make sure you are always in control of your call.
Longer Talk Time
Poly has supersized its most popular Voyager Focus headset by not only extending the battery life in the latest model, but by also providing the option to use it as a corded device, with audio over USB mode. The battery alone will offer longer talk time, with up to 19 hours
Works the Way You Do
The Voyager Focus 2 headset is available in two different options to meet users’ complete connectivity needs. The Voyager Focus 2 UC headset connects to mobile phones, and PC/Mac via Poly’s new BT700 USB adapter that ensures a more stable audio connection and extended range in an ultra-compact form factor for when you need to step away from your device while staying connected. It also has a convenient desktop charging stand option to ensure one is always charged plus serves for easy desktop storing. For those who need to connect to multiple communication devices throughout the workday, the Voyager Focus 2 Office headset connects with desk phones, mobile phones, and PC/Mac. The Office version continues to charge in the base when the headset is not in use, so you are always ready to take a call. It can also be used as a wired headset when plugged into the computer’s USB port.
Microsoft Teams Open Office Certification
The Voyager Focus 2 headset has earned the Microsoft Teams Open Office premium microphone specification with its noise-cancelling microphone that’s enhanced with Poly’s Acoustic Fence technology, ensuring nearby conversations are always kept private. It is Microsoft Teams-certified and comes with a dedicated Teams button for instant access to the app. It’s also compatible with Zoom right out of the box to seamlessly support all your collaboration and communications needs.
“As employees look for more flexibility in the way they work with a greater need to focus and work from anywhere, the Voyager Focus 2 aims to please.” said Mohamed Alaa Saayed, ICT Industry Director & Fellow – Connected Work, Frost & Sullivan. “Poly’s Acoustic Fence Technology and Advanced Digital Hybrid ANC technologies are premium features that improve not only the user’s experience, but also the experience on the far-end – providing an all-around amazing pro-grade, audio experience.”
Poly+ and Poly Lens Supported
For added convenience, the Voyager Focus 2 supports Poly Lens, a personal device support service, making it easier for IT teams to troubleshoot and manage devices while working remotely. The Voyager Focus 2 comes with a 2-year limited warranty and access to Poly’s standard support. For additional piece of mind Poly+ is available, a paid subscription service that offers 24/7 technology support for personal devices around the world and a third-year warranty.
The Voyager Focus 2 joins Poly’s ever popular Voyager Focus UC line, which will continue to be available for purchase soon.
For more information on pricing and availability of the Voyager Focus line-up, please contact Headset Solutions.


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