This guide lists the requirements for using the HereNOW Mobile Apps on iOS and Android.
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- An Internet connection – WiFi (a/g/n/ac) or wireless (3G or 4G/LTE)
- Bluetooth wireless speakers and microphone (Optional)
Supported operating systems
- iOS 8.0 or later:
- Send and receive video using front or rear camera
- iPhone 4 or later, iPad Pro, iPad Mini, iPad 2 or later, iPod touch 4th Generation, iPhone 3GS (no front facing camera)
- iPadOS 13 or later
- Android 5.0x or later
- Any 1 Ghz single core processor or better (non-Intel)
The bandwidth used by HereNOW will be optimized for the best experience based on the participants’ network. It will automatically adjust for 3G or WiFi.
Recommended bandwidth over WiFi:
- For 1:1 video calling: 600kbps (up/down) for high quality video and 1.2 Mbps (up/down) for HD video
- For group video calling: 600kbps/1.2Mbps (up/down) for high quality video. For gallery view: 1.5Mbps/1.5Mbps (up/down).


Microsoft has unveiled their new budget friendly Nokia 222 and Nokia 222 Dual SIM.
This devices will be available in selected markets beginning September and price starts at $37 before local taxes. This Nokia 222 is actually the successor to the Nokia 220 that launched a year ago.
The Nokia 222 and Nokia 222 Dual SIM comes with the same set of specs besides that the latter supports dual SIM feature. Also feature in both device is the Micro-SIM slot and run with Nokia Series 30+ operating system.
Microsoft boasts the new Nokia 222 and Dual SIM with FM radio playback up to 45 hours and MP3 playback up to 50 hours. some of pre installed applications include GroupMe by Skype, Twitter, Facebook, Messenger. This handsets are both Slam technology, meaning it allows sending and receiving data with another Slam-Enable devices. Both has a flashlight feature. Furthermore, the Nokia 222 Continue reading
The market head of Nokia has mentioned it may go into a price battle for 3G and 4G mobile phones as this struggles to restore the top place which it lost back then in 2012 to South Korea’s Samsung currently the biggest selling manufacturer in India.
The Microsoft’s Mobile Device Sales, Corporate Vice President Chris Weber mentioned “We want to continue to push price points lower and lower than anything we have today. That’s the statement for both 3G and LTE (4G) because that is the thing which gives us scale of the ecosystem”
Microsoft US IT giants operate Nokia Mobile Phone Company. The company leadership position was badly affected most due to numerous flows of low cost Chinese mobile phones. The Nokia lowest price 4G phones Lumia 635 is actually around Rs. 11,300 before taxes but it is not really available in India.
Chris Weber mentioned that “We are also trying to push price point even lower on LTE devices like 635 to take advantage of that (Indian telecom operators plan to launch 4G services) opportunity. The goal is to make sure that we have a full portfolio that plays in to that opportunity”
- Image from techradar.com
Microsoft revealed that the Lumia 530 launch date will be this coming September 4 and it will be available from Vodafone, Carphone Warehouse, EE, Phone 4u and O2 in a variety of colors such as the dark grey, bright orange and bright green.
With your £60 you can get the Windows Phone 8.1 handset with a 1.2GHz Snapdragon 200, a 4inch 854×480 display, a 512MB of RAM and a 5MP camera. In the top there is 4GB of built in storage together with a microSD slot that helps cards of up to 128GB and a 1430mAh battery.
Since this is a low end phone, expect that there is no front camera for you to take selfies turn in backwards perhaps, also there is no flash at the rear camera. Lumia 530 is just a little development over the Lumia 520, in just £60 you can hardly complain about the device or maybe you want to check here the related cellular country complaints.
This Nokia Lumia 520 has been one of the most successful Windows Phone devices and with its value we assume the Lumia 530 may replicate the strategy. Not just in western areas, but may proceed Microsoft good rise in developing regions too, in which its objective essential to the company as it seems to boost its consumer base as rapidly as possible.
Nokia broadcast 3 Android Smartphone X, X+ and the XL. Nokia which usually offers introduced 3 android in these days from the cell phone world Congress held in Barcelona, has also declared a couple of brand new mobile phone handset the Nokia 220 and Nokia Asha 230.
The Nokia 220 is actually a great entry stage mobile phone however provides online access. It is valued at €29 merely or even Rs 2500. This comes pre-loaded along with Facebook and twitter right away of the package. In addition, it offers MP3 player, video player as well as radio but need headset serves as antenna, and six game loft games like the Assassins Creed, Adrenaline, Asphalt 6, Block Breaker 3, Combat 2 and the Brain Challenge 3.
Nokia 220 dual SIM provides a 2.4 inch display, The 2 megapixel back camera, and the 32gigabye micro SD card assistance.
Connectivity smart, the dual sim Nokia 220 provides the micro USB interface for date exchange as well as charging, and Bluetooth 2, 1 along with Nokia Slam; the function that enables you to discuss multimedia content like pictures as well as videos along with neighborhood buddies, wireless, and pretty much instantly. It provides 13 hours talk time,
Nokia as being a finish firm is remarkably attaining 20% mobile phone transmission within the United States. This success is because of the 2 major business power of the organization. The 2 business levels are Nokia mobile phones and mobile phone network infrastructure. Individuals two constitute 90% of Nokia’s revenue. The organization gains this success due to their resolve for quality, as well as their mission to supply customers with innovative design Nokia cell phones.
Nokia is narrowly concentrating on Nokia mobile phone and mobile phone infrastructure because the organization sees significant growth potential within the mobile telephone industry. Nokia is poised on giving landline telephony greater challenge in in the future. It’s began and it is quickly becoming a threat. Although of course, one of the three major gamers within the United States cell phone industry, using its cell phones and mobile phone infrastructure’s, can fulfill this goal due to their strong resolve for transform the bile phone industry. Bigger might be another gamers but Nokia’s concentrate on leading edge technology to assist developing nations do without land-base communications and gain fast communication the cell phone usage, might be possible. However, Nokia cell phones and it is exceptional technological design are facing greater challenge regarding the short-paced developments within the mobile phone industry. It can also be facing prices challenge, more particularly, due to the downward global economic condition.


IoT System integration
From environmental sensors to lighting and ventilation devices, our ADAS IoT and Smart Greenhouse system integration capabilities allow for real-time, synchronised feedback between data inputs and action outputs. Inputs can be data-driven or time-driven, and this automation logic can be programmed based on each client's particular requirements.
ADAS IoT functionalities vary depending on the features required by each client. Therefore, we can support a range of capabilities ranging from local data storage and display to cloud connectivity and remote control.
As believers in a tech-based agricultural future, we are committed to constant innovation with the aim of developing efficient smart systems to achieve food security for future generations.


LIVE PHONE ANSWERING SERVICES
Phone answering services are the in-demand service among live answering services in the call center sector of the business process outsourcing industry. If you want to stop calls going to an interactive voice response system and instead have a live phone answering service, then phone answering services are the best bet for you.
How does a phone answering service work?
A phone answering service works in a way where it replaces the automated voice message or IVR system. Instead, it relies on a live operator to answer the call at any time of the day. For a phone answering service to work, the operators must be trained in answering the calls of the customers who are otherwise used to automated answering services. A phone answering service reduces the turnaround time for a call to be put through and eliminates the automated part of it, making it much more personal and responsive to the customer’s needs.
What are the benefits of using a phone answering service?
A business answering service uses people to answer the calls from customers instead of routing them to a machine-oriented system. There are several benefits of using a call answering service and these include –
- In times of customer emergency, it is better to have a person taking the call instead of a machine which makes it more personal for the customer and goes a long way in relieving the stress of the emergency.
- For medical businesses, it is always better to have live people taking the calls to alleviate the concerns of the customers who may want to explain the details of their problem and get support from your staff.
- There are some businesses that need 24-hour answering services like banks and other financial institutions that offer credit cards. For these types of businesses, it is advisable for them to have someone answering the phone at non-regular hours and responding to the complaints.
- For many organizations, automated voice response systems are used to deal with calls after office hours. It may be a better idea to have a live telephone answering service instead of a voice mail system.
Call Center Software we use
The need to outsource phone answering services
There are several cost advantages and other benefits that add an increase to your business in case you decide on answering service outsourcing. You not only get access to fluent English speakers but also get high-quality service at competitive rates. Among the outsourcing destinations, India has emerged as a favorite of companies worldwide in providing outsourcing services.
Why choose SBSG Call Center Solutions?
SBSG is a pioneer in the area of professional answering services and is re-known for its committed and reliable service in this area. If you are a small business and need small business answering service or you are a large scale operation looking to outsource telephone answering services, SBSG offers the right mix of budget and scale. To put it in other terms, budget services for the small and medium businesses and operations of scale for the large organizations.


Better customer service is a powerful tool to expand your business. By incorporating voice assistants such as Alexa, Google Assistant and Siri into your digital solutions or products, you provide another avenue for customers to interact and engage with your team. With improved communication, customers save time and walk away with a positive experience with your brand. At Emtec Digital, we provide custom voice assistant services leveraging SDKs and APIs to empower clients to embed these innovative features into their solutions. With NLP, voice assistants can help customers request information on an order, assist them with product options while shopping, help them make an appointment and more.
Voice assistants in the workplace can automate frequently conducted manual activities to improve employee productivity, efficiency and revenue. They can help save time and hassle of writing, reading and managing emails, meetings and calls. They schedule appointments, make calculations, connect calls and enable multitasking for employees. Employees can update ERP systems, track travel, device or asset data, manage expenses, to-do lists, inventories and more.
Flash Briefing Skills
Consumers use voice assistants daily or weekly to browse through calendars, read their to-do lists, schedule appointments, set engagement reminders, consume news or request weather updates. The flash briefing API enables voice assistants to fetch this data from multiple devices and provide a quick response. This helps users save time and effort of several touchpoints and multitask effectively.
Smart Home Skills
Alexa controlled devices have simplified the use and experience of domestic devices. When connected with cloud, these devices use voice commands to guess the user intent and perform actions. Consumers can control or adjust home lights, temperature, air conditioning or play music, book cabs and more. At Emtec Digital, we create digital solutions that enable domestic devices and appliances to be cloud-connected. We integrate devices with speech and text interaction capabilities to provide a seamless user experience.
This Is How We Create Success Stories
Our Intelligent Automation experts take clients' unique business needs such as enhancing customer interactions, automating repetitive tasks, saving costs and effort, building a digital concierge etc. and develop powerful solutions that meet their aspirations bringing improved operational productivity.
Learn how technology can help you simplify critical 3PL processes to gain maximum economies of sc...
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PKP Polish Railway Lines (PKP PLK) has announced a four-lots tender (2014/S 196-347242) for the design, supply and installation of new passenger information systems in 763 railway stations throughout the country. The system is scheduled to be ready by the end of next year.
“The installation of the system in almost 800 stations and stops will definitely improve the rail journey. Electronic bulletin boards and info kiosks will inform on next several train connections. The investment will increase not only the standard of the information delivered, but will also increase the safety of passengers, thanks to the monitoring system”, said Andrzej Pawlowski – Vice President of PKP PLK .
All the stations and stops in the project will be equipped with loudspeakers and electronic boards showing the timetables and train information. In addition, in 288 key stations, PKP PLK will install platform displays, with visual, dynamic passenger information.
The procurement is part of the project “Design, supply and installation of dynamic passenger information and monitoring systems, including technical infrastructure in railway stations and stops”, financed under the Operational Programme Infrastructure and Environment (OPI&E) 7.1-106.


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Though schools are currently practicing remote learning to follow government guidelines to help prevent the spread of COVID-19, Norris is hard at work with two school systems in the Green Mountain State. They are providing valuable upgrades to life-safety and security systems to prepare for the eventual return of students, faculty, and staff.
Norris is helping to keep people safer at Lake Region Union High School in Barton and Poultney High School in Poultney.
Norris currently handles all life-safety and security systems at LRUHS, including HALO, a new vape and bullying detection system from IPVideo Corporation.
Norris has deployed the HALO system at LRUHS in conjunction with Vigilance software to alert staff to students vaping quickly.
As previously reported, Vigilance worked directly with IPVideo to develop a direct integration between the two solutions.
According to Vigilance Software Head of Product Jeremy Boutot, Vigilance worked directly with IPVideo over the last year to integrate directly with the HALO Sensor. The resulting integration gives LRUHS a more advanced alerting and notification system that is faster and easier to use.
Unlike a traditional HALO vape detector deployment that may use a slower email process for alerts, Norris offers the fastest alerting possible (3-5 seconds) through Vigilance software, which sends alerts to select staff members’ mobile devices and PCs. With multiple staff members receiving alerts in the fastest possible manner, response time is cut down, and subsequent incidents of student vaping should decrease.
Folks at LRUHS are thrilled with the new solution.
“Vaping was and is a problem. The detectors are working well on both the vape detection and the tampering with both happening before school was closed,” said LRUHS Head of Maintenance BJ Judd. “Norris is always good to work with as we have worked with them for several years on various projects.”
Judd also noted that there was “no real data” yet on how effective the HALO detectors are overall since remote learning was instituted before he could start charting incidents.
In addition to their work at LRUHS, Norris is also hard at work at Poultney High School in Rutland County.
Norris has deployed a new American-made Sapling Wireless Synchronized Clocks System. After several decades of using a hard-wired clock and bell system plagued with limited programming options and intermittent synchronization, and power issues, administrators worked with Norris VT systems integrator Dame Diette to modernize.
“One Sapling master clock unit installed and connected to their network transmits a wireless signal to battery-powered classroom clocks through a license-free mesh network,” Diette said. “As a result of the built-in repeaters in each clock, the wireless signal can be received by any clock within the signal’s radius. This adds an extra layer of insurance that the clocks in their system are displaying the correct time.”
Representatives of PHS did not return emails by the deadline.
Diette also noted that the master clock has automatic bi-annual daylight savings time adjustments and allows PHS staff to update set bell schedules and manually activate the bell from any Internet-connected PC.
“The user-friendly web interface is simple to use and update as needed,” Diette said, “and the clocks themselves only need their batteries changed about every seven years.”
What is Norris all about?
Norris Inc. is a South Portland, Maine based company, founded over 40 years ago. Since then, they have become an industry leader in New England.
Norris Inc has satellite offices in Bangor Maine, Lee New Hampshire, and Burlington Vermont. Norris Inc. is a life-safety and security systems, and communications integrator.
Norris provides fully integrated life-safety and security solutions, including fire alarm, intrusion detection, access control, video surveillance, communications, and emergency notification system.
Minuteman Security Technologies acquired Norris Inc. in early 2020. Minuteman is a privately-held, leading provider of enterprise security systems and technology solutions. Their offering including custom design, installation, development, and support services.
Minuteman offers a diverse range of advanced security management systems, including video surveillance, access control systems, emergency communications, intrusion detection systems, and public safety security solutions.
Minuteman Security Technologies serves a broad range of enterprise clients with regional offices and field support locations across the US.


Design your electronic solutions through us
WHO WE ARE
SAP technologies is a technical marketing company providing services and solutions in the area of Hi-technology Electronics like Defense, Space, Telecom, Avionics and other harsh environment applications where reliability is critical.
SAP Technologies represents Global companies in the focus area of Defence, Space and Telecom.
SAP Technologies along with its partners would be working on building Hi-Technology products & subsystems from design, Develop & manufacturing to support Defence, Space and Telecom companies in India and plan to export the same outside India.
SAP Technologies work with partners to provide alternate sources for End Of Life and Obsolete products in Hi-technology areas to support Defense, Space and Telecom Customers.
Frequency Control Products
Clock Oscillators, TCXOs, OCXOs, XOs, DROs and PLOs
Saw, Cavity, Crystal, LC Filters and Tunable
Circular, RF & Microwave
RF & Microwave
Synthesisers and Amplifiers
GNSS Receiver, GNSS Disciplined Oscillators
We work with our partners to develop Hi-technology Products & subsystems for Defense, Space and Telecom
#30, Sharada Nivas, 15th Cross, Ashoknagar, BSK 1st Stage, Bengaluru - 560 050
Phone: +91 94480 47879
Skype : anjanprasad


Mobile Number Tracker + Tracer
Mobile Number Tracking Software (Mobility Number Tracking Software) is a free and powerful application that allows you to find your mobile number. It allows you to track the location, mobile number, name and other details of a mobile user.
How to find the mobile number location?
Many people asked me how to locate the location of a mobile number in Pakistan when I worked for ABC mobile operating company. To learn this first, we have to know how mobile technology work. The coverage is provided by mobile companies that divide the area into smaller areas known as the sector. Every cell has 3-6 antennas, which are placed in particular directions and attached to a tower. The tower is usually located in the middle sector. The phone’s connection to the tower is maintained when the phone turns on. So Mobile companies can check at any time that a definite mobile number is in which area and to be extra precise on which aerial to know the more exact location. DHA is a block. The antenna at the tower that provides wireless coverage for Phase-2 of DHA is an example.
There are many government agencies that use the powerful Mobile number tracking system to number trace individuals. Otherwise, police have the technology to number trace online. This service is only available to companies and government agencies. However, it cannot be used by the general public. This software allows you to track your mobile number around the globe. Software is available for many purposes, however it can be expensive and not accurate at all times. The software is completely free and available at our blog. Click the link to get the software.
This software is very popular and trusted because of this mobile tracking software used by police. Mobile Tracker with Name And Address, Mobile Tracker India. Mobile Tracker India. Mobile Tracker India. Mobile Tracker Android. Mobile Number Tracker App. Mobile Tracker App. We offer one powerful software that can trace any device. This software can be used on all platforms, Windows PC, Mac PC, Android Phone, iPhone and all other devices. The Download Button below allows you to download the Mobile Number Tracking Program for free.


Looking for a unique business opportunity in broadband internet? Bridge Internet is partnering with entrepreneurs to rapidly expand broadband internet availability in rural areas throughout America. Our unique partner program is like nothing else out there. Broadband is a multi-billion dollar industry that’s growing faster than ever! Wireless is quickly proving to be future of broadband so now is the time to get involved!
Why Partner With Bridge Internet
Bringing broadband where it’s never been before.
The year is 2021, yet 100 million Americans lack access to reliable, affordable, unlimited broadband internet access. Bridge Internet is pioneering a path for these Americans to have the proper access they need for online education, remote healthcare, alternative news access, and family entertainment they deserve.
We are the first joint venture licensing program for community-minded investors throughout rural America! Our territory owners will have the opportunity to provide communities with state-of-the-art high speed internet, voice, and internet based services. We are attracting like-minded entrepreneurial leaders who desire an aggressive potential return on investment.
Rural Broadband is a Multi-Billion Dollar industry
With over 20% of rural America still being under served by existing options there is an enormous opportunity to bridge the broadband gap in those areas. With emerging 5G and existing 4G solutions Bridge Internet fills the niche of rural America’s Broadband needs with speed and efficiency. Our team with over 70 years combined industry experience has developed the well-oiled machine we call Bridge Internet. We hope you join us on the wireless grid today!
Join The Broadband Revolution With Our Unique Partnership Program
Bridge Internet has developed a well-oiled and scalable WISP (Wireless Internet Service Provider) business model that makes rural broadband a reality everywhere. Bridge has the following resources available:
- Customer Care Center – Tech support, sales, billing, customer service
- IP Services – Fiber optic transit and transport procurement
- Tower Services – Vertical asset acquisition and build out
- End User Installation Services – Installer training & management
- Infrastructure Services – Engineering, installation & maintenance
What Does Partnership Look Like?
Our partnership program is like no other opportunity in the broadband business! No industry experience necessary! Our efficient and highly automated business model enables our partners to enjoy a 50/50 net profit share with Bridge Internet.
WHAT WE DO
We have perfected the WISP business model and handle all aspects of the day to day operations including:
- System design, engineering and infrastructure installation necessary to deliver broadband services to subscribers.
- We facilitate the partnership and manage all partnership business with our team of skilled professionals.
- We handle all aspects of the sales, installation, billing, support, infrastructure and maintenance.
- Our experienced team will lead the partnership to success on all aspects of our WISP business.
OUR PARTNERS INVOLVEMENT:
- The partners capital contribution helps pay for the needed infrastructure to build a broadband internet system within a designated area.
- Our proprietary automation technologies allow partners to view all aspects of the business in real-time on any internet connected device with a web browser.
- We have single area territories in addition to master development territories available throughout the United States.


Besides cannabis, the sector I’m most asked about is 5G.
So today, I’d like to offer Wealthy Retirement readers a glimpse at the top 10 companies at the leading edge of 5G development.
But first, to know where you’re going, you have to know where you’ve been…
So let’s take a short look at the history of mobile phones to get a glimpse of why the next mobile generation is such a big deal.
From “The Brick” to Bluetooth
In the late 1960s and early 1970s, no one had a cellphone.
In the 1980s, they were the toys of the affluent – status symbols that retailed for thousands of dollars. Only movers and shakers had cellphones.
Most of us fondly remember Gordon Gekko’s Motorola DynaTAC 8000X, aka “The Brick,” in the 1987 film Wall Street.
If you don’t, you probably weren’t born yet.
In 1984, there were a mere 91,600 cellular subscribers in the U.S. By 1985 – despite the gargantuan $3,995 price of a DynaTAC – the number of subscribers had surged 271% to 340,123.
Back then, the standard was 2G (second generation). And Motorola was the top handset maker, with a 70% market share by 1985.
Thousands of people were on waiting lists to buy the DynaTAC 8000X.
But it was a slow burn. It’s amazing to think just 2% of Americans had mobile phones by 1990.
Then, a decade later, everything began to change and accelerate. Wireless technology evolved, and the Europeans swooped in. The biggest handset makers were overseas as cellphones started on their path to ubiquity.
Of course, the world was transformed in 2007. Apple’s iPhone was introduced, and this torpedoed the once-fashionable Blackberry into obscurity.
“Smartphones” were born. No longer were we carrying around dumb bricks of plastic – even though they’d shrunk considerably from Gekko’s infamous beach walk.
Email, music, the internet and apps were suddenly available to everyone. And the cellular networks had to change… to become more robust.
We had 3G, 4G and then 4G LTE standards. And despite all that we do on our phones now… it’s not enough.
Our personal data demands are increasing exponentially as our smartphones serve as a tether to every aspect of our lives. The traffic generated by smartphones will increase 10 times over from 2016 to 2022.
From business to social media to wandering the internet in search of new cat videos or streaming our favorite programs through a wide variety of services.
But salvation is on the horizon in the form of the next network upgrade… 5G.
5G will advance connected vehicles (everything from cars to ships), the Internet of Things (IoT) and a whole host of other technologies we’ve been patiently waiting to become commonplace.
5G is that bridge. And we can’t evaluate who’s on the leading edge of this industry without examining which companies hold the most patents…
The Patent Powerhouses
China and the U.S. are racing to be the leader in 5G. And at the company level, it’s a fairly tight race.
For now, China’s Huawei is edging out America’s Qualcomm (Nasdaq: QCOM) for the total number of 5G patents.
China’s ZTE Corp. (OTC: ZTCOY) also cracks the top 10. And Qualcomm is joined by fellow American tech giants “Big Blue” IBM (NYSE: IBM) and Intel (Nasdaq: INTC).
Though Huawei is in that No. 1 spot, it’s worth noting that the U.S. has more total 5G patents than China.
Of course, China and the U.S. aren’t the only players.
South Korea’s Samsung (SMSN.IL) has the third most 5G patents, followed by fellow Korean electronics major LG (LGLG.IL).
The European telecom giant Ericsson (Nasdaq: ERIC) also makes the top five.
Meanwhile, Japan’s Sharp Corp. (OTC: SHCAY) and Sony Corp. (NYSE: SNE) round out the list.
As the 5G market matures, these companies will be looking to weaponize their patent portfolios. (Though eagle-eyed investors will notice most of these companies are slow movers and shares are not easy for average investors to snag.)
At the moment, we’re at the dawn of the 5G revolution. We’ll see a more expansive rollout over the next couple of years.
The reality is, 5G is going to be magnitudes faster than the generations before it.
But – as with anything the world waits on with bated breath – 5G will be here sooner than you think.


Project Soli: Futuristic New Google Project That Let's You Control Devices Without Touching Them!
A new endeavor from Google's Advanced Technology and Projects sector hopes to revolutionize how we interact with technology. Called Project Soli, the new venture introduced by the lab uses radar to detect hand movements and finger "micromotions" to control everything from the volume controls on a stereo to a device's on-off switch. The radar sensor is smaller than a fingernail, and can be embedded in virtually anything. Posted By Persist


Feb 13 2016
01:30 - 02:30
At approximately 01:30 Network Engineering observed a distributed denial of service attack against the UGA campus edge. This DDOS continued until approximately 02:30
Impact On End Users[more]
Feb 10 2016
05:00 - 06:00
Network Engineering has received an emergency maintenance announcement from SoX NOC.
Internet2 engineers will perform maintenance that will affect the SoX-Internet2 peering (this may also affect the TRCPS peering).... [more]


Telos or Tmote Sky¶
This page has been posted in response to many emails we have received asking about interfacing the Tmote Sky boards with the CMUcam3. We have tested that the power connections work, however we have not run any application code on the Tmote boards to communicate with the CMUcam3. From discussions with other people the configuration seems to be functional, but please use with caution.
The CMUcam3 can connect to either the Tmote Sky or Telos board using the CMUcam3's AUX I/O header. This allows the TTL UARTs to be connected as well as the board power and various other GPIO pins. We currently do not have any sample code available for TinyOS, but (as always) we would be interested in posting anything that people contribute.
*Warning: Do not connect a Tmote Sky board directly to the CMUcam3 and power both devices off of an AC adapter with resistor R6 installed! *
By default the AUX POWER pin on the CMUcam3's AUX I/O header is directly connected to the power input to the CMUcam3. This allows an external connection to the AUX I/O header to power the CMUcam3 board. In many cases when the CMUcam3 is given a large power supply such as from an outlet, you may want to change this configuration to power the wireless node directly from the CMUcam'3 internal regulator. This can be done by moving the resistor at R6 to R11.
It is also possible to run the CMUcam3 and the sensor board independently by removing both R6 and R11. This can be a useful configuration if you would like the sensor node to be able to power the CMUcam3 on and off using the Power Enable pin on the CMUcam3.
Below are two examples of how to power the CMUcam3 and a sensor node from battery supplies. The left option allows the sensor board to remain on at all times such that it can gate the power supply to the camera. The right option is simpler to implement, but does not allow for the camera to be powered down into its lowest consuming sleep mode. This option is ideal if the CMUcam3 is getting supplied from an AC adapter or other larger source of energy.
This images shows how to connect a Tmote Sky board to the CMUcam3. Note, that the battery has been removed and a receptical (S6105-ND from Digikey ) has been soldered onto the bottom side of the Tmote Sky board.
The 10-pin expansion pinout from the Tmote Sky.
The AUX I/O pinout from the CMUcam3 matches in the same way as shown in the above photos if the Tmote Sky header is rotated clockwise by 180 degrees.
- Power Enable -> ADC3
- GND -> GND
- *SCK -> I2C_SDA
- *MISO -> ADC2
- CAM Reset -> I2C_SCL
- *CS -> ADC1
- RX2 -> UART0TX
- *MOSI -> ADC0
- TX2 -> UART0RX
- AUX POWER -> AVCC
- These pins are connected to the SPI bus. Make sure to set them as input on the sensor node when the CMUcam3 accesses the SD/MMC card slot. *


DTS Virtual X
Unleash your TV sound with the Hisense HS2100 2.1 channel Soundbar.
Using DTS Virtual X to create an immersive surround sound experience, this Soundbar is perfect for movie night. Its 6 audio enhancement modes, including news, movie, sports, game, and night modes, optimise sound specifically to the content or time of day. The ARC socket provides a simple one-cable connection with the included HDMI cable, while Bluetooth audio makes it easy to connect your phone, tablet or laptop wireless to enjoy music and more.
DTS Virtual X - Surround Sound
Whether you’re gaming, watching your favourite movie or show, or listening to that new track on repeat, DTS Virtual X enhances the entertainment you love across all of your devices. It goes beyond ordinary listening by transporting you with the breakthrough spatial sound experience that draws you in deeper, so you hear and feel more.
Wireless & HDMI eARC
With HDMI eARC, the Hisense HS2100 can connect to your TV through a single HDMI cable (included), connect wirelessly via Bluetooth, and control both with one remote. You’ll be enjoying better TV sound in seconds.
Get the best audio performance from music, movies, and news with a simple touch of the remote with 6 preset EQ settings.
Need to know more about supporting your Soundbar? See the pages below for more information.
Because who wants to be
out the loop?
Be the first to hear about Hisense product updates and exclusive offers


If you are looking to buy a White 4K TV online and want the very cheapest price on this Ultra 4K TV then you have come to the right place as we have the cheapest deals on 4K TVs like a White 4K TV.
So below are the very cheapest prices we could find for a White 4K TV:
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Why Buy a White 4K TV
Buying a White 4K TV online is a very good choice as the prices are now so low and they offer a ridiculous level of technology and features and so you really do get the very best Ultra 4K TV with a White 4K TV.
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What Is Cross-Over Cable?
In a Ethernet networking environment – like in a family home with multiple PCs that are wired – the computers must all connect to a central router. The router takes all the bits being sent out by the computers and relays them onto the other devices on the network. However, a crossover cable can be used to connect two devices directly, without the need for a router in the middle. It simply reverses some of the pins so that the output on one computer is being sent to the input of another. In the years before my family had Internet, I used this to play 2-player network games!
What You’ll Need
- -Some Ethernet cabling, obviously. I’ll be using CAT5 today. Strictly speaking, CAT5e is certified for true gigabit support, but in practice plain old CAT5 cabling can be used just fine over short distances.
- -A crimping tool. This your all-in-one networking tool – specially shaped for pushing down the pins in the plug and able to strip the shielding off cables, as well as cut.
- -2 RJ45 plugs.
- -(Optional) 2 plug shields.
- -The diagram below, preferably printed out as a reference.


The network in a cluster consists of several independent parts:
- The cluster interconnect acts as the communication backbone between the nodes
and needs to be a high speed network with low latency and high
bandwidth. 100 Mbps Ethernet is minimum, 1000 Mbps typical and special high speed networks are nice to have.
The interconnect is primarily used for inter node communication as there is:
- Cluster management
- node boot, cluster membership (heartbeat, I'm alive), load balancing, cluster administration.
- Remote file access
- open, read and write of files (and devices) that are managed on remote nodes, record and/or file locking, synchronization of I/O.
- packet routing between nodes on different subnets or nodes with dissimilar protocol stacks.
- Distributed applications
- any form of communication among parallel instances of an application or middleware (distributed database, distributed lock manager, applications implemented via PVM or MPI).
- The storage area network is an optional part used to access disk and tape devices. Network hubs and switches give shared access to multiple nodes enabling both scalable and highly available services. Fiber channel is the dominant network media today but IP based protocols like iSCSI and HyperSCSI are gaining momentum.
- While the former two were private the public network lets clients access services on the cluster. Synchronous protocols like SDLC and X.25 played a major role in the past. They scaled by cloning (replicated controller and links) and a minimum of two links is required to achieve high availability. In todays computing centers the ubiquitous IP protocol rules. Virtual private networks (VPN) give you scalable, uninterrupted access to almost any place on the globe.
Within the cluster IP scales by cloning. Vertical scalability increases the capacity of links but protocol stacks scale only if parallel or SMP capable implementations are available. Failure protection is at best limited to controller and link failures. Horizontal scalability does it all: adding nodes with additional IP interfaces expands the link and protocol bandwidth (without contention) and guarantees high availability through a variety of techniques.
In order to appear as a single entity clusters need a single (or multiple) IP address that clients connect to. But at the same time clusters require scalable and fault tolerant networking which is achieved by interface cloning. You solve these conflicting requirements by using virtual IP addresses (VIP). A VIP is advertised on the network but is not bound to a physical interface before an ARP request comes in. Binding the VIP at ARP time yields both scalability and high availability and works best with a large population of clients and short sessions.
VIPs are implemented either
- within the cluster running on a dedicated (director) node that answers ARP requests and passes the request to other nodes that service the request and reply either directly to the client or via the director. Making this setup highly available is not a trivial task.
- outside of the cluster running on an external load balancer. A variety of devices exist that differ in network throughput, load balancing algorithms and other features. Again care has to be taken to avoid SPOF.


Modern hearing devices are more sophisticated than ever, with some now offering patients the option to link the devices directly to their smartphone of choice, greatly expanding their functionality and the features they offer.
Few things are as ubiquitous as the modern smartphone. Given the tremendous technology packed into these pocket-size devices, it should come as little surprise that they can do anything from piping music and phone calls through your car’s stereo to monitoring your workout to streaming blockbuster movies while you wait in the dentist’s office. Increasingly, hearing device manufacturers are adding their latest creations to this list of gadgets able to communicate with nearby smartphones, drastically increasing the versatility and feature set of the same technology that so many people rely on for relief from hearing loss.
And these new features go far beyond simply transforming a hearing device into a miniature, high-tech earpiece for your phone. Imagine that you’re sitting in a noisy restaurant having a conversation. Traditionally, if you’re wearing a hearing device, this will require you to fiddle with the tiny knobs on the device itself. This is both annoyingly complicated and betrays the fact that the hearing device, no matter how small, is in your ear — a hurdle for image-conscious adults. However, if the hearing device is linked to your phone, you could make the necessary adjustments to blot out background noise using a convenient, intuitive app. Nobody has to know you even have a hearing aid — your companions will just assume you’re checking Facebook.
Or imagine you take your hearing aids out, fall asleep, then wake up unable to find them in the morning. Given the thousands of dollars the average hearing aid can cost, that’s a major problem. But if those hearing aids are linked to your phone, you could use your phone to track them down with state-of-the-art GPS technology.
The AGXsp hearing device is a good example of how smartphones are changing the capabilities of hearing devices. Not only is this device on the cutting edge of hearing enhancement technology, it also seamlessly syncs with Apple’s wildly popular smartphone, the iPhone. The AGXsp allows users to program custom audio enhancement levels depending on their setting, locate their hearing aids should they ever go missing, and answer the phone without having to hold a handset to their heads, among myriad other features.


My Fios Network Extender is not replicating the Network name (SSIDs) from my router, what should I do? With its 2 external antennas, this NETGEAR N300 WN3000RP extender will conveniently offer up-to 300Mbps in speeds.
Will my Set-Top Boxes communicate with the extender? Won’t support 5Ghz Band.
Some homes or businesses may be too large for the router signal to cover the entire location. Where should I place my Wi-Fi extender? u have an Ethernet cable going from upstairs to downstairs?
However, the extender is not similar to a network repeater that necessitates a robust wireless link to the home base. It has one switch and two buttons (fewer cords), link to 7 Best Work Shoes for Overweight in 2020, link to 7 Best Dynamic Microphone for Podcasting 2020, 1. It has the Gigabit LAN port plus the 3-pronged plug with the Access Point/ Extender being on the left side.
I have mine acting as extender for upper floors. Therefore, the wifi extender will be excellent in, Has a compact and suitable wall-plug build for easy connection to your power outlet while its LED lights with conveniently indicating the location of the device. Auto-Sync allow simple sync of the extender to the WiFi settings, Excellent extender coverage at about 1500 sq ft, NETGEAR AC1900 is the best Wifi Extender for Verizon FiOS. Take a look at the various consideration as you make your buying decision.
I have a G3100 recently set up in my house as my main router but still have my G1100 from my previous install that I now want to use as an extender down into my basement. When the Fios Network Extender is connected to your home or business network, the extender receives the Wi-Fi names from your router and replaces its default Wi-Fi Names with those of the router. Why does the sticker have Wi-Fi names and a password when it’s. Note: WCB3000N does not support 802.11ac. The extender will allow MAC address filtering with the WPA2 or WPA wireless protection. Further, the extender has external antennas providing great Wi-Fi coverage. Does my extender need to stand upright? There you have it: Best WiFi Extender for Verizon Fios! 12. ... Verizon router G1100, G3100, MI424WR rev. It allows a residential Wi-Fi range extension by about 325 feet thanks also to its beamforming technology that promotes better wifi strength and range. Also, the router allows easy installation by simply plugging the device into the wall outlet where you’ve located the router and finally press its WPS button. Free shipping. I Router) or Fios Quantum™ Gateway (G1100) , you can purchase a Fios Network Extender from the Fios Equipment and Accessories Store. To get the most out of your Network Extender, place it and your router at an optimal location. Pros Selecting the best work shoes for overweight persons is a crucial step towards enjoying a comfortable walk or smooth physical activities.
Finally, this NETGEAR N300 supports WPA2, WPA, and WEP encryption to guarantee total security. Check comprehensive details on the Net gear Website.
Luckily, the extender will support devices with the 5 GHz or 2.4 GHz – this is the 802.11 a/b/g/n/ac allowing them to reach 2.2Gbps. Considering the side, EX7000 is much smaller than the R7000 series. /r/Fios is a community for discussing and asking questions about Verizon Wireless' Fios related services. What does the WPS (Wireless Protected Setup) button do?
We are compensated for referring traffic and business to Amazon and other companies linked to on this site. Has a compact and suitable wall-plug build for easy connection to your power outlet while its LED lights with conveniently indicating the location of the device Nighthawk EX7300 AC2200 is a dual-band wireless extender that’ll eqasily get to 1,733Mbps (5GHz) and 450Mbps (2.4GHz) including support for MU-MIMO streaming and beamforming for simultaneous data streaming. All of our Verizon routers are compatible with the Fios Network Extender; however, some older router models will require manual configuration to replicate the Wi-Fi names for your router. This Nighthawk EX7300 AC220 will also provide 450 Mbps plus 1733 Mbps in terms of WiFi speed. NETGEAR AC1900 WiFi Range Extender – #1 Pick, https://www.youtube.com/watch?v=VXaZvLV6npU, Nighthawk™ AC1900 WiFi Range Extender | NETGEAR (https://www.youtube.com/watch?v=VXaZvLV6npU), 2. Further, the extender supports the Wi-fi WPS (Protected Setup) allowing quick (about 2 mins) setup. Further, you can use the Advanced Settings to make your appropriate power schedule allowing the extender to turn off and on at the required time of the day. If you are currently using the Fios™ Advanced Wi-Fi Router (MI424WR rev. The Dual Band (2.4 GHz & 5 GHz – FastLane™ Technology), 802.11a/b/g/n/ac supported WiFi extender for Verizon FiOS, will boost your current WiFi speed and range to attain up to 1900 Mbps. For General Information related to verizon, feel free to stop by /r/verizon. товара.
Ethernet in order to pass data traffic back to router and on to the Internet. I). EXCELLENT DEAL 1gbs SPEED. Further, with the FastLane technology and MU-MIMO, the extender will allow seamless simultaneous streaming.
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Continue reading if you are interested to know about jio customer care services. Reliance Jio became quite a hit even before its launch because of the services it has promised to offer. A huge step by the company to offer low data costs, high speed internet and 4G service plans have made the operator quite popular overnight. This LTE mobile network operator is a subsidiary of Reliance Industries, which has its headquarters in Navi Mumbai. Reliance Jio Infocomm Limited or simply Jio has become a household name in India with most of the people registering for its network and services. Apart from offering the wireless 4G LTE service network, Jio is the sole VoLTE Company in the country with network coverage in around 22 telecom circles.
Firstly, the partners and employees of Reliance Jio were introduced the 4G services in 2015. Later in 2016, it was made commercially available for everyone. It is probably the first mobile network operator in the world to have registered with approximately 16 million subscribers within the first month of its launch. And it crossed the 50 million subscriber mark in just 83 days. On the other hand, the company has announced about its association with other operators in the world like MTS, Millicom, Telecom Italia, BT Group, Deutsche Telekom and Rogers Communications among others.
Reliance Jio obtained pan-India license and operates in almost 22 circles across the country. Its 4G or fourth generation broadband services were launched in 2016. The company provides data, voice and peripheral services that includes instant messaging, movies on demand, streaming music, and a digital payments platform to name a few. In order to provide good broadband services, the company will join hands with local cable operators. At present, it has fiber optic cables of over 250,000 km across the country. Moreover, it also acts as a TV channel distributor, while providing television-on-demand option by way of its multi service operator. Before releasing its 4G data and telephony services, the company has offered wifi hotspot services for free in several cities like Visakhapatnam, Surat, Mumbai, Lucknow, Indore, Kolkata and Mussoorie among others. Not only these, but the free wi-fi was offered at six cricket stadiums as well.
Reliance Jio also teamed up with a local handset manufacturer, Intex to produce 4G devices incorporated with VoLTE feature. The 4G voice calling and high speed internet through a fiber network are the key highlights of Reliance Jio apart from the wireless network. The company even released LYF smartphone series in 2016 with these features. In addition to these, it offers several
List of Customer Care Numbers:
Jio Customer Care Number:198 / 199
Jio customer care email id: firstname.lastname@example.org , email@example.com
Jio Customer Care Toll Free Number Network:
1800-103-8877 or 1800-889-9999
Care Helpline for Jio Corporate customers:1800-889-9333
For any online shopping related assistance call:1800-889-9333
Customer Support Toll Free Number:1800-103-8877
To activate Jio Data services call:1800-890-1977
For Internet Data & Hd Voice activation Call:1977
|S.No||jio customer care||Ph. No.|
|1||Jio Customer Care Number||198 / 199|
|2||Jio customer care email firstname.lastname@example.org , email@example.com|
|3||Jio Customer Care Toll Free Number Network||1800-103-8877 or 1800-889-9999|
|4||Care Helpline for Jio Corporate customers||1800-889-9333|
|5||For any online shopping related assistance call||1800-893-3399|
|6||Customer Support Toll Free Number||1800-103-8877|
|7||If you want a new Jio Connection, Call||1860-89-33333|
|8||For Internet Data & Hd Voice activation Call||1977|
|9||To activate Jio Data services call||1800-890-1977|


Alaska, often synonymous with its icy landscapes, is becoming a hotbed of technological innovation, steering the North into a new era. Alaska tech advancements are not merely adapting to the extreme conditions they are thriving in them, redefining the narrative of what’s possible beyond the ice.
Arctic-Optimized Sensor Networks
At the forefront of Alaska tech advancements are sophisticated sensor networks specifically engineered for the Arctic environment. These networks, equipped with cutting-edge sensors and communication modules, serve as the digital eyes and ears of the North. From monitoring wildlife migration patterns to assessing ice thickness, these sensors provide invaluable insights, contributing to the sustainable coexistence of technology and nature.
Smart Grid Solutions
In the ever-expansive landscapes of Alaska, the integration of smart grid technology stands as a testament to the state’s commitment to energy efficiency. These intelligent grids, powered by Alaska tech advancements, dynamically manage energy distribution, optimizing resources and minimizing environmental impact. The result is a resilient energy infrastructure that adapts to the unique challenges posed by the vastness of the Alaskan terrain.
Within this technological tapestry, microgrids emerge as focal points of innovation. Leveraging cutting-edge energy storage solutions, these microgrids ensure a stable power supply to remote and off-grid communities. In the isolated expanses of Alaska, where traditional energy infrastructure is impractical, microgrid innovations powered by Alaska tech advancements are a beacon of sustainable energy solutions.
Quantum Computing in the Arctic Circle
Beneath the dancing Northern Lights, Alaska is harnessing the power of quantum computing, transcending the limitations of classical computing. In research institutions across the state, quantum processors, cooled to near absolute zero, perform calculations at speeds unimaginable just a few years ago. This quantum leap in computational capabilities is propelling Alaska into a frontier where complex simulations, weather modeling, and data analysis are revolutionized.
Cold-Adapted Quantum Hardware
The uniqueness of Alaska’s quantum computing endeavors lies not only in the sophistication of algorithms but also in the hardware itself. Cold-adapted quantum processors, engineered for optimal performance in sub-zero temperatures, exemplify the synergy between environmental adaptability and technological progress. These quantum machines, fueled by the relentless pursuit of knowledge, carve pathways into the uncharted territories of computational supremacy.
Advanced Marine Technologies
As Alaska’s coastline stretches along the frigid waters of the Arctic, maritime technologies have undergone a transformative evolution. Alaska tech advancements in marine engineering, navigation, and safety systems ensure that vessels traverse the icy waters with unprecedented efficiency and resilience. From icebreakers equipped with state-of-the-art sonar systems to autonomous underwater vehicles mapping the ocean floor, Alaska’s marine technologies are navigating uncharted waters with finesse.
One of the cornerstones of Alaska’s marine tech advancements is the development of ice-resistant materials. These innovative materials, designed to withstand the harsh impact of ice, are integral to the construction of vessels navigating Arctic waters. Through a meticulous blend of engineering and material science, these ice-resistant innovations ensure the safety and longevity of maritime assets in the challenging Arctic environment.
Connectivity Above the Arctic Circle
As the Arctic region becomes a focal point for global attention, Alaska’s role in providing reliable connectivity is paramount. Alaska tech advancements in satellite communication systems, strategically positioned in polar orbits, are beacons of connectivity in the vast expanse of the Arctic Circle. These satellite constellations, designed for low-latency and high-speed data transmission, bridge the digital divide and open up new possibilities for communication and collaboration in the far North.
Alaska’s prowess in satellite technology extends to the deployment of polar-orbiting satellites that circumnavigate the Earth’s poles. These satellites, propelled by the latest propulsion technologies, ensure continuous coverage of the Arctic region, enabling real-time communication and data transfer. The marriage of orbital mechanics and cutting-edge communication protocols exemplifies the role of Alaska tech advancements in connecting the remote corners of the Arctic.
In the heart of the Arctic, beyond the ice, Alaska’s technological tapestry unfolds. Alaska tech advancements are not just overcoming challenges they are thriving amidst them, carving pathways into the unknown. From quantum computing beneath the Northern Lights to resilient energy grids in the vast landscapes, Alaska is shaping the North with a symphony of innovation that resonates far beyond its icy borders.


- mojgan.kamali at cs.rwth-aachen.de
- Room 4207
- +49 241 80 21202
I am a Post-Doc at the Software Modelling and Verification Group (MOVES), headed by Prof. Joost-Pieter Katoen. I am working on the DFG project PASYWI: PArameter SYnthesis for reliable, performant and efficient WIreless network protocols.
I received my PhD degree in computer science from Åbo Akademi University in 2019. You can access my PhD dissertation titled “Formal Analysis of Network Routing Protocols” here. During my PhD studies, I was awarded the Nokia Foundation Research Excellence as well as Finnish Foundation for Technology Promotion awards, for excellent postgraduate students in technology.
My research interests include applications of formal methods to networked systems. For instance, formal specification and verification of communication protocols applied in mobile ad-hoc networks, wireless mesh networks, etc.
If you are interested in applying formal methods in (real-life) networked systems, please do not hesitate to contact me either via email or in person. In the following you can find a couple of relevant topics. However, topics are not limited to those listed.
Wireless networks are on the rise, from laptops and smart phones in use everywhere, to sensor networks generating large amount of data. One of the contemporary wireless networks that our focus is on is Mobile Ad-hoc NETworks (MANETs). These networks have gained popularity and are increasingly applied in a wide range of application areas, such as public safety, emergency response networks, or disaster recovery. Due to the safety critical applications of such networks, their reliability, performance and efficiency are of high importance. Therefore, we apply formal methods to analyse these systems and provide assurance regarding their safety. We propose the following topics:
- One of the limitations of mobile devices (nodes) is their battery lifetime in ad-hoc networks. For instance, nodes that have more connectivity in the network may deplete their battery quicker than other network nodes and consequently yield to decrease the network performance and efficiency. The task in this study is to model battery depletion using the Kinetic Battery Model (KiBaM). This battery model is already available, however it needs to be adapted/translated to the Modest modelling language (probably make some abstractions, and extend it with recharging and stochastic loads) to be used for efficiency analysis of different networks.
- Formal analysis of a well-known routing protocol applied in mobile ad-hoc networks, namely Ad-hoc On-demand Distance Vector (AODV). This protocol has been already formally modelled and analysed w.r.t. performance and reliability. The task in this study is the analysis of the protocol regarding efficiency (energy consumption) by enriching the existing Probabilistic Timed Automata (PTA) models (reflecting the AODV behaviour) with prices to obtain priced PTA of this protocol. Prices at edges model instantaneous energy consumption and can be used to distinguish energy-expensive protocol operations from energy-neutral ones. Price rates at locations model the linear increase of energy over time. These rates can be achieved by combining battery models with the PTA models.
- Formal analysis of a well-known routing protocol applied in mobile ad-hoc networks, namely Optimised Link State Routing (OLSR). This protocol has been partially formally modelled. The task in this study is modelling this protocol formally using PTA (in Modest language) and analysing it regarding reliability, performance and efficiency (energy consumption) by enriching the developed PTA models (reflecting the OLSR behaviour) with prices to obtain priced PTA of this protocol. Prices at edges model instantaneous energy consumption and can be used to distinguish energy-expensive protocol operations from energy-neutral ones. Price rates at locations model the linear increase of energy over time. This can be achieved by combining battery models with the PTA models.


We have received no further reports of this issue.
Posted Feb 10, 2024 - 01:07 UTC
The fix has been deployed and the issue should now be resolved. We will continue to monitor for further reports. If you are still experiencing the issue right now, please contact support.
Posted Feb 09, 2024 - 22:29 UTC
We have identified the issue and are in the process of deploying a fix.
Posted Feb 09, 2024 - 19:25 UTC
We are currently investigating reports of customers connecting using the OpenVPN protocol, where there may be no Internet access after a successful connection followed by a disconnect. It is recommended that if you are encountering this issue to switch to another VPN protocol.


- Line is a synch & charge, Lightning connector (Apple MFi certified) which allows you to connect all your Apple devices for either charging, synchronization or data transfer.
- Tribe's Line cable is 22 cm long, making it extremely convenient. It is also coated with soft plastic for flexibility. Comes with a cable wind-up that keeps it neatly stored when not in use.
- Data transfer, sync and charging. cable with cable holder. Beside being functional and handy, Tribe's Line cable also has a great personality!
- Line allows to synchronize and transfer data from one device to another, or to charge compatible Apple devices at high speed.
- Line is made of TPE (Thermoplastic elastomer) for higher flexibility. The cable holder is functional to keep the cable neatly wrapped.
All Tribe products comply with international safety standards and with the main regulations on the quality of materials and purchaser and final user warranty.
1 x USB Lightning Cable


Radio Frequency (RF) trolley tracking is a good technology, but there are potential issues with its implementation. Here are 5.
- What stray frequencies do you have in your plant? A test will need to be done in the plant to find and record what stray frequencies you currently have. Chain drives, lights, any bearings and even hydraulic lines all emit a frequency. You will need to find a frequency level that will not interfere with your system.
- If you plan to write to a chip and one of your stations goes down for a short period of time, that information is lost and not able to be recaptured.
- RF transponder failures can be a problem. The failure rate on a passive chip is about 20% after an 18 month period.
- Even if you have a frequency that does not exist in your plant, outside interference can still be a problem. CB radio’s, trains and cell phone towers have all been found to be the cause of interference to RF systems.
- Transponders attached to the trolleys have a tendency to get knocked off. Think about the handling of your trolleys; they get quite a bit of abuse. Will the attachment stay on your strap?


Based on this Wired article detailing the loveless marriage of AT&T and Apple, and particularly the challenges of designing phones for the two dominant cell phone systems (Sprint/Verizon and AT&T/T-Mobile) in the United States, and can’t help but wonder if there is a better way.
Indeed, Jobs actively considered splitting with AT&T early in the partnership. Just months after the iPhone launched, and not long after Rinne asked Apple to limit YouTube usage, Jobs was investigating another possible solution: dropping AT&T and striking a deal with Verizon. But because Verizon’s network ran on a different transmission technology, making the move would require an entirely new chipset. So around the end of 2007, when the iPhone was only a few months old, Jobs asked a team of executives and engineers to look into it.
The group ” which included iPhone software boss Scott Forstall ” took the job seriously, even visiting the San Diego headquarters of Qualcomm, the company that supplies the chips for Verizon phones. But in the end, switching to Verizon would have been just too complicated and expensive. The new chips were a different size, which would require Apple basically to rebuild the iPhone from scratch. Meanwhile, changing carriers could mean voiding AT&T’s exclusivity agreement and inviting a nasty lawsuit. And it wasn’t clear that Verizon would be an improvement; at the time, it wasn’t any better equipped than AT&T to deal with the iPhone’s bandwidth demands.
I’m thinking about all those iPod Touch(es) out there who lack a data connection beyond WiFi, and the soon-to-be-released Samsung Android PMP. I’m also thinking of the various flavors of cell phone networks (via Wikipedia):
There are a number of different digital cellular technologies, including: Global System for Mobile Communications (GSM), General Packet Radio Service (GPRS), Code Division Multiple Access (CDMA), Evolution-Data Optimized (EV-DO), Enhanced Data Rates for GSM Evolution(EDGE), 3GSM, Digital Enhanced Cordless Telecommunications (DECT), Digital AMPS (IS-136/TDMA), and Integrated Digital Enhanced Network (iDEN).
Why not design phones in a way that makes the appropriate party pay for development and production of the radio (as well as optimizing the design) which adds freedom and choice for the end-user, and makes it possible to pick-up new subscribers? What if there was a radio-chip-on-a-card, specific to each carrier, that could be purchased and slid into those devices if the owner wanted to add a data plan? This would keep down the cost of the non-phone units and provide an opportunity to add services, revenue, and profits.* This would also let manufacturers focus on phone design, carriers focus on service and quality, and take carriers out of the subsidized handset business.
*Yes, I know non-integrated radios would present challenges regarding signal strength and power consumption and eventually network performance. It already is less than optimal – how much worse could it be?


Nokia Phones, Smart Phones & Tablets
Nokia 800 Tough
Nokia 800 Tough comes with dual Nano-SIM. The main specialty of this phone is that it comes with IP68 certified water resistance body and it is also MIL-STD-810G compliant which ensure military-grade toughness. The device runs on KaiOS and it has a dual-core processor with 4G support. So, apps and games can be installed easily. There is FM radio in this device which is playable with 3.5mm earphone. GPS, Bluetooth, WLAN etc. are included too. There is a 2 MP primary camera with LED flash and video recording option. It has an extended battery life which is up to 1032 hours of standby time. There is 4 GB internal storage and up to 32 GB dedicated MicroSD card slot.
There is no front camera in this device which is one of its drawbacks.


The Technology Convergence Between Multi-gigabit Cable Backhaul and Wi-Fi
The rapidly evolving Wi-Fi ecosystem has contributed to a host of opportunities for home automation, Smart TVs and IP STBs (Set-Top-Boxes), security systems, cameras, multi-function printer/scanners and NAS (Network Attached Storage) appliances. The rise of Wi-Fi has also enabled cell providers to use Wi-Fi Offload to alleviate congestion on their networks, but the story is far bigger than that. Wi-Fi has grown beyond being merely a wireless method of connecting devices within the home, or of ameliorating the need to pull cabling in home or office environments, providing a degree of mobility to the user. Commercial Wi-Fi hot-spots in public places were only the beginning, providing Wi-Fi on-the-go, a service that was typically limited to a few hundred feet from wherever the access point was hidden.
Wireless Internet Service Providers (WISPs), a type of Internet Services Provider which provides its services exclusively over Wi-Fi and/or proprietary wireless technologies, are playing a pivotal role in connecting under-served communities to the Internet, with the Wi-Fi technologies they are relying upon to grow their networks changing dramatically with the latest revision of the protocol. In point of fact, WISPs are picking up customers that no other technology has proven to be as successful at acquiring cost effectively. See the BroadbandNow article, WISPs Are The Real Heroes in Bridging The Digital Divide, for more information.
As large as the North American cable footprint is, it doesn’t reach everyone (though does reach roughly 70% of US households). This is also true of the networks of the ILECs, CLECs and cell providers. To be clear, these limitations are not so much a limitation of the technology, rather these are the results of business decisions that take realistic Return on Investment (ROI) into consideration. For example, it generally takes much longer to receive a return on the investment for the capital expenditures necessary to reach a relatively small number of rural customers, places where the potential number of customers per mile might be fewer than two dozen, as compared to urban markets where there might be thousands of dwellings per square mile. Globally, the closest approximation of “full coverage” of a given geography goes to satellite and VSAT technologies, but these technologies have many shortcomings compared to Wi-Fi, proprietary wireless technologies and wire-line services that will be further detailed in a future posting comparing and contrasting access technologies.
Where the WISP story has proven to be particularly compelling is in providing services to a given community that is otherwise under-served by all other technologies, offered at a cost that is either comparable to or below the national average for offerings of similar capacity and performance. Favorable comparisons between Wi-Fi and wired services such as DSL, DOCSIS and PON even extend to situations where there is at least one service offering available from the local Service Provider but this offering’s cost is above (sometimes well above) the national average for a similar service, particularly after adjusting for local purchasing parity which considers factors such as median household income, a metric which can vary considerably from region to region.
While WISPs are nothing new, emerging almost concurrently with the advent of the original 802.11 standard (802.11-1997, with the first hardware becoming available the same year, 1997), there has never been a change to the standard as significant as those which have been incorporated into the most recent iteration of WiFi, allowing the protocol to perform considerably better as a last mile access technology. It probably doesn’t hurt that, while federal and state funding is injecting additional capital into the buildouts to bridge the “digital divide”, many communities still face lacking cost effective Internet service in their area. For more information on these initiatives, see FCC Connect America Fund, the USDA Rural Utilities Service and a state-level initiative in Colorado, The Broadband Fund.
Like the cellular industry with its 3GPP organization, 3rd Generation Partnership Project, and the cable industry’s CableLabs , the WISPs have comparable trade associations, such as WISPA and Wi-Fi Alliance that are pushing forward, advancing their industries. While these associations do not develop the Wi-Fi specifications themselves (the IEEE owns this function, see IEEE 802.11ax: Next generation wireless local area networks), they make their needs known to the IEEE 802.11 committee through their representatives, counting companies both large and small, vendors and Service Providers (SPs), among the committee membership. The WISPA organization focuses its resources on holding conferences twice a year, providing operational guidelines and resources for starting a WISP, as well as promoting dialogue between SPs, vendors and industry partners. The Wi-Fi Alliance focuses their attention on training and certification of products against the IEEE Wi-Fi standards, an important function given the fact that the IEEE performs no compliance testing on its own.
It is important to note that the WISP customer base and associated revenues are estimated to double every five years, significant growth year over year for any provider, as reported in the Wispa News. In the article, Jim Shaeffler of the Carmel Group provides new data supporting this continued growth. Make no mistake, the Wi-Fi industry is poised for rapid growth, bolstered by federal and state funding and private investment, creating new opportunities for backhaul and other forms of partnership between the cable industry and WISPs. The technological dependencies are straightforward and well understood, with the cable industry already having inked similar deals with cellular providers for backhaul over the past several years. WISPs have found business models that have been demonstrated to work, with several notable failures from community and city-initiated models demonstrating what doesn’t work quite (for an example, read this ComputerWorld article.)
Some WISPs have begun providing alternatives to incumbent SPs relying on more costly technologies offering lower bit rates, including Satellite, 3G and 4G cellular technologies applied to fixed wireless deployments, demonstrating that Wi-Fi has cost efficiencies difficult to meet or exceed via other means. In WiFiNow’s blog post, the author provides an account of a WiFi network in Myanmar. He explains that, in Myanmar where a very high price/performance was needed, the only meaningful option was to build the network using Wi-Fi, proving it to be significantly less costly and higher performance than any of the other technologies the SP had evaluated, finding that their capital expenditures were roughly 5% of a fixed wireless solution using cellular technologies.
Enhanced Features of the Latest Revision of Wi-Fi Standard
Over the past several years, WISPs have benefited significantly from innovation in the Wi-Fi vendor ecosystem, using adaptations and advancements in RF transmission technologies from the cellular world that have substantially improved the limited range of Wi-Fi technology, replacing omnidirectional antenna with higher efficiency directional cone, horn and panel types, with vendors such as Ubiquiti, Mimosa, Cambium and RF Elements and others advancing the state of the art in antennae design for long-range, commercial-grade Wi-Fi.
With recent developments from these and several other vendors in this space, it has never been easier to expand service areas and aggregate capacity from the Access Points (APs) back to the central POP, a link that is no longer limited to conventional (and often costly) fiber solutions such as 10Gbit Ethernet delivered over a PON network via GPON or EPON. Most of these high-capacity wireless backhaul solutions utilize point to point connections, typically implemented with proprietary radios operating between 11GHz and 36GHz, and offering between 1Gbit and 20Gbps of capacity.
In addition to greatly improved RF components, the vendor ecosystem has responded to the WISPs by offering standalone software tools, sometimes bundling this software with their products, aiding the SP in the planning and installation of their equipment, as well as developing deployment scenarios that allow a WISP to grow their footprint with cost efficiency in mind. Combined with the latest specifications, the WISPs have never been in a better position to grow their networks aggressively while maintaining or increasing the bit rates offered to users.
Far more than a bump in the aggregate and per-user capacity, the latest revision of the Wi-Fi standard is the critical enabling technology allowing WISPs to build faster networks with far fewer radios, providing a price/performance jump that is unlike any previous iteration of the 802.11 specs. In addition, the new Wi-Fi standard makes better use of investments WISPs have already made in deploying improved antennae, vertical assets, etc.
The new version of Wi-Fi has been marketed under two interchangeable monikers to distinguish it from previous versions of the standard, one of which is “Max Wi-Fi” to indicate its increased performance, while the other marketing name simply indicates the iteration of the standard, calling it “Wi-Fi 6.” A short list of Max Wi-Fi / Wi-Fi 6’s improvements are shown in the table below.
The Convergence Point Between Cable and Wi-Fi
The cellular providers are already busy deploying equipment that is able to support the latest “5G” standard developed by the 3GPP called Release 15. 3GPP’s Release 15 was a remarkable achievement for the 3GPP organization in that it established, for the first time in the history of cellular, a singular technology in the form of LTE (Long Term Evolution), replacing the menagerie of options that existed previously. During the same time period that Release 15 was being developed, the cable industry and the Wi-Fi industry (via the IEEE) were moving ahead with their own higher-capacity, increased efficiency and reduced latency initiatives.
For the cable industry, enhanced services falls under the “10G” initiative (for more information see cablelabs.com/10g and 10gplatform.com). While somewhat derivative in its title, its an apt marketing term for the latest iteration of the DOCSIS 3.1 specifications, a standard which includes the new Full DupleX (FDX) and Low Latency DOCSIS (LLD) enhancements to the protocol as well as a host of other minor changes to the DOCSIS Security (SEC) specifications. DOCSIS FDX, as it is commonly called, is a technology designed to deliver roughly 10Gbit on both the downstream and upstream direction of the cable plant, providing operators with the ability to provide symmetric data services at multi-gigabit data rates. Previous versions of the DOCSIS standard were better suited to services which were asymmetric, with upstream bit rates that were considerably lower than the downstream bit rates due to significant differences in the available spectrum, among other reasons.
While the vast majority of residential customers simply won’t need or be able to cost justify a multi-gigabit symmetric link into their homes for the foreseeable future, what the “10G” DOCSIS FDX system provides is a broadly available, lower cost and latency-sensitive business service, providing a competitive advantage in cost effective backhaul to both cellular providers and WISPs. The lower cost of delivery over DOCSIS relative to dedicated fiber links providing a similar 1 to 10Gbit of capacity could prove essential to the expansion plans of the WISPs in scaling up their service footprints in rural and suburban markets.
Given the reach and breadth of the cable footprint within North America, there are clear synergies between the WISPs and cable operators that are as great, perhaps even greater, than the opportunities that were presented to the cable industry by the cellular providers. These opportunities extend to peering agreements and other arrangements that are of mutual benefit to both industries.
While there is significant work to be done in establishing relationships between the cable industry and the Wi-Fi industry, the opportunity for forging new alliances is ripening as new “Max Wi-Fi” or “Wi-Fi 6” equipment becomes available. Client chipsets and associated fixed-wireless CE devices will be introduced this year (2019) and next, while many commercial-grade APs are already available and have been since the end of 2018.
The cable industry is leaving money on the table with the WISPs, with these wireless providers dependent on cost-effective, high capacity Internet solutions to grow their business. In exchange, the WISPs not only become lucrative Internet capacity customers and peering partners, they directly bear the risks of offering services to rural, underserved markets, the kinds of risks that operators have unable or unwilling to take themselves.
Software Automation for the Networking and Communications Sector
OAM Technology Consulting, with our deep knowledge and experience in the cable industry, can assist WISPs by providing guidance in negotiating with MSOs, making the introductions between operators and local WISPs and helping to build and manage these fledgling relationships.
Contact OAM Technology Consulting to learn more.


A slight hint of what this product is about is our BlueSMiRF modem (in case you’ve seen it) It is very similar to it but with few differences, what are these differences that make this product very special?
First of all, it’s basically designed to be used especially with Arduino Pros and LilyPad Arduinos. What’s great about them is that they can be used to replace wireless for serial cables; also, they do have the ability to work as serial (RX/TX) pipe. Bluetooth Mater Gold makes it possible to pass a serial stream that ranges from 2400 to 115200bps from the computer to any other place of your choice.
In addition to this powerful ability, let’s talk a little bit about the pin out it has! Well, since it has the same pin out as the FTDI Basic, this allows it to be plugged right away directly into an Arduino Pro, Pro Mini, or LilyPad Mainboard, which is pretty awesome. However though, in case you want to plug the Bluetooth Mate into an FTDI Basic board, you won’t be able to instantly do that since it will require swapping between the TX and RX. Check out the other product which is the Bluetooth Mate Silver if you don’t require an extra range.
This product could make the power last between 3.3 to 6VDC power supply, where you can shift levels up and enjoy greater features. This unit ships with an RN-41 class 1 bluetooth module, a very easy-to-use and well documented bluetooth module
Use RS232 to TTL converter circuit to attach this to your computer, and not that it doesn’t come with a connector; You can also check this out if you want to connect it to an Arduino pro 6-pin right-angle female header and Crossover Breakout for FTDI!
Note that: In order to reset a Mate, all you have to do is pull the PIO6 pin high upon power-up, and then toggle it 3 times.
Now available in Dubai, UAE, Oman, and Qatar.
- v6.15 Firmware
- Designed to work directly with Arduino Pro’s and LilyPad main boards
- FCC Approved Class 1 Bluetooth® Radio Modem
- Very robust link both in integrity and transmission distance (100m) - no more buffer overruns!
- Low power consumption : 25mA avg
- Hardy frequency hopping scheme - operates in harsh RF environments like WiFi, 802.11g, and Zigbee
- Encrypted connection
- Frequency: 2.402~2.480 GHz
- Operating Voltage: 3.3V-6V
- Serial communications: 2400-115200bps
- Operating Temperature: -40 ~ +70C
- Built-in antenna
- Board: 1.75x0.65"
SparkFun Bluetooth Mate Gold
- Brand: manufacturer
- Product Code: DS - RN41
- Availability: In Stock
- Ex Tax: 143.00 AED


The T1692 is a 6”x9” 2-way full-range speaker rated at 100 Watts RMS designed as high-powered OEM replacement perfected for sound quality. Speakers include grilles, integrated concealed crossovers and mounting hardware.
- ICC (Integrated Concealed Crossover)
- Aluminum dome tweeter with polyurethane suspension
- Butyl midrange rubber surround
- Carbon fiber & polypropylene injection molded cone
- Configuration: 2-Way Full-Range
- Nominal Impedance (Ohms): 4-Ohm
- Frequency Response (Hz): 50Hz - 22kHz
- Midrange Nominal Diameter: 6"x9"
- Midrange Mounting Depth: 3.43" (87mm)
- Tweeter Nominal Diameter: 1.0" (25.4mm)
- Power Handling (RMS): 100 Watts RMS
- Power Handling (Peak):200 Watts MAX
- Crossover: Built-in tweeter crossover (High-Pass (HP): 12dB/octave Butterworth)
- Sensitivity: 90dB @ 1W/1M
- Grilles Ring Included