Seznam, in collaboration with MAMA AI, introduces new artificial voices that read Seznam Zprávy news daily
MAMA AI secured a spot in the TOP3 in the AI in Business category of AI Awards 2023 organized by prg.ai
MAMA AI pioneers and deploys the first ever Czech virtual moderator Hacsiko in cooperation with Seznam
Učí počítače vést s lidmi opravdové rozhovory. Brali jsme jako povinnost, aby uměly česky, hlásí startup Mama AI
Top-class research, development and customer solutions in conversational AI, speech recognition and synthesis, dialog systems, machine translation, generic deep learning, machine learning and beyond.
Large number of succesfull collaborations with industrial partners from banking, automotive, agriculture. Experience from many government projects in the field of healthcare, education, defense, security.
For many years we have worked as part of IBM T.J. Watson Research Center in NY/Prague and in 2014 we co-founded the IBM Watson Group.
In early nineties, some of us worked on statistical speech recognition while others learned to speak their first words. Working together for three decades, we feel almost like a family.
in speech research
in machine translation
in man-machine dialog
citations in scientific papers
patent applications filed
in IBM Research
in academic research
in deep learning
in speech research
Building customer solutions in conversational AI, speech recognition, speech synthesis, machine translation, telephony, AIOps.
Designing, building, improving, and maintaining smart text-based or voice-based assistants using scalable conversational automation platform. On-demand solution or integration with conversational services such as IBM Watson Assistant. Easy integration into existing backends or legacy systems. Design based on detailed analysis of customer needs, iterative improvements based on deep analysis of user traffic.
Transcribe spoken speech into text in real time, synthesize natural sounding audio from text. Boost performance on specific enterprise domains with custom models. Scan vast volumes of data with keyword spotting. Prosodic, emotional, and biometric features. On-demand solution or integration with speech services such as IBM Watson Speech To Text and Text To Speech.
Conversational intelligence platform for omnichannel solutions. Deep understanding of human multi-modal interactions. Easy integration via REST API, into existing backends or legacy systems. We use several sophisticated strategies to interact with customers over the respective channels in the true omnichannel way and thus maximally optimize the user experience.
Generate attractive written or spoken reports from structured data sources. Customize and fine-tune for your audience, target modality or platform. Easily embed dynamic content into your presentation.
Before some of us uttered their first word, others worked to make computers able to recognize it.


- What we do
- Our Clients
- Our Services
- Technical Information
We recognize no system can simply do it all, we would be silly to think so. But we also believe the right system will allow you to effortlessly connect your entire organization and make information transmission an effortless endeavor, allowing you to use your entire business’ data to its full potential.
We offer an integration API that allows Moveware users to connect to external systems with ease. This can be applied to both internal use, such as for importing data from another application that may be in use, as well as for external connectivity; transferring information to and from your overseas agents or corporate partners. This connectivity improves communication flow, reduces data transmission errors by eliminating duplicate data entry, and greatly improves efficiency.
Depending on the application that may require a connection to Moveware, we can work on different data import and export formats, allowing us to interface with almost any external software, depending, of course, on that system’s capabilities to support either data exports or imports.
We believe that with today’s technology, there are very few cases where duplicate data entry can arguably be the better choice. We will work with you in assessing the cost benefits of every potential third party data integration, in order to calculate its overall viability and considering all aspects necessary, such as the potential efficiencies to be gained, value added to the user and client experiences, cost of development, and systems compatibility.


ICON Technologies is the oldest locally owned Internet Service Provider (ISP) in Northeastern PA. Since 1994 ICON has been providing local residents, businesses, and organizations with a variety of Internet access options.
Over the years we have designed and built our own private broadband microwave network in Lackawanna and Luzerne counties. This network allows us to have more control and flexibility with our broadband products. We are also able to grow the network without being at the mercy of traditional telephone carries and their constantly fluctuating rate structures.
The microwave system also allows us to deliver affordable broadband to our subscribers without the involvement of phone or cable companies, this enables us to install service with shorter turnaround times and troubleshoot any technical problems more quickly and effectively.When it comes to Internet access, choose ICON. We've been here the longest because we're the BEST.


November 25, 2014
What is an API? How does it work?
What is an API?
To nerds and geeks everywhere, the acronym API stands for Application Programming Interface. What does that really mean? Good question. In simple terms, an API is an agreement between two pieces of software, generally web-based, with one side agreeing it will provide a specific set of information and another side agreeing it will respond back with information or execute a specific action. The “interface” part of an API is that agreement, or contract, between the two sides.
Though most regular internet users are not aware, web applications and social media sites across the internet are full of, and often built entirely upon, API communication. A great example of an API in action is a Twitter user who has linked their Twitter account to his or her Facebook account. When the user posts a tweet, that tweet can automatically and immediately show on the Facebook page. That background communication between Twitter and Facebook is achieved via an API provided by Facebook.
Choosing a Vendor: Why are APIs important?
A software company provides its API to the public so that other software developers can design products that are powered by its service. No individual vendor or ISV (Internet Service Provider) can lay claim to being able to do everything and being the best at all of it, no matter what their website or marketing materials say. Enterprise solution providers, like Fielding Systems, strive to offer a broad range of functionality, services, and features allowing their customers to optimize their operations. There will be other vendors who have taken one specific piece of an enterprise solution and make it their sole focus to maximize that piece and provide additional value to customers needing that piece. This is where APIs become critical.
If the enterprise and the 3rd party provide well-defined APIs, customers can make the decision to utilize the 3rd party solution for the area that the 3rd party really excels. Instead of now having two disparate systems that customers must utilize to view information, the available APIs can be used to facilitate communication between the two systems seamlessly. This allows the 3rd party to do what they do best, and then that information can be neatly folded into the enterprise solution to work with the information already provided there. With an already existing API infrastructure on both sides, this communication can be facilitated in a relatively short period of time and at a much lower cost than building a custom solution to link the two systems together.
Advantages of Using API
Data: You want it your way.
The other benefit to having APIs available to tech-savvy customers is that they can retrieve data from an enterprise solution and shape, mold, or chart that data in any fashion they want that is not already provided. Do you have a cool graph in Excel you spent two Saturdays putting together and you want to continue using it? With available APIs you can retrieve the data, typically at whatever frequency you want, and bring it right into any other piece of software you want. This allows customers to do a little more with their data without needing to customize their enterprise solution.
Utilizing APIs avoids costly repetition of labor and time consuming tasks, such as passing information to other departments within the organization. An API enables software developers to not have to work from scratch every time a program needs to be written. Rather than creating a single application do all tasks (such as billing, email, etc.), an API allows the application to delegate these tasks to other software that may do the tasks better.
Another advantage of using APIs is that it allows third party service providers to pull specific well details, references IDs, and supporting information necessary for that niche third party to utilize its own APP. This allows the third party to perform its work for the operator and then also feed detailed results seamlessly back into the operator’s system. This essentially allows vendors to seamlessly exchange their niche data capture with the operator without having to build a specific app to do the work or spend extensive integration dollars to exchange data with the vendor.
In summary, APIs provide a better means of users and applications accessing and sharing data in comparison with more traditional means such as paper files, digital file exchange, CSV files, email and FTP based processing. When choosing a solution provider for your business it is important to choose a provider with established API capabilities for future enhancement, scalability and usability of your information.


The Bosch Group is a world leading provider of technologies and services. Strategic goal of the company is creating of innovative products and services in the field of the Internet of things for improving standarts of living around the world. Bosch, leader in the field of the Internet of things, offers innovative solutions to smart house, smart city, vehicles with the Internet connection and industry 4.0. Products of Bosch company appeared at the Russian market in 1904 for the first time. Today, The Bosch Group provides the wide range of high-quality products in the field of vehicle equipment and tools, power tools, thermal technologies, safety systems, packing equipment, integrated systemic solutions to automate production process. There are seven own production of The Bosch Group on the territory of the Russian Federation: washing machines and refrigerators are produced in Leningrad region, power tools and car parts – in Engels (Saratov region). In 2015 two new plants were put into operation – car parts are produced in Samara region and heating radiators are in Saratov region. Since 2014 headquarter of The Bosch Group in Ukraine, Georgia and CIS is in Moscow (Khimki).


The GardePro E6 is a new generation of Wi-Fi trail cameras. The camera has a built-in Wi-Fi and Bluetooth module so that you can connect and operate the camera through a dedicated APP (“GardePro Mobile”). The Bluetooth module, operating in low power, is used for device discovery, and Wi-Fi is used for preview, image transmission and settings. The camera also features the all-new innovative and ultra-clear imaging technology to deliver high-resolution image quality.
Wi-Fi Connection and Free Mobile APP
Reliable Signal with an Antenna
Captures Crystal Clear 24MP Still Image
Records 2304x1296P H.264 Video with Sound
Clear Night Vision Up to 75ft
Perfect 110° View Angle with Distortion Correction
Supports Up to 256GB SD card (user supplied)


Introduction to the types of mufflers
At present, the muffler is mainly divided into the following types:
Resistive muffler, also known as absorption muffler, uses sound-absorbing materials to absorb noise. The sound-absorbing material has a loose and porous structure. Sound waves enter the pores and cause small vibrations. Due to friction and viscous resistance, a considerable part of the sound energy is converted into heat and is absorbed.
The resistive muffler has a good sound absorption effect on high frequency and intermediate frequency noise, but has poor silencing performance on low frequency noise. It is mainly used to eliminate high frequency and high intermediate frequency noise.
Tubular muffler is used for air ducts with a diameter of not more than 400mm, and only a layer of sound-absorbing material is attached to the inner circumference of the pipe wall, which is simple to manufacture and has low resistance.
The air duct with a larger diameter of the chip or format muffler increases the contact area between the sound-absorbing material and the sound wave, and reduces the "through" of mid- and high-frequency noise to ensure the muffling effect.
The resistant muffler, also known as the expansion muffler, is formed by connecting a tube and a small chamber, and uses the sudden change in the section of the duct to reflect noise. The structure is simple, no sound-absorbing material is used, so it is not affected by high temperature and corrosive gas.
Resistant muffler has a good silencing effect on low frequency and intermediate frequency noise, and is mainly used to eliminate low frequency and low intermediate frequency noise.
The resonance muffler uses a pipe opening to communicate with the resonant cavity. The perforation and the air in the cavity form an elastic resonance system. When the external noise is at the same frequency, it resonates, and the perforation rubs against the hole wall to consume sound energy.


Always know who’s at your door with the SkyBell HD Wi-Fi Video Doorbell. When a visitor presses the button, SkyBell sends a live video to your iOS mobile device so you can see, hear and speak to the person at your door from anywhere – all in full HD. SkyBell HD also integrates with Honeywell Total Connect® 2.0 Remote Services platform — allowing access to SkyBell HD activity directly on the Total Connect 2.0 app on an iOS iPhone or iPad device.
With DoorBird you can have your front door at your fingertips, no matter where you are. Receive instant alerts (push notification) with sound on your smartphone or tablet if someone pushes the doorbell button, you can see and talk with your visitor in real-time. DoorBird also supports ONVIF, the open standard for IP cameras, so it could be viewed just like any other IP camera in a control system or surveillance NVR.


In the growing world of technology, marketing has bestowed the power of information technology by using various advanced communication methods. One of the widely used communication method is Mobile Messaging services (WAP, SMS and MMS). SMSCPR is targeted to support advertising personnel to plan out their Mobile Messaging Campaigns for information and Content delivery via OTA (over the Air Network) directly into the hands of their targeted audience. It enables the marketing team not only to deliver information and Content but also generates Analytical reports for better understanding and analysis of Campaigns executed and ROI of each campaign.
The Application was targeted to deliver the Information and multimedia content (like pictures, videos, mp3s, wav etc.). Apart from delivery, there has to be a way to conduct SMS Polls and quizzes, SMS Based Menus and premium billing of the content delivered. After all this there should be a proper way to show analytical reports based on Keywords, Short codes, campaigns and ROI per campaign etc.
There has to be a way to use multiple SMS/MMS/WAP gateways based on the mobile no.'s carrier and location.
The solution has to be cost effective and robust enough to handle numerous incoming requests from various mobile phones around the world.
We at TranceServe decided to deliver the Cost effective solution using a customized SMS/MMS/WAP gateway controlled and managed by the Centralised application where the end user can manage their SMS, MMS, WAP Campaigns and also view the Analytical reports and ROI per campaign.
TranceServe's SMS Campaign manager allowed the Users to create following types of campaigns:
All the above campaign types can be configured to be charged with the premium amount.
Along with these features, the System allows the administrators to manage various users and also manage different end users and their permission on the Campaign Manager
TranceServe exploited different opensource technologies to interoperate together with each other to deliver the best Experience to the end user keeping the scalability and robustness of the application intact.
For the SMS Campaign Manager, Flex 3 Application has been used with a PHP based Web service Backend using a MySQL Database server.
The PHP Based web service backend interacts with our customized SMS/MMS/WAP Gateway which is based on the Kannel SMS/WAP Gateway and Mbuni MMS Gateway.
This Gateway Server was configured to work with various service providers using interfaces like HTTP, SMPP, TCP/IP and GPRS Modem.
The Application is hosted on a CentOS 5 Linux Server.
Using a System's Configuration of 2 GB Memory, 2.8 GHz Core 2Duo Processor. The application handled upto 1000 SMS requests per second. Beyond this, due to MySQL's Connection Limitations in Community edition, application rejects the SMSes. This Message rejection is temporary as it starts accepting the requests after Load is reduced to a lower than 1000 SMS/Sec.


temporarily out of stock
Optical Fiber Telecommunications IV-A Components
Ivan Kaminow, Tingye Li
Volume IVA is devoted to progress in optical component research and development. Topics include design of optical fiber for a variety of applications, plus new materials for fiber amplifiers, modulators, optical switches, light wave devices, lasers, and high bit-rate electronics. This volume is an excellent companion to Optical Fiber Telecommunications IVB: Systems and Impairments (March 2002, ISBN: 0-12-3951739).
Table of Contents Overview Design of Optical Fibers for Communications Systems New Materials for Optical Amplifiers Advances in Erbium-Doped Amplifiers Raman Amplification in Lightwave Communication Systems Electrooptic Modulators Optical Switching in Transport Network: Applications, Requirements, Architectures, Technologies, and Solutions Applications for Optical Switch Fabrics Planar Lightwave Devices for WDM Fiber Grating Devices in High-Performance Optical Communications Systems Pump Laser Diodes Telecommunication Lasers VCSEL for Metro Communication Semiconductor Optical Amplifiers All Optical Regeneration: Principles and WDM Implementation High Bit-rate Receivers, Transmitters, and Electronics Index to Volumes IVA and IVB


NCST played a pivotal historical role in position and time determination from its earliest development of systems for satellite tracking to the beginnings of the Global Positioning System (GPS).
...adapted from an NRL Review 1985 feature article, "Space Navigation and Time," by J.A. Murray and R.L. Beard; and from a Journal of the Institute of Navigation 1995 article, "A History of Satellite Navigation," by Bradford Parkinson, Ronald Beard, and others.
L-R in photo: CDR William (Bill) G. Huston, USN, first Navy Deputy to the GPS Joint Program Office; Roger L. Easton, TIMATION Program Manager, NRL Space Metrology Branch; Peter G. Wilhelm, Director for NRL Spacecraft Technology Center.
The strong interest of NRL in position and time determination considerably predates the launching of the first satellites in the late 1950's. The Laboratory had been active in developing clocks and timing systems for the U.S. Naval Observatory and had been working on new radio-navigation and time-dissemination systems using all parts of the radio spectrum.
However, the lower radio frequencies that could be transmitted over long distances were degraded by the ionosphere, and higher frequencies were limited to line of sight. Satellites overcame these limitations and offered new opportunities for improving both time and position accuracy. Satellites could provide worldwide coverage; therefore, new concepts and technology for navigation and time dissemination were needed.
The MINITRACK system, which was developed in the late 1950s for the NRL Vanguard Satellite Program, used the signals emitted by Sputnik and later satellites to determine their positions and orbits. This evolved into tracking nonradiating or noncooperative satellites by signals reflected off of them.
The MINITRACK system became known as the Naval Space Surveillance System (NAVSPASUR) and was commissioned as an operational command in 1961.
TRANSIT, the Navy Navigation Satellite System, was developed in the early 1960s by the Johns Hopkins Applied Research Lab. Using the Doppler principle, a radio signal from a satellite in a known orbit could be used to determine the unknown position of a radio receiver on the ground. TRANSIT demonstrated that worldwide accurate navigation was possible from space and its operational constellation of satellites in circular polar orbits are still in use today.
NRL scientist Rogerl L. Easton formulated a concept in April 1964 for transmitting ranging signals along with the primary CW signal such that the distance to the target satellite could also be measured, making early orbit determination. This idea led to the concept of a new generation satellite-based navigation system, called TIMATION, which would use ranging from satellites.
NRL began the TIMATION project to provide both accurate position and precise time to passive terrestrial observers. (A "passive" user is not required to emit a signal.) Precise spaceborne clocks would be regularly updated by a master clock on the ground. These would be linked to the user's receiving equipment by ranging signals broadcast by the satellites.
NRL scientists recognized that the TIMATION concept not only could accelerate and simplify the positioning process but could make it more accurate. However, passive ranging requires an accurate and stable oscillator in the satellite. The TIMATION Project, under the direction of Roger L. Easton, concentrated on developing an improved quartz frequency standard for satellites and determining the most effective satellite constellation for providing worldwide coverage.
NRL also identified orbits that would maintain a consistant ground track so that an almanac of satellite positions could be published and the satellite would not be required to transmit its position. Simplified receiving equipment could then be used, and the techniques of celestial navigation could be employed for simple and accurate navigation and time determination.
TIMATION I was a small, power-limited satellite.
(Click on the image for an enlarged view)
It was launched May 31, 1967 on a Thor-Agena vehicle into a 500 nautical mile polar orbit.
It was tracked from several experimental ground stations built and operated by NRL, so that the orbit could be accurately known. The sidetone range signals were transmitted at approximately 400 MHz, which was close to the frequency used by TRANSIT.
Since the satellite was small and power limited, it was turned on while in range of NRL's Blossom Point Satellite Tracking Station. Experiments were performed, and then it was turned off as it set. Small boats, aircraft, and trucks were navigated by passive ranging from the satellite. In the original experiments, only one satellite was needed, since instantaneous positioning was not required.
TIMATION 2 was a larger satellite designed for continuous operation. It was launched in 1969 into a 500 nmi polar orbit and incorporated sidetone range signals transmitted at 150 and 400 MHz. Higher frequency range tones (Up to 1 MHz) increased the range measurement resolution to 10 M. The experiments with this satellite pointed the way to the concept for satisfying the JCS requirements.
The TIMATION Project and an Air Force Project called 621B, which had developed a sophisticated ranging signal concept, gave birth to the NAVSTAR Global Positioning System (GPS) Program. While the Air Force became the executive service, the Navy, and in particular NRL, participated heavily in the system concept and technologies.
The NAVSTAR GPS development plans in 1973 called for NRL to continue the technology efforts begun in the TIMATION Project. NRL's work was considered vital to the time-based system concept, and the Deputy Secretary of Defense called for Navy participation with emphasis on the clock developments. A cesium standard development proposed by NRL was selected the as the most likely satellite clock candidate for meeting the ultimate requirements.
NRL's third TIMATION satellite was renamed Navigation Technology Satellite 1 at its launch in July 1974, one year after the start of the GPS Program. It was the first satellite to fly atomic clocks, and examined two experimental rubidium frequency standards operating in space.NTS-2 was launched in June 1977 and orbited the first cesium clock in space. NTS-2 was used to evaluate the stations, software, and systems for the first developmental NAVSTAR satellites that were launched in 1978.


With the rapid development of society, in order to meet the development needs of customers, the technology of barrier products which were once dominated by individual management is backward. The barrier products have their own shortcomings and defects, such as: single color, easy to rust, easy to aging and damage, poor strength, poor weather resistance, environmental protection, high maintenance costs, because of resources. Limited, the state-led control of high pollution and waste of product policies, innovating a kind of both environmental protection, beautiful, variety, and cost-effective products is in line with the development needs and trends of society.
The fence is a barrier for the protection of any object within a certain range. Although it has a protective effect, it can not be completely prevented. The traditional barrier to improve or add dangerous touches to increase security, but it will affect the aesthetic, can not be actively repelled, but also to the barrier characters inconvenience. The detection of the Zhenjiang guardrail using pulsed electron shows that the invaders are actively retreating. And the barrier implementation of networking technology, but also the defense screen can be recorded, so that the district managers know the situation in a timely manner.
Guardrail is a kind of active intrusion prevention barrier, which counterattack the intrusion attempt, repel the intruder, delay the intrusion time, and do not threaten people's lives, and send the intrusion signal to the security department monitoring equipment to ensure that managers can timely understand the situation in the alarm area and deal with it. The guardrail is just like a fence. It is a new generation of electronic guardrail system combined with traditional electronic guardrail technology and network technology. It is mainly composed of electronic guardrail host, intelligent control keyboard and management software. Users can monitor the electronic guardrail through the network. It realizes user information real-time transmission, data interaction and remote monitoring function.
When someone illegally crosses the fence or breaks down the fence, the warning lights will emit warning light and sound to drive away. After receiving the signal from the front end, the pulse electronic barrier main body completes the transmission voluntarily. Cameras in the corresponding area are adjusted to the preset position, and a linked LED light illuminates the intruded area, ensuring that clear warning images can be transmitted to the respective kiosks and management centers even on dark nights. The security management platform software in the management center pops up the alarm prompt window, and sends the alarm short message to the designated person's mobile phone through the short message module. The Duty Officer immediately responds after receiving the alarm, and arranges the personnel to go to the scene to deal with it.
标签:   铝艺大门 铝艺护栏 常州铝艺大门


Specifications: It can connect two Bluetooth devices at the same time. Strong compatibility, the best choice when doing sports listening to songs. Enjoy wireless motion with true wireless technology. Super noise reduction, saving power. Type: Bluetooth Earphone Material: ABS + PC + Metal Bluetooth Version: V4.1 + EDR Support Protocols: A2DP, Headset, Hands-stereo Battery Capacity: 110mAh Call Time: about 8h Standby Time: about 250h Effective Distance: 15m Charging Time: about 2h Charging Voltage: DC 5V Power Supply: Battery (Included) Features: Wireless Ear Buds, Bass Stereo, Waterproof Notes: Due to the light and screen setting difference, the color of item may be slightly different from the pictures. Package Includes: 1 x Bluetooth Earphone 1 x USB Cable 1 x User Manual
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Russian global positioning & navigation system fully covering Arctic
ARKHANGELSK, September 22 (Itar-Tass) – Russia’s global positioning and navigation system GLONASS covers the entire Arctic region, Anatoly Shilov, a deputy director of the Russian federal space agency Roscosmos said Thursday as he took the floor at an international Arctic forum underway here.
“One of the problems has been resolved in full and that’s the problem of satellite navigation, as our GLONASS system has a hundred percent coverage of the entire area,” Shilov said.
The system has a precision of 5.5 meters and what is more, reserves capabilities of the positioning instruments are being created.
“We’re about to launch one more satellite in two days’ time and the whole system will have a good reserve of six satellites in orbit by the yearend,” Shilov said.
“All the necessary ground-based equipment is available and all the conditions for resolving the rest of positioning problems are there, too,” he said.
“In addition to this, GLONASS is compatible with the GPS and we’re seeking to attain a level where the customers won’t feel any difference between the two systems,” Shilov said.
“Thus the positioning and navigation part of Arctic problems has been resolved for the time being,” he said.


In most of my last projects, I used nice miniature connectors from TE. This is, again, no sponsored post. If you ever evaluated connectors, you may know how overwhelming the range of products is. I like to introduce these connectors to you, in the hope you find them as useful as I do. 😅
I first used the Micro-MaTch connectors in the Air-Monitor project. In this project, I had to connect 10 traces between two boards. There was very little space and after several design iterations, I found the Micro-MaTch connectors from TE.
Since then, I am using these connectors. They take very little space on the board which simplifies the routing and allowing very compact boards. Also, because they use SMD pads, all other layers below can be used for routing or components.
I had a number of requirements:
- The connector has to be hand-solderable.
- There has to be an SMD variant of the connector.
- I like to have a female connector on the board side, to prevent accidental shorts if it gets in contact with a wire or metal part.
- I like to assemble the connector by hand, without an expensive tool.
- They have to be cheap, less than $1 per connection, even in small quantities.
Connecting Sensor Boards
In the Always-On project, I use eight-pin connectors to connect sensor and logic boards. These connectors fit into very small enclosures. The sensor board shown above is just 40 x 40 mm. There are pads for two connectors to chain multiple boards.
The photo above shows a very simple display board on the wall with four LEDs. It uses an IO expander chip, connected over an I2C bus. The eight-line design works great with unshielded and shielded Ethernet cables over longer distances.
Next time you search for connectors, give TE’s Micro-MaTch value line a try. Its connector system solved many problems for me.
If you have any questions, missed any information, or simply want to provide feedback, feel free to comment below. 😄


Intel® Network Adapter Driver for Windows 7* Version: 23.5.2 (Latest) Date: 2/6/2019. Available Downloads. Intel® 82562 Fast Ethernet Controller; Intel® 82566DC Gigabit Ethernet PHY. Install, or use this software and any associated materials (collectively, the “Software”) provided under this license agreement.
After you do a complete fresh install of Windows 7, if you cannot access internet, it’s most probably that network drivers are removed. You can check for driver status in Device Manager. If the network driver is missing, you will find a yellow mark next to the ethernet device which mostly is named as “Ethernet Controller” under Other devices or Unknown devices. You may be wondering how to download and install the driver without getting network card model. Below you will find the solutions.
Download and Install Latest Network Drivers from Manufacturer’s Website
If you are using a branded computer, you can go to the computer’s website (HP, Dell, Lenovo, Asus, Acer, etc.) to find and download the latest network drivers. To locate the right drivers, you will need to identify the computer model name and the specific operating system (Windows 7 32-bit or Windows 7 64-bit).
If you are using an assembled computer, you can go to the motherboard’s website (Intel, Asus, Acer, Gigabyte, etc) to download the network drivers. To find the right driver, you will need to identify the motherboard model name which can be found on the motherboard. And you also need to identify the specific operating system (Windows 7 32-bit or Windows 7 64-bit).
Since you cannot access the internet, you need to download the driver using a computer with internet connection and save the downloaded driver to external hard drive like USB flash drive. Then transfer the driver to the computer with no internet connection. After installing the driver, the network issue should resolve.
Download Latest Network Drivers Using Driver Easy
If you are having difficulty with downloading the network driver manually, you can consider using Driver Easy to help you. Driver Easy provides Offline Scan feature which will help you download latest network drivers quickly. With it, you can download the network driver even easily if you don’t know much about computers. See how to use the Offline Scan feature to download network drivers.
Driver Windows 7 Free Download
Ethernet Controller Driver Windows 7 Setup Windows 10
My name is PaRa Mu Dita, a web Master, web Developer and Adventurer. Doing work for last 2 years and Running A lot of Techno Sites.


1 set packed in 3 cartons:50*40*23cm (8kg)
2-3 working days after payment confirmed
Ruide R6 220 channels gnss receiver support WLAN communication cheapset price ruide gps rtk
Key Features :
• Smallest Size Easy to Carry
• Intelligent platform very smart
• Tilt Survey, E-Bubble, NFC functions are onboard now
• Pacific Crest BD970 GNSS mainboard
• Employs a WiFi Module
Smallest Size Easy to Carry
Smallest size in industry and innovative design with 12.9cm X 11.2cm. Using Aeronautical material Magnesium alloy with sophisticated industrial design, providing a unique advantage compared to other materials: light weight, resistance to external impact and shock absorption, and good electromagnetic shielding.
Intelligent platform very smart
Intelligent platform provides an excellent solution for the interaction between the receiver and user, such as power management, voice broadcast, and self-inspection.
The internal tilt sensor helps to survey without leveling the receiver, in order to improve survey efficiency. Tilt angle is allowed up to 30° Built-in tilt compensator corrects the coordinates according to the direction and tilt angle.
The internal electronic bubble sensor can display the leveling status of the receiver on the controller in real time. You don't even need a leveling bubble on the pole anymore.
Equipped with Bluetooth 4.0 module, which supports receiver to work seamlessly with smart phone, tablet from Bluetooth 2.1 to 4.0 and also making Bluetooth communication faster and more stable. NFC is also available for fast connection.
Pacific Crest BD970 GNSS mainboard board is a compact multi-constellation receiver designed to deliver centimeter accuracy to a variety of applications. That enables NOVA R6 to support a wide range of satellite signals, including GPS L2C and L5, GLONASS L1/L2 signals, and also Galileo and BEIDOU signals for improving accuracy and speed of positioning.
Integrated with powerful data-link system, NOVA R6 is compatible with current radio protocols in the market from 410-470MHz, supporting all kinds of network types to access CORS seamlessly. The protocol can switch between TRIMTALK protocol and SOUTH protocol as needed.
NOVA R6 employs a WiFi module, which enables PC and cell phone to connect to the receiver and read the survey data directly through the software.
BDS B1, B2, B3
GPS L1C/A, L1P, L2C/A, L2P, L3
GLONASS L1C/A, L1P, L2C/A, L2P, L3
SBAS L1C/A, L5 (only for the statellites supporting L5)
Galileo GIOVE-A, GIOVE-B, E1, E5A, E5B
QZSS, WAAS, MSAS, EGNOS, GAGAN, SBAS
Positioning output rate : 1Hz~50Hz
Initialization time : <10s
Initialization reliability : >99.99%
Code Differential GNSS Positioning
Horizontal: ±0.25 m + 1 ppm
Vertical: ±0.50 m + 1ppm
SBAS positioning accuracy : typically< 5m 3DRMS
Static GNSS Surveying
Horizontal: ±2.5 mm + 0.5 ppm
Vertical: ±5 mm + 0.5 ppm
Real-Time Kinematic Surveying
Horizontal: ±8 mm + 1 ppm
Vertical: ±15 mm + 1 ppm
Horizontal: ±8mm + 0.5ppm
Vertical: ±15mm + 0.5ppm
RTK intialization time: 2~8s
970g(including installed battery)
Magnesium aluminum alloy shell
-45°C ~ +60°C
-55°C ~ +85°C
IP67 standard,protected from long time immersion to depth of 1m
IP67 standard,fully protected against blowing dust
Shock and vibration
OFF Status:Withstand 2 meters pole drop onto the cement ground naturally
ON Status:Withstand 40G 10 milliseconds sawtooth wave impact test
Rechargeable, removable Lithium-ion battery
Single battery: 7h(static mode)
5h(internal UHF base mode)
Communications and Data Storage
5PIN LEMO external power port + RS232
7PIN LEMO RS232 + USB
1 network/radio data link antenna port
SIM card slot
Integrated internal radio receiver and transmitter 0.5W/1W


Signal Processing Toolbox™ provides functions and apps to manage, analyze, preprocess, and extract features from uniformly and nonuniformly sampled signals. The toolbox includes tools for filter design and analysis, resampling, smoothing, detrending, and power spectrum estimation.
How MATLAB is used in signal processing?
What is signal processing used for?
How do I know if my MATLAB has a signal processing toolbox?
What is MATLAB signal analysis?
How do you get a Symbolic Math Toolbox in MATLAB?
If you have the Symbolic toolbox, then you can download the MATLAB install it with the symbolic toolbox. If you already have MATLAB installed, then you can click you can click Add-ons and search for the symbolic toolbox and install it.
How do I add a toolbox to MATLAB?
- In the Environment section of the Home tab, select Package Toolbox from the Add-Ons menu.
- In the Package a Toolbox dialog box, click the button and select your toolbox folder. …
- In the dialog box, add the following information about your toolbox.
What is difference between analog and digital signal?
Signal Analog signal is a continuous signal which represents physical measurements. Digital signals are discrete time signals generated by digital modulation. Example Human voice in air, analog electronic devices. Computers, CDs, DVDs, and other digital electronic devices.
What does a digital sound processor do?
A DSP is a processor dedicated to number-crunching digital signals like audio. They’re designed to perform mathematical functions like addition and subtraction at high speed with minimal energy consumption. DSP chips appear in a variety of sizes, prices, and performance points.
How does MATLAB Compiler work?
MATLAB Compiler enables you to share MATLAB programs as standalone applications, web apps, and Docker container images. With MATLAB Compiler, you can also package and deploy MATLAB programs as MapReduce and Spark big data applications or as Microsoft Excel add-ins.


An important metric in understanding the dynamics on networks is the branching factor, which captures a sense of dispersion in the network connectivity and quantifies the rate of spreading across the network. Moreover, network information generally is available only up to some level of error. In this paper, we discuss the branching factor in the context of network epidemiology. We study the propagation of such errors to the estimation of the branching factor. Specifically, we characterize the impact of network noise on the bias and variance of the observed branching factor for arbitrary true networks, with examples in sparse, dense, homogeneous and inhomogeneous networks. Under some assumptions, we show that the observed branching factor is asymptotically unbiased in the homogeneous network setting, but asymptotically biased in the inhomogeneous network setting. In addition, we propose a method-of-moments estimator for the true branching factor. We illustrate the practical performance of our estimator through simulation studies and with contact networks observed in British secondary schools and a French hospital.


The term reinforce stands for make it stronger. Signal strength is usually measured in the form of amplitude. Thus, an amplifier is a device that helps to amplify a weak signal. An amplifier can be called ideal if it has good faithfulness, poor efficiency, and uses feedback capabilities. There are different classes of amplifiers. They are Class A, Class AB and Class C. There are also some special classes like G, H, D and T are usually called digital amps. Lets have a brief overview of them.
Class A amplifiers use one or more transistors that conduct electricity during both cycles of the signal. These amplifiers have low distortion, but they are inefficient because they generate a lot of heat. To overcome this problem, use Class B amplifiers. They use a transistor to conduct electricity during positive cycles of waveform and another transistor to conduct electricity under the negative cycles of the same. Most of the audio amplifiers used today are Class B. Class B amplifiers used today work efficiently so that no human ear disturbances occur.
The above-mentioned two amplifier concepts were merged and Class A / B was created by the fact that a transistor would perform electricity when another also performs but this created its own distortion. This caused an overlap between two signals called gumming. This means that the signal becomes bigger when both devices perform. Another class of amplifiers is Class D amplifier and it is also called Digital Amplifier. In this case, either the transistors are turned on or off to represent positive and negative cycles. This can cause interference because both transistors can not be turned on or off simultaneously. This type of amplifier is used in subwoofers.
Class T amplifiers are more refined shift amplifiers. This means the concept of signal processing that automatically eliminates switch distortion. A normal power supply requires three times the power output to power an amplifier to maximize the RMS value. To understand how an amplifier works, you need to understand the basic types of amplification. They are voltage amplifiers, power amplifiers and power amplifiers. Of these, the first two types are the third, and the third is the derived type. Voltage amplifier is the one that increases the voltage of a signal. Power amplifier is one that amplifies the power of a signal. Power amplifiers are a combination of these two that function accordingly. The following are the basic factors.
The first criteria are feedback where the output is taken as input but 180 degrees out of phase. The other is credibility where the output must be an exact replica of the input that can be amplified. The third is efficiency for every watt output you need to use at least two watts of direct current.
The quality of an amplifier can be characterized by a number of specifications. The first is the amplifiers gain. This is determined as the ratio between the input and the output and is usually measured in decibels. The next is bandwidth that can be defined as the difference between the lower and upper half power points. So commonly called as - 3 db bandwidth.
Efficiency is the next factor. This is measured as the amount of input power applied to the amplifier output. The efficiency of the amplifier limits the amount of output that is useful. Linearity is the second factor that determines the amplifiers quality. An ideal amplifier should be 100% linear but in reality they are linear only up to certain limits.
The noise factor is the measure of how much noise is produced in the amplification. Noise is an inevitable and undesirable factor for the device. The noise factor is measured in relation to the input signal and output. Slew rate is the maximum rate of change for output variable measured in volumes per second. The gain time of an amplifier is the time the output takes to change from 10% to 90% of its final stage when driven by a single step of the input.
In terms of types of amplifiers, it is of different kinds. They are power amplifiers, vacuum tube amplifiers, transistor amplifiers, operational amplifiers, full differential amplifiers, video amplifiers, oscilloscopes vertical amplifiers, distributed amplifiers, microwave amplifiers and so on. Each one varies from others based on their own characteristics and specifications.


Method and apparatus for reducing back-to-back voltage glitch on high speed data bus. A voltage or current across such a resistor can form a reference bias current, which can then be used to bias the output devices , Hot-pluggable compatibility is achieved by a reduction in power-off leakage current and short circuit current protection. The low common-mode voltage the average of the voltages on the two wires of about 1. Apparatus and methods provide low voltage differential signaling LVDS driver with replica circuit biasing and protection for hot plugging. The controlling of the activation of the output devices , prevents excessive current flow, and thereby prevents the corresponding damage from excessive current flow. The apparatus of claim 2 , wherein the circuit is configured to carry digital data.
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The integration of the serializer and deserializer components in the control unit due to low demands on additional hardware and software simple and inexpensive. In serial communications, multiple single-ended signals are serialized into a single differential pair with a data rate equal to that of all the combined single-ended channels.
Low-voltage differential signaling
The devices for converting between serial and parallel data are the serializer and deserializer, abbreviated to SerDes when the two devices are contained in one integrated circuit. One embodiment further includes output impedance control.
LVDS works in both parallel and serial data transmission.
In addition, the transmitters need to tolerate the possibility of other transmitters simultaneously driving the same bus. LVDS is growing in popularity for differential data transmission because it features relatively high speed and relatively low-power. LVDS self-terminatinb differential data transmission to reduce susceptibility to common-mode noise.
The resistance of the pullup resistors is not critical, as the recovery can be slow. For example, many conventional LVDS drivers use a constant current source with some sort of replica feedback to control either the common mode or differential signaling. As illustrated in FIG.
US7898295B1 – Hot-pluggable differential signaling driver – Google Patents
A local powered-off LVDS driver local power supply of sqing driver is held at low-logic level or ground should not interfere when logic high exists on the shared bus. For example, a 7-bit wide parallel bus serialized into a single pair that will operate at 7 times the data rate of one single-ended channel. The apparatus of claim 1further comprising a feedback circuit configured to control an output impedance of at least the driver NMOS transistor and the driver PMOS transistor. To serve this application, FPD-Link chipsets continued to increase the data-rate and the number of parallel LVDS channels to meet the internal TV requirement for transferring video data from self-tedminating main video processor to the display-panel’s timing controller.
USB1 – Hot-pluggable differential signaling driver – Google Patents
MLVDS has two types of receivers. For example, the level shift circuit can raise the output voltage and the level shift circuit can lower the output voltage. US USB1 en While the short to ground is still present, the output voltage at the driver outputs will be low.
The illustrated protection control circuit has a fault detector and a wake-up or reset circuit However, engineers using the first LVDS products soon wanted to drive self-terjinating receivers with a single transmitter in a multipoint topology. This scaling N by greater than 1 decreases the current passing through the resistor relative to the resistor FIG.
An alternative is the use of coaxial cables. The apparatus of claim 1wherein the biasing circuit comprises a first biasing circuit and a second biasing circuit: The feedback mechanism can be turned off for most of the time during operation, and calibrated once or in the background when the driver circuit is not busy.
In the illustrated embodiment, the fault detector comparesthe outputs to a threshold voltage V REF. Such a fault detection feature should be able to detect excessive current then shut off excessive current flow. The control of the steering switchescontrols the output data of the driver. This permits the swing levels to be lower, which significantly reduces power dissipation. Aa example, an explicit resistor, such as an external resistor can self-terminwting used as a reference.
Low-voltage differential signaling – Wikipedia
LVDS technology allows products to address high data rates ranging from, for example, hundreds of Mbps to greater than 2 Gbps. The output impedance can be centered on Z eq and a particular desired output impedance can be achieved by proper sizing of swng transistorsas explained earlier in connection with Equation 1. The apparatus of claim 2wherein each of the steering switches is an NMOS transistor. The illustrated configuration avoids such strongly coupled feedback loops, especially in the signal path.


Fibersonic is a high-speed internet service delivered over a fiber optic network directly to your home or business. Fiber optic internet service from Fibersonic provides symmetrical upload and download speeds of up to 1 Gigabit per second or 1,000 Mbps! Fibersonic is powered by SHELD, the public power utility that’s been accountable to local families and businesses in South Hadley for generations.
Fibersonic is a data network constructed of optical fibers which use pulses of light along a thin piece of glass instead of electricity to carry out a signal. It is unique because it can carry high bandwidth signals over long distances without degradation. Optical fiber has been used in communications for over 30 years in the following capacities; to transmit telephone signals, internet communication, and military and space communications.
Fibersonic is bringing gig-speed fiber optic internet to South Hadley to improve our town, not to make profits. Fibersonic is powered by SHELD, South Hadley’s utility that has been invested in developing our neighborhoods and business community for generations.
On the homepage of this website, fibersonic.com, simply click on show interest today, enter your address, complete the required information and click submit! Once you submit interest, our Fibersonic team will retain the information which will help us to better understand and track the areas of town that have the most interest.
Yes, a recent study surveyed home buyers and developers. It found that fiber-to-the-home adds about $5,000.00 to the purchase price of an individual dwelling.
Fibersonic offers the option of a seasonal disconnect option for customers who will be away for between 3 and 6 months.
We ask that you contact Fibersonic 48 hours prior to the date you would like service temporarily terminated to give enough time for us to successfully terminate billing and service.
Upon your return, the customer should provide Fibersonic with 48-hour notice to reconnect service at no charge. Regular monthly internet billing will begin upon activation.
Fibersonic service terminated for non-payment will be restored within 48 hours upon the following conditions:
We are building a system that supports Gigabit bandwidth. Depending on many factors we expect you will receive up to 1,000 mbps for upload and download speed. Your actual speed may be affected by the capability and age of your devices, the software you are using, the server of the site you are visiting, and the overall volume of internet traffic at any given moment.
Fibersonic provides internet service. We do not provide television programming but we do offer amazing access to all streaming service providers. Many customers access local TV with a HD antenna and then subscribe to one or more streaming services (Netflix, Hulu, Playstation Vue) for additional TV, movies and sports.
There is no contract for Fibersonic residential service as we are confident that we are providing a great local service that you will want to keep for many years.
Fibersonic commercial service does require a contract. For more information, please contact our office at 413-536-1050.
For standard residential installation there is no charge. A standard residential installation includes a first floor or basement connection to your home. If you would like the service run to the second floor which will create a more custom installation, pricing is $79.95/hour + materials and must be agreed upon before installation.
Standard residential service from Fibersonic includes the Optical Network Terminal (ONT) which is a fiber modem and your wireless router at no cost.


DENVER — If you’ve ever tried to use your phone downtown during a Rockies game, you’ve probably felt the need for speed.
Denver’s population keeps growing, but download and upload speeds are not keeping pace.
Denver is No. 18 in terms of population but the Colorado’s came in last in a comparison of the 125 most-populated metro areas, according to a new study by RootMetrics.
RootMetrics looked at overall performance, network reliability, network speed, data performance, call performance and text performance.
Denver came in dead last in the speed rankings.
“All four carriers recorded median download speeds below 10.0 Mbps in Denver, and median upload speeds were even slower,” RootMetrics stated.
“Due in part to the slow speeds, Denver also ranked just #124 in data performance,” researchers stated.
T-Mobile customers are dealing with the slowest speeds – and they actually got worse from the second half of 2015 to the first half of 2016.
T-Mobile’s median download speed decreased from 6.8 Mbps to 4.4 Mbps, researchers found. T-Mobile’s median upload speed decreased from 8.7 Mbps to 5.1 Mbps.
Sprint and Verizon were named the “winners” of the second half of 2015.
The top five metro areas for cell phone service are Lansing, MI; Indianapolis, IN; Atlanta, GA; Milwaukee, WI; and Chicago, IL.


SCSI Masters.com is a start up venture formed in February 1997 to take advantage of the rapidly growing computer connectivity industry. With its direct relationship to the growth of the LAN (Local Area Network), WAN (Wide Area Network), data storage, and peripherals markets, computer interface connectivity is a burgeoning opportunity. As the peripheral market grows, the need for cabling and connectivity products also will flourish.
The company’s founders, with a combined 15 years in the industry, bring with them an understanding of practical applications and knowledge of the computer networking industry, VAR channel and OEM business development. SCSI Masters.com embodies the belief that customer service, quality products and competitive pricing are key ingredients to a successful business enterprise.
The complementary relationship between the founders and staff affords quick problem resolution, and with it, the ability to provide high quality products and helpful customer service. Combined, these ingredients position SCSI Masters.com favorably, both locally and nationally, as a primary source provider of SCSI Products and solutions.
SCSI Masters.com’s purpose is to be the customer’s preferred computer cabling and connectivity solution provider. We achieve this by providing quality products at fair prices, continually listening to and understanding the needs of the customer, and developing all of our relationships with customers, vendors and employees based on honesty, integrity and openness to communicate.
SCSI Masters.com is the Pacific Northwest’s most reliable SCSI Products distributor by offering the customer superior product at fair prices with prompt delivery and helpful service.


Hey friends, do you hear about starlink internet in India? If you know about starlink internet, then you have to read this post carefully to get full information about starlink internet.
What is Starlink Internet in India?
Friends, it is a high speed satellite based broadband internet which is know as Starlink internet. Recently, company CEO Elon musk announced that this facility will also be available in India. After implementation of this internet, Indian will enjoy high speed internet in metro cities in upcoming years.
As we know that, many other companies like JIO, Airtel,Vodafone, etc are getting jealousy to this announcement for India.
Starlink internet Speed in India
Recently, starlink launched a satellite in space for highspeed internet purpose in various countries. As per elon musk announcement, this high speed internet service will also be available in India and its nearby countries.
The high speed starlink internet would available in India by next year 2022 as per the official website of starlink.
It covers metro cities of India. It may be available in below listed cities Ahmedabad, Delhi, Bengaluru, Mumbai, Chennai, Kolkata and Hyderabad. When starlink interent service trial will successfull in the above cities in India then, Starlink internet India may be available in other big cities across India.
Starlink Internet is satellite based High Speed broadband internet that will provide 50 Mbps to 150 Mbps high speed in India as per Elon musk announcement. Elon musk also said the starlink internet speed will be 300 Mbps in India after 2 to 3 years.
There is no any announcement about future plan of starlink Interent service. If you want to get this service to you home then, pre booking of this high speed internet service is ready at starlink official.
Starlink internet plans, cost and price in India
Starlink Internet price in India– Do you know, what is starlink internet cost in India? The starlink internet pricd is about 99$ dolar in India for pre order which is approximate to 7250 indian rupees.
The above pre order amount of starlink internet price is totally refundable to the customers as per information leaked. When a customer will get a starlink internet connection, he will get a wifi router for installation for high speed internet service.
How to get Starlink internet in India
Now, here I am going to share step by step procedure to pre order a new starlink internet connection in India. Just follow the below procedure to get a new connection of starlink High speed internet.
- Visit official website of starlink. click here to visit.
- The starlink internet website has an Order Now Section.
- Just enter your address or the area where you live and want the starlink internet service.
- You will see a list of areas in proximity if your address is eligible for the service.
- Select Order Now.
- If your address is eligible for the service, you will be directed to a new page.
- Starlink website will also says that the company is targeting coverage in your area in 2022, with limited availability and on a first-come, first-served basis.
- Users have to fill required information like first name, last name, phone number, and email address, etc.
- They will also be required to put in their card details to place a deposit of $99.
- You can deposit money by using debit or credit card.
- Starlink team will reach to your address or area fir new connection.


Will will filter the data of mobile numbers that you give us, for example if you give us a list of 1 lac numbers, we will filter the numbers and send u the list of numbers that are on whatsapp and numbers that are not on whatsapp. you can use these numbers for your bulk whatsapp or bulk sms promotions.
You can save time and money by sending messages to active numbers. thus saving time and money.
You can use these numbers even for tele calling as you know that these numbers are all active. thus saving time and money


Broadcom – Chip Gigabit Wi-Fi será apresentado na CES 2012
As redes sem fios (redes wireless ou Wi-Fi) têm ganho nos últimos anos uma posição de destaque no mundo das comunicações! Considerada por muitos como uma tecnologia de recurso quando não existe infraestrutura cablada, a verdade é que este tipo de redes tem ganho nos últimos anos uma posição de destaque no mundo tecnológico. Características como a mobilidade, escalabilidade, segurança e velocidades de transmissão são hoje um trunfo desta tecnologia.
Depois do anuncio da Quantenna relativamente à disponibilização de chips Wi-Fi a Gigabit (ver aqui), desta vez foi a Broadcom que informou via Press Release que irá apresentar o seu Chip Gigabit Wi-Fi no evento CES 2012 (Consumer Electronics Show).
A Broadcom, líder global em inovação de soluções em semicondutores para comunicações fixas e sem fios, fez anunciar via Press release que ira apresentar o seu chip Wi-Fi Gigabit de quinta-geração (5G WiFi), na CES 2012 que acontece entre os dias 10 e 13 de Janeiro em Las Vegas. Segundo a empresa, o chip permitirá velocidades 3x superiores (+/- 450 Mbps) às soluções baseadas em 802.11n e além disso há informações que será 6x mais eficiente em termos de consumo energético.
Press Release BroadcomBroadcom Launches First Gigabit Speed 802.11ac Chips – Opens 2012 CES with 5th Generation (5G) Wi-Fi Breakthrough5G WiFi Offers Consumers the World’s Fastest, Most Reliable Wireless Coverage for HD-Quality Video and Near Instantaneous Data Synch Innovation Attracts Support from Industry Leaders – Comcast, Lenovo, Motorola, NETGEAR and Others
Broadcomintroduces first family of IEEE 802.11ac chips based on the 5th generation of Wi-Fi (5G WiFi)
- 5G WiFi improves wireless range in the home, allowing consumers to watch HD-quality video from more devices, in more places
- The increased speed of 5G WiFi allows consumers to load web content on a mobile device faster, synch large video or music files quickly, all while extending battery life
- 5G WiFi addresses the growing need for a more robust and efficient wireless network
5G WiFi is the next generation Wi-Fi standard required for today’s mobile and video era. Based on 802.11ac, 5G WiFi is a major evolutionary step from the existing 802.11a/b/g/n networks.
Digital-content consumption is on a steep incline, with video content expected to reach approximately 90 percent of global consumer traffic, according to Cisco’s 2011 Visual Networking Index Forecast. At the same time, Internet traffic is shifting rapidly from wired to wireless networks. The increased reliance on wireless networks, the explosion of video consumption and the growing number of wireless devices being used are all putting tremendous stress on legacy 802.11a/b/g/n networks. As a result, consumers are prone to experience deteriorated performance, choppy videos and slower load times.
By creating more reliable whole-home coverage,
- All 5G WiFi solutions from
Broadcomsupport the following features:
- 80 MHz channel bandwidth that is 2 times wider than current 802.11n solutions
- 256-QAM, a higher modulation scheme that increases data transfer efficiency
- Transmit and receive beamforming
- Low Density Parity Check (LDPC) Codes
- Space-Time Block Codes (STBC)
- BCM4360 supports the PCIe interface and implements 3-stream 802.11ac specifications, and reaches speeds up to 1.3 Gbps.
- BCM4352 and BCM43526 implement 2-stream 802.11ac specification to reach up to 867 Mbps. BCM4352 supports PCIe interface; BCM43526 supports the USB interface.
- BCM43516 supports USB and reaches speeds of up to 433 Mbps with its single stream 802.11ac implementation.
- Chips with the PCIe interface are ideal for access points, routers, DSL/cable gateways and PC products; chips that use USB are ideal for consumer electronics devices including televisions, set-top boxes and Blu-Ray players.
Broadcom‘s new 5G WiFi chips deliver better coverage and longer battery life in a small form factor that is interoperable and compatible with existing technologies.
- Beamforming helps steer content in the direction of the intended receiver, increasing reliability and extending range; this is well complemented by STBC and LDPC code support.
- By transferring the same volume of data at a much faster rate, devices go into a low-power mode faster than existing 802.11n solutions.
- Designed on 40nm manufacturing process, the new chips are smaller and more power efficient, giving customers more design freedom.
Broadcom‘s 5G WiFi solutions work with all legacy 802.11 standards and complement other wireless technologies — like Wi-Fi Direct, Bluetooth and NFC.
802.11ac has generated broad support across the consumer-electronics industry. Companies and partners across the ecosystem recognize that 802.11ac is the future of Wi-Fi and are committed to its development, integration and distribution.
“Wi-Fi-enabled devices will grow from less than 1 billion units in 2010 to more than 3 billion in 2015. Given the current constraints of legacy 802.11 standards and the increased speed, capacity, coverage and battery life that 802.11ac offers, this next generation of Wi-Fi is poised for rapid growth across all product segments. 802.11ac will be one of the most influential mobile and wireless technologies in the years to come.”
“As demand for connectivity solutions continues to rise in
“The exponential growth of digital media and wirelessly connected devices requires faster and more reliable ways to connect anytime, anywhere. 5G WiFi solves this media explosion challenge.
“Asus prides itself in leading the market with product innovations. 802.11ac offers disruptive technology benefits that Asus plans to use in its PC, tablet and router lines.”
“As the recognized global leader in delivering award-winning connectivity experiences, we’re excited to partner with
“It doesn’t matter if you’re a movie aficionado streaming video to your TV or surfing social networks from the furthest recesses of your home, Wi-Fi’s latest and greatest standard, 802.11ac, promises to deliver the best end-user experience yet. I can see 802.11ac going into all the gadgets in your home, including PCs, smart phones, routers, tablets and TVs, and enhancing the connected home experience.”
“We are partnering with
“Regardless of whether you’re a consumer, small business, mid- to large-sized enterprise or service provider, 802.11ac offers significant benefits over legacy 802.11 standards, including faster speeds and broader range. D-Link continues to work aggressively with
“Huawei’s terminal access and networking product lines will incorporate 802.11ac technology in mobile phone and gateway designs. The Huawei R&D team is pleased to be one of
“802.11ac is an exciting and important development for today’s consumers and the wireless ecosystem. Lenovo is looking forward to the proliferation of this new technology into PC, Tablet, smartphone platforms. We also wish to extend the truly unlimited user experience that 802.11ac offers to smart TVs.”
LG Electronics Spokesperson, LG Electronics
“802.11ac offers LG the opportunity to connect our ecosystem of consumer electronics and mobile products faster in more reliable ways. We are looking to integrate these fifth generation Wi-Fi solutions in our TVs and phones among other products.”
“Companies or individuals utilizing unified communications solutions such as Microsoft Lync, will likely benefit from 802.11ac deployment, in particular when utilizing in scenarios requiring high quality video telephony.”
“Motorola is committed to the highest performance and quality for our DSL and Cable Gateways. The next generation of Wi-Fi products, enabled by
“As the worldwide leader in home networking, NETGEAR sets the bar for performance, reliability, and ease of use in wireless networking. We are excited to partner with
Quan DengPing, CEO, Tenda
“As one of the leading Chinese retail brands, Tenda is committed to bringing new innovations to its customers. Our on-going partnership with
“The prevalence of wireless connected devices in the home requires that advancements in the WLAN standard continue to match the eminent fixed-line DOCSIS speeds. The 5th generation WLAN standard, 802.11ac, represents a tremendous leap forward in wireless home networking technology and will allow our service provider customers to offer their subscribers unparalleled wireless performance. Ubee and
Huang FuZong, Vice President of Network Product Operation Office, ZTE
“ZTE offers wireless video distribution solutions for carriers all over the world. With our
As redes Wi-Fi Gigabit são caracterizadas por:
- Taxas elevadas na transferência de dados – O standard 802.11ac permite taxas na ordem dos 3.6 Gbps em redes domésticas. No entanto, inicialmente os chips apenas suportarão 1.3 Gbps. De referir que as redes Wi-Fi actuais (baseadas na norma 802.11n), permitem taxas de transmissão (teóricas) na ordem dos 600 Mbps.
- “Capacidade” para transmissão de vídeo – Este standard usa a banda dos 5 Ghz ao contrário do 802.11 b/g que usa o 2.4 Ghz. Na banda dos 5 Ghz existem mais canais para transmissão de dados e além disso, nesta banda operam muitos menos dispositivos o que diminui a probabilidade de interferências.
- Melhorias na confiabilidade, alcance e cobertura – 5G WiFi permitirá “acabar” como os “ponto mortos” em casas e apartamentos já que garante uma melhor cobertura e alcance a nível de sinal. Através de técnicas de beam-forming e outras inovações, existirá uma melhor penetração de sinal em determinados materiais de construção.
- Melhor eficiência energética – Como as taxas de transmissão são mais elevadas, o tempo de transferência de informação é menor o que permite aumentar o tempo de vida útil de uma bateria.
Com a adopção do standard 802.11c por parte dos fabricantes, o futuro prevê-se cheio de novidades neste segmento. Para quem pretender saber mais das rede 5G Wifi, aconselhamos a darem uma vista de olhos no site 5gwifi.org.


Venues Service Department
As the demands of providing good audio visual support become ever more immediate, Avtek Solutions has established a Venue Support Service to offer a range of technical support depending on the venue requirements.
These levels of support are as follows:
- Delivery and set-up of equipment on-demand.
- Peak-demand technical assistance providing on-site support at peak times to support venue.
- Complete on-site service providing full time technical and equipment support on-site.
This service provides for an Avtek manager permanently based within the venue handling all audio visual matters. Direct client contact and liaison with the C&B and Marketing/Sales departments ensure an accurate response to client requirements and seamless delivery of the audio visual product. An intimate knowledge of the venue and a strong working relationship with its personnel adds a level of client confidence which enhances the meeting experience. Additional services within the venue which can be supplied by Avtek and handled by the audio visual manager are electronic signage management, Business Centre operations, and venue systems management.
We will be happy to evaluate your venue to establish the most effective delivery of your audio visual requirements.


Justice announces $1B broadband initiative
Governor Jim Justice on Friday announced a $1 billion initiative to expand broadband access across the state.
BRIDGEPORT, W.Va (WDTV) - Governor Jim Justice on Friday announced a $1 billion initiative to expand broadband access across the state.
The plan, which state leaders say will draw from a mix of government and private-sector funds, will bring high-speed internet access to approximately 200,000 homes and businesses in underserved areas of the state.
Justice says this is the largest investment in broadband in the state’s history.
“This is surely a landmark day for West Virginia,” he said.
According to FCC data, at least 30% of the state’s rural homes and businesses currently lack adequate broadband access, leaving West Virginia with one of the nation’s lowest broadband connectivity rates.
Officials say the state’s mountainous geography has proven a major challenge.
“We’ve been talking for years about how to fix the rural broadband problem,” Justice said. “Now we’re finally going to do it.”
This is a developing story, stick with 5 News for updates.
Copyright 2021 WDTV. All rights reserved.


Using our range of specially developed and patented technologies Associated can provide the ideal solution with our extensive range of security and life saving devices, whether that may be for a one bedroom flat or large-scale governmental building. A combination of technologies ensure that all eventualities can be catered for:
Wireless / Hardwired / Hybrid Solutions
Wireless Systems are at the forefront of the security industry, popular for their quick installations and flexibility. Especially prevalent in the residential market they are the go to choice for those scenarios where it is difficult to run cables or if retro fitting is necessary.
Multi-award winning technology delivers 128-bit wireless encryption with superior wireless signal range, with multiple devices available we are able to deliver the reliability, security and support required for every market. The various devices available are listed below.
For those that prefer or high value commercial premises where insurance dictates it is still possible to install traditional hardwired intruder alarms. Due to individual cables going to each and every detector on the alarm hardwired systems are able to adhere to stricter protocols.
It is of course possible to have a combination of the two system types leading to a hybrid alarm.
Sensor Types: PIR Movement Detectors, Door Contacts, Vibration Sensors, Personal Attack Buttons, Breakglass Detectors, Smoke & Heat Detectors, Carbon Monoxide Detectors, Flood Detectors.
App integration allows you to gain control of your system providing access from anywhere in the world. Your smart device can act as a portable keypad to allow you to receive customisable notifications, set/unset areas, check the status of every sensor and even control other smart devices in your premises.


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IoT Adoption ignites growth in Real Estate
Yesterday, the value of real estate was all in the location. Tomorrow, it will be information, and how real estate brokers and agents can tap into that information to build relationships with customers, increase sales, and strengthen tenant engagements
The Internet of Things (IoT) is already having a significant impact on the real estate industry. Conceptually, the IoT implies physical objects being able to utilize the Internet backbone to communicate data about their condition, position, or other attributes. Adapting this for the real estate industry, it may be most relevant to understand how various types of sensors can track features such as motion, air pressure, light, temperature, and water flow and thenówith the Internet backboneóenable the BMS to autonomously sense, communicate, analyse, and act or react to people or other machines in a non intrusive manner. Using such sensors, the IoT promises to turn any object into a source of information about that object and its environment.
At 3E, we make this possible through our mobile application platform for IOT enabled data capture and information analysis.Using beacon technology which is increasingly gaining traction in the domain, and has changed the way house hunting is done.
Buyers on their mobile devices can access real-time property listings based on their current location or targeted locations of interest, and request specific property data to be sent to them. The data collected through Beacon sensors located virtually anywhere on the property premises transmit the information to the user’s mobile devices.
Tying into local municipal data also makes available to potential home buyers contextual information such as weather conditions, traffic situation, ambient noise, and dust levels in a neighbourhood, through a period of a year which helps in the process of informed decision making.This gives home buyers a truly enhanced and immersive experience, giving buyers more power than ever before. It also has the added advantage of taking the sales pressure off agents and sellers, and instead promoting a more exploratory approach to purchasing.
Using beacon technology along with augmented reality has also enabled house hunters to go through a virtually tour model homes on their mobile device, to access floor plans, 360 degree views and energy efficiency ratings before locking down on a purchase.
A major shift observed in real estate consumer preferences shows that the transfer of decision making power has passed from the baby boomers to the millennial. This Gen Y, is driven by a rent-by-choice culture, and seeks investment opportunities in real estate early, driving technology initiatives in the space.
IOT is also being applied to significant value in the commercial real estate segment. Fierce competition and changing consumption patterns in the commercial space requirement is forcing agencies to look into innovative methods to predict space demand. A classic example is the retail sector where the need for physical shop space has drastically reduced in the recent years due to online sales cycles. Forecasts for this industry expect 50% of American malls to close by the year 2030.
IOT can play a significant role which not only acts as a differentiator, but also predicts demands, tracks consumption and behavioural patterns, and works towards identifying newer ways to attract and retain tenants.
Other possibilities include enhanced building performance through IoT enabled BMS; which can be used to reduce energy use, repair and maintenance, and administrative costs. For instance, property owners can use the data collected by motion and occupancy sensors at a building level to regulate air-conditioning and lighting in real time, thereby reducing energy costs and optimizing the internal environment for its intended purpose
With where IoT and related technology stands today, it is not a question of chasing the technology but, rather, using an existing strategy to determine what a company needs: increased efficiency, greater differentiation, or new sources of revenue.
That need, in turn, determines the type of IoT application that would be most beneficial.
Chairman,3E IT Solutions
Original Article available here


That’s quite easy task to sniff traffic on real Android device (steps are for Windows PC).
- You need HTTP sniffer application named Fiddler (http://www.fiddler2.com/fiddler2/). Download and install it.
- Run Fiddler and go to tools/Fiddler options/Connections – set “allow remote computers to connect”. Restart Fiddler.
- Run ipconfig of see in “control panel” your IP address
- Your Android device and your PC must be in one WiFi network to be connected
- Go to Android device WiFi connection settings and setup proxy
Use your PC IP address and port 8888
You can also use Charles for MacOS/Linux/Windows (http://www.charlesproxy.com/) in the same way.


Home Security For Every Spring Lake Residence
With a wireless security system from ADT, you will be able to start helping to protect your family's home from emergencies like burglaries. By transmitting instantaneous signals to one of the eight ADT monitoring centers, wireless systems ensure the most rapid response time possible to any sort of security events. There aren't any wires to be cut, making a wireless system harder for criminals to disable. Rest easy knowing that your family’s security is wirelessly being monitored by ADT.
A home security system that works for your Spring Lake family
By using nothing more than the basic ADT Home Security digital control panel, you can upgrade to hands-free communication by utilizing two-way voice. With ADT's two-way voice feature, you can instantly contact ADT for help in an emergency. Also, you can also reach out to fire, police and emergency medical authorities from your ADT control panel. Reach out to an ADT Security Services representative now and you can better protect the ones you care for.
The difference of an ADT Spring Lake home security system
If you need the most effective protection from threats, such as fire, you need ADT. ADT offers upgrades that help to protect you from potential fires. When you add smoke and heat sensors to your security system, ADT will be alerted quickly to a fire emergency in your house. ADT comes with a clearly labeled button for quick access to fire authorities. Allow ADT to help you guard your home from fire and smoke damage.
Spring Lake home security solutions
With features that are user friendly, ADT's system may be used by anyone in the household. The wireless keypad offers one-touch access to help, additionally, the wireless keychain remote lets you arm or disarm the system with the touch of a button from virtually anywhere. No one will dispute how to set up the system, because ADT sends a professional technician who will walk everyone in your house through the system operation. ADT gives you convenient monitored home security.
Find Home Security in other Local Areas:
Spring Lake, Louisiana Home Security Offers
Or speak directly to an agent at 1-877-498-0715.


In a significant setback for techpreneur Elon Musk and his company SpaceX, nearly 40 Starlink satellites were destroyed by magnetic plasma ejected in a turbulent geomagnetic storm this week.
Over the past three years, SpaceX has deployed many satellites into low-earth orbit as part of its business to beam high-speed internet service from space, but the latest deployment of 49 new satellites did not go as planned.
As a consequence of a geomagnetic storm triggered by a recent outburst of plasma from the sun, up to 40 of 49 newly launched Starlink satellites have been knocked out of commission.
The geomagnetic incident resulted in the Starlink transmitters drifting back into Earth’s atmosphere, where they will burn up.
Solar storms are magnetic plasma ejected at great speed from the solar surface. While it won’t affect humans directly, magnetic plasma can interfere with electronics when it creates new currents in otherwise passive lines.
It can also interrupt, and in some cases, bring down power grids in some areas of the world.
These Solar Winds occur as a result of the release of magnetic energy associated with sunspots (‘dark’ regions on the Sun that are cooler than the surrounding photosphere) and can last for a few minutes or hours.
The sun has an 11-year long cycle in which it oscillates between hyperactive and quiescent states and presently it is ramping up to its peak, which indicates that more such satellites are prone to facing the same problem, the New York Times reported.


VPN, or Virtual Private Network, is a tool that provides a secure tunnel for your internet traffic, encrypting your data and hiding your IP address. You are probably wondering “Why is this relevant and why would I need it?” We encourage you to explore the widget down below and see for yourself.
When you use a VPN, your internet traffic will be encrypted and routed through the secure VPN tunnel, the ISP, government, and hackers will not be able to access your internet data; at the same time, it changes your IP address which further enhances your online anonymity.
While being an excellent tool to secure your online privacy, VPN has a lot more to offer:
VPN encrypts your data so no one can access your internet traffic including government, ISPs, and hackers.
While connected to a VPN server, it also masks your real IP address to make your internet activities anonymous.
While using a VPN, you can create a secure connection to a permissive country as if you are in that location to access the internet contents without being censored.
VPN changes your IP address to a public IP address in the server location, which enables your ability to access all the internet contents that are blocked due to Geographical restriction.
It is no secret that many ISPs has been intentionally throttling the users’ bandwidth, slowing down the internet speed, most notably targeting online gaming and streaming.
A good VPN is able to encrypt your internet traffic and also disguise the VPN connection so your ISP will not be able to throttle your internet speed per your internet activities.
Many businesses use geographical pricing strategies to adjust the price of the item per the users’ location, from clothing to electronics and flight tickets, you may find different prices for the same item with different IP addresses even it is a different state!
Use VPN to change your IP address to save money shopping online, plus this is totally legal.


1 Radford Way
XLCC will provide a number of different services that will help to provide the connectivity required for renewable power to meet future global energy needs. These include:
As a new entrant to the market, XLCC will produce XLPE (Cross-linked Polyethylene) coated HVDC subsea cable for use in interconnector projects, where electricity is moved between countries, and for export cables to bring power back to the shore from offshore wind farms. Cable testing and certification will take place in 2026 and 2027, with the first cable lengths being produced from 2028 ready for deployment to client projects.
XLCC is investing in a state-of-the-art Cable Laying Vessel (CLV). In addition to being one of the largest CLVs in the world, the new vessel has been designed to manage all aspects of cable handling – from protecting the quality and integrity of the cable during export from the factory, through to the installation location on the seabed. The CLV will have the capability to deploy the cables individually or in a bundled pair configuration.
XLCC will also provide clients with services that enhance the protection of the subsea cables on the seabed. Various techniques including high pressure trenching, mechanical cutting and rock placement can be provided shortly after the cable has been laid on the sea floor using a separate, dedicated vessel.
XLCC will install a cable monitoring system in the bundled pair configuration of power cables. This will allow the health of the cable to be monitored in real time using both acoustic and temperature sensing. This sensing capability allows for intervention and fault prevention, thermal trends to be tracked over time, depth of burial status to be monitored and in worst case scenario, a fault location can be pinpointed to direct repairs to the precise location. Cable health can also be measured so remedial action can be taken when data received isoutside the expected norms. This maxmises the cable system availability for our clients on interconnector projects.
Subsea cables exist in an environment where access isn’t always easy and cable repairs can become necessary for multiple reasons including damage caused by ship anchors, fishing activity or environmental factors. XLCC will be capable of providing customers with cable repairs in the event of a cable failure or during periods of preventative maintenance.


Aequor has been partnering with telecommunication companies for more than 15 years – helping them increase efficiency and improve responsiveness by providing solutions that offer end-to-end support for their key business processes. At Aequor, we deliver business value to telecom companies by providing innovative new solutions that strengthen business and operational support systems.
Telecommunications / Government Experience
Aequor has extensive experience with Private & Public sector’s use of Wide Area Network (WAN) telecommunications services including large statewide infrastructure . With over 15 year experience in Global MPLS/IPVPN, DIA, Private Line, SIP/VoIP, Ethernet, Managed Network Services, and Converged WAN Networks, Aequor has been working with various government agencies and enterprises including the State of Oregon, Florida, Georgia, New York, New Jersey, Pennsylvania, Arkansas, Westchester County, Delaware, VA and Ohio.
Aequor has worked with national and international carriers, on multiple Global MPLS projects ranging from 5 to over 1000 sites. Aequor has managed projects in which Aequor has been responsible for the Design of Managed Global MPLS/Ethernet Networks for various customers, recommended Network Solutions for Application Performance Management, Managed Routers, and WAN for Voice, video, data, internet and collaboration services.
Aequor also has extensive experience in building MPLS solutions with QOS network linking datacenters and call centers, as well as critical maintenance facilities while supporting VoIP and multiple apps in separate queues. Aequor is experienced in handling all aspects of Client’s network operations, network engineering, process development and service assurance. Aequor has managed Contract Negotiations and oversaw implementation of the network solutions. Aequor is also experienced in Conducting follow up audits for network performance and billing.
Business Support Services
Telecom Service Providers (TSPs) know they must constantly introduce new Value-added Services or bundled services to enhance competitiveness. We strengthen the capability of our client TSPs by helping them address current market and regulatory requirements through expertise in Business Support Services (BSS) development and maintenance.
Operations Support Services
Our Operations Support Services (OSS) solutions help clients maximize ROI, minimize costs, enhance mobility, deliver superior customer service, and accelerated time to market of new services. Our services include planning, provisioning and activation systems integration, performance management and fault management.
Enterprise Application Integration (EAI)
We enable client TSPs to manage and maintain diverse systems and applications across various functions/departments. We allow them to achieve seamless business process integration among various disparate application systems. Our telecom services range from systems and process analysis, Integration Strategy, Solution Architecture, systems design, development and migration to functional and stress testing.
Business Process Management
We help clients improve customer service, bring new Business to Business Technlogy products to market, eliminate cost inefficiencies and conform to new regulations through our Business Process Management (BPM) services such as Business Process Optimization (BPO), Business Process Re-engineering (BPR) and Business Process Audit (BPA).
Network Security Offerings
We provide enterprise telecom network–centric, security services and solutions, including:
Virtualized services for easier access to analysis reports and service requests via on-screen customer portals, offering resilience and scalability.
Streamlined processes that help clients to free their network of unnecessary, bandwidth-consuming traffic for improved customer network performance.
Reduced need for data center space through customized hosted-solutions.
Quick resolution of network-based denial-of-service (DOS) attacks before services suffer.
At Aequor, we value partner relationships. Our partner network enables us to combine our expertise with innovative technology and software products to deliver customized solutions to our Telecommunications clients. Partnerships help us create a rock solid proposition of exceptional performance, reduced costs and business value to each and every client.


|◄ ► The World's First Text Message (1844) - "What Hath God Wrought?" • Connie Rohman|
Telegrams were the first text messages. Morse Code was invented by Samuel Morse in 1836. On May 24, 1844, Morse sent the first long distance telegraph message, "What hath God wrought?" from Washington, D.C., to Baltimore. Much as modern electronic communications have transformed our modern world, the telegraph changed politics, culture, the economy, even warfare. If you have seen the movie "Lincoln," you saw the critical role those short messages played in the Civil War.
This piece is from my Lost Modern Language Series. This series presents a visual interpretation of the dots and dashes of Morse Code, enabling the viewer to "read" the artwork. The piece reads, "What Hath God Wrought." The longer rectangular boxes are the ""dashes,"" with the shorter ones being the "dots." The corresponding letter of our traditional alphabet is quilted inside the Morse Code symbols.
Techniques used include piecing, hand guided machine quilting.
24 x 24