In electronic engineering, power amplifiers are basically device generators developed to manage the power result of any kind of gadget or circuit that needs a consistent outcome of power. In audio electronics, power amplifiers are used as the first function in audio amplifier circuits. Generally, the power boosting course is merely a series of icon phrases applied to numerous power amplifier groups. The team provides a rather broad summary of the qualities and performances of an amplifier. The class refers to one of the 5 power boosting phases, as well as all the amplifiers belonging to an offered team share some common features as well as the others are distinct. The first class simply abbreviates as class A, B, Abdominal Muscle, and so on. In Course A, the major function of the amplifier is to control the result voltage. Subsequently, it additionally regulates the frequency degree. Subsequently, it likewise regulates the volume degree of the output signal, so the signal is just solid sufficient to drive the speakers, or various other outputting devices. Courses B as well as AB incorporate the functionality of Class A with extra features. These are used for power amplifiers, particularly in full-wave correction devices. On the various other hand, in Class Abdominal Muscle, additional control has actually been included in the tool. Some of the typical controls in amplifiers under this group are quantity, treble, bass, and also balance controls. It is not unexpected that Class A amplifiers are typically utilized for tools such as guitar as well as piano. In Class B, on the various other hand, the major function of the amplifier is to manage the frequency level of the signal. Ultimately, it additionally regulates the quantity degree of devices driving the audio speakers. On top of that, some Course B amplifiers likewise consist of circuit simulation facilities. With that said claimed, usually made use of in commercial makers and heavy devices, the outcome level can be increased using circuitry simulation. Course AB Class A amplifiers are usually much more pricey compared to the other sorts of amplifiers. This is because they feature unique circuitry to deal with power demands for very high or low degree procedure. For example, if the signal degree is reduced, a Course A amplifier will certainly operate at complete result till the signal rises. On the other hand, Course B amplifiers may operate at half outcome till the signal is at the very least surpassed, at which point they will certainly switch off and on again until the level is accomplished. Given that the Class A, B as well as ABDOMINAL course of amplifiers all have different qualities, the user should think about the above info prior to making their final acquisition. Before selecting an amplifier, it is necessary to determine what is required by the device. If the amplifier will certainly be used for expert applications, it is advisable to pick Class A or Class B, depending on the type of signal processing called for. Nonetheless, it may still be worthwhile to utilize a Class C amplifier for basic applications. One of the most popular class of amplifier is Class D, which is utilized in gadgets that do not need high power ratings.


Conventional wired microphones convert sound into an electrical audio signal that is sent to the sound system through a cable. Live music stages that are crowded with cables from microphones for vocals, guitars, drums and other instruments can become a snake pit of overlapping wires and limit the performers‘ freedom of movement on the stage.
Wireless microphone systems convert audio signals created by microphones into radio signals, which are sent by a transmitter through the air to the receiver and then through the sound system. They eliminate the need for cables, so you are no longer tethered to a sound system or tripping through messy performing environments.
With continuous advances and improvements in sound quality and reliability, wireless microphone systems are more affordable and popular than ever. Their potential goes far beyond the stage. You can find wireless microphone systems in exercise studios, schools, houses of worship, presentation halls – anywhere a performer or presenter wants true freedom of movement.


About Spring Design
Spring Design, founded in 2006, delivers innovative e-reader solutions and products to the e-book market, offering overall "Link Notes", a content authoring and multi-media publishing tool as add on editions to original text. Spring Design is located in Cupertino, California with engineering offices in Taiwan and China. Spring Design pioneered its patent-pending dual screen design with ReadMate™ capability in 2006, and has been working with major book stores, newspapers and publishers over the last two years, sharing the vision and the capabilities of the dual screen device.
Spring Design's innovative patented technologies incorporate the seamless interaction of dual display and multi-online access in a single device, benefiting and leveraging the technology and resources of the Web to enhance the reading experience with open Internet access.
Building readable, mobile, and versatile solutions in a standalone next generation reader device
Thanks to the revolutionary technology of electronic paper displays (EPD), electronic readers are now an established presence in the consumer electronics market. Today's reader products, such as the Sony Reader and Amazon Kindle, have had varying levels of success, yet, no one device has met all consumer requirements for good readability, mobility, connectivity, and functionality.
We believe there's a need for a standalone convergent device not only for reading downloaded electronic books, but one versatile enough to be interoperable with existing tools, compatible with the latest applications, connected with a fully operational browser, and user friendly enough to boast an advanced graphical user interface that is both familiar and intuitive to most users. Above all, we think this device should be lightweight and portable.
Our mobile standalone electronic reader is light, small, and easy to use – and it simply does more. It's useful for both online and offline reading and it's not limited to use for simple leisure reading. It will become an essential and indispensable part of users' daily learning and information gathering activities.
Spring Design is poised to become the premiere company to deliver solutions and devices that will fundamentally change the way people view and interact with an electronic reader, broadening the electronic reader market.


Connect Communications Ltd has the latest Motorola MotoTRBO digital radio range on display in their Sydney sales room.
Listing added: Nov 20, 2011)
Specialists Kenwood, HYT and Motorola portable radio telephone communications equipment - radios, accessories and headsets. Support service center located in main centres in VIC, NSW, QLD & WA Australia.
Listing added: Oct 26, 2010)
ICONF NZ provides phone conferencing call services and facilities via VOIP across Australia and New Zealand.
Listing added: May 21, 2011)
High quality business telephone systems. Converged Systems is an Avaya Partner and leading-edge telecommunication solution and support service.
Listing added: Oct 17, 2009)
Leading global provider of networking and communications equipment.
Listing added: Feb 1, 2010)


Tune in to the recorded broadcast!
Automatic speech recognition (ASR) is a computer technology that is used to identify and process the human voice. It has become ubiquitous with the proliferation of voice services like Google Assistant, Alexa and Siri. There are many uses of ASR beyond these voice-activated, interactive personal assistants. When ASR is used to convert the words a person has spoken into text, it can be a very useful accessibility tool for people with hearing loss. Such uses can include speech-to-text for live, face-to-face conversation, captioning for meetings and telephone conversations, and more.
We’ll take a brief look at the history of ASR before diving into its many uses, examples of the available speech-to-text ASR technology and some practical tips for making the most of using these kinds of applications.


Minimalists rejoice; Nokia has rolled out a new version of its classic 6310 phone to celebrate its 20th anniversary.
The old-school phone seen in every other person’s hands in the 90s is back, featuring a few new specs and all of the old favourites – including the iconic game Snake.
Upgrades to the phone include a large curved colour display offering improved readability and accessibility – though without touchscreen capability, users will be tapping away on the keypad.
The familiar specs that made the model such a favourite still feature, including a wireless FM radio and the same tough shell that will keep the phone going through a few bumps and falls.
Like its predecessor, it has a massive battery life of up to 21 days and includes a single rear camera.
First launched in 2001, the 6310 was updated in 2002 as the 6310i and was finally discontinued in 2005.


- Low latency
- High Availability
- Smart Network
- Next Generation
IP + ATM Powered Network
and Spam Protection
Our network is laid out to minimize the number
of hops it takes for a data packet to leave your
and reach its destination on the Internet. Reducing
the number of hops lessens the number of devices
your information travels through. This means that
you have faster transmission times, or low latency,
as well as the added benefit of having fewer points
of potential failure. For example, on our Iowa
network, our average statewide latency from your
local POP (point-of-presence) to our Internet
is under 30 milliseconds (ms) for a two-way trip.
What kind of uptime can you expect? For the most
recent 6-month period our network
backbone uptime was 99.731%. That translates into
less than 1 day of downtime per year.*
Smart Network Monitoring
We actively monitor our network from our network
operations center (NOC) to make sure
that it is optimally performing. In addition,
we perform preventative maintenance on a regular
basis to all of our network POPs.
Next Generation IP + ATM Powered Network
Experience the advantages of our next generation
network that utilizes ATM and IP to efficiently
manage data traffic, reducing overhead and increasing
throughput 19% to 24% beyond traditional
circuit-based frame relay networks.
Anti-virus and spam protection
All incoming email is scanned for viruses and
Unlike other types of wireless communication,
such as satellite, the radio frequencies that
use are not affected by weather conditions such
as clouds or rain.
We terminate your connection to an RJ45 Ethernet
jack. Review Customer
Process to learn more.
You can participate in online gaming with Prairie
iNet service, however, to play certain games it
may be necessary to use a static IP address. Prairie
iNet will make one available to you for an additional
charge of $25 per month.
*Past performance does not necessarily
indicate future performance.


Jabra has announced two additions to its sports headphones portfolio. The most interesting is the new Jabra SPORT, a Bluetooth wireless headset.
The Jabra SPORT includes an FM radio and has bass boost to help give you that little bit of extra oomph while running.
The headset features a wind shielded microphone helping make it easier to take and make calls while working out. It meets US Military Standard rain, dust and shock resistance standards.
The Jabra SPORT comes with a free download of Endomondo Sport Tracker, a running application for iPhone, BlackBerry and Android smartphones which has been enhanced with some Jabra SPORT specific features that include getting updates on speed, distance and lap times by tapping the headset.
Jabra has also announced the SPORT-CORDED, a wired alternative to the SPORT but sharing many of its features.
Both new headsets will be available in October. The Jabra SPORT will cost £99, the Jabra SPORT-CORDED £59.99.


Structured Cabling System
CERPS Technologies was established in 1992 and is based in Al-khobar Saudi Arabia. Our Development Center is a hub of technical and creative minds that generated outstanding value for our clients since our inception. It is our experience in
The Internet, Client server, Groupware technologies, coupled with our capability to adapt to new and domain specific technologies and a unique onsite / offsite development model that gives us the competitive edge. At CERPS Technologies we deliver strategic, creative, and high quality services. We PLAN, CREATE and DELIVER web solutions, applications, developments and services that redefine the way client perceives and interacts with company. We build professional solutions at competitive prices thus, giving our clients one of the best values on the Web today. From corporate or informative web sites, animation, video, audio, e-commerce and database integrated web sites; we implement what you need to meet your business goals.
We have been your source for complete electrical power distribution services. From emergency electrical repairs, testing, and maintenance of new or used electrical distribution equipment, to sub-station start-up services, relay calibration, switchgear and circuit breaker upgrade and rebuilding services. We also provide power system studies, as well as power quality services – we can solve your power related issues.
Our objective has always been to provide prompt professional and technical assistance for evaluation, repairs, upgrades, and maintenance of electrical distribution apparatus. We strive to ensure safe and reliable operation of equipment for plant and maintenance personnel, and to improve overall power quality by identifying and correcting system deficiencies.
Our facility is fully equipped for switchgear and circuit breaker repair, testing and modification services. We also buy and sell used and obsolete electrical apparatus. We can supply you with reconditioned, tested and guaranteed electrical equipment.
For cable placement, plus cable splicing and testing, one contact puts you on your way to complete fiber optic network services. We’re fiber optic experts! We are known for our reasonably priced, high quality service.
Since 1992, we have provided services nationwide to a variety of clients. We have earned a reputation as a reasonably priced, high-quality service provider. Client references are gladly provided upon request. Our services extend nationwide; we hold licenses for several states, plus we will obtain licensing in any state as needed or required for a client’s job.
We operate under these principles:
Our job performance is 110% and we “go that extra mile” for our customers on all jobs we do.
We perform in a professional and cost-efficient manner at all times.
Our clients best interest is always our #1 priority.
For cable placement, plus cable splicing and testing, one contract puts you on your way to complete fiber optic network services – call us! We’re fiber optic experts! We are known for our reasonably priced, high quality service.


A scalable platform for business messaging
We prioritize trust in every message you send, ensuring verified messaging over carefully designed routes that shield your communications from being classified as spam. Our compliance and privacy software guarantee secure engagements.
We deliver top-quality messaging through real-time routing algorithms and seamless integration with Kenya's telecommunication carriers, ensuring unparalleled message deliverability and throughput.
Whether you are sending transactional updates, marketing broadcasts, or interactive two-way texts, we provide dedicated message streams for high deliverability, ensuring your messages reach their destination effectively.
Whether you need to send transactional notifications, reach a broad audience with marketing messages, or engage in two-way conversations, Falu Messaging's got you covered.
Use a dedicated transactional message stream to send unique, high-priority messages to a customer.Learn More >
Employ Falu's marketing message stream to send branded messages to multiple customers simultaneously.Learn More >
Use Falu messaging to create a two-way SMS channel of communication with your users.Learn More >
Pay per volume of messages and enjoy scaling discounts for high-volume and long-term use.
Send and receive SMS from


To ensure continued productivity and business continuity, many enterprises quickly moved their workloads from the cloud after the pandemic. But is the cloud always the best solution? It is not always the answer.
Internet of Things devices (IoT), now 10 billion worldwide, generate a lot of information in real-time. However, they suffer poor performance if they need to send that data back to the cloud. This can lead to increased latency and lower agility as well as high costs.
The Edge is a distributed digital infrastructure that places computation, storage and network services at the end-users. This has allowed enterprise IT teams to increase app performance.
What defines the Edge?
You can think of it in two different ways. There’s first, the far end, where enterprise IT departments perform edge computing on-premise. This can be anything from brick-and–mortar retail stores to self-driving cars, and everything in between. These diverse locations all have one thing in common: They are performing computations at their end-user’s location where the data was initially collected.
So what is edge computing’s real benefit? Localizing data means that data doesn’t have to travel. This speeds up processing, reduces latency and saves bandwidth. For IT professionals, edge computing is rapidly becoming a staple.
In fact, cloud rollouts in 2022 will include more than 40% of edge computing. Global market estimates for 2024 are close to $250 billion.
What about edge computing near-edge or multi-access?
Alternately, the near edge provides multi-access edge computing and is projected to be worth $23 billion in 2028.
MEC allows enterprises access to real-time cloud services that are powered off-premises at a service provider’s network edges — at base stations or telco data centres (PoPs). They remain close to the end users. This results in better data performance and faster processing speeds.
Both the near and far edge computing offer the same service
The definitions are irrelevant. Both the near and far edges offer the same service: Reliable, secure, and performant network connectivity. This can only be achieved through secure access service edge (SASE), which delivers SD-WAN and security-as-a-service to both near and far-edge sites via a global network of PoPs.
Here’s an in-depth look at how edge computing and MEC are changing the way end-user data is collected, processed, stored, and analysed across different industries.
The power of edge computing: harnessing its potential
30% of all data collected and created in real-time by 2025 will be due to the increasing connectivity needs across industries. These data must be processed at far edges to allow for real-time response. This places resources like storage and networking as close as possible the end-users.
This reduces latency for customer networks, speeds data processing and increases bandwidth savings.
Who has the most to gain from edge computing
There are many options for everyone — from manufacturing and farming to healthcare and network optimization, workplace safety and retail.
The implementation of edge computing solves framework problems such as bandwidth limitations and network congestion. Additionally, it gives autonomy to areas without reliable connectivity. Edge computing also provides data sovereignty and security, allowing sensitive data to be processed locally and secured using encryption or other methods.
Augmented Reality Computing
Imagine you’re a retail store owner. You can improve your customers’ experience in many ways by offering interactive digital content. Edge computing, for example, allows you to run augmented-reality-powered shopping apps like smart Mirrors that require real time human feedback.
What about if you drive an autonomous car? Edge computing allows your vehicle to ingest and process data from many sources. These can include satellite data, car sensors, and other data. This data must be combined and processed in real-time to allow your car’s artificial Intelligence to make split-second driving decisions.
SASE offers more flexible, cheaper ways to protect data
Companies are seeking ways to securely connect users to business and entertainment resources.
While effective, SDWAN is only designed to connect home workers and branches. It is inefficient due to the increase in remote devices and services. SASE combines SD-WAN’s performance benefits with a more efficient means of delivering security services on-demand anywhere. This is similar to other cloud services.
SASE protects end-user devices and data as networks access and send data from cloud locations. A global network of PoPs can be used to access a wide range of cloud services. Each PoP can also apply all enterprise security functions regardless if users, devices or applications are connected.
SASE technology is rapidly becoming a critical asset for businesses looking to increase their network security.
SASE technology inherently lowers the number and complexity of vendors IT teams must work with, making it cheaper. SASE technology is more effective for companies using real-time latency sensitive collaboration tools due to its ability to route through multiple POPs.
SASE is a distributed architecture that makes it possible to work remotely. IT can easily perform security functions on behalf of the end user.
Like any new technology, the market is still trying to determine what an effective SASE solution looks. Innovators need to continue searching for innovative solutions that provide flexibility and simplicity without compromising scalability.
MEC: Speeding up data and reducing latency
In 2025, 175 zettabytes will be generated annually. 60% of this data will be produced by enterprises. How much data are 175 zettabytes? It’s better to plan ahead — it would take you 1.8 billion year(s) to download all this data.
MEC will assist you in preparing for this huge shift in big-data.
MEC manages huge amounts of data in real-time. It performs data analysis, processing and storage. Instead of being run in distant clouds, these tasks are performed at base stations, telco information centers, or PoPs close to the edge — via radioaccess networks — near your network. SDWAN provides greater connectivity and security.
MEC powers ultra-low latency
How does this affect the game? MEC is able to deliver ultra-low latency, lightning fast data transmission and an enhanced quality of customer experience (QoE). MEC dramatically reduces the amount of traffic that’s sent to the backend or core network servers, which allows for the use of these assets for business-critical requirements.
MEC is similar to edge computing and supports many use cases in different industries. MEC can be used by manufacturers, for example, to support smart factories that are agile. MEC allows even the smallest defects or faults to be detected instantly via video and analysed. This gives engineers the ability to avoid major problems.
MEC is also beneficial for law enforcement.
British police, who are equipped with dash cams in squad cars and wear body cameras, have had difficulty offloading all of their imagery data into a central location that can be analyzed and stored. In order to address this issue, the police have fitted ruggedized UCB style devices into their police cruisers. This includes a video processing device (VPU), an SDWAN Edge device, and dual LTE connections.
Officers exited their cruisers and their cameras broadcast wirelessly to a car trunk recorder. After the VPU processes data, it is uploaded over dual LTE (using SD-WAN technology for better connectivity) to a near edge base station for video post-processing and analysis.
Edge is a global platform that enterprises use to enhance their app performance. Data is processed at the edge where it’s collected, in real-time, and extremely close to users. This dramatically reduces latency.
MEC works at the edge of the organization, processing large volumes of data and performing data analysis at high speed. This results in improved QoE for end users. IT teams need to know what the endgame is.
They can reduce their reliance upon the cloud to speed data transmission, increase agility and reduce costs — supporting next generation innovations that are only limited in imagination.


Redundant Level - Measurement solution for a Magnatic Level Indicator (MLI)
The BM26A-8000 Level Magnatic Indicator (MLI) is designed to provide a diverse redundant measurement in one device, with only one process connection
This solution features a KROHNE level transmitter (OPTIFLEX 7200/8200, OPTIWAVE 7400, BW25) installed in a bypass chamber connected adjacent to the MLI (Magnetic Level Indicator), whereas the BI-version uses a measuring chamber with two compartments, one for the OPTIFLEX 7200 transmitter probe and one for the float moving next to it. It is important to note that the MLI works without a power supply and its local indication remains visible and reliable in case of a power shut down. The optional LT40 reed-chain level transmitter as well as switches completes the redundancy of the overall assembly.


I'm going to try experimenting with this format of writing.
Who is affected?
According to a research effort conducted by the researcher Paul Marrapese, a security flaw found on millions (2+ million) of Internet of Thinks (IoT) devices involving the software iLnkP2P was discovered. Affected brands include: HiChip, TENVIS, SV3C, VStarcam, Wanscam, NEO Coolcam, Sricam, Eye Sight, and HVCAM. This impacts devices such as webcams, smart doorbells, and baby monitors.
What is the threat?
iLnkP2P allows for users to quickly access their devices remotely from anywhere around the world (Provided that there is internet connection). The issue with this is that users don’t even have to put in a password to access the devices, they only need to download an app and scan a barcode or input an ID labeled on the IoT devices. There is no authentication or encryption involved. This allows potentially anyone to connect to these devices.
Devices with the prefix (First 4 digits) of the following are known to be vulnerable:
In correlation to the prefix chart, If you are not able to find or detect the UID, the following apps may be vulnerable to this flaw:
HiChip: CamHi, P2PWIFICAM, iMega Cam, WEBVISION, P2PIPCamHi, IPCAM P
VStarcam: Eye4, EyeCloud, VSCAM, PnPCam
Wanscam: E View7
NEO: P2PIPCAM, COOLCAMOP
How to protect against this flaw?
If you can, it’s suggested that you buy a new device from a different brand to combat this problem. If you can’t, you can block outbound traffic to UDP port 32100. This will prevent devices from being accessed externally.


Verizon's live iPad streaming, LG TV app coming later this year?
12, 2012, 10:01am PT No Comments Verizon is working to increase the number of connected devices that can access its live and on-demand streaming channels, and it plans to finally bring its live iPad app to market later in 2012. …
Verizon FiOS TV App, Live Streaming Content Heading to Samsung Smart TVs
Live Verizon Fios app coming to Samsung


Pictured at the announcement was Stephen MacNicholas, Head of Enterprise Customer Solutions and Anne O’Leary, CEO Vodafone Ireland.
Vodafone Ireland today opened its new Enterprise Customer Solutions division having invested over €25 million in expanding the company’s capabilities in the fixed telephony market over the past two years. The new Enterprise Customer Solutions division marks the beginning of a new era for Vodafone following the strategic acquisitions of Interfusion Networks and Complete Telecom in Ireland. In addition the acquisition of global telephony leader Cable & Wireless Worldwide will enable Vodafone’s Irish business customers access to an international network footprint. Vodafone’s new Enterprise Customer Solutions (ECS) division will be responsible for designing, delivering and supporting complex integrated telecommunications solutions for business customers, making it easier for customers who can now have a single provider for all their telecommunications requirements.


Upcoming changes to Root Zone Domain Name System Security Extensions
Internet Service Providers (ISP) Network Operators and stakeholders in the ICT industry are advised that the Internet Corporation for Assigned Names (ICANN) will change an important security configuration parameter related to domain name system (DNS), commonly called the root zone, on October 11, 2017.
ICANN manages and oversees the domain name registration process and the assigning of Internet Protocol (IP) addresses to ISPs worldwide. ICANN also manages the top most cryptographic key for the root zone signing key, or KSK. On October 11, 2017, ICANN will change this key, in a process called key rollover. This is the first time the security protocol called DNS – Security Extensions (DNSSEC) key will be changed since it was enabled in 2010.
Those ISPs and Network Operators that have deployed DNSSEC could be affected by the upcoming change. DNSSEC enables ISPs and Network Operators to protect their users from a form of malicious attack known as “cache poisoning,” that could redirect their users’ traffic to an incorrect website to, for example, steal passwords or financial information.
The root zone plays a critical role in how DNS converts domain names to internet addresses worldwide. Without the seamless DNS resolution process, the internet could not operate the way it does today.
ISPs and Network Operators that have deployed DNSSEC are therefore urged to confirm whether their infrastructure supports the ability to handle the rollover without manual intervention.


Indoor AI-enabled Telepresence and Concierge Robot
This is a sophisticated robot designed for indoor use, boasting capabilities for both autonomous navigation and teleoperation. With its two-way audio and video communication and monitoring, it facilitates uninterrupted engagement. Moreover, its AI-driven multi-language concierge services offer versatile assistance, positioning the robot as a pivotal asset for enhanced indoor interaction and oversight.
Outdoor AI-enabled Autonomous Surveillance Base Robot
This is a robust vehicle designed for autonomous navigation and teleoperation across diverse landscapes, with the added capability to transport vital equipment. Powered by state-of-the-art AI, it delivers unparalleled real-time surveillance and detection. Furthermore, this robot’s unique feature as a launch base for aerial vehicles amplifies its functionality, making it indispensable for safety and coverage in demanding scenarios.


Assistive technology (AT) is any device or system that helps people with disability or impairments to carry out tasks they would otherwise be incapable of doing. It can range from computer programs and apps to physical tools like wheelchairs, hearing aids, and prosthetics. Technology has helped countless individuals achieve unprecedented levels of independence. Learn about the different types of assistive technology available today and how they can help improve the quality of life for those with disability.
What is Assistive Technology?
Assistive technology is an umbrella term that includes any technology that can improve the functional abilities of individuals with disability. It can range from simple tools like magnifiers and adapted utensils to more complex systems like computer software that allow people with disability to communicate better and participate in the world around them.
There are different main categories of assistive technology:
Vision Assistive Technology
Many types of assistive technology can help people with vision impairments. Some common examples of vision assistive technology include:
Magnifiers: Magnifiers can help people with low vision read print materials such as books, newspapers, and labels.
High-contrast displays: High-contrast displays can make it easier for people with low vision to see computer screens, TV screens, and other electronic displays.
Voice recognition software: This software can control computers and other electronic devices using voice commands.
Screen readers: Screen readers can read text aloud from electronic documents and websites, making it possible for people with partial blindness or low vision to access information online.
Hearing Assistive Technology
Hearing assistive technology (HAT) helps people with hearing impairments to communicate. It can be used differently, depending on the person’s needs.
The main types of HAT are:
These are small electronic devices that amplify sound and make it easier to hear. They are worn in or around the ear and can be either behind-the-ear (BTE) or in-the-ear (ITE). There are also mini BTE and completely in-canal (CIC) hearing aids.
These implants are surgically implanted devices that provide a sense of sound to people who are profoundly deaf or have severe hearing loss. They convert sound waves into electrical signals that stimulate the auditory nerve, sending messages to the brain and allowing the person to hear sounds.
Assistive listening devices (ALDs)
ALDs are portable electronic devices that improve communication by amplifying sound and making it easier to hear in noisy environments such as crowded rooms or when there is a distance between the speaker and listener. ALDs can be used with or without hearing aids or cochlear implants. Examples of ALDs include personal amplification systems, FM systems, and induction loop systems.
Speech Communication Assistive Technology
Speech communication assistive technology (SCAT) is any technology that helps people with speech impairments communicate effectively. It can include simple picture boards to more sophisticated computer software that converts text to speech.
People with speech impairments may have difficulty communicating in several ways. They may have difficulty producing speech sounds, or their speech may be unclear. They may also have trouble understanding what other people are saying. SCAT can help with all these problems.
Many types of SCAT are available; the best type for a particular person will depend on their particular needs. Some people only need a simple picture board, while others need more sophisticated software. The following is a brief overview of some of the most common types of SCAT:
Picture Boards: Picture boards are one of the simplest forms of SCAT. They consist of a board with pictures or symbols representing different words or concepts. The person using the picture board points to the appropriate picture or symbol when they want to communicate something.
Video Relay Service: Video relay service (VRS) is a type of SCAT that allows people with hearing impairments to communicate with hearing people using sign language interpreters. VRS uses video conferencing technology to connect the interpreter with the person who is deaf or hard of hearing. The interpreter then translates the conversation into spoken English (or whatever language the hearing person speaks).
Mobility Assistive Technology
A wide range of assistive technology by NDIS is available to help people with mobility impairments. Seating and positioning devices can be used to improve comfort and increase independence. Wheelchairs, scooters, and walkers are common mobility devices.
Some people with limited mobility may benefit from power-assisted wheelchairs or standing frames.
Daily Living Assistive Technology
A wide range of assistive technology can help people with disability live more independently. Here are some examples of daily living and assistive technology:
- Personal care: Personal care can include electric toothbrushes, adaptive eating utensils, and shower chairs.
- Mobility: It can include walkers, wheelchairs, and scooters.
- Environmental controls: systems that allow individuals with physical disability to control their environment remotely. It includes home automation systems, remote-controlled door openers, and wheelchair lifts.
- Leisure and recreation: It can include accessible computer games, specialty sports equipment, and musical instruments.
Vehicle Modification and Transportation Assistive Technology
One type of assistive technology is vehicle modification and assistive transportation technology. This assistive technology can help people with disability get around in their community and participate in activities they enjoy.
Some examples of vehicle modification and transportation-assistive technology include:
- Adapted vehicles: Vehicles modified to meet the needs of people with disability, such as vans with wheelchair lifts or hand controls.
- Public transportation: Transportation services are available to everyone, including people with disability. These services may include buses, trains, or taxis.
- Paratransit: Transportation services that are specifically for people with disability who are unable to use public transportation.
In a nutshell
Assistive technology has opened up a world of possibilities for people with disability. The different types of assistive technology available can provide a range of practical measures to those who need it, from speech-generating devices to providing access to computers and the internet. With these capabilities, people with disability can have more freedom and independence in their everyday life. No matter what type of disability you may have, there is an assistive technology out there that can help make your day-to-day tasks easier and help you carry out your basic functions.
If you have any questions about disability plan management, please contact us at 1800 63 63 77 or email us at email@example.com.


E-Banner Slim is a stand-alone digital banner with a thickness of just 56 mm, making it lightweight and easy to deploy in any setting with heavy foot traffic. It facilitates video content through its mobile application without the need for a physical device configuration.
It features 1.9 mm and 2.5 mm pitch size that makes it high definition when viewing within 2-3 meters away. E-banner Slim can go places with an option for attachable wheels.
1902 x 572 x 35 mm
|Cabinet Weight:||32 kg|
|Power Consumption (Av/Mx):||


Future of Chatbots Event in Uk
The future of chatbots and the automation of conversational AI are hot topics in the tech world. The industry has experienced significant growth in recent years, and this trend is expected to continue. According to the report, the global chatbot market was valued at USD 2.6 billion in 2020 and is projected to achieve a CAGR of 24.3% between 2021 and 2028.
Conversational Chatbots Using NLP
With the rise of online businesses, chatbots have become essential tools for managing customer inquiries and providing real-time support. According to the report, by 2021, 80% of businesses plan to use chatbots, and 36% have already implemented them. Also, chatbots are no longer limited to customer service. They are used in a variety of industries, including healthcare, finance, and education. In healthcare, chatbots are being used to provide virtual consultations, monitor patient health, and answer common health questions. According to the report, the global healthcare chatbot market is expected to grow at a CAGR of 20.8% from 2020 to 2027.
A Data-Driven Approach to Customer Interactions
The rise of chatbots and conversational AI automation is not limited to the corporate world. It is also used by the public sector to provide services to citizens, including transit information, emergency services, and city services. According to the report, by 2023, 25% of all citizen service requests will be handled by interactive agents.
Chatbots will Deploy Messaging Apps
In conclusion, the future of chatbots and conversational AI automation is very bright. With the increasing adoption of chatbots across industries and advances in advanced conversational AI technologies, the market is expected to grow at an unprecedented rate. The industry is also expected to make chatbots and conversational AI more intelligent and intuitive through significant improvements in natural language processing, speech recognition, and machine learning.
Chatbots and conversational AI will continue to exist and will continue to shape the way businesses and organizations interact with customers and citizens.


Far Data Ltd. GLP is a company specializing in electronic equipment, solutions and services selection connected with data transmission. Our products are used in environmental monitoring systems, ITS, noise level monitoring systems or in transmission through the GPRS. Own technical background, complete services and experiences we have, assure the highest quality of our products and services.
Główny tekst: The profile of Far Data is aimed at designing, sale and implementing technical advanced solutions connected with data transmission. Our products are used in environmental monitoring systems, ITS or noise level monitoring systems. Our company has been striving to acquire the latest knowledge and develop its competences in those fields. Moreover, our own designing and production back office was in charge of creating many innovative solutions, which were patented and, at the present moment, constitute a standard for among others various devices used in GPRS package data transmission.
We have many years of design and manufacturing experience in the following sectors:
*Environmental monitoring – Noise and Environmental Monitoring Station ENVIRO 151 http://www.fardata.eu/environmental-monitoring ,
*Intelligent transportation - http://www.fardata.eu/intelligent-transportation
Mr. Hubert Nagórny – Sales executives
Tel.: 0048 71 330 66 72
Fax.: 0048 71 330 66 79
Mobile: 0048 601 459 459


Stereo earbuds—complete with extra covers and storage case—are paired with a compact, hamburger-style speaker for a portable sound system that can go just about anywhere you do.
Earbuds have a frequency range of 20HZ to 40KHZ with a 10MM speaker and 40" cord. Speaker supports any device with a 3.5 mm audio jack and provides a power output of 1W THD <=7%.
Rechargeable speaker comes with a 30" USB charging cable. Turn the speaker to unlock/lock. Earbud case is approximately 3½" diameter and speaker stands 2" tall when unlocked.
Speaker and case are accented with a Universal Emblem logo. Learn More
This 22-oz., double-walled, acrylic tumbler features a dark-green, rubberized center grip imprinted with BSA’s "Prepared. For Life.™" logo in white on two sides. Includes a dark-green fluted straw and screw-on lid.
Eco-friendly tumbler is reusable and BPA-free. Hand wash.


|Tel:||Molesey 020 89414042 / Staines 01784 465855
Kingston 020 85464902 / Woking 01483 730476
Weybridge 01932 855266
Whatever your entertainment requirements, we will help you understand the numerous options and install the ideal solution for your home. We offer installations from a basic digital compatible aerial in one room to a fully integrated satellite and terrestrial television and radio system in as many rooms as you want. We recognise that many houses are in bad reception surroundings, but we have the best tools in the industry and decades of experience to get the best possible signal to your equipment. We are able to supply and install all the necessary equipment and cabling from the aerial on the roof through to the television in your living room.
We install only quality equipment that we are happy will stand the test of time for a reliable and trouble free system. All aerials and satellites we install are always mounted in a secure and tidy fashion and kept as discrete as possible. Contact us to talk with one of our friendly staff who will happily provide you with any advice you need and a competitive quote.


CAD technology offers an easier and faster way of technical communication by creating technical drawings, which are used in the design’s improvement phase, for discussion and analysis of the solutions, in the development phase, for installation and handover of the project. We achieve this with the creation of BOM documentation, technical documentation, manuals for installation and maintenance, manuals for operation, etc.
Bill of Materials is a list of all systems, assemblies, sub-assemblies, parts in the operations process, materials and parameters for the equipment and its function. This type of documentation is necessary for all projects and helps in the systems’ operation, creation of system specifications, training and introduction to the system, maintenance, etc.
Using the latest technologies for creating BOM, we provide better quality of showing the most important technical information of the system, assemblies, sub-assemblies, and parts sorted in table for easy search and view of the information. This contributes for easy specification, maintenance, and creation of trending documentation.
Upon your request, we can also create drawings for parts and constructions, adhering to ISO standards.
We also create manuals for installation, maintenance and operation with the equipment in order to make the communication with clients and vendors easier.


Opportunities for the private sector
For decades in the United States, aerospace has been an expensive project for the state and its agencies like NASA. As suppliers of technologies, private companies were part of the programmes from the beginning. For example, Boeing was involved in the development and construction of the Saturn V rockets in the sixties. In the meantime, private companies are making more use of market opportunities related to commercial and state aerospace than back then:
- as suppliers and producers of aerospace vehicles
- as suppliers and producers of satellites
- as suppliers and producers of ground-based equipment
- as handlers of rocket launches and transporters of loads into space
- as service providers and operators of satellites
- as users of satellite data and other satellite-supported services
While industrial companies have played a critical role as hardware suppliers for a long time now, there has been a shift in the distribution of roles for the handling of launches and thus the transport of loads into space in recent years. Besides the state agencies such as NASA in the United States or the ESA in Europe, various private companies are also active in the competition. For example, the company SpaceX founded by Elon Musk is now a market leader in satellite launches and is engaged by NASA for supply flights to the International Space Station (ISS) and the building of a spaceship for manned trips into space (Faz.net, 2018). However, ground-based satellite technology is also dominated by private suppliers which, for example, produce satellite dishes for television reception.
Both state institutions and private companies use satellites and offer corresponding services. Governments use espionage satellites and provide position data (GPS); television stations offer satellite transmission; telecommunications operators make satellite connections available. Satellite-supported internet connections are spreading, above all in areas with poor terrestrial or mobile infrastructure, to facilitate access to global data networks. Innovative satellite-based data can be used for data-based services. An example of this is the satellite-supported analysis of agricultural land for the farming industry. Traffic situations and infrastructure disruptions can be viewed from space; position services become more accurate and additional paths of communication are available. Space services can also contribute to the development of internet-based industrial offers and become a part of Industry 4.0.


Dega UKA III 8 Channel gas detection control panel
Dega UKA III 8 Channel gas detection system
Dega UKA III gas detection system has been designed to operate in the full
range of environments from commercial premises through to heavy industrial
applications which may require hazardous area sensing.
Typical monitor locations are - public buildings, car parks, tunnels, breweries, boiler plant rooms, water treatment works, H&V control, manufacturing, process plants, horticulture, hotels, offices.
• 1 to 8 addressable sensors
• 5x isolated switch 250V/10A
• 2x output for visual and acoustic signalization (max 24V 0,40A)
• 1x emergency valve DEGA HV DNx
• 1x 4-20mA for external regulator
• 1x USB (to allow configuration via PC)
• 34 days alarm record history
• 4 levels of gas leakage, PEL, STEL
• Service mode
• Naming of positions of detectors for better orientation
• Output testing via "TEST MENU"
The 3rd generation control panel is designed as an independent appliance to be mounted on the wall or in exchange stations. Up to 8 transmitters can be connected to the control panel via RS485. The control panel evaluates 4 levels of gas leakage detected by transmitters. One flood detection sensor DEGA Zc II and one temperature detection sensor DEGA Tc II can be connected to the control panel as well. The control panel indicates values of all transmitters via an LCD display. The control panel is equipped with 5 configurable realys, with output for visual and acoustic signalization components, output for impulse closure of emergency valves DEGA HV DNx; USB port and loop circuit 4/20mA to allow connection to control of secondery control systems (ventilation, air condition etc.). The basic configuration can be carried out via an LCD display. The central control panel has a 34 day long memory of alarm records.
For sensors please follow links below:


Wide Band Gap Phononic Crystals Anonymous | 4.2.2009 | Defined Project (updated on 5.1.2012) | Print Preview
Controlling the flow of phonons can lead to many interesting applications and basic scientific dscoveries. Integrated management of acoustic, heat and electromagnetic waves may have significant impact on novel devices employing phonon-photon interactions. Some of the potential applications include thermal management, compact wireless and sensing devices and phasers. In this project we design, fabricate and test phononic bandgap structures. We employ Brillouin light scattering in our measurements typically at GHz phononic ranges.


LiteSpeed is one of the faster web servers in the industry. The biggest difference between LiteSpeed Web Server and Apache (the web server we was usin before) is in the design of their architecture. Apache is process-based — it creates a new process or thread for every connection. Creating these processes requires a lot of overhead.
LiteSpeed Web Server is event-driven, which means it serves all connections on a few processes, saving resources. This efficient method of serving connections means you can serve many more connections, at a much higher rate. LiteSpeed is asynchronous. Asynchronous I/O is a form of input/output processing that permits other processing to begin before a transmission has finished, cutting latency.
Faster PHP: PHP processes are started by using a fork() system call, instead of starting a brand new PHP process. This is much faster and allows users to effectively utilize opcode caching, while preserving the separation necessary for shared hosting.
High Performance Static Content: LiteSpeed Web Server’s event-driven architecture allows it to handle static requests much faster than Apache — up to 10x faster at high traffic volumes.
High Performance Dynamic Content: LiteSpeed’s exclusive server API, LSAPI, handles web applications much more efficiently than other APIs, resulting in PHP web applications that run up to 50% faster than with Apache.
SSL Acceleration: LiteSpeed Web Server uses SSL acceleration to deliver HTTPS pages up to three times faster than Apache.
HTTP/3 + QUIC support: HTTP/3 is the newest version of the Hypertext Transfer Protocol, formerly referred to as “HTTP over QUIC,” and is the successor to HTTP/2. QUIC was originally a Google effort to improve HTTP/2 by transporting it encrypted over UDP. In 2016, the IETF began working to standardize the protocol. Part of that process involved splitting QUIC into the transport protocol (QUIC) and the application protocol (HTTP/3).
LiteSpeed webserver (LSWS) is a web server with excellent preformance compared to other web servers and can replace Apache without having to change configuration files. Meaning basically anything running on Apache web server will also work on LiteSpeed web server without having to make any changes. Clients using WordPress and Magento on our LiteSpeed web servers tells us they are very satisfied with improved performance compared to our Apache web servers, as well as other scripts using PHP will have increased performance.
LiteSpeed web server is the fourth most popular web server on the web and was the first commercial web server. Here are some of the benefits of chosing a LiteSpeed web server instead of Apache:
- Static content is served up to 5x times faster than Apache.
- Dynamic content is served up to 40x times faster than Apache.
- HTTPS 3x faster than Apache.
- Uses less of the servers resources which makes it longer until CloudLinuxs limits is reached.
- Supports HTTPS/2 and SPDY.
- Suppoerts QUIC (HTTP/3)
- Supports LiteSpeed’s cache plugin for WordPress
All customers with Medium and Premium web hosting can be transferred from/to Lite Speed web server (free of charge). Please contact support if you would like us to transfer your web hosting.
Start web hosting does not have access to LiteSpeed web server.


Many modern Wi-Fi network devices support WPS, short for Wi-Fi Protected Set You, a function that quickly connects devices without manually entering a username or password. . For example, if you have a Windows 11 or 10 computer, when you click on a Wi-Fi network name you will be asked to enter the network security key, which is simply the Wi-Fi password. . Right below the password input box, Windows 11 tells you that “You can also connect by pressing a button on the router.” If the router that broadcasts the Wi-Fi network has WPS turned on, you can also use WPS to make instant connections to Wi-Fi networks without having to type in the wireless networks’ passwords.
Connect to Android Work over WPS using Net Wi-Fi.
Recent Android versions should have support for WPS. If you open the Wi-Fi menu to expand the list of all available networks and see Encrypted (WPS Available) under Specific Wi-Fi networks, it means your phone supports WPS. Is
Wi-Fi to Android phone using WPS
To connect to WPS WiFi, you must first find the connection option. This can be found in various places or menus. You can find it in settings to find it quickly. This method works with almost all Android devices on the phone, the home of the settings is Huawei. I can see the search bar at the top of my screen. If you can’t find WPS in Settings via search, your phone probably doesn’t support WPS. When you search for settings, you usually want to find both WPS PIN connection or WPS connection in wps. Different devices may have different names. For example, push-button WPS, you may find other devices PIN entry or similar names WPS. On me
WPS push connection via pin connection
will give a numeric PIN These are two different ways to connect devices via WPS. When you use the WPS PIN option, Android eight requires you to add it to your router’s control/admin panel, so it’s harder than Pushway. Below we will only discuss the WPS push button method.
Select WPS Connection or WPS Push Button from the search results in Settings to access it quickly. Your Android phone will search for the router. Note that your router must be WPS enabled. The wireless router supports WPS and this option is not disabled from the admin panel. Some people may think that WPS is not secure so they choose to disable it on the router when they don’t use it to connect devices. When your phone finds a router or Wi-Fi network, it will automatically connect to it via WPS, no need to enter the Wi-Fi name or password.


March 7, 2013
The old adage is that “the life of a monopolist is a quiet life”. In light of mounting consumer criticism of poor service from a concentrated Canadian wireless market, earlier today the Canadian federal government announced new measures to increase competition in the wireless sector.
In making the announcement, Canada’s Industry Minister said:
“Canadian families work hard for their money. Our government is ensuring that they have access to the wireless services they need for their BlackBerrys and iPhones at a price they can afford. Simply put, since coming to office, we have made a stronger, more competitive wireless sector a priority. And the results speak for themselves. Consumers have more choice in the wireless market than ever before. Prices have dropped, and most Canadians now have access to faster mobile speeds and the most sophisticated tablets and smartphones.”
According to the Industry Minister, the new measures, which impose limits (caps) on the acquisition of spectrum by Canada’s large carriers and introduce new measures to facilitate roaming and encourage tower sharing, are meant to provide more choice, better access and more competitive pricing for Canadian wireless consumers.
The measures announced today include: expanding and extending the requirement for wireless companies to provide roaming on their networks to competitors, to ensure that all Canadians, even when traveling, have service regardless of their provider; tightening existing rules to increase cell-phone tower sharing, helping limit the construction of new cell towers (which can operate as a barrier to entry and has been an environmental concern for Canadians); using upcoming spectrum auctions to promote four competitors in each region of the country, from the current “big 3” (the first of which of these new auctions, a 700 MHz auction, will take place in November, 2013); and reviewing the policy on spectrum license transfers in advance of the upcoming auction.
The new measures, meant to promote increased wireless competition, come on the same day that a non-profit study was released arguing that a majority of Canadians are forced to accept poor wireless service (see: Open Media: Time for an Upgrade). The apparent horror experienced by some Canadian wireless customers was also widely recounted by media today – see e.g., the HuffPost’s note: Canada Cellphone Contracts: Horror Stories Ring Through Consumers Troubles With Serice Providers.
The Government’s announced new wireless measures also come of course in the midst of the ongoing CRTC wireless code consultations and also follow the earlier lifting of investment restrictions on small carriers with less than a 10% market share.
The guiding policy direction for the Government’s new measures to facilitate increased wireless competition includes the: Policy and Technical Framework: Mobile Broadband Services (MBS) — 700 MHz Band, Broadband Radio Service (BRS) — 2500 MHz Band (which includes observations on the wireless industry since 2008) and background to the government’s policy objectives.
What’s Next?: Commercial Mobile Spectrum Outlook
Along with the announcement of caps for the upcoming spectrum auction and other initiatives, the Government also today published a new Commercial Mobile Spectrum Outlook study outlining its plan to meet growing demand for mobile services by Canadians and said: “The rapid growth of commercial mobile services presents significant economic and social benefits for Canada. This growth is also increasing the amount of spectrum required to deliver these services in Canada.”
The federal government seems to be aware that it is treading a very fine balance as it tries to foster a competitive wireless sector – setting forth a clear motive for regulation in a rapidly-evolving industry:
“While the private sector must lead the way in making better, more efficient use of spectrum, Industry Canada recognizes that efficiency improvements alone cannot meet the growing demand for commercial mobile services, and that in order to meet the objective of the SPFC, it has an obligation to manage the supply of spectrum by reallocating limited spectrum resources between radio services.” Of course, there is too the revenue benefit to the Government in making more spectrum available to incumbents and new entrants.
The government also provided the following backgrounders with its announcement: Reviewing the Policy on Spectrum Licence Transfer Requests; Licensing Framework for Mobile Broadband Services (MBS)—700 MHz Band; Expanded and Extended Frameworks for Mandatory Roaming and Antenna Tower and Site Sharing; and Commercial Mobile Spectrum Outlook.
For more information about our regulatory services: contact
For more regulatory law updates follow us on Twitter: @CanadaAttorney


Searching the internet about a phone system can be extremely frustrating and daunting for someone who does not know much about which are the ideal phone systems to adopt and utilize for the business. A lot of the information found online is not only outdated, but is also factually inaccurate. Therefore, when you are deciding how to spend your money for a phone system for your business, ensure that you understand the basics of what the benefits and disadvantages of the major phone systems are, and which business phone system for your enterprise would be the most effective or suitable option.
What is a phone system?
A phone system, as simply as it can be put, is a system of phones. It is basically multiple lines of telephones used in an interconnected manner that allows more complex features of telephonic functionality such as transfer services, call queue services, recording services, metering and analytics, and forwarding services. These telephone services can be as small as the two phone system in the house, or a PBX system in used in medium and large enterprises. Those lines of interconnect telephonic services used by businesses are termed as business phone systems.
What are the different systems?
Business phone systems can either use the Public Switched Telephone Network (PTSN) system or VoIP or Voice over IP, with the latest advent in cloud computing and innovations in communication tech. Nowadays, the earlier scepticism faced for internet telephony has actually transformed into actual preference due to lower costs, quality of calls and better flexibility.
What is PBX?
Through PBX, it is possible for a company for have multiple communication lines, even greater than the actual number of physical phone lines actually present, and also allows seamless communication between the various users. PBX or private branch exchange is a private telephone network most commonly used within a business organization. This network or business phone system assists in internal communication for the company, or also the outside world using various communication channels such as VoIP, ISDN or analogue. Various other supplementary features are also provided such as call transfers, voicemail, recording, call queues and call forwarding.
Advantages of a Business phone system
There are multiple advantages of a business phone system. Some of them are as follows:
- Sharing of phone lines is now possible: Earlier, while only one individual could access a particular phone line, now with a business phone system, multiple individuals can key in on a call. Similarly, a company will no longer have to spend exorbitant amounts of money providing a separate number for each individual as the calls can be routed through the main line to the transfer line in a business phone system.
- Intercom: No longer do employees have to throw chits at each other or shout to get each other’s attention.
- Lower costs, better flexibility and lower maintenance requirements: It is obvious, by cutting down on the need for expensive hardware, not only are you significantly lowering costs but also providing greater flexibility for your enterprise.


Cell ID location services are used to determine the location of a mobile device by identifying the cell tower to which it is connected. Common use cases for cell-id location services are emergency services, asset tracking, marketing, logistics, security, navigation, and more.
Using cell-id as a complement to GPS is a good alternative when you need energy efficiency for long battery lifetime of trackers or devices.
Companies require knowledge of the location of their devices to conduct asset or security checks. While GPS is the conventional method used for this purpose, it can be expensive and lead to rapid battery drainage. Moreover, GPS is limited by line-of-sight, rendering it ineffective for locating devices in enclosed spaces such as buildings. However, since high accuracy is not always essential for various business purposes, alternative solutions to GPS are required.


Xiaomi is all set to launch the Redmi Note Pro 7 next week. The Redmi President Lu Weibing has officially confirmed that the launch will take place next week via a post on Chinese microblogging site, Weibo.
Xiaomi Redmi Note 7 Pro- Features
Xiaomi Redmi Note 7 Pro comes with a Sony IMX 586 sensor. This is for the 48 MP rear camera. This sleek phone will run the Android OS. The phone comes with 4G, USB, Bluetooth and Wi-Fi connectivity.
The smartphone is available in three color options that are Nebula Red, Neptune Blue and Space Black. The phone has also built a fingerprint sensor at the back. This fingerprint is the primary security feature along with the connectivity options in terms of 3G, 4G, GPS, Wi-Fi, Bluetooth Capabilities. This phone is provided with 64 GB internal storage.
This Smartphone is powered by 2.0GHz Octa Core Qualcomm SDM675 Snapdragon 675 (11 nm) processor. A 4GB of RAM & Adreno 612 graphics processor makes sure the phone runs smoothly even the most memory intensive applications. The 64GB internal storage can be expanded to 256 GB via the microSD card.
The Phone comes with a large 4000 mAh battery in order to support its 6.3-inch screen. The phone has a FHD Plus display that has a resolution of 1080 x 2340 at 409 PPI. The phone screen is also protected by a strong Scratch Resistant glass.
Xiaomi Redmi Note 7 Pro boasts dual primary camera of 48 + 5 megapixel and 13-megapixel front camera. Redmi Note 7 Pro smartphone has a low camera aperture of f/1.79 aperture lens. It also has Face detection and high dynamic range (HDR) imaging.
Xiaomi Redmi Note 7 Pro: Price in India
The price of Xiaomi Redmi Note 7 Pro is Rs. 13,999 in India. The phone is available in 64 GB variants.
Xiaomi Redmi Note 7 Pro: Specification
- Screen Size – 6.3 Inches
- Display Technology – FHD Plus
- Screen Resolution – 1080 x 2340
- Display features – Capacitive
- Pixel Density – 409
- Scratch Resistant Glass – Corning Gorilla Glass 5
- Camera features -Dual
- Rear Camera Megapixel – 48 + 5
- Maximum Video Resolution – 1080p | 60fps/30fps
- Front Camera Megapixel – 13
- Front Facing Camera – Yes
- LED Flash – Yes
- Video Recording – Yes
- Digital Zoom – Yes
- Autofocus – Yes
- Touch Focus – Yes
- Face Detection – Yes
- HDR – Yes
- Panorama Mode – Yes
- Phase Detection – Yes
- Aperture (f stops) – f/1.79 aperture lens
- Removal Battery – No
- Supports Fast charging – Yes
- Keypad Type – Touch screen
- Multi Touch – Yes
- Light Sensor – Yes
- Proximity Sensor – Yes
- Finger Print Sensor – Yes
- Accelerometer – Yes
- Compass – Yes
- Gyroscope – Yes
- 4G Capability – Yes
- Wi-Fi Capability – Yes
- Wi-Fi Hotspot – Yes
- Bluetooth – Yes
- GPS – Yes
- VoLTE – Yes
- SIM – Dual
- 3G Capability – Yes
- CPU – Qualcomm SDM675 Snapdragon 675 (11 nm)
- CPU Speed – 2.0 GHz
- Processor Cores – Octa
- RAM – 4 GB
- GPU – Adreno 612
- Weight – 185 grams
- Removable storage – Yes
- Removable Storage maximum – 256 GB
The Xiaomi Redmi Note 7 Pro comes in an affordable budget that covers all the features. The dual rear cameras and the front selfie lens provide admirable pictures in all lighting conditions. The storage is huge for keeping multiple files of the users. There is also a dedicated external memory slot to expand the storage space. The display of the phone helps to get an eye-soothing experience while playing games or watching movies. Considering the budget, this phone makes a very good option with all the features under the hood.


PH-DV8 – 8 Channel HD DVR System
The PHDV-8 DVR surveillance system allows for up to 8 cameras to be mounted on a single vehicle with the option to track your vehicle and view your driver with real time streaming video.
The benefits to the PHDV-8 DVR surveillance system gives the user the ability to stream in high resolution video, enhanced night vision capabilities, a built in GPS tracker and G-Force sensor tagging based on erratic driving behavior.
- Up to 8 cameras supported
- High resolution video
- Night vision capabilities
- Built in GPS via Google Earth
- G-Force sensors (optional)
- Tamper-proof design


21 concepts (> 80% edtech!) were received from teams hailing from the USA, Serbia, Germany, Argentina, Italy and Canada!
This application demonstrates the display of real-time sensor data from a wireless microcontroller to AR application. It was written using NodeJS, AR.JS, A-Frame, Socket.io and the MQTT communications protocol. The micro-controller is an ESP8266 with an accelerometer and DHT11 temp/humidity sensor. Sample applications might include location-based crop monitoring, building inspection or anything that requires location-based data gathering.


Fone & Data Communications provides a wide range of low voltage electrical services including Telephone Installation Services, Data Networking Services, Surveillance Services for commercial and residential properties in the Los Angeles, Encino, Inglewood area.
If you don't see what you are looking for here, contact us. We will be happy to answer any of your service questions.
Phones are indispensable in the information and communication age. Even in this era of computer based communication systems, everyone uses a phone, most of us on a daily basis. We can't even go to the store or out of the office without cellphones anymore. Whether in the office, at home or while out on errands, everyone needs to use a phone at some point. Fone & Data Communications has been installing low voltage phone systems for years throughout the Los Angeles, Encino, Inglewood area, and we are experts at troubleshooting and upgrading them as well. Our skilled technicians have the knowledge and experience needed to install even the most complex network of phone systems.
What better way to protect your home or office than to install a low voltage alarm system? Video surveillance systems are not only a great way to know what goes on in your house or office building when you are not around, but also a great way to ensure the protection of your family, employees and valuables. Nothing works as well as a properly installed, monitored and maintained alarm system. Even better is a low voltage, energy efficient alarm system connected to an alarm central, alerting the police or fire station in case of an emergency.
Most people think that data wiring and network cabling only applies to large corporations or businesses that need to allow for information and networks to be shared between a large number of people. While it is true that most of today's businesses need data wiring and network cabling for their enterprise to function and be effective, these techniques are becoming more and more popular amongst individuals and family units that wish to connect their home systems for better communication and sharing of data between individuals and/or hardware.Read More ↓ ↑
At Fone & Data Communications, we believe in customer service, safety, and fair prices. We are the Los Angeles, Encino, Inglewood and surrounding area's number 1 choice low voltage electrical experts who go the extra mile to make certain that our electricians are experienced, well trained and skilled. Our electricians know exactly what they are doing, therefore they don't need to waste time fumbling around or figuring things out, so that keeps our labor costs down. We pass that savings on to our customers and have been for many years.
Fone & Data Communications is the leading low voltage electrical contract you will find in Los Angeles, Encino, Inglewood, specializing in Telephone Installation Services, Data Networking Services, Surveillance Services. Contact us, and you're low voltage needs will be taken care of promptly, safely, and cost effectively. We pride ourselves on excellent customer service and constantly update and train our electricians on all the new trends in the ever changing world of technology and communications.


Satellite Constellation Management: Challenges and Solutions
The Complex Balancing Act of Modern Constellation Management
Satellite constellations have revolutionized modern communication, navigation, weather forecasting, and scientific exploration. In recent years, the deployment of multi-spacecraft, constellations of varied communications payload, and sensor phenomenologies has gained significant momentum, enabling a new era of global connectivity and data collection.
But this technological advancement does not come without additionally complex operational requirements. As satellites continue to make a more interconnected world and society possible, the need for effective constellation management that ensures seamless operations and long-term sustainability has never been greater.
What Is a Satellite Constellation?
A satellite constellation is a group or network of satellites that work together as a system to provide services to Earth or in space. Most are deployed in Medium Earth orbit (MEO) or Low Earth orbit (LEO), offering worldwide or near-global coverage to ensure that their services are accessible to nearly all of Earth’s regions. Some are deployed to Geostationary Earth Orbit (GEO), although in much lower numbers.
Satellite constellations are strategically positioned to cover specific geographic or global coverage areas and serve various purposes, including:
|Communications: Satellite constellations are used for global telecommunications and internet services to provide continuous coverage, reduce latency, and increase capacity for data transmission.
|Remote Sensing: Satellite constellations can be used for remote sensing applications, such as monitoring crop health, tracking deforestation, and assessing environmental changes. These satellites can provide regular and comprehensive monitoring of the Earth's surface.
|Navigation and Positioning: The Global Positioning System (GPS) consists of a network of satellites that provide precise location and time information to users on the ground, enabling applications such as navigation, mapping, and geolocation services.
|Space Science and Astronomy: Scientific satellite constellations are used for various purposes in space science, such as studying the Earth's magnetosphere, observing distant celestial objects, or conducting experiments in low Earth orbit.
|National Security and Defense: Military and defense agencies deploy satellite constellations for surveillance, reconnaissance, and secure communication purposes.
Satellite constellations and the services they provide have been seamlessly woven into the fabric of our interconnected world, aiding critical functions like global communication, scientific exploration, secure surveillance, Earth and space observation, precise weather forecasting, and even the reliable navigation systems that guide us from point A to point B.
Our reliance on satellite-based services is increasing, and the efficient management of satellite constellations has become of paramount importance. Effective constellation management ensures that these complex networks of orbiting satellites continue to function flawlessly, providing seamless connectivity, data, and services. Yet, the task of managing satellite constellations is far from straightforward.
The challenges of modern constellation management are multifaceted, and increasing in complexity. This complexity is driven by constant evolution of business models, the need for lower latency in data transmission, constrained communication resources, and growing complexity of satellite constellations themselves. There is a pressing need to tackle these combined issues head-on. In the coming years, addressing these challenges will be critical not only for maintaining the reliability and efficacy of satellite constellations, but also for unlocking their full potential to drive innovation and shape the future of space technology.
Challenges Faced in Constellation Management
Modern constellation management is a highly complex balancing act, where speed, accuracy, and scalability must work in tandem to provide secure satellite services on Earth and in space. A wide range of challenges can disrupt constellation management, including pass scheduling bottlenecks, incapacitated satellites, high data demand hot spots, blackout regions, and orbital congestion, interference, and more.
Pass Scheduling Bottlenecks
Pass scheduling bottlenecks create issues for satellite constellation management, as this subverts the ability to create quick data downlink opportunities. The need to transmit data swiftly through multiple ground station networks while maintaining responsiveness may result in data backlog and, in extreme cases, data loss if the backlog exceeds the storage capacity.
Data Collection Gaps in Large Regions
There are regions where data collection becomes challenging due to the saturation of satellite resources in downlinking data. Satellite operators find themselves in a situation where they are so busy transmitting data that they lack the capacity to collect new imagery in specific areas.
High Data Demand Hot Spots
Acquiring imagery in high-demand areas can be a formidable task, especially if data users don’t have direct engagement with data suppliers or satellite operators. Additionally, dealing with preemptions for U government or defense intelligence purposes can add another layer of complexity. While data hot spot areas are critical to collect and capture data in, for a variety of industries and needs, procuring satellite images in these areas without a direct involvement with satellite companies can be near impossible.
Balancing High Crisis Requirements and Customer SLAs
Satellite operators also face the delicate task of balancing high-priority crisis requirements with Service Level Agreements (SLAs) and promises made to commercial customers. Juggling changing prioritization and spacecraft resource allocation needs also adds pressure on the ability to effectively manage satellite constellations, and can lead to challenges in accuracy, efficacy, and data storage.
Data Collection Challenges in Blackout Regions
Some parts of the world pose significant challenges in terms of data collection due to various factors such as distance from ground station downlink and adverse environmental conditions. These areas not only impact the accuracy of a satellite’s services, but can also hold consequences for the industries dependent on the information provided by the satellite constellation.
Orbital Congestion and Interference
With an increasing number of satellites in orbit, concerns related to orbital congestion and interference have risen. When communication breaks down, and coordination with other constellations fails, the ability of satellite constellations to effectively monitor, control, and supply operators with data also breaks down. Across industries, this spells bad news.
While the challenges of satellite constellation management today are varied, nuanced, and complex, there is a better, more effective route to take towards dealing with these obstacles.
Conventional constellation management operations are no longer viable: legacy management systems are too slow, too operator-focused, and are unable to scale with the needs of modern satellite constellations.
CNTIENT-Optimize is a single scalable system that optimizes and orchestrates satellite constellation operations, by allowing satellite operators to tailor remote sensing mission planning, scale without disruption, and automate payload scheduling, link management, business management, and prioritized tasking.
With CNTIENT-Optimize, downtime for satellite constellations is significantly reduced , increasing the yield from both spacecraft and overall system performance.
Operations become meticulously aligned with overarching business objectives. CNTIENT-Optimize allows for the most effective, streamlined satellite constellation management through maximized capacity, de-risking of technical challenges, acceleration of schedules, and improved asset integration, all enabling small constellations to gain a competitive advantage.
Contact us to automate your satellite operations.


Complete Digital Signage Solutions Provider in Saudi Arabia
Replace old-fashioned printed sign boards with digital display screens and enjoy the flexibility of updating content remotely, streaming unlimited animated content, running time-scheduled campaigns and much more.
Our bespoke digital signage solutions allow brands to capture the attention of customers in creative and engaging ways. We are experts in creating customized LCD and LED screens around structures such as pillars, corners, bulkheads and so on. No shape is too complex!
The industry-leader in digital technology, ProSigns brings you digital signage for all kinds of communication and marketing purposes. With the right tools, we can help you easily broadcast your information and advertisements anywhere in Saudi Arabia.
Benefits of Choosing ProSigns
Choosing ProSigns for your digital signage requirements means that you’re partnering with one of the best digital signage manufacturers and suppliers in Saudi Arabia. Having worked with multiple industries across the Middle East, we know how to overcome the technical challenges to bring your content to life. With the right resources, latest technology and deep knowledge, we can easily handle your project from ground up including hardware selection, system integration, content creation, storage management, deployment, training and technical support.
- Proven and scalable technology
- World-class digital display solutions
- Easy content management and scheduling
- Custom-created content
- Installation across Saudi Arabia
- Dedicated 24/7 assistance
Our Digital signage solutions can enhance the reach of your business and connect your brand with the right audience.
- Increase customer attention by 10 times
- Display animated content
- Reduce your customer’s in-store waiting time
- Update fresh content in a second, without hassles
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- Allows remote management
Types of Digital Signage
At ProSigns, we aim to equip your business with smart communication capabilities. Therefore, we bring you digital signage solutions to help you captivate and inspire customers, improve customer satisfaction, enhance customer service and to keep both your internal and external communications going. To this end, we offer a plethora of options, including:
- Digital displays screens
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- Digital sign board
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If you’re looking for any of these solutions or other cutting edge digital display solutions to amplify your brand message, let’s talk today. Call us on +966 12 6190 223


Introducing the detailed scaled remote control Shovel truck. Well made with strong material ,high quality painting and electronic parts.
Comes Ready to Run. No Assembling needed.
There are 6 different keys on the transmitter. Each is associated with a function. Therefore, you can command the vehicle as you like.
The remote control system uses 2.4GHz signals which feature excellent anti-interference, so you are able
You can take advantages of the auto demonstration button to control the vehicle because it is capable of performing different actions.
Scale: 1: 18
Features: Radio Control
Functions: Forward/backward, Rotation, Turn left/right,
Material: ABS, Alloy
Remote Control: 2.4GHz Wireless Remote Control Channel: 6-Channels Detailed Control Distance: About 30m
Transmitter Power: 4 x 1.5V AA (not included)
Play Time: 15~30mins


Chiropractic treatments work like a cell phone. Find out How!
posted: Sep 11, 2017.
When someone makes a cell phone call, the cell phone transforms the voice into a radio wave and sends signals through the phone antenna. The antenna then sends this wave to the nearest cell tower or satellite. Upon receiving the signal, the cell tower then sends the radio wave back to the person calling. I will keep it to one person here for examples of how the brain and spinal cord act the same way.
Here is how chiropractic is similar to cell phone use:
When chiropractic treatment is administered to someone, we are sending electrical impulses along the spinal cord which then transmit to the brain. Just like the radio waves go to the satellite. The brain takes this information and sends impulses back through the body. There needs to be a clear line so the signals can reach the area intended. Just like radio waves to a cell phone tower.
If your cell phone signal does not reach the tower, you will not have reception or a connection. The spinal nerves function the same way. If the nerves are blocked, stressed or impeded, the signals from those nerves will not be sent to the areas they are designated for.
This can lead to digestive issues, immune problems, heart, lung, headaches, dizziness or basically anything that is connected to that particular nerve area. Your brain uses signals to figure out how to function and figure out what to do. This is why chiropractic is more than just neck and back pain.
The video below provides a good example of how this works. Enjoy.


Teledata / Low Voltage Systems
Helping you make important connections.
When you need a reliable and safety-focused electrical engineer to help install fiber optic cables or high-speed cable, you can rest assured that Blackhawk Neff will get the job done. We are trained in the latest technologies, providing the electrical services to help you and your business make important connections.
We specialize in:
- Backbone cabling – fiber, telephone and coax
- Category 5E cabling systems
- Category 6 cabling systems
- Outside plant fiber and telephone cabling
- Singlemode/multimode fiber terminations, testing
- Licensed FutureFLEX air-blown fiber installer
- Fiber optic fusion splicing
- OTDR testing/verification
- CATV systems over coax or twisted pair
- Audio/visual cabling
- Engineering/CADD services
We have a RCDD/ NTS/ OSP/ WD on staff.


If you have this kind of problem - phone won't boot, not showing anything on screen upon powering etc. - and you tried softreset (123456789*0#) and hard one (3491672850*#), then you should give this option a try...for this to work you would need:
- tftpd32 software ( http://tftpd32.jounin.net/tftpd32_download.html )
- adequate firmware files for your 7900 phone ( www.cisco.com )
- local power adapter for IP phone - power cube 3,4 typically.
You are going to use tftpd32 software for locally provision of firmware to IP phone and as a DHCP server for same phone with required option 150 in it.
- configure your PC with static IP address - some value from your test DHCP pool. If you are going to use, let's say, 192.168.10.0/24 pool, then you can give your PC - for example - 192.168.10.100/24, with default gateway also 192.168.10.100;
- configure tftpd32 DHCP options as per picture:
IMAGE 1 - DHCP SETTINGS
- configure tftpd32 TFTP options per your environment and put your firmware files in same folder, like I did on mine:
IMAGE 2 - TFTP SETTINGS
- configure global options like this:
IMAGE 3 - GLOBAL OPTIONS SETTINGS
- on main window choose your LAN adapter as interface where you would listen for DHCP requests - IP shown in window should be your static assigned (ie 192.168.10.100)!:
IMAGE 4 - INTERFACE SETTINGS
- ALWAYS RUN THIS TFTPD32 SOFTWARE "AS ADMINISTRATOR..." ON YOUR WIN 7 OR WIN 8 MACHINE!!!;
- put your phone firmware files (extracted!) in corresponding folder - in this example it's on C:\TFTP;
- connect your PC with IP phone directly - put Ethernet cable in SW port on phone - not PC!; don't give power to phone yet;
- do standard hard reset procedure - holding the "#" key down on the keypad - apply power to the phone, phone is going throw some "light sequence", release "#" when typically handset blink non-stop red (or something similar), enter key sequence as noted above - 3491672850*#;
- observe throw tftpd32 log window how phone receives IP address from your pool and then downloads all required firmware files - let it finish that;
- phone should reset and be working now...
P.S. I found one interesting thing recently - tried to upgrade 7906 phone with newer firmware (9.2.. something) but it was looping nonstop (blank screen, not booting etc)...then tried some older firmware (8.2...) first and phone accepted that older firmware without problem...after that phone accepted 9.2 firmware also! Interesting...


Schematics of pirate radio FM transmitter with 829B from an old Greek electronic magazine. Oscillator and driver are EL84 (6BQ5) at 300V. It would be better to use some little triode like oscillator EC900 6HM5, powered by stabilized voltage, than buffer, and finally driver with EL 84 (6BQ5). Anyway, this oscillator can work very stabile.
The rear side of transmitter, 829B is mounted horizontally, so variable input and output capacitors are easy accessible from the front and rear end of TX.
I have made two transmitters based on 829B, the first one about 100W and second, about 130W. They were powered directly from 220V without transformers, with double and triple voltage.
The last generation of what seem to be very popular FM pirate radio transmitters with 829B RCA, this transmitter can be made very quickly, easily and inexpensively provided you have old tube type transmitters found on military junk yards. Transmitter is amazingly stable, and with 100W of power, from a good location and with a good antenna system you’ll have nice signal and coverage for a small investment of the time and money!!!


The following PDF links include pictorial step-by-step audio setup guides. Click the appropriate link/s to download a complimentary microphone installation guide.
Audio Setup Guide for WSR (Coming Soon)
The Samson SE50 Headworn Microphone is a low profile, miniature condenser microphone with a 2.5mm capsule that provides outstanding audio reproduction, making it perfect for presentation, fitness and other vocal applications.
The microphone can be easily shaped to fit the left or right ear and the unique retaining band holds the mic in place even when used in fitness applications. Thanks to the omnidirectional pickup pattern, the microphone's off-axis frequency response is linear, resulting in a clear and articulate reproduction, regardless of the position of the capsule relative to the sound source.
The mic has also been specially treated with a water resistant coating, providing extra protection from sweat and other moisture. Additionally, there is a moisture-guard drip ring to further protect the capsule and ensure reliable performance.
Available in both beige and black, the SE50 is particularly well suited for use with Samson wireless systems. And with four included adapters, the microphone can be used with most any other manufacturer's wireless beltpack systems. The SE50 kit also includes a clothing cable clip, detachable cable, three windscreens and an attractive carry case to hold the SE50 and its accessories, as well as a compartment to hold most any beltpack transmitter.
Manufactured with extreme care and the highest quality components, the SE50 delivers exceptionally clear, articulate sound with reliable performance in an extremely low profile design.
· Micro-miniature condenser with 2.5mm capsule
· Omnidirectional pickup pattern, off-axis linear frequency response
· Fits left or right ear and retaining band holds mic in place
· Moisture resistant coating
· Detachable cable
· Adjustable drip ring helps protect mic element from sweat
· Four cable adapters for compatibility with most popular wireless transmitters
· Includes three windscreens, clothing cable clip and carry case
· Available in black or beige
· Three Year Manufacturer Warranty
SE10 vs SE50 Comparison
Both microphones feature nearly identical accuracy but the SE50 has a flatter smother frequency response between 20 Hz and 10,000 Hz. Both microphones can also double as a desktop microphone with a respectable 12 inch range. Noise cancellation is only moderate but comfort is impressive because these units weigh almost nothing.
Receive a Free SpeechWare full duplex USB SoundCard with the Purchase of this microphone (a 40.00 value).


Libyan Cloud News Agency – Nissma
The Municipality of Nissma has installed solar panels in the cell towers to ensure the continuation of the coverage of mobile phone network in the town.
The network coverage of Almadar Mobile Company, Libyana Mobile Phone and Libya Phone Company interrupts during power outages in the town.
The town is facing long hours of outages that exceed the capacity of the charging batteries for the cell towers.
Nissma is a town in the northwestern Libya.


The Velcro strap secures installation inside the liferaft. It also contributes to a better stability and optimum transmission conditions, even in rough seas.
The Rescuer radar transponder (or Search And Rescue Radar Transponder) allows the radar transmission of a distress signal to all vessels present in a specific area, provided they are equipped with an X-band radar.
When interrogated by an X-band radar, the SART Rescuer transmits a response signal immediately through the 9 GHz marine band radar. It then indicates precisely the location of the accident (distance and azimuth related to the ship) so that the search and rescue teams can send an alert signal to all vessels sailing close to the accident or shipwreck.
The Rescuer clearly identifies the survival craft on the radar screen by means of a stream of 12 in-line dots. The series of dots represents a scope of about 10 nautical miles. This code is recognised worldwide by the search and rescue teams.
As soon as the signal is received, the Rescuer LED's turn bright and the buzzer sounds, indicating to the crew that help is close and rescue on its way.
• Minimal weight and dimensions : the Rescuer can easily be taken on board a liferaft
• Impact resistant polycarbon and aluminium housing.
RESCUER radar transponder
9,2 - 9,5 GHz
-20°C to +55°C
-30°C to +65°C
Source of energy
Batteries, to be replaced every 5 years (starting on date of production of battery)
•At +55°C : 100 hours in stand-by mode + 15 hours in continuous operation•At -20°C : 100 hours in stand-by mode + 8 hours in continuous operation
•300 mm high x 114 mm max. diameter•384 mm high x 222 mm wide x 180 mm deep