Our specialist for high quality cables
LAPP MULLER supplies cables wherever they are needed, all over the world, however complex or unusual the requirements of the given application may be.
Working closely together, Precimation and the experienced professionals at LAPP MULLER can jointly develop exactly the solutions that you need – ranging from pre-assembled individual conductors to ready-to-use completely customised cable systems, from optimised standard cables adapted to your special requirements to highly specialised customer-specific solutions. These will be developed and designed in accordance with your defined specifications.
We are happy to offer you an individual consulting service. Especially in the planning and development phases of the project, a close relationship with the customer is of crucial importance and forms the basis for our being able to offer you maximum benefits and success in the cable technology field.
Our goal and that of LAPP MULLER is to find the perfect cable technology solution for you, taking into account the aspects of functionality, quality and economic viability.


Try our network monitoring solution free for 45 days.
Statseeker’s network monitoring solution offers unrivaled visibility of your network. It’s fast, it’s detailed, and it provides a level of accuracy and insight unlike any other.
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Hikvision AX PRO
At Hikvision, we believe that innovation results in products that can do more while becoming simpler to use. The AX PRO wireless intrusion alarm system is the perfect example – it’s an incredible new design that combines the powerful and reliable security systems of the past with the simplicity of tomorrow’s best technology.
The AX PRO system is both conventional and revolutionary, providing proven wireless stability, a wide range of world-class products, and ease-of-use for both installers and end users. Simple setup, powerful protection – whether it’s for a business-owner’s property or a home-owner’s loved ones – bringing peace of mind every day, all day.


80 mhz to 1 ghz 300 watt broadband power amplifier
new, high power density, design has allowed us to produce a 80 mhz to 1 ghz 300 w amplifier
in a compact 4u package. with a minimum of 250 w of linear power this amplifier is ideal for rf immunity testing to various industry standards such as iec 61000-4-3, mil-std 461, iso 11452 and rtca do160. compatible with a wide range of available antenna such as the teseq cbl range and test systems such as the teseq nsg 4070 and its 6006 these amplifiers can be easily built into integrated test systems.
the new touch screen colour display gives an immediate visual indication of forward and reverse power along with the current operating status of the amplifier and access to diagnostic information such as gate current and heatsink temperature.
|frequency range (instantaneous)
80 to 1000 mhz
|rated output power
300 w minimum (370 w nominal)
|output power at 1 db gain compression
250 w minimum (300 w nominal)
54 db minimum
|harmonics at p1 db
|power supply voltage
|power supply phases


Systems Are Secure... Security Monitoring Tools
CEC Systems has a full range of security
services to insure the safety and integrity of our clients' mission
critical data. As more and more businesses begin to harness the power
of the web, reliable, secure public communication will be an ever
increasing need. CEC Systems stands at the forefront in providing
customers with secure communication solutions.
If a client plans on transacting business
over the Internet and need to protect valuable information, then a
firewall is imperative to secure the server from possible attacks.
A firewall is a security device placed between the server and the
Internet that moderates and documents requests for data access according
to a predefined set of security policies. Every CEC Systems server
comes equipped with a firewall, which is built and managed by CEC
Systems security engineers. Our NOC staff is managed by a network
security engineer with over fifteen years of experience in telecommunications
cryptography. In addition to the personal firewall, our entire network
is secured through a circuit level firewall, providing one more level
of security for the mission critical data.
To further insure the integrity of the
CEC Systems network, we pro-actively monitor system processes on each
machine as well as network activity. These monitoring programs are
designed to halt and report any intrusions to the system giving our
clients the peace of mind they need to conduct secure business transactions
from their servers.
Our security technicians are available
to assist our clients in implementing additional measures to make
their servers more secure. Our engineers excel at finding the right
security solution for their needs. By analyzing the vulnerability
of the client's system, our team can identify potential risk and then
assist the client in configuring their system securely. We can also
assist them by recommending policies and procedures which will support
their overall system integrity. CEC Systems recognizes that integrating
open systems and conducting e-business requires personnel skilled
in the highest levels of secure communications.
©1996 - 2005 CEC Systems
All Rights Reserved


WiFi as a Service
In the age of constant connectivity, a reliable Wi-Fi connection is not a luxury but a basic need. Wi-Fi as a Service provides your organization with a fast, secure and accessible Wi-Fi experience. Be prepared for the future with Wi-Fi that exceeds expectations.
Unlock the potential of your network
Wireless technology is increasingly taking over. In this rapidly changing environment, it is essential to have a Wi-Fi solution that is not only reliable and fast, but also provides secure connectivity. PQR Wifi as a Service is the answer to that need, this ensures that your organization is equipped with a wireless infrastructure ready for the demands of today and tomorrow.
Thanks to our years of experience with a wide range of customers, PQR knows the Wi-Fi challenges organizations face.
- insufficient coverage and speed: Many organizations struggle with Wi-Fi networks that do not provide the required coverage or speed, leading to frustration and reduced employee productivity.
- Increased security risks: At a time when cyber threats are on the rise, existing Wi-Fi infrastructures are often inadequately secured, leaving corporate data and systems vulnerable to attack.
- Guest access issues: Providing safe and efficient Wi-Fi access for guests and customers remains a challenge, while essential for a positive user experience and business relationships.
- Limited scalability and flexibility: Organizations often find it difficult to adapt their Wi-Fi network to changing business needs. This may limit the growth of the company.
Wifi as a Service
The importance of an advanced Wi-Fi strategy and solution is underscored by these challenges. PQR's Wi-Fi as a Service service not only addresses these specific issues, but also proactively addresses future needs. With our expertise and cutting-edge technologies, we offer a service that goes beyond traditional Wi-Fi management. Our Wifi as a Service (WaaS) solution consists of several building blocks:
Zero Trust: safety first
- Safe connections: PQR ensures that every connection within your Wi-Fi network is secure. With the Zero Trust principle, every access attempt is carefully controlled, ensuring secure connections for both employees and guests.
- Data encryption: We ensure that all data sent over the network is encrypted, providing an extra layer of security against potential data breaches and cyber threats.
Wi-Fi management and monitoring: simplicity and overview
- Easy integration of new Wi-Fi points: With Wifi as a Service, adding or replacing Wi-Fi points in your network is a simple process. New Wi-Fi points are automatically recognized by the network and receive the appropriate configurations without manual intervention. This ensures smooth expansion or renewal of your Wi-Fi network with minimal effort.
- Automated onboarding: As soon as a new employee is created within the organization's Active Directory, our solution automatically takes care of their network access with the corresponding permissions. This process ensures smooth and secure network access tailored to employees' specific roles and responsibilities.
- User Experience (UXI): There is a special focus on the user experience. Wifi as a Service is designed to be intuitive and easy to use. In addition, the user experience is constantly monitored.
Advanced features: AI-powered network management
PQR's collaboration with leading technology providers enables us to provide AI-driven solutions that simplify network management. These advanced AI tools provide deep insights and automate routine tasks. The AI ensures that errors are fixed even before the problem is noticeable.
Optimize your networking experience
User experience is crucial on the network. That's why PQR offers an optional Aruba User Experience Insight (UXI) sensor as part of Network as a Service. The UXI is designed to continuously monitor the performance and availability of various network services. The UXI is designed to continuously monitor the performance and availability of various network services. This visual display makes it easy to assess network status at a glance and react quickly if there are problems. By continuously measuring the availability and performance of various services, the UXI provides a clear and up-to-date picture of the user experience.
What does the UXI offer?
- Detailed analysis: We examine how users interact with the network and identify any bottlenecks or areas for improvement.
- User feedback: Direct feedback from your team provides valuable insights into the practical experience with the network.
- Customized recommendations: Based on the test results, we offer concrete recommendations to optimize your network for a better user experience.
Why choose the UXI?
- Increased productivity: A user-friendly network increases your team's efficiency and satisfaction.
- User-centric approach: Your network will be tailored to the actual needs and preferences of your users.
- Future-proof Investment: Ensure your network meets user requirements not only today, but also in the future.
When you choose the UXI you not only have a network that is secure and powerful, but also perfectly suited to the needs of users.
In preparation for implementing Wifi as a Service, a virtual measurement is performed. This is an essential component that allows PQR to provide a detailed overview of the performance and coverage of your future Wi-Fi network. The virtual measurement provides:
- Coverage reports: Accurate reporting on Wi-Fi coverage, giving you insight into any weaknesses and coverage gaps.
- Performance Analysis: Analysis identifies your network's strengths and weaknesses, including speed and stability, to ensure optimal use of your Wi-Fi.
- Strategic recommendations: Based on the measurement, PQR provides targeted recommendations for improving the Wi-Fi network, from minor adjustments to larger upgrades.
In short, a virtual measurement gives you detailed insight into the future state of the new Wi-Fi network, ensuring that it matches the requirements and expectations of users.
Wifi as a Service of Network as a Service?
PQR offers two options for managed network services: Wi-Fi as a Service (WaaS) and Network as a Service (NaaS). You can purchase the services both separately and combined, allowing us to take the most out of your worries. Wi-Fi as a Service provides your organization with a fast, secure and accessible Wi-Fi experience. Network as a Service, however, goes a step further:
- A total solution for all networking needs, wired and wireless.
- Ideal for organizations seeking a fully integrated and future-proof network infrastructure.
- Includes comprehensive features for security, scalability and constant technological innovation.
Whether you choose WaaS or NaaS, PQR will ensure that your network solution is perfectly suited to your specific business needs.
A robust, secure and efficient Wi-Fi connection is no longer a luxury, but a fundamental need. PQR understands this need and offers more than just a Wi-Fi solution: Wi-Fi as a Service (WaaS) ensures optimal performance, usability and security, and is ready for tomorrow's challenges. The service and approach is based on years of experience and continuous innovation. From the highest security based on Zero Trust to advanced management tools powered by AI, our WaaS solution is designed to completely take the worry out of your hands.
Want to optimize wifi with a partner who thinks ahead? Contact PQR, Rustmakers in IT, today for a free consultation on how we can work together to address your Wi-Fi challenges. Explore the possibilities with us - your Wi-Fi network deserves the best, and that's what PQR offers.


Lixin@Off-Grid Home Solar Systems
Solar panels can convert light energy into electricity, which can effectively deal with the difficult problems caused by power shortages and power outages. Off-grid photovoltaic power generation systems are widely used in remote mountainous areas, power-free areas, islands, communication base stations and street lamps.
Boguang@_Sandwich M Series
ETFE surface, strong light transmittance. ETFE solar panels have better light transmittance, reaching 95%. They contain fluorine atoms bonded to the panel's EVA, ensuring it doesn't delaminate or discolor over time. ETFE film has the characteristics of weather resistance, heat resistance, fire resistance, corrosion resistance, UV resistance and so on.


Reposted from @maattruth475 ( @get_regrann) - Reposted from @freedom_faction ( @get_regrann) - Cell Tower Technician 🛠 Sounds The Alarm 🚨 on The Dangers 💀 of 5G 📡
Almost nothing demonstrates the hubris of government and corporations more clearly than the #5G rollout, or what #PresidentTrump calls “a race we must win.” The dangers of 5G are vast and overwhelming as our privacy, health, and liberties are all at risk as a result of 5th generation technology. As our government touts its economic benefits, doctors, scientists, and even meteorologists around the world are sounding the alarm about the implications of the technology.
But recently, a #celltower installer, or “tower climber” as he calls himself, began speaking out about the danger that 5G poses to our health.
His video has gone relatively viral since it was posted in mid-June and he has since followed up with a few others talking about 5G. In his own words, he explains how dangerous installing #4G technology has been. “If you take radiofrequency close, it superheats the water molecules in your brain, eyes, and testicles … You could render yourself sterile or have a splitting headache for days, or, I’ve cooked the top of my skull and left me useless for the rest of the day.” That’s only with 4G. However, because of 4G’s long wavelength the only real harm that can be done occurs at very short-range, just a few feet from the cell tower’s dispersion point.
Remember that 4G technology works within a range of about 1.5 – 2.8 megahertz. 5G on the other hand, broadcasts in gigahertz frequencies – which is about 1500 times more intense than what 4G relies on.
Also, 5G transmitters will not be constructed high upon a mountain out of harm’s way like 4G towers are. They are going to be placed in offices, on street corners, inside your car, and in your home. The long-term effects of 4G are not yet known, but 5G is going to bring us to a whole new level of imminent danger to our health. “Not to mention what it’s going to do to your brain and your eyes and your testicles or ovaries just from the superheating that radiofrequency will do at a close range...” Read More: [https://www.wakingtimes.com/201


Telemedicine, also known as telehealth, refers to the use of telecommunications technology to provide remote healthcare services and consultations. It allows healthcare professionals to evaluate, diagnose, and treat patients remotely, overcoming barriers of distance and improving access to medical care.
Telemedicine is a healthcare practice that utilizes electronic communication and information technologies to deliver medical services remotely. It enables patients to consult with healthcare providers through virtual platforms, such as video calls, phone calls, or secure messaging, eliminating the need for in-person visits. Telemedicine offers convenience, especially for individuals with limited mobility, those in remote areas, or those seeking medical advice outside of regular clinic hours.
Telemedicine encompasses a wide range of healthcare services, including primary care consultations, specialist consultations, mental health services, follow-up visits, prescription refills, and remote monitoring of patients’ health conditions. It allows healthcare providers to evaluate symptoms, diagnose certain conditions, recommend treatments, provide health education, and monitor patients’ progress remotely.
Telemedicine technologies include secure video conferencing platforms, online patient portals, mobile apps, remote monitoring devices, and electronic health records (EHR) systems. These technologies facilitate real-time communication, data sharing, and secure transmission of medical information between patients and healthcare providers.
Telemedicine offers several benefits, such as:
Improved Access: Telemedicine eliminates geographical barriers, making healthcare more accessible to individuals in remote areas or with limited mobility. It allows patients to connect with healthcare providers without the need for travel or long wait times.
Convenience and Time Savings: Telemedicine eliminates the need for in-person visits, saving patients time and reducing the inconvenience associated with traditional healthcare visits. It enables individuals to receive medical advice, prescriptions, or follow-up care from the comfort of their own homes.
Continuity of Care: Telemedicine allows for seamless communication between healthcare providers, facilitating coordinated care and continuity of treatment. It enables specialists to consult with primary care physicians, leading to more efficient and comprehensive healthcare management.
Reduced Healthcare Costs: Telemedicine can be cost-effective for patients, as it eliminates travel expenses and reduces the need for emergency department visits or hospital stays. It can also potentially reduce healthcare costs by improving early detection and prevention of certain conditions.
Dr. Rashid Bashshur – Telemedicine researcher and leader in the field, emphasizing its role in improving healthcare access and quality.
Dr. Karen Rheuban – Telemedicine advocate and pioneer, focusing on telehealth initiatives and rural healthcare delivery.
Dr. Mei Kwong – Telehealth and telemedicine policy expert, providing guidance on legal and regulatory issues.
Dr. Joseph Kvedar – Telemedicine innovator and advocate, exploring the potential of digital health technologies and remote care.
Dr. Jay Sanders – Telemedicine visionary and founder of the American Telemedicine Association, promoting telehealth adoption.
American Telemedicine Association (ATA): www.americantelemed.org
Centers for Disease Control and Prevention (CDC) – Telehealth: www.cdc.gov/phlp/publications/topic/telehealth.html
National Institutes of Health (NIH) – Telemedicine: medlineplus.gov/telemedicine.html


The replacement of smart phones to other functional phones is an irreversible trend. However,There are also many unsolved issues in the development progress of smart phone Articles this popular trend for smart phone has contained many hidden dangers. Currently, many problems have been occurred into the developmental process of the smart phone such as the weak structure which could make the smart phone easily be broken. On the other hand, the product of smart phone has faced other problem which is that all of the function and appearance for the smart phone is all at the same. As everyone know that smart phones currently on the market are mostly stereotyped Andrew system, same touch screen, likewise dimensions and similar functionality. In that case, the appearing of wholesale rugged phone has a little bit relieved this situation.
Last month, the sell cracked phone reporter has interviewed the expert from the famous wholesale rugged phone supplier which website is www.runboruggedphones.com . The expert has said that security issues of smart phone have become increasingly prominent. With the diversification of mobile phone functions, the programs which users have installed into the phone have also increased. The problem along with this trend is a variety of security problems. The solution of this problem is not just a simple anti-virus but is related to the anti-harassment, anti- theft anti- deductions and so on. On the other hand, the low battery volume is always a very obvious weakness for today¡¯s smart phone. In addition, the repairing for the brand smart phone is costly. However, for the problem listed above, the wholesale rugged smartphone is just like the good solution to these problems.
Many people would have the feeling that there are also many problems for the developments of smart phone although the smart phone has a bright future. In that case, the smart phones have to pass over the problems such as short battery volume, sercurity issues and other attentively problems. These problems should be paid more attention by all of smart phone manufacturers. However, the producing and research for the wholesale rugged smart phone is the big progress which is related to this problem.
In addition to the above point, the development of smart phones needs to face the different market test. Although most of consumers for functional cell phone in countries such as United States, Japan and Western Europe and other economically developed areas feature phone are rapidly turning to smart phones such as wholesale rugged smart phone, there are also many people in Asia who prefer to us the functional phone. So, the totally development of the smart phone has also had a lone period of time.


HDMI Extender over single CAT5E/ 6 upto 60M power adapter
HDMI Over Ethernet is based on TCP/IP standard.
It transmit your HD display with the high resolutions
up to 60 meters away from your
HDMI or DVI-D source by using one CAT5e/6 cable. With the advantage of TCP/IP standard,you can extend your HD video to multiple displays by using an Ethernet Switch.
DMI Extender Full-HD CAT RX& TX 60m
Application: Audio & Video
1.Support HDMI1.3 Protocol
2.Following TCP/IP standard
3.Full HD 1080p.
4.hdmi extender full-hd
Following TCP/IP standard.
Support HDMI1.3 protocol.
HDCP1.1 & 1.2 protocol compliant
Support point-to-point mode, one point-to-many mode and cascade connection mode.
Support IR extender function allows IR remote control of Source devices from remote viewing location by sending IR commands received in the vicinity of the Display back to the Source devices.
1) Main unit No. 1 Sender , Main unit No. 2 Receiver
2) Two pieces of 5V DC Power Supply.
3) User’s Manual


In addition, you can use IPVanish on routers along with Tomato or probiteblog DD-WRT firmware, to ensure that most devices connected to the router could have the VPN protection. Typically the VPN community is another place where IPVanish truly excels, even though quite a bit less strong mainly because NordVPN’s this kind of still gives more than one particular, 500 servers in over 60 could possibly point out the lack of some locations, however it will certainly at least guarantee worldwide insurance with high rates.
IPVanish VPN keeps a effective international hardware presence. The non-public servers happen to be strategically placed to provide the particular fastest, most reliable cable connections achievable. The IPVanish network machines span well over 75 spots. NordVPN, on the other hand, does not enable you to select particular server places.
Should you be unsure which VPN to pick, our own NordVPN or IPVanish overview can help you make a choice. We’ll compare and contrast the two as well as figure out which one is faster, more secure, private, user friendly, and cost-effective. NordVPN Versus IPVanish Ideal VPN Within just 2019 simply by Brad about Apr two, 2019 There are countless great VPNs on the market, and at the key, most of them do the same thing: secure and privatize your online browsing.
The VPN network is another region where IPVanish really shines, despite the fact that not as solid as NordVPN’s this nonetheless delivers more than a single, 500 hosting space in more than 60 may well point out the possible lack of some nations, however it is going to at least assure worldwide protection with high speeds.


Today’s technology makes video conferencing easier and more accessible than ever. Is your business ready to catch up to boost collaboration and communication?
Are you looking for a way to improve your South Carolina business’s video conferencing? With more teams working remotely, it’s crucial to have the best video conferencing technology to ensure optimal collaboration and communication. At Carolina Business Equipment (CBE), we connect businesses with the latest video conferencing technology to improve everything about your video meetings, conferences,
seminars, and more.
Discover Glitch-Free, Seamless Video Conferencing
Are you tired of dealing with connectivity issues and glitches during video meetings? These problems inhibit your productivity and can even hurt your business reputation.
CBE offers advanced video conferencing solutions to avoid these hassles and ensure your video communications are stable, secure, and professional.
Whether you need point-to-point conferencing or multipoint conferencing, we streamline the implementation process. Count on CBE to give you effective video conferencing so you can enjoy these benefits:
- Seamless collaboration
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- Time and money savings
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Let CBE help you consider your top options for video conferencing solutions and provide the services you need to scale your business.
Elevate your Video Conferencing with CBE
Carolina Business Equipment brings more than 45 years of experience to your video conferencing project. We provide a relatable team with depth, knowledge, and experience. The CBE team understands your technology and infrastructure are the key elements to making your South Carolina business successful. Our goal is to help you do what you do better so you can take your business to the next level and beyond. Ready to optimize your video conferencing? Schedule a discovery!SCHEDULE A DISCOVERY


Learn wireless communication with free interactive flashcards choose from 328 different sets of wireless communication flashcards on quizlet. Contact us customer comments or suggestions are always welcome, we can't wait to to hear from you please fill out this form and we will be in touch with you soon. December applications and resubmittals 1 crown castle/verizon, cluster 2 in university south neighborhood (five small cell nodes on existing streetlights and two small cell nodes on two new poles in city rights-of-way) received december 4, 2017. Find great deals on ebay for wireless communication system shop with confidence.
Wireless communications locations with over 130 employees working out of 8 locations there is a wireless communications sales or service professional near you, ready to assist with your communication needs. Ti designs for smarter grid wireless communications solve design challenges across many types of rf networks from local, home area networks (han) to field-area networks (fan) which are part of an energy distributor's overall advanced metering infrastructure (ami) network. Education options in wireless communications are available at the associate's and master's degree levels both programs of study are generally two years, but master's degree programs require the.
Wireless communication is the fastest growing and most vibrant technological areas in the communication field wireless communication is a method of transmitting information from one point to other, without using any connection like wires, cables or any physical medium generally, in a communication. Who we are wireless communications is a premium retailer for verizon wireless in texas our vision to be the leading premium retailer for verizon wireless products and services while providing an untouchable customer experience. Program description this graduate certificate program in wireless communications is designed for those who are interested in gaining a broad understanding of the technologies, applications, and systems used in all forms of wireless communications. Cable & wireless communications 924 likes 4 talking about this 17 were here the go-to player in the caribbean and latin america.
This group has been created to bring together those interested in wireless communication research | explore the latest articles, projects, and questions and answers in wireless communications. Discover the latest cell phones, smartphones, prepaid devices, tablets, cell phone plans and accessories from verizon wireless the nation's largest 4g lte network. The wireless communications service manages and provides technical support for the 27 statewide communications facilities, 122 radio tower sites within the 6 regions. Wireless communication wireless communication uses radio frequencies (rf) or infrared (ir) waves to transmit data between devices on a lan for wireless lans, a key component is the wireless hub, or access point, used for signal distribution (see figure 8-8.
Wireless communications for everybody from yonsei university this course will provide an introduction and history of cellular communication systems that have changed our lives during the recent four decades and will become an essential and. Ieee wireless communications is designed for individuals working in the communications and networking communities. Mit media lab researchers developed a water-air communication system, translational acoustic-rf communication (tarf), where an underwater transmitter directs a sonar signal to the water's surface, causing tiny vibrations that correspond to transmitted data, which an airborne highly sensitive radar decodes. This magazine deals with all technical and policy issues related to personalization, location-independent communications in all media. Industrial wireless communication creates new prospects industrial wireless communication creates new prospects for reliable automation robust communication products from siemens are the basis for integrated solutions in all industries and enable reliable communication even in areas difficult or impossible to reach using conventional technology.
Chapter 1 wireless communications modern telecommunications are one of the main application of electromagnetic theory (along with remote sensing and radars. Review of business information systems - second quarter 2011 volume 15, number 2 history of wireless communication tom seymour, minot state university, usa ali shaheen, minot state university, usa abstract the history of communication is an exciting topic this article reviews various areas that. Wireless communications [andreas f molisch] on amazoncom free shipping on qualifying offers professor andreas f molisch, renowned researcher and educator, has put together the comprehensive book. Contact a wireless communications and electronics inc motorola premier service partner and motorola radio solutions channel partner location in your area near maryland, washington dc, virginia, pennsylvania and new jersey.
The article contains explanation of wireless communication technologies, various types of wireless communication like infrared, satellite, microwave radio and broadcast radio along with history and applications. Wireless wireless communication - in a typical wlan configuration, a transmitter/receiver (transceiver) device, called an access point (ap), connects to the wired network from a fix. Purchase wireless communications & networking - 1st edition print book & e-book isbn 9780123735805, 9780080549071. The rohde & schwarz wireless communications calculator is an essential part of any wireless engineer's toolkit featuring all of today's most important and popular cellular and non-cellular standards, we cover them all from a to z.


CCTV Distribution & Surveillance Solutions
Keep an eye on every activity without being physically present with Generic Technologies video security surveillance solutions for the safety and security of assets and people.
Video surveillance or CCTV (closed-circuit television) contributes to a huge chunk of present-day surveillance security technology. The CCTV cameras transfers captured images to a control room, which can also be accessed on a mobile gadget remotely, and recorded on an NVR or stored in the cloud space. The surveillance cameras can be IP or network cameras, bullet cameras, dome cameras, lowlight cameras, or thermal cameras.
Monitor Events and Activities Anytime, Anywhere
At Generic Technologies, the CCTV surveillance devices that we offer provides HD, 4K and even 7K imaging resolutions, with wide camera angle and high-tech lenses for effective activity monitoring. We also provide sophisticated PTZ cameras with multiple channels, fisheye lenses, and 360-degree cameras, which are useful in crime detection, traffic monitoring, crowd control, and even warehouse surveillance. Our CCTV surveillance system solutions also offer advanced options like continuous or scheduled recording, motion detection, intrusion alarm, and more. They also come with a mobile app for iOS and Android platforms to give our clients easy access and real-time monitoring option anytime, anywhere.


Primavera P6 Professional connects to the cloud using a new connector called P6 Cloud Connect. Instead of connecting to the database on the cloud, this connector is used to send and receive data. Users still have a direct connection to the most up-to-data project information. The cloud service supports all of the Primavera P6 user interfaces and mobile apps.
Since Oracle’s Primavera P6 Enterprise Project Portfolio Management (EPPM) Release 8.3.2, Oracle offers business-driven PMO through the cloud.This best-of-breed Software as a Service (SaaS) solution can be deployed quickly and securely. With no hardware to buy or install and minimal internal IT intervention up front, total cost of ownership is reduced.
There’s also no network or server-level admin involvement to manage ongoing operations and minimal or no customization consulting and programming expenses. Cloud solutions are designed to allow admins to configure advanced functionality on the fly as business needs grow and change.
Modern cloud PPM enables you to:
- Deliver Primavera purpose-built solutions in the newest, most cost effective way
- Establish worldwide standards and accelerate staff ramp-up with self-service capabilities
- Institutionalize best practices for real-time collaboration with native social network communication tools
Primavera P6 cloud services include:
- Primavera P6 EPPM
- Primavera P6 Professional
- Primavera EPPM Web Services
- Primavera P6 Team Member
- Primavera Team Member for iPhone and iPad
- Primavera P6 Email Statusing
- Primavera P6 Progress Reporter
- Document Management
- BI Publisher
- WebLogic Application Server
- P6 Cloud Connect
Cloud Hosted Pricing from Oracle


In an ever-changing world, one thing remains the same, and that is the human need for communication and connectivity. As we shift towards 5G networks and smart cities, it has become a challenge to provide the massive quantity of power that these telecommunications systems require. This exponential growth of the demand for connectivity is driving the move from macro base station to small cells in our cities and rural areas., providing network coverage and capacity.
The story of Autonom did not however begin with Powerloop. The unreliability of telecom power has been a concern for Marceau since school days. “It just flt like it was a good problem because once I had homework to upload at university and there was a power outage […] so I plugged in my home router to a battery at home, like a car battery, to upload it from my home, [and] that’s how it began.”


Having an Internet connection at home or office is something that almost cannot live without these days. But you also want to enjoy an affordable product that gives you all the connectivity unique at an affordable monthly price.
This is why you should consider Telkom internet usage at home or at the office. They offer a variety of data products that can include anything from an ADSL line, all the way to voice product. If you have an office. This is the perfect service provider that can offer you all your voice and data needs, at an affordable price, and the option of having no month-to-month contract.
Getting intimate feel business is sometimes more complicated than simply having Internet at home. You need to know that you have a reliable Internet connection with enough data for your whole business, as well as all the employees to use. But costs are always important so you should consider different plans until you find pricing that suit your needs.
You can consider an offer like the Unlimited Lite Package from Telkom. This offers you unlimited calls to fixed lines as well as unlimited calls to other Telkom mobile numbers and 800 minutes to use for local call networks. Here are the benefits in a nutshell:
- Unlimited calls to Telkom mobile numbers
- Unlimited Fixed Line calls (including Telkom and other fixed line operators)
- 800 minutes to call other local networks
- Unlimited Wi-Fi (10 GB as per the Fair Usage Policy) as well as the freedom to add optional Data and SMS bundles.
This is perfect for small and medium businesses as it will offer you everything you need to stay connected via the Internet, as well as connecting with customers via your phone.


SKELDAR V-200. India's first rotary unmanned UAV
V-200 is the first rotary winged medium-range UAV that can be operated from a tailored control station.
Equipped with multiple capabilities including surveillance and 3D mapping, the aircraft provides an edge in any environment – day or night.
Best of the Best
Skeldar is a Joint Venture between UMS Aero of Switzerland and SAAB of Sweden. The combination of UMS Aero and Saab's leading edge capabilities deliver advanced solutions to meet complex challenges.
First of its kind in India
3F Advanced Systems, India, has recently partnered with Skeldar, in a first of its kind rotary wing 3F UAV partnership in the subcontinent, as part of the 'Make in India' technological development/transfer programme.
The system can hover for hours while providing real-time information to a control station or to a remote video terminal.
Eye in the Sky. Eye in the Sea. Anytime. Anywhere.
Launched from historically difficult locations such as the deck of a ship, a travelling convoy or other small stationery areas, Skeldar V-200 is designed to provide real time intelligence and surveillance as a force multiplier for land, civil security and maritime applications.
Skeldar V-200 enhances force capabilities by improving situational awareness. The platform combines short deployment and turnaround time with mobility and a modular design. This allows fast and efficient preparation, transportation and delivery of the system.
Unmatched technology, making it more than an aircraft.
The compact solution is fully autonomous, controlled by high-level-commands such as “Point and Fly” and “Point and Look”.
With its agile and readily deployable flight performance compared to other compact fixed-wing UAV systems, Skeldar V-200 gets closer to the action, keeping one step ahead.
Fully autonomous Vertical Take-Off and Landing (VTOL) and hover capabilities provide the operator with enhanced usability and maximum time in the air.
Ease of Operation
Fully integrated into existing systems, Skeldar V-200 ground control station features an intuitive man-machine interface and requires minimal operator input. The system incorporates fly-home and safe landing modes.
Developed with a low lifecycle cost in mind, the modular design enables system customisation and functional
development, with air maintenance carried out at unit level. Compartments can be easily accessed for service, maintenance and payload reconfiguration.


Date: 15th December 2017
SFSA announce new mobile technology Partnership with Beezer.com
To coincide with the launch of the second National Fans’ Awards, the Scottish Football Supporters Association (SFSA) are very pleased to announce a confirmed mobile technology partnership with Beezer.com.
Simon Barrow, chair of the SFSA, said, “We are delighted to get the support of a dynamic young business such as Beezer, who will provide the technology that will enable fully integrated mobile communication with fans through the SFSA.
“In the first instance we will use the new mobile app to gather votes for the 2017 fans’ awards. However, moving forward, this app will allow us to monitor and evaluate the whole match-day experience for supporters, as well as allowing us to canvass views from fans on all aspects of Scottish football. We are looking at a whole range of creative applications.”
To bring users the new app, the SFSA has joined forces with Beezer.com, a platform that allows anyone to create, distribute and manage their own app without requiring any technical skills. Mobile app creation can seem like a daunting prospect, but Beezer is on a mission to democratise the app creation market and make it accessible to every small business and entrepreneur.
With their Progressive Web App technology, this also means that there are no added costs or bureaucracy related to the app stores, while having access to powerful features like push notification, social media integrations, schedules and more.
Your Beezer app can be distributed directly, via SMS, URL, email, website widget or QR Code. Make sure you visit Beezer.com and get started on your own mobile app right away, for free!
Posted in: Latest News


QAZAQ GREEN. Chinese scientists say they have developed a rechargeable calcium-based battery that could offer a cheaper and more sustainable alternative to lithium technology, South China Morning Post reports.
The team also incorporated their calcium-oxygen device into fibres to create a flexible textile battery that could power a smartphone.
Made from a metal 2,500 times more abundant than lithium, their battery was able to stably charge and discharge completely 700 times at room temperature – a first for the calcium-based technology.
“[The battery could turn] calcium chemistry into a promising, sustainable energy-storage technology,” the team from China’s Fudan University said in a paper published in the peer-reviewed journal Nature.
Lithium-ion batteries are known for their high energy density – or energy storage capacity relative to weight or size – and are the most widely used worldwide.
However, ensuring a reliable supply of lithium is critical to expanding on sustainable industries like renewable energy storage and electric vehicles.
The International Energy Agency has forecast lithium shortages by next year as demand for EVs surges amid a global net zero push. Mining lithium is also a costly and highly water-intensive process.
Batteries made from calcium were “expected to be cheaper and safer than lithium-ion batteries” while offering a comparable theoretical energy capacity, the paper said.
The team said that of the types of calcium-based batteries, calcium-oxygen systems had the “highest theoretical energy density”. This is because the fuel for the battery comes from oxygen in the air rather than a material stored inside the battery.
However, calcium-oxygen batteries do not operate stably at room temperature, and thus far a rechargeable battery capable of doing so had “not been achieved”, according to the paper published on Wednesday.
Finding an electrolyte – the component in a battery that enables it to charge and discharge – that did not cause calcium reactions that limited battery capacity had been a major challenge for researchers, the team wrote.
To solve this problem, the Fudan team created a liquid-based electrolyte that could house both the calcium and oxygen components of the battery.
The rechargeable battery they produced could offer a cheaper alternative to lithium-based batteries, with potentially wide-ranging applications, the team said.
What is climate finance, and why is it crucial to the global energy transition?
“The proposed calcium-oxygen battery is stable in air and can be made into flexible fibres that are weaved into textile batteries for next-generation wearable systems,” the team wrote.
After depositing the components of the battery onto fibres, the researchers found that their fibre battery was able to operate stably even when bent from zero to 180 degrees.
“Using a commercial braiding machine, we wove these fibre batteries into breathable and flexible battery textiles that can power electronic devices such as mobile phones,” the paper said.
While the performance and capacity of their battery was still limited, the team said further engineering could improve the operation of their battery, and that their research also opened more avenues to produce calcium batteries with other materials.
Australia has planned a 1 GW hydroelectric power plant at former coal pit
Apple ramps up investment in clean energy and water around the world
Two countries in Europe are powered by 100% renewable energy as wind capacity soars
IRENA’s report: Transition to renewables calls for new approach to energy security
New wind power plant to be built in Baku
Cost of bringing wind power plants into operation drops by more than one-third
Energy ministers and leaders to discuss the future of renewable energy in Abu Dhabi
Hungary boasts the EU's largest geothermal system
EC adoped of the strengthened Energy Performance of Buildings Directive
90-GWh thermal energy storage facility could heat a city for a year
Europe embraces speedier, riskier way of building power grids
Former SpaceX, General Motors engineers turn to space-based solar power
The US just beat its goal to permit 25 GW of clean energy by 2025
New quantum material boosts solar cell efficiency to 190%
Astana hosted seminar of the USAID project “Energy of Central Asia”
Uzbekistan launches 500 MW PV plant in Jizzakh province
GIZ and RES School: training specialists for the energy transition in Karaganda
US unveils USD 20bn of awards under Greenhouse Gas Reduction Fund
In Tajikistan, all new houses will be equipped with solar panels
The top 40 most environmentally friendly cities in the world


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A complete suite of products for easy flight data retrieval and data analysis, including Universal Quick Access Recorder- uQAR WiFi and uQAR LTE.
In Business Since 1987
Flight Data Technologies Inc. is a manufacturer of avionics equipment and data services - flight data recorders, voice data recorders and cockpit voice recorders. Flight Data Technologies promotes innovative avionics data technology. Our management has more than 30 years of experience in development and implementation of new technologies. We operate worldwide flight services in more than 100 countries.
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The mobile phones have become a must-have gadget in the last few years. Making use of re-directs, you can ensure that people visiting your site from a mobile device will automatically be directed to your easy to read mobile site. These smartphones have big screens with high resolutions that ensure the best possible picture quality.
Some people have the ability to unlock their current cell phone and generally all that’s needed is a computer, their phone handy, and internet access. The smartphone allows a user run various applications at the same time; it provides various functionalities such as the ability to access the Internet with a browser and also access digital media.
A typical app store offers thousands of mobile apps for productivity, gaming, word processing, note-taking, organization, social media and more. Reliance on smartphones for online access is especially common among younger adults, non-whites and lower-income Americans.
Bring your visions to life with five pro-grade cameras, witnessing how each shot is optimized on the cinematic Infinity- Display. This 5.8-inch addition to Samsung’s Galaxy S lineup gives up the in-display fingerprint sensor and third rear camera lens found on the other Galaxy S10 models.
For example, Blackberry smartphones run on Blackberry operating systems, while other smartphones are powered by Windows Mobile, iPhone OS, Google’s Android, Symbian OS, RIM’s Blackberry, Palm’s Web OS, and Linux, among others. Apple ( AAPL ) earned a net profit of $59 billion in 2018, making it the top technology company worldwide in terms of profits.


Welcome to our comprehensive guide on USSD (Unstructured Supplementary Service Data) and its benefits for businesses. In this article, we will explore the intricacies of USSD technology, its functionality, and the numerous advantages it offers to telecommunications companies (Telcos) and businesses alike. By understanding the potential of USSD and its applications, you can leverage this powerful communication tool to enhance customer reach, improve service delivery, and drive revenue. Join us as we dive deep into the world of USSD and unlock its business potential.
I. USSD Overview
USSD, short for “Unstructured Supplementary Service Data,” is a real-time interaction service that enables businesses to display text on users’ mobile handsets. It serves as a mobile communication technology used worldwide to send text messages between mobile phones and network applications. While often compared to SMS (Short Message Service), USSD offers distinct advantages that make it a preferred choice for businesses. Unlike SMS, USSD is interactive and cannot be stored on a phone, making it ideal for transactional purposes. Additionally, USSD works in real-time, providing immediate communication between users and applications.
USSD (Unstructured Supplementary Service Data) is a communication protocol used by mobile network operators, such as Maxis, to provide interactive services to mobile phone users. USSD allows users to access various services and information by dialing specific codes on their mobile phones.
When it comes to “maxis pin code” in the context of USSD, it likely refers to the PIN code associated with a Maxis SIM card. The PIN code is a security feature that protects the SIM card from unauthorized access.
USSD can be utilized to access services related to the Maxis PIN code. For example, by dialing a specific USSD code, users can change their PIN code, retrieve a forgotten PIN, or enable/disable PIN code security for their Maxis SIM card. These USSD codes are typically provided by Maxis and can vary based on the specific service or action required.
To use USSD services related to the Maxis PIN code, users can dial the appropriate USSD code on their mobile phones, and the request is sent to the Maxis USSD gateway. The USSD gateway processes the request and communicates with the necessary network elements to perform the requested action, such as changing the PIN code or retrieving information about the current PIN code status.
It’s important to note that the specific USSD codes and services related to the Maxis PIN code may vary depending on Maxis’ implementation and the country or region in which their services are offered. For accurate and up-to-date information, it is recommended to consult the Maxis website, user guides, or contact Maxis customer support directly.
II. What Can USSD Do for Businesses?
USSD presents a wide array of opportunities for businesses to streamline operations, enhance customer experience, and drive revenue. Some of the key benefits of USSD include:
- No Internet Connection Required: USSD does not rely on an internet connection or data to function, making it accessible to users across all types of mobile phones, regardless of their sophistication. This inclusivity enables businesses to reach a wider audience and cater to customers in emerging markets with limited internet access.
- Cost Savings: Implementing USSD as a self-service application reduces operating costs by allowing customers to serve themselves. By providing users with the ability to perform tasks such as checking balances, purchasing airtime or data, and updating customer information, businesses can minimize manual interventions and enhance operational efficiency.
- Enhanced Customer Satisfaction: USSD empowers customers by offering them a self-help service that enables quick access to information and services. By giving customers the ability to serve themselves, businesses can enhance customer satisfaction, reduce wait times, and improve overall service levels.
- Wide Compatibility: USSD works on virtually every mobile phone, regardless of the make or model. This universality ensures that businesses can reach a broader customer base and deliver their services to a diverse audience.
- Global Reach: USSD operates globally, allowing businesses to expand their services across different regions and tap into new markets. This global reach is particularly advantageous for businesses targeting emerging markets, where smartphone penetration may be limited.
- Real-Time Interactivity: USSD offers an intuitive menu-driven interface with real-time interactivity. This enables businesses to engage with customers instantly, gather information, and provide immediate responses to their inquiries or requests. Compared to SMS, USSD facilitates faster and more dynamic communication.
- Cost-Effectiveness: USSD is a highly economical communication platform, offering businesses a cost-effective solution for engaging with customers. Its affordability makes it an attractive option for businesses of all sizes, allowing them to leverage the benefits of mobile communication without significant financial investments.
also read: https://idleblogs.com/category/digital-marketing/
III. Leveraging USSD for Telco Customers and the Telco Business
Telcos can maximize the potential of USSD to enhance customer experiences, drive revenue, and stay ahead of the competition. Some of the key advantages of USSD for Telco customers and the Telco business include:
- Self-Help Services: USSD enables Telcos to provide their subscribers with fast, accessible, and efficient self-help services. Subscribers can access information related to their mobile subscriptions, check balances, top up airtime or data, and perform various account-related tasks without needing an internet connection or additional funds.
- Information Accessibility: USSD allows Telcos to offer subscribers a means of obtaining information without relying on internet connectivity or data. This two-way communication channel ensures that subscribers can access essential information in real-time, regardless of their location or the type of mobile device they use.
- Customer Feedback: USSD provides Telcos with a platform to gather customer feedback and address queries effectively. By incorporating USSD into their customer service strategies, Telcos can engage with subscribers, listen to their concerns, and provide timely responses, thereby improving overall customer satisfaction.
- Mobile Advertising: USSD offers superior reach for mobile advertising campaigns, especially in emerging markets with limited internet connectivity. As USSD does not require an internet connection, it can effectively deliver targeted advertisements to a wide audience, enabling Telcos to monetize their advertising efforts and drive revenue.
- Competitions and Promotions: Running competitions and promotions through USSD codes can be highly effective in engaging customers. The simplicity and accessibility of USSD codes make it easy for customers to participate, providing Telcos with opportunities to chrome hearts expand their customer base and boost brand awareness.
- Chat and Social Networking: USSD applications can facilitate two-way communication and serve as a platform for chat and social networking services. This feature allows subscribers to engage in instant messaging and stay connected with their communities, even without internet access. USSD chat and social networking offer basic communication functionalities and bridge the gap for subscribers with limited internet connectivity.
IV. USSD Enabled by NextGen v.Services
To harness the full potential of USSD and leverage its benefits, businesses and Telcos need the right technology and infrastructure in place. NextGen v.Services, Adapt IT’s USSD Gateway, provides a comprehensive solution for enabling real-time interaction and two-way communication with customers. Key features and capabilities of NextGen v.Services USSD Gateway include:
- USSD Menu Builder: A dynamic web-based interface that allows businesses and Telcos to create, view, and modify locally hosted USSD menus. The USSD Menu Builder simplifies the process of menu creation and customization, enabling organizations to tailor their USSD applications to specific customer segment needs and requirements.
- USSD Rating Engine: Supported by multiple USSD Gateway mechanisms, the USSD Rating Engine enables event-based rating, time-based rating, and premium ratings. This functionality allows Telcos to bill subscribers based on their interactions with the USSD menu, enhancing revenue generation and monetization opportunities.
- Advertising Engine: The USSD Advertising Engine provides Telcos with a powerful platform for delivering targeted advertisements to subscribers. Leveraging the reach and interactivity of USSD, Telcos can execute cost-effective advertising campaigns, driving customer engagement and increasing advertising effectiveness.
- Please Call Me Messages: The Please Call Me feature allows users to send free SMS messages to another person, either individually or as part of a marketing campaign. This feature can be monetized by incorporating advertisements after the message is sent, providing additional revenue opportunities for Telcos.
With NextGen v.Services USSD Gateway, businesses and Telcos can unlock the true potential of USSD and capitalize on its benefits to enhance customer experiences, drive revenue, and create a competitive advantage in the market.


Construction and Evaluation of Homemade Smartphone Spectrophotometer in Studying Beer’s Law
Mobile phones have become part of our day-to-day activities and they are constantly changing the way we communicate and learn. The portability and ubiquity of smartphones has provided new possibilities for the chemistry laboratory to support blended learning and provide opportunities for entrepreneurial skills and environmental awareness. In this project, the students will design, build and test homemade spectrophotometer using a mobile phone and simple components with creative designs. The performance of the constructed prototype will be compared with commercial spectrophotometers currently being used in the laboratory in studying Beer's Law and absorbance spectrometry. This project will be part of a bigger collaborative project with a Computer Science final year student who will be in charge of developing the mobile Apps specific for the designed prototype.
Application invited for: BSc and MSc


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In my previous post, I described the nine modules that make up myDoorbell. While we could begin our discussion with any one of the nine modules, the one all others are dependent on is the power supply. What the power supply is intended to do is convert the source characteristics we have, to the supply characteristics we need. In other words, it needs to convert the 16 volt (V) alternating current (AC) available in the doorbell-wiring box to a direct current (DC) voltage appropriate for our use.
What myDoorbell Needs
Reviewing the datasheets of components, likely to fulfill the function of each of the other eight modules, led me to believe that seven of the eight modules need a 3.3 volt (V) supply. The Audio Amplifier module is the exception.
Audio amplifiers are designed to take small signal inputs and accurately reproduce them with additional power. Like the other modules, the amplifier is powered by a DC source. Since power is equal to the product of voltage and current, it is possible to increase the power of the output signal by increasing its voltage, current or both. It is impractical to use the 3.3 V DC source for the audio amplifier given that we have an upper bound on the available current of just over 1 ampere (A). This combination would result in a 3.3 watt (W) (3.3 V * 1 A) maximum output power. This is insufficient power to drive a speaker at the volume necessary for a doorbell. The better option is to convert the 16 V AC source to the highest voltage DC source conveniently available.
So myDoorbell needs are simple, a 3.3 V DC supply for the digital components and the highest practical DC voltage available for the Audio Amplifier module.
Basic DC Power Supply
A simple DC power supply is illustrated below. The AC input is connected to the primary terminals on the left of transformer, TR1. This AC input is a sine wave that swings from a negative to a positive peak with a frequency in the U.S. of 60 cycles per second, or 60 Hz. AC voltages are typically described in terms of their root-mean-squared or rms values. Their peak and rms values are related by, Vrms = 0.707 * Vpeak. In the U.S. a common input voltage is 120 Vrms.
In a typical application, the transformers job is to reduce the input voltage to a voltage just slightly above the desired power supply output voltage. For example, if the desired output voltage is 3.3 V DC, a transformer that transforms 120 Vrms to 5 Vrms may be appropriate. A typical transformer works by having two electrically insulated coils of wire wrapped around a common ferrite core. The coil connected to the input is called the primary, while the other is called the secondary. The ratio of turns on the secondary to primary coils determines how the secondary voltage compares to the primary voltage. For the above example, the primary coil should have 120 V / 5 V = 24 times as many turns as the secondary.
The full-wave bridge rectifier, B1, inverts the negative half-cycles of the transformers output voltage and passes both half-cycles to the output of the rectifier. While this output is DC, the waveform has significant ripple, varying from zero to the positive peak at 120 Hz. The ripple is reduced by capacitor C1 which brings the voltage across C1 to nearly the peak value of the rectifiers output. IC1 is an integrated linear voltage regulator that typically takes a voltage input higher than the desired output voltage and locks its output to the target voltage. Finally, C2 reduces the remaining ripple to tolerable levels.
Continuing with our example, the output of the transformer is 5 Vrms. The full-wave bridge rectifier creates a 120 Hz DC voltage that varies from 0 V to 5 V / 0.707 or 7.07 V. Capacitor C1 reduces the ripple and presents a fairly constant 7.07 V DC input to the voltage regulator. The voltage regulator locks its output to the desired 3.3 V level and most of the remaining ripple is removed by capacitor, C2.
myDoorbell Power Supply
It took me three attempts to find a satisfactory design for the myDoorbell power supply. Recall that the goal is a DC power supply that can power seven of the eight modules at 3.3 V DC and the amplifier with the highest voltage conveniently available. The seven digital modules consume a total of approximately 300 mA or 0.3 A of current at 3.3 V. To provide a margin of safety we will design the power supply to provide 500 mA. The DC voltage at the input of the voltage regulator is equal to 16 Vrms / 0.707 or 22.6 V DC. This will be used for the Audio Amplifier module.
Attempt 1 – Linear Voltage Regulators
The most straightforward DC power supply design for myDoorbell follows the design pattern illustrated earlier. In this simple design the voltage regulator is a simple three pin linear regulator. However, through sad experience this approach doesn’t work in this application because of the large difference between the 22.6 V regulator input voltage and the desired 3.3 V DC power supply output. In our earlier example, the designer was free to pick a transformer that reduced the input supply voltage to a reasonable level. In the myDoorbell world we are stuck with the doorbell transformer that reduces the 120 Vrms line voltage to the available 16 Vrms. This results in the 22.6 V regulator input voltage and the issues using the linear regulator.
The power dissipated by the linear voltage regulator is equal to the product of the voltage across the device and the current through it.
Pregulator = Vregulator * IregulatorPregulator = (Vin – Vout) * IregulatorPregulator = (22.6 V – 3.3 V) * 0.5 APregulator = 19.3 V * 0.5 APregulator = 9.6 W
This is a significant amount of power that is presented as heat. Without a significant metal heatsink being thermally attached to the voltage regulator it will consume itself. In fact my first design did just that. I was taught that digital electronic systems work because of magic smoke contained in them. When I naively built and tested this design the device overheated, the magic smoke escaped, and the device no longer functioned. While this power supply design is not feasible for myDoorbell, it might effectively test your smoke detectors.
Attempt 2 – DC to DC Converter
After licking my wounds of defeat I came across a device that I thought would fit my needs perfectly, a DC to DC converter. This device is essentially a small power supply integrated into a single package. This device accepted a broad range of input voltages and output 3.3 V at up to 500 mA, a perfect fit.
However, the particular device I chose had a “feature” that caught my eye as a positive thing, but ended up being a show stopper. The grounds on the input and output of the chosen device were isolated. This sounds like a good thing, but after prototyping myDoorbell and debugging for a significant amount of time, a serious design flaw was discovered.
Recall that the audio amplifier will operate from the highest DC voltage conveniently available to us. Well the highest voltage available is the DC voltage just before the DC to DC converter. The voltage available at that location is 22.6 V and is ideal for our audio amplifier. However, the digital electronics will be operating on the opposite side of the DC to DC converter. This includes the MP3 to audio converter that outputs the low voltage audio signal to be amplified. Voltage is an across variable or the potential across two points, typically the signal and a reference ground. In this particular design the MP3 decoder and the audio amplifier share the signal line, but not a common reference. If these grounds are connected, the DC to DC converter does not function properly, if they are not connected, the audio subsystem does not work. Another failure!
After making another design choice, I discovered that there are DC to DC converters that are non-isolated. While this would have worked, a better design in terms of cost exists.
Attempt 3 – Switching Voltage Regulators
Switching voltage regulators are an alternative to the linear device discussed above. A very simplistic description of how this device operates goes something like this. The device checks the voltage across the capacitor on its output and if it is below the target voltage, the device charges the capacitor. If the voltage on the capacitor is at or slightly above the desired voltage, the device allows the capacitor to discharge. This switching occurs thousands of time per second resulting in small swings between minimum and maximum values. This regulator dissipates far less power and can easily function without a heatsink. The tradeoff is that this device requires a few more components as shown in the following figure taken from the Texas Instruments TL2575 datasheet.
According to the datasheet capacitor Cin stabilizes the regulator, Cout reduces ripple on the output, while diode, D1, and inductor (coil), L1, reduce high frequency noise. The design, shown below, comes from the datasheet with some slight modifications. According to the datasheet, the size of the inductor depends on the output voltage and current characteristics. Referring to the graph included in the datasheet, we chose a 0.001 Henry, 1 mH, inductor. My complete and successful design is illustrated below.
The light emitting diode (LED) and resistor R1 were added to yield a simple power on indicator. The transformer, TR1, is the doorbell transformer and is shown solely for clarity and is not included in the final design. The voltage available after the full-wave bridge rectifier is approximately 22.6 V of smoothed (filtered) DC, perfect for our audio amplifier. The final output is our desired 3.3 V regulated and smooth DC supply, perfect for the remaining digital components making up the system.
This section describes the design process used to implement the above schematic in a surface mount printed circuit board (PCB). We begin by identifying the components that are required, see below.
While I used the Eagle computer aided design (CAD) tool to input the above schematic and realize the PCB output files, any reasonable tool will do. Most PCB tools have thousands of predefined library components, but I prefer to build my own library parts because I suffer from the dreaded, not invented here syndrome.
I will illustrate my process for building these library components for the full-wave bridge rectifier, but the same process would be followed for all components used. From the rectifier datasheet we can extract the “suggested pad layout”. If the datasheet for a particular device does not include this, then I select another vendor’s product, that simple! The pad layout is the copper pattern that will be left on the PCB where this device is electrically and mechanically connected using solder. The suggested pad layout for the full-wave bridge rectifier, DF206ST-G, is shown below.
This pattern is added to the library of components and associated with the components schematic drawing. This process is completed for all necessary components.
The schematic is built by placing the selected components and wiring them as illustrated. In Eagle you then convert this to a PCB that results in each component being placed on the PCB with lines connecting the appropriate signal pins. The components are moved into appropriate positions by the designer and the lines are replaced with copper interconnects either automatically or by hand.
Printed circuit boards are made up of layers of conductive material, such as copper, separated by layers of insulation. Layers can be connected through a via. The top and bottom layers are typically covered with a material that doesn’t easily adhere to solder. These layers have openings where solder and components are to be connected to the copper traces.
For myDoorbell I decided to use a 4-layer PCB process. This process has a layer of copper on the top and another on the bottom and two internal layers. The top and bottom layers are used to route interconnections. One of the internal layers is used to distribute 3.3 V to the entire system. The second internal layer is tied to ground and distributed throughout the design. These internal layers are often called planes. While myDoorbell is reasonably simple and might have been possible with a two layer design, having a ground and power plane results in a safe and simplified design. The top view of the resulting power supply PCB is shown below.
Those items represented in gray indicate labels and component outlines that will be visible on the completed board. The red areas represent the copper pads and interconnects on the top layer of the board. This board does not have any copper on the bottom layer. The green circles indicate where a via is used to connect the top copper to either the ground or 3.3 V planes. The dotted lines around the board represent the 3.3 V and ground planes.
In the upper left hand corner of the board there is a component we have not yet discussed. It is a simple connector where the two wires from the doorbell transformer are connected to the power supply. These feed directly into the full-wave bridge rectifier to the right. The positive output terminal of the rectifier is connected to the positive terminals of the capacitors, C1, C2, and C4, as well as the input of the regulator. The negative side of the rectifier is connected to ground through the via to its upper right. All other devices connected to ground do so through a via to the ground plane.
Due to the laws of physics, each wire is also an inductor and as such resit changes in current flow. The longer the wire, the more inductance it will have. For this reason it is good practice to minimize the length of wires connecting components, especially those that are high speed such as the switching regulator. You’ll notice that C1, C3, and Z1 are close to the regulator. One reason internal ground and power planes are useful is because they facilitate the close connection of components, reducing wire length, and inductance.
The large copper area in the upper right corner of the board connected to the ground plane through 8 via connections is where the regulator is physically connected to the board. The heat from the regulator flows through its body, onto this copper pad, and into the ground plane. This acts as a heatsink pulling the heat away from the device.
Note that the positive terminal of C3 connects to the 3.3 V internal plane through three via connections. Later this same 3.3 V plane will be connected to the rest of the myDoorbell circuit. The positive side of the rectifier component is the source of the 22.6 V that will be used by the audio amplifier.
The resulting PCB measures 59mm in length and is 32mm wide. For testing purposes it was increased in size to allow for the inclusion of a set of header pins for easy insertion into a prototyping board. This breakout board is illustrated below. The tested board delivered 3.3 V at 400 mA and 22.6 V at nearly 1 A. This perfectly matches the needs of myDoorbell. Success at last!
Outcomes and Artifacts
Outcomes include lots of learning, a useful DC power supply design, and a working version implemented as a 4-layer PCB with surface mount components. The circuit is capable of inputs up to 20 Vrms resulting in a high voltage output of just over 28 V DC. By simply replacing the regulator with a product family substitute, the low voltage output can be changed to 5 V, 12 V, or 15 V. The schematic, PCB layout, and bill of materials can be acquired from github.
Basics to Remember
The relationship between peak and rms voltages is described by, Vrms = 0.707 * Vpeak.
Ohms Law states that voltage (V) is equal to the product of current (I) and resistance (R). voltage is measured in volts (V), current is measured in amperes (A) and resistance is measured in ohms (Ω).
Resistors (R) are measured in ohms (Ω), capacitors (C) are measured in farads (F), and inductors (L) are measured in henrys (H).
Due to the laws of physics, each wire is also an inductor and as such resit changes in current flow. The longer the wire, the more inductance it will have. For this reason it is good practice to minimize the length of wires connecting components, especially those that are high speed.
Component datasheets are our friends and we should get use to reading them, understanding them, and referring back to them often. They look long and complex, but you’ll get use to them.
Datasheets often have a “Typical Application” section that illustrates how the component can be used. This schematic can often be used as is or with minor modifications for your application.
LEDs can only handle so much current before their magic smoke escapes. The more current that flows through them, the brighter they are, within limits. 5 – 10 mA of current seems about right for many applications. The resistor in series with a LED is intended to limit the current. If you assume the voltage drop across a LED is 0 V, then the entire potential is across the resistor. Ohms Law states that the voltage is equal to the product of current and resistance, so the resistance is equal to the voltage divided by the current. In our example power supply, the voltage across the resistor is 3.3 V, so to limit the current to 5 mA we need a resistor of 3.3 V / 0.005 A = 660 Ω. Since resistors come in standard values we’ll use the closest standard value of 680 Ω.


Electrical Services and Systems
Our team of experienced electricians and test engineers are able to provide all forms of electrical testing, and system installation.
Nurse call system in healthcare facilities allows patients to request help and communicate with staff during emergencies or when they need medical attention.
Induction loops are essential if you have persons with hearing impairments onsite. Contact us today for assistance!
If you’re fed up of opening the fire door every time you want to pass down the corridor, then our range of automatic fire door closers are the perfect solution for you. Contact us today for assistance!
Fixed wiring installation testing (IEE) involves the testing of electrical services and systems that conduct electricity around a building.
This system is designed to detect toxic and flammable gases, gas detection systems help protect personnel from poisoning or asphyxiation and prevent gas explosions.
This system ensures strong, fire-resistant audio communication between the Fire Service or rescue personnel and wheelchair-bound individuals trapped on upper floors during a fire.
PAT Testing is an essential part of keeping your company safe from the risk of an electrical appliance fire. Contact us today for assistance!
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AV Installation solutions for Schools ,Colleges, Houses of Worship, Venues, Hotels & Restaurants … Think of a place where you might require a high-quality audio-visual solution & chances are we’ve installed it over the last two decades.
From a full music PA system for a club or venue to a fully integrated audio-visual solution with projection, motorised screens & radio microphones, we can specify, supply & install the perfect system for your application.
Hearing loop installation is one of our specialist areas – Low Fold design & fit Induction Loop systems for assisted listening purposes in places such as Houses of Worship, Local Authority & public buildings, venues & conference facilities.
We offer free onsite consultation & provide full training & after-sales support. We’re recording studio specialists & can specify, supply & provide equipment & wiring for both project & commercial studios.
Low Fold also have extensive experience in high-quality community cinema systems.
We can even offer replacement equipment from our hire stock to cover you in the event of a failure.
AV Installers you can trust to get the right solution for your application at a competitive price : Contact Low Fold Audio today to discover how we can help you realise an installed AV system that meets your requirements and exceeds your expectations.
AV Installation / audio visual installation / AV system / Induction loop / hearing loop / hearing loop install
VENUES, CLUBS & THEATRES / HOUSES OF WORSHIP / HOTELS & CONFERENCE VENUES / SCHOOLS, COLLEGES & UNIVERSITIES / RESTAURANTS & PUBS / MUSEUMS, GALLERIES & ARTS SPACES
INDUSTRIAL & COMMERCIAL / COMMUNITY CINEMA / PAGING & PUBLIC ADDRESS / INDUCTION LOOPS / BACKGROUND & FOREGROUND MUSIC SYSTEMS / PROJECTION & SCREENS / STUDIO & PATCHBAY WIRING


Available on Flipkart for Rs. 12,990, the Sony WH-H910N Active noise suppression Bluetooth Headset. It is simple to store this best Sony Headset thanks to its lightweight, foldable construction. With its thin housing, silicone headband, and soft-cushioned earpads that guarantee a secure fit, this headset offers a comfortable listening experience.
Noise cancellation: This Sony Bluetooth headset comes with two noise-cancelling microphones. One feed-forward and one feedback microphone are installed on each surface of the headphones to pick up all background noise, whether it be aeroplane noise, city traffic, or office chatter.
Voice Assistant: This headset’s voice assistant capabilities make it simple to listen to music, get information, get notifications, chat with friends, and access entertainment.
Battery: The 35-hour battery life of this Bluetooth headset from Sony guarantees that you may listen to music even on lengthy journeys. On a 10-minute charge, you can use the device for 2.5 hours.
Audio Quality: This headphone’s powerful 25-mm drivers, which are small and portable, have aluminium domes that are incredibly sturdy and soft-edged urethane diaphragms that produce the same sound pressure as traditional headsets with 40-mm drivers.
Just tap to skip, The straightforward touch controls on this Sony Bluetooth headphone let you answer incoming calls, manage the music you’re currently listening to, and more.
- Realistic sound quality with high resolution audio.
- Simple touch controls to activate Siri and the Google TM App, answer calls, and control music.
- A quick 10 minute charge will give you a power for 2.5 hours and a huge 35 hours of battery life.
- The Adaptive Sound Control feature is provided by the Connect app.
- Detects and mutes all distracting surround sounds using two noise-cancelling microphones.
- Headband made of silicone and extremely svelte, smooth ear pads
- Digital Sound Enhancement Engine HX (DSEE HXTM), which converts your digital music files into full, authentic sound.
- Superior 25 mm drivers made of aluminium that is very rigid.
- Enhanced Bluetooth Audio Connection.
Using the wireless Sony WH-H910N, you may now listen to music that is as clear and faultless as music played through wired headphones. There are around three times as many bits transmitted by its LDAC (at the maximum transfer rate of 990 kbps). It offers enhanced Bluetooth connectivity.
- Quality Audio in High Resolution ,In comparison to other traditional Bluetooth wireless audio headsets, the WH-H910N Bluetooth headphones deliver higher quality audio in terms of resolution. It has a quality that surpasses CD and is also genuinely true to the original song.
- Dual Headphones with Noise Cancellation
- Dual noise suppression is an additional feature that Sony has added to these headsets, enabling users to hear music in crystal clear detail. It recognises and mutes any distracting surround sounds in your area, like aeroplane noise, city traffic, office chitchat, etc.
- Using Google Voice Assistant -With the help of the Google voice assistant, the user can use a single word to request to play music, perform web searches, connect with friends, or access entertainment.
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The programe consists in 6 key technical courses and a course on Telecom management and economics.
There is no S8 prerequisite.
|Social Networks, Internet of Things, Smart Grid and New Trends for Future Services||4||NET7001|
|Wireless Access and Transport Technologies||4||NET7003|
|Communication Services and All-Web convergence||4||NET7012|
|Complex systems in wireless communications||4||NET7005|
|Optimisation: Theory and Network applications||4||NET7006|
|Business Modelling and ICT||4||MGT7001|
|Internship in the industry (6 months)||-||-|
Note: No LSH/Language course is compulsory (the VAP is entirely taught in English).
Last modify 13 December 2016


The unique identifier of a machine (Computer, printer etc) on a computer network which uses TCP/IP protocol for communication is called IP address. There are two types of IP versions are in use, one is IPv4 and another one is IPv6. IPv4 address has a size of 32 bits and consists of 4 decimal numbers separated by dot, each part ranging from 0 to 255 and is a group of 8 bits, for an example 184.108.40.206. In IPv4, there are 232 possible combinations which offer a total of 4,294,967,296 unique addresses. On the other hand IPv6 has a size of 128 bits and approximately 3.403x1038 unique addresses, a typical example of IPv6 address is 0:0:0:0:0:ffff:f37:63ff.


155M/1.25G/2.5G/4G SFP Transcievers include SR LR ER ZR, CWDM/DWDM, BIDI series, complaint with MSA, SFF-8472, with the feature of low power consumption, commerical or industrial operation temperature and high reliability, suitable for DC, Metro and Transmission networks.
SFP Optical Transceivers, Small Form Pluggable Optical Modules
SFP Optical Transceivers are hot-swappable, compact media connectors that provide instant fiber connectivity for your networking gear. They are a cost effective way to connect a single network device to a wide variety of fiber cable distances and types.
By eliminating the need to maintain surplus units/ devices of various fiber types for network repairs or upgrades Small Form Pluggable Optical Transceivers reduce network equipment inventories. SFPs allow one product the flexibility to expand by speed (Fast Ethernet and 1, 10, or 40 Gigabit), and/or distance (220 m to 80 km).
Network upgrades are also made easier because SFPs are interchangeable fiber connectors that can adapt to any existing network. For example, by simply replacing the pluggable optical transceiver, a media converter that was originally used in a multimode network can be re-configured to operate over a CWDM network.
ADVANTAGES OF SFP TRANSCEIVERS
Broad range of Fiber applications
Popular networking protocols such as Ethernet, Fibre Channel, ATM/SONET OC-X, SDH STM-X can be used with these modules.
SFP Optical Transceivers can be used and interchanged on a wide variety of Cisco or MSA compliant SFP products. They can be intermixed in combinations of 1000BASE-SX, 1000BASE-LX/LH, 1000BASE-EX, 1000BASE-ZX, or 1000BASE-BX10-D/U on a port-by-port basis.
SFP Optical Transceivers are designed for use with Fiberroad SFP Media Converters, Industrial Ethernet Switches, PoE Switch and third party equipment that supports SFP transceivers. Select the appropriate tab above to view Duplex, Simplex( BiDi ), CWDM or 10 Gigabit SFP+ and XFP Models.
SFP TRANSCEIVERS FEATURES
MSA SFF-8472 Compliant
All SFPs fully comply with the Multi Sourcing Agreement (MSA).
Cisco IOS Compatible
All Fiberroad SFPs can be installed in all Cisco SFP-based routers and switches and are fully compatible with Cisco’s IOS software.
Enhanced digital diagnostic information (DOM or DMI)
Provides readable digital diagnostic information for managed gear to assist network administrators with network maintenance and management.
CWDM Pluggable Optical Transceivers increase network capacity by transmitting multiple data channels using separate optical wavelengths (1470nm to 1610nm) on the same fiber pair. These wavelengths are compliant to the ITU G.694 CWDM standard.
Industrial Temperature models
Industrial -40°F to 185°F ( -40°C to 85°C ) case temperature models are available for extended temperature environments.
CE, RoHS, FCC
|Package||Part Number||Data Rate||Reach|
|SFP CWDM||SF-CXX42-20D||4G||20||CWDM||-1 ～4||-17||LC||C/I||/|
|SFP CWDM||SF-CXX42-40D||4G||40||CWDM||-1 ～4||-18||LC||C/I||/|
|SFP DWDM||SF-DXX42-40D||4G||40||DWDM（100G HZ）||-1 ～4||-18||LC||C||/|
|SFP DWDM||SF-DXX42-80D||4G||80||DWDM（100G HZ）||0 ～5||-26||LC||C||/|
|SFP BIDI||SFL35(53)42-05D||4G||5||1310/1550||-6 ～-1||-18||LC||C/E/I||/|
|SFP BIDI||SFL35(53)42-10D||4G||10||1310/1550||-6 ～-1||-18||LC||C/E/I||/|
|SFP BIDI||SFL35(53)42-20D||4G||20||1310/1550||-1 ～4||-18||LC||C/E/I||/|
|SFP BIDI||SFL35(53)42-40D||4G||40||1310/1550||-1 ～4||-18||LC||C/E/I||/|


5 Million Kids, Parents' Info Hacked in VTech Products
Every other year, Apple releases a totally redesigned iPhone. In 2012, it was the iPhone 5, in 2014 the iPhone 6. So next year we should see the iPhone 7, which — even though it’s probably ten months from being released — is already enjoying its spotlight in the rumor mill.
A functional wireless router allows you to easily connect your computer to a broadband Internet service so you share data files and stream media between mobile/Wi-Fi devices. While you’re at it, check out the best 802.11ac routers on the market, along with our guide on how to secure your wireless network. Routers are not absolutely necessary if you prefer to use a hard-wired connection and run an Ethernet cable directly to your computer, but given most mobile devices lack a dedicated Ethernet port, opting for a wireless network remains the only solution for picking up an Internet connection using a smartphone or tablet.
If you have a typical corporate job, you’ve probably come to dread conference calls. Yes, they’re a time drain—but also, it’s such a pain to dial all the access codes! (Often, you punch in all those codes, looking back and forth to the email you were sent that contains them, muttering: “8 digits? Is that really necessary?


Respeaking is a voice transcription technique to produce real-time subtitles of live TV programs but also of court reports and real-time transcripts of conferences or school, college, and university classes. Respeakers listen to speakers (teachers, MPs, judges, attorneys, TV presenters, etc.) and simultaneously repeat, reformulate and translate the speaker’s saying into a microphone connected to an ASR (Automatic Speech Recognition) software. ASR recognizes a respeaker’s voice and turns the spoken words into writing. For better voice recognition, the words dictated need to be added to the ASR software dictionary beforehand. Thanks to stenomasks respeakers can also work in an environment which is not soundproof.
The Velotype keyboard is a Dutch invention by Marius den Outer and Nicolas Berkelmans, dating back to a mechanical version end of the 1930’s.
Wim Gerbecks and Sander Pasveer modernized the keyboard in 2009.
By pressing several keys simultaneously, complete syllables and words can be made,
instead of typing character by character. The keyboard has a very ergonomical design.
The keyboard can be used in more than 30 different languages and is mainly being used for live subtitling and speech to text.
A velotypist or text interpreter listens to the speaker and normally tries typing at the same speed of the speaker, writing down everything he/she says. But text can also be edited/changed real time in case the speaker is speaking too quickly, speaking unclear or if the setting or audience requires edited output.
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The transition to a decarbonized economy is accelerating fast and the demand for innovative technologies is increasing to support the large-scale adoption of electric vehicles (EVs).
Manchester City Council has approved plans for the construction of a low-carbon, timber and straw pavilion for the Robotics Living Lab at Manchester Fashion Institute, Manchester Metropolitan University, designed by Bennetts Associates.
Expanded application areas including warehouses and high-ceiling projects
New Ara-2 second-generation processor, built around the same flexible and efficient architecture as Ara-1, boasts tremendously increased performance/Watt and performance.
Siemens has introduced three new wireless room sensors as part of its ongoing development of the company’s expanding IoT range.
Designed to meet growth opportunities in key markets including electronics, automotive and renewable energy production
Teledyne FLIR, part of Teledyne Technologies Incorporated, today announced the Lepton UW, the world’s first micro-thermal camera module with an ultrawide 160-degree field of view (FOV) that is small enough to fit on the tip of a finger. The new ultra-wide module provides unbeatable size, weight, and performance for applications requiring a wide field of view, including fire detection, process monitoring, and people counting.
The manufacturing sector is currently facing a number of challenges. Technological change, pressing environmental issues and globalisation require a number of adjustments, such as investing in new technologies, conserving resources and optimising and securing supply chains.
High-speed, cable-free, solid-state wireless devices replace traditional mechanical connectors for efficient, durable and seamless, point-to-point communications
Streamlined Praesensa controller option for reduced system cost
The ASCO Series 588 manifold reduces manufacturer engineering and assembly time, improves energy efficiency, product lifespan and reliability of devices
A Wider Field of View and Scene Temperature Range Enables People, Fire, and Condition Monitoring Applications


OPeNDAP, an acronym for "Open-source Project for a Network Data Access Protocol", is a data transport architecture and protocol widely used by earth scientists. The protocol is based on HTTP and the current specification is OPeNDAP 2.0. The oceanotron OPENDAP implementation is based on DAPPER convention.
For more information, please refer to the oceanotron's OPeNDAP documentation: OpeNDAP_manual
The following clients are available to request OPeNDAP service :


OTI POP in Amman Orange Tier 1 – OTI / AS5511 The first and the only Tier 1 IP POP for Orange in Middle East was launched on June 2016 to provide customers with Tier 1 IP solution directly from Amman. The POP was built to handle high-growth on IP demand in the Middle East and to provide high speed and better quality of service, through the high level of protection available on both physical and IP level, and by bringing content providers closer to internet users. The POP is providing a wide range of added value services for customers wishing to connect to it with very competitive prices. More details DDoS-Distributed Denial of Service attack An option of the Open Transit Internet DDoS service provided by Orange is a proactive protection solution for IP transit against DDoS attacks. This protection solution enables all Orange clients to be protected from DDoS attacks on the OTI network by notifying them in case of a DDoS attack, and giving them the possibility to launch mitigations via an access to an Arbor web portal, in order to clean all types of their traffic under attack (IPV4 and IPV6). How it works? From a peaceful environment Without OTI DDoS solution With OTI DDoS solution IPX from Amman POP IPX is a solution for operators which enables them provide their customers with a seamless user experience when using mobile phones in a roaming situation. By accessing Orange IPX cloud, you can benefit from a wide range of services that are very essential for IPX carriers; voice, signaling, and 3G/4G data, in addition to others services like MMS, Blackberry…etc. Orange IPX solution features: Secure network, fully owned, based on MPLS and isolated from public internet. Class of service (Gold/ Silver/Bronze) to prioritize traffic. Software upgrade. One access link supports all kind of traffic. Orange is Tier-1 provider connected to all major carriers in the world. LDE (Long Distance Ethernet) LDE is a layer two service built over IP network, where it provides customers with end-to-end connectivity solutions between two LDE POPs, with a possible extension up to customer location. The service is available with capacity ranges that start from 2Mpbps up to 1Gbps. Additional benefits: With Ethernet interfaces, the total cost is limited compared to classic SDH. Bandwidth increase is possible without service interruption. Fast delivery.