USB Type-C (otherwise brought down to just USB-C over the years) has over the years been referred to as the ‘cable connection of the future’ and it has been pretty apt. It’s small, nimble and can transmit data, display and power, all at the same time.
Basically, USB-C is the current industry-standard connector for transmitting both data and power on a single cable. It was developed by the USB Implementers Forum (USB-IF). They have overseen the development and certification of the USB standard for many years. Among the over 700 members of USB-IF are Samsung, Microsoft, Apple, Dell and Intel. Literally some of the biggest names in the industry.
The USB-IF was founded back in 1995 and just a year later came the USB Type-A connector that you might still find on desktops and laptops. The micro-USB port came after that with USB 2.0 in 2000. It long-ruled devices until 2014 when USB Type-C came and stole its thunder.
USB Type-C is the first reversible design. Beyond that, it expands upon the number of pins and capabilities of its predecessors. Despite all of this, USB Type-C is a very small connector and hence has been able to adapt to devices like smartphones quicker than normal.
Note #1: All of our newer products at AMX support the USB-Type C industry standard.
USB-C is the one connector to rule them all. It aims to render all previous USB connectors obsolete and has so far done a fairly decent job at that. In fact, it is starting to be adopted amongst the automotive industry for in-car charging and data. Furthermore, it can also charge household appliances like electric razors.
USB-C brings with it a lot of benefits. A USB-C connecter has 24 pins compared to 9 of that on previous generations of USB 3.0. These extra pins allow for increased data, video and power. USB-C can now support up to 40GBps. Of course, that depends on external factors. This does improve 5 times upon a standard USB 3.0 port’s 5 Gbit/s and 20 times faster than USB 2.0’s 480 Mbit/s speeds.
Note #2: While USB Type-C is backwards-compatible, if you choose to use that, then you’ll be limited to slower speeds.
One more thing to take into consideration when considering the wider implications of the USB-C port on the industry is the fact that it can also design more than just small devices like smartphones and tablets. It can also charge laptops, delivering and receiving up to 100W of power using USB-C Power Delivery.
Note #3: Some high-end phones utilise USB-PD’s support for higher voltage to charger older smartphones faster. You just need to make sure you have the right cable.
Note #4: Power Delivery 3.0, the newest standard, supports Programmable Power Supply protocol. PPS boils down to the fact that it can send varying amounts of power instead pf a constant stream. This means that lithium-ion batteries lifespan can be extended.
Remember where I talked about the one port to rule them all above? Well, USB-C supports various different modes and standards including a number of audio and video modes. The cable can thus be positioned as a replacement/successor to the famous 3.5mm headphone jack and HDMI cable.
To sum it up: USB Type-C is a new connector type for USB 3.1 but most importantly, it implements flipability.


Sentek PLUS All-in-One
The All-in-One consists of a classic EnviroSCAN probe and Sentek PLUS modem technology, all packaged into one neat cable-free solution.
To fit the modem and battery into the EnviroSCAN probe, a plastic housing extension has been designed to screw directly onto the standard EnviroSCAN top cap. This makes for an easy upgrade from hardwired or radio systems and means no external cables to cover up between the probe and telemetry.
The probe and modem are powered by a replaceable lithium battery, which lasts for up to 18 months depending on sampling and upload rates.
As with the standard PLUS system, there is a choice of cell and satellite modems to suit your area. Antennas can be mounted inside or on top of the All-in-One or extended to a separate mounting pole for improved reception.


Structured Cabling is the standardised architecture and components for communications cabling specified by the EIA/TIA TR42 We have over 13 years rich experience in structure cabling designing and implementation. We have provided structured cabling solutions and services to the wide array of industries like factories, IT companies, shopping malls and more. The Cabling solutions include a variety of cabling and connectivity products including copper cables- ranging from Cat5e/Cat6/Cat6A/Cat7 , Optical fibre Multimode with standard OM3/OM4 , single Mode for internal and external environment ( armoured cables ) and terminating devices ranging from LIU ,pigtail , Patch chords , Entire range of Racks from Various OEM for different client environment having high temperature Zone ,Shop floors , Office Hub rooms . GTS offers a range of structured cabling services to install various systems / networks.
Other standards are : ANSI/TIA-568-C.0, ANSI/TIA-568-C.1, ANSI/TIA-568-C.2, ANSI/TIA-568-C.3, TIA-569-B (2004; Amd 1 2009), ANSI/TIA/EIA-606-A-2002, CenelecEN50173, ISO11801.
When computer networks emerged till now, structured cabling has been used as effective media of connectivity. Though wireless networks are effective for long distances and large networks, structured cabling system is a viable and efficient way to connect LAN and other systems like audio video systems, security systems etc. that is the main reason why the need of structured cabling system has immense importance in networking. The most common cabling media include copper cables, optic fiber and other devices. Why Do Structured Cabling Services Need?
Why Do Structured Cabling Services Need?
The word network itself states about the connection between various components. In computer networking, the connecting media must be capable of delivering information in the form acceptable to other devices. The structured cabling takes care of it and connects computers and its peripheral devices to communicate with each other and share the data as well as resources. In smaller areas like office premises, buildings etc. structured cabling system is the most effective and economical way to achieve connectivity and form network.
There are several advantages of implementing structured cabling system. Some of them include –
• Consistent and economical – These systems are consistent and cost effective as data, voice and video can be transmitted through a single cabling system.
• Flexible to adopt any changes – It is easy to change the network system, add or move system in structured cabling.
• Supports future applications – This system can be upgraded easily for future applications like video conferencing, multimedia etc.
• Easy to detect faults – It is easy to detect faults by dividing the network in manageable blocks and imposing minimal disturbances in the network.
GTS specializes in structured cabling services. We implement classic products like category 5e/ 6 enabling high speed data transfer rate. The international brands like Typo, AMP etc. assure top quality cabling services.


Introducing the Disney Marvel MV06 HIFI Sound Gaming Headsets, your ticket to an audio wonderland. These TWS Wireless Bluetooth 5.3 Earphones redefine your auditory experience with pristine high-fidelity sound that enriches your gaming and music moments like never before. Escape external distractions with advanced noise reduction technology, ensuring an uninterrupted audio journey. Whether you're a gaming enthusiast or a music connoisseur, these earbuds cater to your needs, and their waterproof design makes them perfect for active lifestyles. Bluetooth 5.3 technology guarantees a hassle-free wireless connection, while their ergonomic in-ear comfort lets you enjoy extended gaming or music sessions without discomfort. Immerse yourself in marvelous sound with the Disney Marvel MV06 HIFI Sound Gaming Headsets, elevating your audio adventure to extraordinary heights.


VPN network is a private network that can be used in different windows as well as the operating system. You can access a website as well as the application by using a virtual private network. With the help of a VPN, one can easily protect the data as well as uniform the IP address. You can also use different applications and those websites which are blocked and can’t be accessed in your region. For protecting the internet traffic, your confidential data, calls, important emails, you can consider a VPN network easily. More often, while traveling, it becomes easy to use the VPN because the functionality is the same as well as secure the data too. Sometimes connecting your device with a Wi-Fi becomes dangerous for you. As a reason, while outside their comes some instances when a person connects his or her mobile phone to a public network, which is also called as free Wi-Fi.
It becomes dangerous for us because by connecting your mobile phone with an unsecured private data, all your information and personal details get stolen. A person having a malicious purpose can encrypt your data easily with the help of an unsecured network considered in café, airports, malls, and stations. It is highly important for you to avoid connecting your phone in a public place or with an unsecured network because it can steal all your personal information. Now, one can easily secure all the data and information while traveling too, as you can go through the right VPN network so that you can surfing privately. You can takethecoupon for buying a secured virtual private network so that it will give you satisfactory results and secure your data too.
What are the methods for using a VPN network?
It is very convenient to access a virtual private network because it can be connected to different windows and operating systems. You just need to download and install the virtual private network in your operating system. It could be anything such as a laptop, tablet, mobile phone, any ios device, or window. It is safe as well as secure to use a virtual private network. By using a virtual private network, no one can encrypt your data as your information is secured. You need to be attentive to takethecoupon, and for choosing the right virtual private network, it is important to consider an appropriate platform. It should be compatible with other devices, windows, speed, and service, as well as comes with a wide range and availability.
By using a virtual private network, you will get a hidden IP address, which means that it is difficult to obtain the IP address of the user. Do not rush towards a cheaper virtual private network because you might not get satisfactory outcomes through it. Also, there are different virtual private networks that come from the maximum price to the minimum price. It is important to consider all the things appropriately so that you can firmly secure your data as well as information.
While traveling, it becomes difficult to consider a secure network because hotels, cafes, and movie halls might provide you Wi-Fi, but they are not secured. You need to consider a virtual private network and a private network so that you can easily access your phone or laptop without any difficulty. There are lots of instances where you will find a public network, so it is important for you to avoid such networks and consider a private one.
What are the tips for buying a virtual private network?
Buying a virtual private network is easy because there are lots of websites as well as services through which you can easily buy the VPN service. You just need to be a little bit attentive to choosing a secured network. As a reason, there are lots of networks and services available in the market, so it is important for you to choose the service wisely. Just consider the feedback section for buying a VPN service because here you will get all the relative information regarding the service.
Lastly, in the above section, I have listed all the crucial aspects through which you can easily access a VPN set up while traveling.


We are wholesale distributors who are dedicated to providing quality Radio Frequency Identification (RFID) products and solutions for the Parking & Access Control markets. We have extensive experience in applying RFID and Automatic Vehicle Identification (AVI) in a variety of applications. Please contact us or visit our About page for more information on the industries that we service.
BOR (Break on Removal) or NTNR (Non-Transferrable, Non-Removable) technology is available on both windshield and headlamp mount RFID tags. This technology is what sets them apart from others in the industry and allows them to offer the highest level of security and performance.
We offer complete tag customization in terms of printing and programming.


Is routed deactivated?
|Very few machines need to be running routing daemons. If your machine is only connected to the internet through one method, you can disable routing protocols. If this machine is at an ISP or major networking center, you should still use gated instead of routed. Bastille only helps make your machine more secure, so if this machine is currently a router using routed, you should leave this on, then migrate to gated manually later. (Bastille will not enable gated for you.)|


What is SD-WAN and what are the essential elements to think about when selecting an SD-WAN vendor? – Users on the department or purposes hosted on servers within the information heart had been usually linked utilizing the normal WAN perform. Typically, solely companies, information facilities, and branches might use WAN structure.
Nowadays, most enterprises have modified their enterprise infrastructure to the cloud. The essential issue driving companies to change to cloud infrastructure was the emergence of the work from tradition introduced by the pandemic.
When an organization switches to cloud-based structure, internet WAN solutions see an enormous improve in site visitors from customers utilizing apps unfold out all through the world.
Businesses at the moment require larger bandwidth and information utilization, which is why SD-WAN has developed into an important enterprise part that aids within the management of bandwidth mismanagement.
What is SD-WAN?
SD-WAN stands for Software-defined Wide Area Networks, which offer a fast and inexpensive strategy to connecting the networks of an organization that operates internationally. Your LANs will likely be consolidated right into a WAN utilizing SD-WAN applied sciences.
Reducing guide and bodily restrictions on directors expands organizations’ connectivity, flexibility, and dimension. Companies might extra successfully and securely transport information throughout dispersed information facilities, workplaces, and cloud purposes with SD-WAN.
According to analysis, by the top of 2024, 60% of companies may have SD-WAN connectivity for his or her cloud-based enterprise processes.
The significance of SD-WAN in a enterprise
Internet WAN options are crucial when what you are promoting scales. By utilizing SD-WAN, it’s possible you’ll improve the efficiency of your cloud-based purposes. You will perceive the significance of SD-WAN in a agency after studying the reasons under.
- SD-WAN is sometimes easy to configure and fast to deploy.
- It provides end-to-end encryption over the entire firm community.
- The voice high quality is larger, and the connection is extra reliable.
- SD-WAN provides community flexibility and is an economical possibility.
- Due to the truth that SD-WAN makes use of current community infrastructures, it is very cost-effective.
- It enhances community safety and promotes community dependability.
- It provides help in mergers and acquisitions.
Important elements to think about when selecting an SD-WAN vendor
As SD-WAN performs an essential position in a enterprise, you have to select an SD-WAN vendor rigorously. So, when planning to deploy an SD-WAN vendor for what you are promoting, ensure that the next elements can be found.
Look on the expertise of the vendor
The planning, deployment, and administration of an SD-WAN system will likely be extra impacted if the SD-WAN supplier you choose has a breadth and depth of information.
The vendor’s expertise will considerably affect your organization’s future efficiency. The greatest resolution will likely be supplied relying on what you are promoting’s wants by the specialists. So, look out for an skilled SD-WAN supplier.
The vendor of SD-WAN options should prioritize enterprise community safety as a result of there are lots of alternatives for cyberattacks when working on-line.
As a consequence, the SD-WAN resolution wants safety layers that embody managed firewalls, 24/7 monitoring, automated menace detection, alerts & notifications, and extra. Further, safety ought to be centrally managed to maximize safety all through the community.
Support for a number of clouds has many benefits for a corporation adopting the cloud. It simplifies department infrastructure by permitting customers to embrace safety options delivered by way of the cloud.
It must also pay attention to the site visitors going to and coming from the branches in addition to their safety wants. So multi-cloud assist is important in an SD-WAN resolution.
The SD-WAN resolution should even have the next options as well as to those already talked about: end-to-end visibility and management, extensibility, central administration, international orchestration, distant deployment, bandwidth wants, enterprise-grade service assist, and extra.
The greatest SD-WAN supplier for what you are promoting will allow you to enhance all enterprise processes effectively and securely while you take note of all these elements.


|C++ Builder 6.0x shareware|
|[ link: comport.zip ] [ size n/a ]|| [ Shareware ] [ No Source ]|
[ D5 | D6 | D7 | D2 | C4 | C5 | C6 ]
|Delphi and C++ Builder component for serial communication for Windows 95/98/ME/NT/2000/XP. Provides communication with modems or other devices connected to serial port. Uses multithreading and overlapping for maximum performance.|
Added: 15-11-1998/21-03-2006 | Version: 3.1 | Downloads: n/a
|[ nrcomm.zip ] [ 3,047,894 bytes ]|| [ Shareware ] [ No Source ]|
[ D3 | D4 | D5 | D6 | D7 | C3 | C4 | C5 | C6 ]
|nrComm Lib provide some tools for performing serial communications tasks for Delphi/CBuilder development. nrComm Lib contents comprehensive set of serial communications components with the following features: ·comport management (open, configure, close, etc.) component TnrComm ·Zmodem file transfer protocol ·TAPI (Telephony API) component for access to TAPI devices. Voice support. Speech API support. Redirect from modem to standard WAV device is allowed. ·built in simple Terminal support for standard Delphi TCustomEdit components ·input/output properties and methods, TEventList for the on-fly byte sequence monitoring · ready solution for BarCode scanners - TnrBarCodeScan component ·events for received data, matched received data, line errors, modem status ·wide range of built-in functions for flexible data processing ·full context help ·simple installation program ·... and more TnrComm component is base. This class provide the extended direct serial port manipulations and data processing. TnrCommTAPI is TnrComm equivalent for TAPI (TelephoneAPI) devices. TnrZModem is data processor component for Zmodem file transfer protocol. It uses jointly with TnrComm or TnrCommTAPI. TnrBarCodeScan is ready solution for the barcode scanners TnrDeviceBox is suitable control for selecting the device name. TnrLpt direct access to LPT port. TnrSemaphore is visual element for indicate state of communication component.|
More stability now
Added: 5-09-1999/19-12-2005 | Version: 6.64 | Downloads: 8359/7707/24
© 1995-2006 Robert M. Czerwinski ( The Delphi Super Page a.k.a. DSP ).
All rights reserved.


Connection will be coming to some of the world’s remotely-connected people with the help of ATDI.
Infrastructure company Africa Mobile Networks (AMN) is aiming to extend mobile voice and data networks from the continent’s cities into rural areas in countries from Angola to Zimbabwe.
With a population of just over a billion people, Africa has over 700 million SIM cards, but with most users owning at least two cards, penetration is only about 33 percent, according to a study released in November by Wireless Intelligence.
AMN states its intention with: “The vision is a fully-connected Africa, with no community of any significant size being without basic telecommunications services to deliver social, economic, educational and other benefits to the population – achieved through the construction of many tens of thousands of new mobile network base stations over the next several years, of which AMN aims to build and operate in excess of 5,000.”
To facilitate this, the company has bought planning and modelling software from ATDI to help it establish where base stations need to be sited and to gain the maximum effectiveness from the minimum of new towers.
“No company wants to build more base stations than it has to,” notes ATDI lead engineer Paul Grant, “but AMN has a particular interest in not putting up towers it doesn’t need because it generally has to create a power supply for the tower as well as just making it do its job.”
Mobile communications in rural Africa perform many functions, not least of which is banking. In parts of the world where only a small minority of people have a bank account being connected to a network means they are able to trade, both through sending and receiving payments. In addition, mobile phones are increasingly being used to monitor health and give advice on how to treat illnesses.
“In developed countries, we couldn’t do without our mobile phones,” Paul says, “but in the developing parts of the world they both change and save lives. That’s why we’re proud to be helping AMN expand networks to where they are needed most.”


Educational Program Group
Complex testing subjects
M096 Communications and communication technologies
Theory of Electrical Communications
Basics of radio engineering and telecommunications
Training in the field of development, design, development, installation, commissioning and operation of engineering telecommunication digital communication systems, including engineering intelligent information and communication technologies.
Graduates receive an academic master’s degree in engineering and technology for 1.5 years of study or a master of technical sciences for 2 years of study.
The program is focused on the study of modern elements and systems for the provision of telecommunications in the framework of the industrial revolution 4.0. In particular, in addition to knowledge of modern methods and means of providing telecommunications, methods for constructing digital and satellite communication systems are widely studied.
The issues of designing and operating telecommunications components design automation systems based on smart technologies and systems providing intelligent information and communication systems in the framework of the industrial revolution 4.0 are widely considered. In particular, the potential for building mobile digital applications and intelligent systems for various industries is widely studied.
Undergraduates have access to a large material and technical base, teaching and research laboratory stands and devices from world leading telecommunications companies: Cisco, National Instruments, Rochde Schwarz.
Undergraduates undergo professional, research and scientific-pedagogical practice, and can be trained during the semester abroad under the programs of academic mobility.
The university actively cooperates with Kaztelecom, Kazteleradio, Kcell companies by the Ministry of Aerospace and Defense Industry of the Republic of Kazakhstan and with leading technical universities of Russia and Ukraine. During the training, practical training is provided in the central and regional offices of these companies, as well as at telephone stations of large enterprises and internships at the Berlin Technical University, at the St. Petersburg National Research University of Information Technologies, Mechanics and Optics, at the Moscow Aviation Institute. With Ordzhonikidze and at the Moscow State Technical University. Bauman.
Graduates work as leading specialists in the departments for the operation of telecommunication systems and means of receiving and transmitting digital information in the construction, mechanical engineering, chemical, mining, oil, gas, metallurgical, aerospace and defense industries.


Kimba Info Technologies has been providing a portfolio of Integrate solution, application, development, and services that are tailor made precisely to meet the diverse requirement of industries, corporate, government and individual
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Kimba Info Technologies is a provider of integrated solution and services covers the following broad areas:
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The Satellite for Optimal Control and Imaging (SOC-i) will use a Pacific Crest XDL Micro Transceiver. The XDL radio can only transmit using a limited number of transmission protocols, none of which are commonly used and have little to no publicly available documentation. This document describes how anyone can decode SOC-i’s telemetry.
SOC-i will transmit its telemetry beacon once per minute if it is in a nominal operating mode.
Thanks to NORAD, a two line element (TLE) for SOC-i will be available at celstrak.com after SOC-i launches. With a TLE, one can how to point your antenna to receive SOC-i’s transmission. The AMSAT website explains how to do this.
To accurately demodulate SOC-i’s beacon, a signal to noise ratio of about 10 dB is required. SOC-i will be in a 555 km orbit, and will transmit with an EIRP between 23.2 dBm and 27.7 dBm (depending on where SOC-i is pointing its antenna). It will transmit between 435 MHz and 438 MHz. This should provide enough information to determine if a ground station will have enough gain to demodulate SOC-i’s beacon. You will need to factor in the gains and losses of your ground station. Also note that SOC-i is only555 km when it is directly overhead, and is actually over 2,000 km away when it is near the horizon, so keep this in mind when you calculate free space path losses. For a comparison, this link describes our link margin calculations in greater detail. We plan on using an ICOM 9100 radio with a 13 dBi Yagi antenna, and our calculations show that we have a suitable signal to noise ratio.
Check out our GitHub page where you can use our code to test out receiving a sample recording from SOC-i’s radio! This page includes our code to demodulate and unpackage transmissions from SOC-i and describes this process with the sample recording.
There are many ways to demodulate a signal from SOC-i. One way would be to usea radio which is already capable of demodulating FM signals, such as the ICOM-9100. Another way will be to simply record the baseband signal, using a software defined radio, and submit the IQ signal to our website where it will be automatically demodulated and decoded. This feature is currently a work in progress, however. An IQ signal can also be demodulated using GNU Radio companion, which can be downloaded at this link or any other demodulation software.
The baseband signal (absolute value of IQ vectors):
The demodulated packet:
Once you have demodulated the signal into bits, you need to decode the bits to determine the message sent by SOC-i. Each transmission is sent as a single packet. The start of the packet is the preamble, which is a series of 142 alternating pairs of 1’s and 0’s (284 total):
Preamble: [1 1 0 0 1 1 0 0 1 1 0 0 1 1 0 0 1 1 ...]
The full preamble is shown in figure 3.
After the preamble, the radio sends 5 header bytes (the team is communicating with Trimble to learn what these 5 bytes are used for), and 49 data bytes, for a total of 54 bytes. The 54 bytes are sent 18 bytes at a time in three blocks, and are interleaved together. The interleaving pattern for one block of 18 bytes is described below:
Bytes Sent = [A B C D E F G H I J K L M N O P Q R]
Bits Received = [× × A1 B1 C1 ... × × A2 B2 C2 ... × × A3 B3 C3 ... × × P8 Q8 R8]
For the first block, bytes A,B,C,D and E are the header bytes. The subscripts on each byte represent the bit number in the byte. The ×represents separating bits (the pairsof separating bits are a 1 and a 0 or a 0 and a 1), and can be ignored. Therefore, 18 interleaved bits form a block of 160 bits. The algorithm in figure 5 shows how the bits can be de-interleaved:
Each packet contains three of these blocks. With the de-interleaving algorithm, the message from figure 2 can be decoded! For example, the first block (bits 285-445) in hexadecimal is:
[90 00 09 1F 7C 92 FF F8 00 50 49 72 8C AF 6C 80 17 06 06 62]
And when de-interleaved becomes:
[01 E0 0C 00 24 48 65 6C 6C 6F 20 77 6F 72 6C 64 21 20]
The first 5 bytes here are the header bytes, and can be ignored for now. The two remaining blocks after being de-interleaved become:
[54 68 69 73 20 69 73 20 53 30 43 2D 49 21 20 47 6F 6F]
[64 62 79 65 21 66 66 66 66 66 66 66 66 66 66 66 66 66]
We ignore the final 13 bytes in block 3, since our message is only 36 bytes long. Thus our message is decoded! If we convert the bytes to ASCII characters, we recover SOC-i’s message:
The packet also contains reed-solomon error correction bytes at the end of the packet. The team is currently working on a code which will use these bytes for error correction.
The bytes in the telemetry beacon will include information about the cubesat’s battery voltages, operating mode, attitude, rotation rate and more. You will be able to parse these bytes using a table from our website. However, this is still a work in progress.
You will also be able to submit this telemetry to our website. This feature is still a work in progress.


Do you want to pull the phone when it is fully charged?
Do you plug in the phone first or plug it in first?
When using a non-original charger and a regular plug-in charging, if you plug in the phone first and then plug in the power, the charging moment will generate a relatively large voltage pulse, which may bring harm to the mobile phone.
Similarly, after using a non-original charger to fully charge, it is easy to generate a reverse instantaneous current when the power is first pulled. In this case, if the mobile phone is not pulled first, the mobile phone may be damaged.
Of course, if you use the original charger to charge, the first step, first pull these steps on the phone has little effect.
However, it is best to develop: when charging, plug in the power after plugging in the phone; after filling, pull out the phone and then pull the power supply.
Mobile phone power saving has a coup
1. Reduce screen brightness
Screen brightness is one of the most power-hungry places. When the phone is running low, you can reduce the brightness and keep it longer.
2, do not switch on and off frequently
Frequent switching on and off will not only save power, but will consume more power and damage the battery. Because the phone switch opportunity reloads all software, search the network.
3, the function of power consumption is not required to be off
Mobile phone positioning, Bluetooth, WIFI, which seem to be very small, consumes a lot of power. They can be turned off when not in use and turned back on when they are used.
4. Turn on low battery mode
Today's mobile phone functions are more user-friendly, and some have a low-power mode. Simply select Settings - Battery - Low battery mode to save power.
What is the use of the mobile phone's flight mode?
1, fast charging
Sometimes I am in a hurry to go out, the phone just happens to be out of power, it is really anxious to expedite, then you can use the flight mode to charge!


17 Jun 2016
Solutions Engineer Data), Guernsey
Job DescriptionOur client is a leading telecom services company seeking to recruit a Solutions Engineer (Data). Overall role purpose: The successful candidate will install, test, commission, demonstrate and maintain LAN, WAN, Network Security, VoIP and IP products and other CPE products. Ensuring that all appropriate standards and timescales are met in support of company’s products. The successful candidate will be: • An experienced network engineer and qualified to CCNP level and have a solid understanding of communication protocols. • Min 4 years’ relevant ‘hands on’ IP networking experience. • Cisco CCNA and CCIP or CCNP NB: (must be current qualifications). • Solid understanding of MPLS, BGP, DDoS, SPAM, DNS, IPv4 and IPv6, IP address allocation (RIPE). • Working knowledge of servers running Linux and Windows operating systems. • Capable of researching and assimilating new technologies within ICT field.
Apply for this job by clicking the link below:
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|Home||» Products||» Power Bank||» Wave Dot Power Bank|
With the excellent support from our talented professionals, we are emerging as the promising manufacturer and supplier of Wave Dot Power Bank. It is commonly used for smartphones and mobile tablet devices. It is known for its portability, ease of charging, and large great power storage. Offered power bank has a built-in USB port which is used to connect different devices for charging. It also has a micro USB connector to charge the battery. Its operating temperature varies between 0 and 40°C. Wave Dot Power Bank uses lithium polymer batteries for storing charge.


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STMicroelectronics to Present New Products in GSMA Mobile World Congress
STMicroelectronics to Present New Products and Solutions for
the IoT and Smart Driving at the 2016 GSMA Mobile World Congress
· New solutions for smartphones and wearables with NFC, fingerprint authentication, and always-on sensing
· New safety solutions for the automotive industry to address the requirements of the path towards always-connected, autonomous driving
New Delhi, February 24, 2016 – STMicroelectronics (NYSE: STM), a global semiconductor leader serving customers across the spectrum of electronics applications, will be presenting its products and solutions for the IoT and Smart Driving at the 2016 GSMA Mobile World Congress (February 22-25, Barcelona, Spain).
At this event, ST will be announcing new products and reference designs for the consumer IoT segment, as well as ST’s participation in jointly-designed solutions with other industry leaders to enable new functions and capabilities in smartphones, wearables, and other mobile applications. These include:
· New ultra-low power MEMS sensors that enable true always-on sensing and better optical image stabilization (OIS) for smartphones and other consumer electronic devices,. These sensors offer 50% or more battery efficiency compared to industry-leading solutions on the market today;
· An ST-ams jointly-designed solution that secures transactions over NFC in ARM’s reference design for wearables using ST’s NFC Controller and Secure Element SIP;
· The Gemalto-Fingerprint Card-Precise Biometrics-ST solution for fingerprint authentication in wearables and consumer devices that uses ST’s ST54E System-in-Package to match fingerprint patterns in combination with an STM32F4microcontroller for fingerprint image processing, and an embedded Secure Element and NFC controller to manage applications including payment, e-ticketing, and digital access.
ST will showcase its industry-leading portfolio of solutions for Smart Driving, including products for advanced safety systems (ADAS), car connectivity, and security. The new products include:
· New secure microcontrollers to protect the various systems in the car as they become more connected and accessible to intrusion. These secure MCUs complement ST’s existing automotive-grade MCUs;
· New long-range 77GHz radar products that supplement ST’s extensive portfolio of radar (24GHz), vision (vision processors with partner Mobileye), and car-to-car / car-to-infrastructure products (V2X, with partner Autotalks).Taken together this portfolio addresses the complete needs of the automotive industry on the path towards always-connected, safer driving.
These new products and solutions, as well as the broader portfolio of ST for the IoT and Smart Driving, will be showcased on ST’s booth (A61), located in Hall 7 of Barcelona’s Fira Gran Via.
ST’s management team will be presenting an update of its strategy and products for the IoT and Smart Driving to investors and the media on February 23, 2016 at 09.30am CET. The presentation will also be webcast, and accessible from the Investor Relations section of ST.com.


Global Signal Booster Market 2018 Evaluation-Wilson Electronics, Stella Doradus and Sure Call
By: Fedora Atjeh | 5/03/2018 04:38:00 PM
|Global Signal Booster Market 2018 Evaluation-Wilson Electronics|
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Source : factsweek


- Enterprise wireless
- About us
Wireless LANs and mobile solutions are also being used extensively in the retail sector. Wireless LAN can offer many advantages for chain stores and shopping centres. Information from the warehouse that is updated real-time in the ERP system via wireless Internet, fast outdoor wireless connectivity between buildings, and the use of wireless bar code scanners that make stock information immediately available.
The Advantages of Mobile Solutions for Retail:
- More efficient working because of the real-time connection between hand-held devices and the ERP system
- Wireless bar code scanners
- Maintenance and laying of cables is no longer necessary
- Direct processing of current information from the shop floor and from the warehouse
- High security through encryption
- VPN and cellular VPN
- Connections between buildings
- Additional option: Electronic payments via UMTS/3G/4G if the ADSL/ISDN connection is lost
Have you ever heard about digital price labeling?
Some retailers are already taking advantage of digital price labels, also known as electronic shelf labels (ESL). Prices, articles, and even bar codes or QR codes can be maintained automatically by the central ERP system and transmitted via wireless in near real time. This makes paper labels a thing of the past. Request your free white paper now or read more here.
References in the Retail Sector
WLAN Consulting is an initiative of LANCOM Systems. LANCOM Systems is a leading German manufacturer of wireless LAN technology based on industry standards.


Streaming online television on multiple devices simultaneously is a common practice that many streaming services support. With the proliferation of internet connectivity and the rise of streaming platforms, users can enjoy their favorite TV shows, movies, and live events on multiple devices simultaneously, such as smartphones, tablets, computers, smart TVs, and gaming consoles. Streaming services like Netflix, Hulu, Amazon Prime Video, Disney+, and others have introduced multi-device streaming capabilities to cater to the needs of users who consume content on various screens. These services offer flexible subscription plans that allow users to stream on multiple devices at the same time, typically ranging from two to four devices depending on the chosen plan. To stream online television on multiple devices simultaneously, users usually need a stable internet connection with sufficient bandwidth to support multiple video streams. The exact bandwidth requirements depend on the streaming service and the quality of video being streamed.
For instance, streaming in high definition HD or 4K Ultra HD resolution will require higher bandwidth compared to standard definition SD streaming. Each device accessing the streaming service requires a compatible app or web browser to connect to the service. Users can simply log in to their streaming accounts on each device and start streaming content concurrently. Most streaming services provide a seamless experience, allowing users to content on one device and resume it on another without any interruption. Multi-device streaming also enables households or families to watch different shows or movies on separate devices simultaneously, satisfying individual preferences. For example, while one family member enjoys a sitcom on the living room TV, another can watch a documentary on a tablet in the bedroom, and yet another can catch up on a drama series on a Smartphone during their commute.
It is worth noting that some streaming services have specific limitations or restrictions on simultaneous streaming to prevent unauthorized account sharing 영화 다시보기. For example, they may impose a cap on the number of devices that can be active simultaneously on a single account. In such cases, users may need to upgrade their subscription plan or purchase additional licenses to accommodate more devices. In summary, streaming online television on multiple devices simultaneously is a widely supported feature offered by various streaming services. It allows users to enjoy their favorite content across different screens, providing flexibility and convenience for individuals and households. As long as you have a stable internet connection and a compatible device, you can dive into a world of entertainment across multiple devices simultaneously.


Gigabit Ethernet Driver
ATA over Ethernet driver allows the Linux kernel to use the ATA over Ethernet (AoE) network protocol. Using AoE, a Linux system can use AoE block devices like EtherDrive (R) storage blades. The block devices appear as local device nodes (e.g. /dev/etherd/e0.0). Whats New in This Release:...
|License: Freeware||Size: 67.58 KB||Download (102): ATA over Ethernet driver Download|
Genoa Active Message MAchine is a low-latency, high-throughput driver wrapper for the Linux kernel, using Active Ports (a version of Active Messages). Genoa Active Message MAchine runs parallel to the IP stack and is designed for LANs only.. An efficient messaging system forlow-cost Gigabit...
|License: Freeware||Size: 593.92 KB||Download (78): Genoa Active Message MAchine Download|
Kaweth is a driver for Kawasaki KL5KUSB101 based USB to Ethernet bridges. This is written for the Netgear EA101.. Get Kawasaki USB to Ethernet Driver at SourceForge.net. Fast, secure and free downloads from the largest Open Source applications and software directory. A driver for USB devices that...
|License: Freeware||Size: 12.29 KB||Download (114): kaweth Download|
Kingston PCI Fast Ethernet Driver 3.3 is the latest driver release for the EtheRx IC PCI Fast Ethernet (KNE100TX) card.
|License: Freeware||Size: 544 KB||Download (217): Kingston KNE100TX Ethernet Driver Download|
Kingston KNE40 Ethernet Driver 3.3b should be used with the EtheRx PCI Ethernet (KNE40) card.
|License: Freeware||Size: 545 KB||Download (112): Kingston KNE40 Ethernet Driver Download|
Finally. ONT activation made simple. The Calix Smart Activate app simplifies fiber-based GPON and point-to-point Gigabit Ethernet / Active Ethernet broadband provisioning by providing Communication Service Providers (CSPs) with an intuitive and easy to use provisioning interface, now available...
|License: Freeware||Size: 2.7 MB||Download (8): Smart Activate Download|
MIDI over Ethernet ports - send MIDI over your LAN.
You can route MIDI over your Ethernet network, using ipMIDI ports to send and receive MIDI between PC's connected to your LAN. For example, if you have a music studio with several computers connected via MIDI interfaces and MIDI cables,...
Platforms: Windows, Windows 8, Windows 7, Windows Server
|License: Shareware||Cost: $79.00 USD||Size: 1.59 MB||Download (143): ipMIDI Download|
cFos Broadband Connect is a high-performance Dial-Up driver for Internet Access with high bandwidth. While the driver shipped with Windows can only transfer up to 4.5 Mbyte/s (= 36 Mbit/s), cFos Broadband Connect sends with 50 Mbyte/s (= 400 Mbit/s). Tested with Gigabit LAN, Pentium 4 (3GHz)....
|License: Shareware||Cost: $14.00 USD||Size: 2.1 MB||Download (446): cFos Broadband Connect Download|
AsanteFast PCI 590 Driver X contains Mac OS X 10.4 compatible drivers for the AsanteFast PCI 590 card.
|License: Freeware||Size: 710 KB||Download (146): AsanteFast PCI 590 Driver Download|
AsanteFast 690 PCI Driver X contains Mac OS X 10.4 compatible drivers for the AsanteFast 690 PCI card.
|License: Freeware||Size: 710 KB||Download (122): AsanteFast PCI 690 Driver X Download|
Using the MATLABdlT« Instrument Control Toolboxd-OC?D?, you can access the functions of Data Translation's measurement instruments (TEMPpoint, VOLTpoint, and MEASURpoint). The Instrument Control Toolbox communicates with DT measurement instruments through a MATLAB driver to the instruments...
|License: Shareware||Cost: $0.00 USD||Size: 276.48 KB||Download (20): Data Translation Measurement Instruments Driver Download|
What is cFos Broadband Connect? cFos Broadband Connect is a high-performance Dial-Up driver for Internet Access with high bandwidth. While the driver shipped with Windows can only transfer up to 4.5 Mbyte/s (= 36 Mbit/s), cFos Broadband Connect sends with 50 Mbyte/s (= 400 Mbit/s). Tested with...
|License: Shareware||Cost: $19.90 USD||Size: 2.2 MB||Download (29): cFosBroadbandConnect (64bit) Download|
Trinity Rescue Kit or TRK is a 100% free CD bootable Linux distribution aimed specifically at offline operations for Windows and Linux systems such as rescue, repair, password resets and cloning, with the ability to update itself. It has custom tools to easily recover data such as deleted...
|License: Freeware||Size: 104.5 MB||Download (292): Trinity Rescue Kit 3.2 build Download|
Adds the latest firmware support for d2 and Design by F.A. Porsche drives with FireWire+ and FireWire ATAPI bridges for improved reliability. It also updates the LaCie d2 Hard Drive Extreme, Big Disk Triple/Extreme and Bigger Disk Triple/Extreme to the latest firmware for better Windows XP...
|License: Shareware||Cost: $0.00 USD||Size: 2.1 MB||Download (31): LaCie Update Tool 1.3.1 Download|
LaCie Network Assistant Utility for LaCie Network Drives.
Platforms: Mac, LaCie Network Drive
|License: Freeware||Size: 2.4 MB||Download (29): LaCie Network Assistant Download|
About Lacie Drive Icons
11 individual icons of LaCie storage devices.
|License: Freeware||Size: 389.12 KB||Download (30): Lacie Drive Icons Download|
SilverKeeper is free application from LaCie that automates backups to external storage devices like hard drives, and other removable storage devices that have SATA/eSATA, IDE, ATA/ATAPI, SCSI, USB, or FireWire interfaces.
|License: Freeware||Size: 6.6 MB||Download (29): SilverKeeper Download|
The Ethernetpedia application is about giving networking related folks in depth information about Ethernet cables, what is an Ethernet wire, what are the different Ethernet cable types. Which cables would be ideal for various locations, how to accomplish installations for different types of...
|License: Freeware||Size: 10.9 MB||Download (9): EthernetPedia Download|
CHAINSAWLINUX, brought to you by Crimson Chain Productions, is an Operating System and a movie editing suite, a CGI & 3D animation suite, as well as so much more, all wrapped into one nice package. The developers of CHAINSAWLINUX, a film & video production company located in Maryland, are proud...
|License: Shareware||Cost: $24.00 USD||Download (78): CHAINSAWLINUX Download|
ExtenDB Parallel Server project is a loosely-coupled clustered database system that provides the heart of your Business Intelligence infrastructure at a very low cost. It includes intelligence to maximize parallelization over multiple servers, achieving near linear scalability for fast query...
|License: Freeware||Size: 2.8 MB||Download (73): ExtenDB Parallel Server Standard Edition Download|


Soundcast VG1 Bluetooth Speaker
EXPERIENCE AMPLYFING SOUND
Soundcast speakers come equipped with the latest components in audio technology to provide you with the highest quality listening experience. Designing portable audio products for ever-changing acoustic environments requires a completely different set of parameters from traditional audio product design. Our approach to designing superior sound centers around three core principles:
Form. Function and Simplicity.
Our speakers include:
Built-in Bluetooth 4.2 technology for improved connection speeds and heightened security. Ultra-clear Bluetooth streaming in high-definition with aptX and AAC codecs. Hands-free commands with DSP technology integration. True Wireless Stereo (TWS) configuration to sync two speakers together for left and right playback from a single Bluetooth source.
The VG1 is the smallest in the VGX Family, Equipped with onboard controls, the VG1 has a playtime of 15 hours, is compatible with SIRI and Amazon's Alexa, an eternal auxiliary, multiple drivers and the abiltiy to pair 2x VG1 Speakers for a true wireless stereo experience.
Best of all, the VG1 is waterproof. - chuck it in the pool or spa, take it to the beach or throw it on the boat.


The Mk10A is an electricity meter for three-phase network making it possible to record your photovoltaic installation’s production measurements. It will then transmit them to the servers thanks to its built-in modem.
Rbee Solar is the first kWh energy meter and monitoring system together. The ideal combination for the follow-up of PV installations for you and your customers. The Rbee Solar is innovative because the kWh energy meter communicates through GSM / GPRS. This kWh energy meter exists for mono as well as three-phase networks.
The advantage of the Mk10A: an all-in-one product, suitable for the needs of medium-sized installations!


Ma BellPosted: May 19, 2011
Remember when there was only one phone company? And you had to rent your telephone from them?
For almost a century, Bell Telephone was the only phone company in the country. Of course, they invented the telephone. So consumers had no choice of who to go with for their local, long-distance, and local-long-distance needs. And in those days, people couldn’t buy a telephone like they can today (I know, young’uns, seems hard to believe). My parents, like everyone else, rented their phones from the phone company. We had the same telephone for sixteen years! These telephones didn’t plug easily into a phone jack like they do today. They were wired into the jack in the wall, and the telephone man had to come to your house to do it.
In 1982, the United States government decided that Bell Telephone had a monopoly. Using an anti-trust lawsuit, they forced Bell to separate into several smaller companies. Today the former Bell Telephone is known as AT&T, one of several telephone companies offering consumers a choice. And we’re free to go into any electronics store, or even Target for that matter, and buy a telephone that we can easily plug into the wall ourselves. Which in a way, is kind of a shame, because when I was young I really wanted a Sculptura phone (see ad above). Vintage Sculpturas are available online, but they’re not compatible with today’s phone jacks. Which means I’ll just have to reach out and touch someone with my boring modern phone.


Department of Electrical and Systems Engineering, University of Pennsylvania, Philadelphia, USA
Alejandro Ribeiro is the Rosenbluth Associate Professor at the Department of Electrical and Systems Engineering, University of Pennsylvania, Philadelphia, PA, USA. His research interests are in the applications of statistical signal processing to the study of networks and networked phenomena. His focus is on structured representations of networked data structures, graph signal processing, network optimization, robot teams, and networked control. Dr. Ribeiro received the 2014 O. Hugo Schuck best paper award, and paper awards at the CDC 2017, 2016 SSP Workshop, 2016 SAM Workshop, 2015 Asilomar SSC Conference, ACC 2013, ICASSP 2006, and ICASSP 2005.
Raymond Knopp is professor in the Communication Systems Department at EURECOM. He is also currently a part-time visiting professor at the Beijing University of Posts and Telecommunications under the Discipline Innovative Engineering Plan. His current research and teaching interests are in the area of digital communications, software radio architectures, and implementation aspects of signal processing systems and real-time wireless networking protocols. He has a proven track record in managing both fundamental and experimental research projects at an international level and is also General Secretary of the OpenAirInterface.org open-source academia-industry radio platform initiative which aims to bridge the gap between cutting-edge theoretical advances in wireless communications and practical designs.
Yurii Nesterov is currently a professor at the Université catholique de Louvain (UCL), Belgium. His work with Arkadi Nemirovski in the 1994 book is the first to point out that the interior point method can solve convex optimization problems, and the first to make a systematic study of semidefinite programming (SDP). Also in this book, they introduced the self-concordant functions which are useful in the analysis of Newton’s method. He is most famous for his work in convex optimization, including his 2004 book, considered a canonical reference on the subject. His main novel contribution is an accelerated version of gradient descent that converges considerably faster than ordinary gradient descent. He received the Dantzig Prize in 2000, the John von Neumann Theory Prize in 2009, and the EURO Gold Medal in 2016.


Our mission is to understand the interaction of light with complex photonic and plasmonic structures, and utilize the developed understanding to design better optical materials and devices.
In the area of light interaction with metallic nanostructures, also known as plasmonics, we work towards higher confinement and smaller losses in optical structures. Our recent achievements include the developmet of plasmonic circuits with no parasitic out-of-plane scattering and loss-compensation in active plasmonic systems.
In the area of metamaterials, composite structures with tailored optical response, our group works towards an ambitious goal of bringing to life new types of electromagnetic systems that would be capable of beating free-space diffraction, achieving better resolution, sensitivity, and optical processing speed that any device that currently exists on the market.
Structural nonlinearity proposed by our team and experimentally realized by King's College London ehables new avenue to engineer strong nonlinear response in composites
New technique, capable of far field spectroscopy with subwavelength spatial resolution has been developed
It is shown that structured interfaces can simultaneously enhance optical transparency and electrical conductivity
The new publication in Light: science and applications demonstrates drastic enhancement of optical density of states inside nonlocal nanowire metamaterials and presents theoretical description of this process


“The Underbelly Unveiled: Demystifying Darkweb Encryption and Secure Communication Protocols”
1. Understanding Darkweb Encryption: A Comprehensive Guide to Securing Communication
The Darkweb, often associated with illegal activities, is a hidden part of the internet that requires special software, like Tor, to access. Due to its covert nature, communication on the Darkweb must be safeguarded through encryption to ensure privacy and security. Darkweb encryption involves the use of cryptographic algorithms to encode messages and prevent unauthorized access.
One of the most commonly used encryption protocols on the Darkweb is Pretty Good Privacy (PGP). PGP utilizes a combination of symmetric and asymmetric encryption to protect communication. Symmetric encryption uses the same key for both encryption and decryption, while asymmetric encryption uses a pair of keys – a public key for encryption and a private key for decryption.
To securely communicate on the Darkweb, users generate a unique key pair: a public key that can be shared with others and a private key that must be kept secret. When sending a message, the sender uses the recipient’s public key to encrypt it. Only the recipient, who possesses the corresponding private key, can decrypt and read the message.
2. Decoding Secure Communication Protocols in the Darkweb: Unveiling the Underbelly
Secure communication protocols are the backbone of encrypted messaging on the Darkweb. These protocols ensure that data remains confidential and protected from eavesdropping or manipulation. Two of the most widely used protocols are Secure Sockets Layer/Transport Layer Security (SSL/TLS) and Off-the-Record (OTR) messaging.
SSL/TLS provides secure communication channels between web servers and web browsers, encrypting data in transit. It verifies the authenticity of the server, preventing man-in-the-middle attacks. TLS has evolved from its predecessor, SSL, to address security vulnerabilities and protect against data breaches.
OTR messaging, on the other hand, focuses on secure instant messaging. It provides end-to-end encryption, deniability (the ability to deny having sent a particular message), and perfect forward secrecy (ensuring that a compromised key does not compromise past messages). OTR utilizes public-key and symmetric-key encryption to ensure secure communication, protecting against interception and decryption.
3. Demystifying Darkweb Encryption: How to Safeguard Your Communication with Secure Protocols
To safeguard communication on the Darkweb, it is crucial to understand and implement secure protocols effectively. Here are three key steps to ensure secure communication:
Firstly, adopt a strong encryption method. PGP is widely recommended for its robust security. Generate a strong key pair, and only share your public key with trusted individuals. Whenever possible, verify the authenticity of the recipient’s public key to prevent spoofing and man-in-the-middle attacks.
Secondly, utilize reliable communication software that supports secure protocols. Whether it’s a web browser with SSL/TLS support or an instant messaging client with OTR messaging, ensure the software you choose properly implements encryption protocols and stays updated with security patches.
Lastly, practice good security hygiene. Regularly update your software, including encryption tools, to protect against known vulnerabilities. Use strong, unique passwords and enable two-factor authentication on all your online accounts. Be cautious about sharing sensitive information or clicking on suspicious links, as social engineering attacks can undermine even the strongest encryption.
In conclusion, encryption is a vital aspect of secure communication on the Darkweb. Understanding Darkweb encryption and employing secure communication protocols like PGP, SSL/TLS, and OTR messaging can help protect your privacy, ensuring that your sensitive information remains confidential from prying eyes. By following best practices and staying informed about the latest security developments, you can navigate the Darkweb with confidence and maintain control over your communication.


Some of the greatest inventions throughout history were met with skepticism — fear, even — when they first were introduced to the public.
TechRadar shared that people were afraid the speed of train travel would melt human beings. Some worried the telephone was a conduit for evil spirits. Cathode-ray tube (CRT) monitors were erroneously accused of causing miscarriages. Even Wi-Fi was looked at with trepidation, as numerous people worried unnecessarily about cancer-causing invisible radiation.
Now, wireless power is in the spotlight. As demand for power in our age of connected devices continues to grow, so does the chorus of naysayers as this next technological wonder emerges.
Here are 5 concerns that have been raised about wireless power, and the facts to counter them.
Concern #1: Wireless power will start fires.
Here’s the truth: The inductive charging systems used by popular “wireless” smartphone charging pads (like the Qi system) use transmitting and receiving coils to send electricity over a tiny distance — several centimeters, max — and the whole process warms things up.
There’s a fair amount of concern over whether the heat byproduct is bad for cell phones’ batteries, but the bigger concern is whether that heat could become a fire hazard — particularly in the wake of cell phone fires like the ones we’ve mentioned. While there’s not a ton of scientific concern over Qi-style chargers blowing up, some inferior knock-offs from Asia have shown themselves to be problematic.
WiGL isn’t near-field like Qi, but rather reflects another distribution model, called Wireless Far-field, which captures free-space RF energy and converts it into AC or DC. Rather than harvesting from a stock of power assets separate from data, we can smartly create, direct, transmit and receive steerable AC or DC whenever and wherever the need for power exists. There’s no overheating byproduct here, and thus no fire danger.
Concern #2: Wireless power is bad for the human body.
Just like people’s concerns in the past about other wireless media — the telegraph, radio, television and WiFi — wireless power is in the crosshairs today as a potentially dangerous cancer-causing agent.
And once again, it’s completely unwarranted. According to Mental Floss:
“There’s really nothing to worry about. The average induction charger creates a field no more dangerous than radio waves, and it isn’t strong enough to have any effect on the human body. If anything, plugging in and unplugging a cable is more dangerous because there’s a minute chance it could fray and shock you. By contrast, induction hardware can be safely encased in thick plastic and still work. This is why electric toothbrushes have long used induction to charge: The units can remain sealed and waterproof.”
Concern #3: Wireless power isn’t faster than wired charging.
Look, there’s plenty of evidence to support this concern right now. The “Near-field” products are getting all the press — which are what most people think of when it comes to wireless power — have been shown to send 30 watts of power to devices, not 40 watts like a wall socket.
But where the Near-field solutions have failed, WiGL prevails. The wireless power signals from WiGL are akin to WiFi signals, providing ample, targeted, constant power to awaiting devices. Although WiGL doesn’t skimp on wattage, the constant nature of the power delivery turns the common practice of recharging on its head.
Concern #4: Wireless power doesn’t work over long distances.
For Qi-standard inductive charging, the devices aren’t movable or usable while on the mat, because contact with the charger is crucial to staying within its maximum 4 cm “wireless” limits.
WiGL converts AC or DC Smarter Power into a two-way signal via a WiGL transmitter. WiGL transmitters broadcast targeted power through the air to devices that can receive it–similarly to how our phones receive data via Wi-Fi. The receiver converts the signal into DC to harvest the power. The received power is then stored or used to power the device.
There’s no concern about the Qi standard’s requirement to be close to the mat; that would be like requiring a laptop to get its data by putting it up against the Wi-Fi router.
There is no limit to the theoretical transmission distance. Power transfer efficiency depends on many factors including frequency, antennas, the transmission medium, etc.
Concern #5: Wireless power will never catch on.
It’s already catching on. IHS Markit reports the market for wireless power components is set to grow over the next five years from 600 million units in 2018 to 2.1 billion units in 2023 — a compound annual growth rate of 28 percent.
“Wireless power technology continues to evolve rapidly, with reach expanding beyond smartphones to wider applications and product segments,” said an IHS Markit wireless power analyst.
It’s already catching on. But we have yet to see a potential game-changer that is ready and able to deliver plentiful, smart-targeted power to applications beyond just personal communication devices. WiGL is ready for the revolution.
Read our whitepaper here, and learn more about how to get WiGL working for you.


CEESEG provides customers with attractive connectivity solutions
The Vienna Stock Exchange has implemented the new CEESEG FIX interface for their customers this summer, providing easier and inexpensive access to the exchange for brokers and banks. The Vienna Stock Exchange and the Ljubljana Stock Exchange enable their trading members to send orders and information requests via this uniform interface, regardless of the specific version of trading software used by the exchange. The implementation of CEESEG FIX is also ongoing for Prague Stock Exchange as well as Budapest Stock Exchange.
The FIX protocol (Financial Information eXchange) is a communications protocol for international real-time exchange of information used by international banks, brokers, stock exchanges and other financial services providers. FIX is an established standard in the financial industry and its use facilitates the exchange of trading information between all stakeholders.
Julia Resch, Wiener Börse AG
Phone: +43 (0) 1 53 165 - 186
Fax: +43 (0) 1 53 165 - 140


Synchronized Solar Warning Light
This smart indicator light is made of PC or ABS. It uses a solar panel and lithium battery for energy saving. Unlike the irregularly flashing of the traditional solar light, the flashing frequency of this product is controlled by radio signals and it generates consistent or synchronous flashing. By using a cell phone and a tablet personal computer, users could easily change the flashing patterns and turn them on or off. This device is well designed for road users. It not only makes road users clearly understand the road direction,but it could also remind them of avoiding accidents in dangerous and special places. With modular flashing patterns, it could regularly guide the drivers to the right lane.
- The power storage is made by the solar panel and the lithium battery. It provides a clear warning effect and it’s easy to be used where the electricity is not that accessible.
- The Flash patterns and status could be controlled and monitored by the embedded radio module.
- It is different from the irregular flashings of traditional solar signs. The flashing frequency of SIL could be controlled by radio signals and it makes each SIL sequential.
- Each circle light is an independent device. It avoids circuit repair problems. If a device fault or loss happens, the original settings of flashing patterns are still carried on.


Q-SWITCHED HIGH REPETITION RATE LASERS
High Power Intra-Cavity Doubled DPSS Q-switched Nd:YLF Lasers
The LDY350 series are frequency doubled, diode pumped Nd:YLF laser systems, ideally suited to imaging, laser marking and pump applications. At 527nm output energies of up to 22.5mJ at 1kHz are available, as are multimode powers of up to 40W Q-switched.
The lasers are built around a rugged self supporting Invar rail that bestows excellent mechanical and optical stability. This, coupled with the proprietary resonator design, leads to excellent output beams that are spatially and temporally extremely smooth and stable, ensuring excellent pulse-to-pulse stability.
The robust design of these lasers suits them to the harshest of industrial applications and research applications alike.
The power supply and closed-circuit chiller are all housed in a compact rack. The system can be controlled either by the in-built LCD interface or via RS232 with the supplied software suite or dll, and external triggering of the lasers is accessible via a TTL interface.
High Energy at 527nm
Rugged industrial design
Field replaceable pump module
0.2-20kHz continuously variable
Full software support
Dye Laser Pumping


Hellermann Tyton HECP-3 Helacon Plus Transparent/Orange 3 Wire Connector W:15.9mm x H:10.45mm x D:19.0mm
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HelaCon Plus are sophisticated push-in wire connectors for professional cable connections in electrical housing applications. The newly developed double spring of HelaCon Plus allows easy processing and will support installers especially in difficult situations like overhead work.
The range of push-in wire connectors is used for fast, easy and reliable connection and distribution of cable and conductors in electrical housing applications. They may be used within a typical range of housing voltage up to 450 volts. A huge variety of input poles allows high flexibility in application depending on the number of conductors and available space.
Cross-sections of up to 2,5 mm² can conveniently be processed and allow the use of thicker conductors when a voltage drop occurs.
The way of cable distribution and branch connections varies from country to country due to the different types of wires, diameters, colours, junction boxes and mounting systems in use.
No matter how distinct the individual requirements are the HelaCon connector series offers the best solution for every task worldwide.
Working with clear visibility
Screwless connectors in the field of house installations are used countless times every day. Although this is routine installation work, it requires a lot of diligence. A tight and secure fitting is indispensable for a failure-free, long-life operation. Careless work may otherwise result in damage and overheating, in the worst case causing a hazardous situation like a fire. The transparent housing of the new HelaCon Plus connector series allows a fast and easy optical control of whether the conductor fits to the catch. This is a non-negligible safety factor and will expedite acceptance tests of the complete electrical installation.
Newly developed double spring technology
The more connectors that are used for wiring a connection, the more important it is to handle and process them easily and conveniently. Along with a secured fitting this was the uppermost aim behind the development of the double spring technology. Both springs have major roles to play. The first one allows very low push-in forces that is especially helpful when using multicore conductors. The second spring secures the fixing very tightly. This results in a comfortable use of the connectors and maximum safety at the same time.
Different wire types and cross-sections
The low push-in forces due to the latest double spring technology enables the use of single- and multicore conductors. The free fixing of each double spring allows the concurrent use of various conductor cross-sections between 0.5 and 2.5 mm² within one connector without impact on the adjacent connection. Please note that HelaCon Plus is not designed for fine-stranded wires.
Features and Benefits
HelaCon Plus is a sophisticated push-in wire connector for professional cable connections in electrical housing applications. The newly developed double spring allows easy processing and will support installers especially in difficult situations like overhead work. This ensures proper fixing that can optically be checked through the transparent housing. Different colour codes provide a comfortable identification of the different connectors.
A separate voltage test entry on the front guarantees safety during application, installation and maintenance.
The HelaCon connectors are used for fast, easy and reliable connection and distribution of cable and conductors in the field of electrical housing applications. The connectors can be used in all kinds of junction boxes either on-wall or flush-mounted. HelaCon Plus offers the best possible solution when convenient processing and maximum safety is required.
Make sure that power is turned off before installation
Solid and stranded copper conductors can be used
Strip them off approximately 11 mm
Insert them completely into the connector
Use voltage tester via separate test entry
To change or correct a wire, hold and twist it alternatively left and right while pulling the connector


Ricetown, lower Lincolnton Hwy., Hester Rd., and the Cooter Creek area will get connected!
7:25PM February 23, 2021
The neighborhood in the area of Ricetown, lower Lincolnton Hwy., Hester Road, and the Cooter Creek area has reached the required number of subscriptions to move forward with construction of ElbertonNET. This area is part of the new Southeastern Elbert fiber-to-the-home expansion project. There are 8 neighborhoods in this project, and the Lower Bobby Brown area and the Clubs reached its construction goal first and will be connected first. But today a second neighborhood reached its goal and will get connected soon—the zone for Ricetown, the lower Lincolnton Hwy., Hester Road, and the Cooter Creek area! Construction in this zone has started with the support wire for the fiber optic cable being attached to power poles. Soon the fiber optic cable will be attached to this support wire. Service could begin as early as late March or early April in this area. Of course timing is dependent upon weather and how quickly we can install new customers in the first zone. Check back here for future updates.


Every business now considers Voice over Internet Protocol (VoIP) as an affordable solution for communication demands. It is one of the latest telephony systems that allow you to make calls over the internet.
VoIP has become popular in recent time, but it has been there since the 1970s. There were no service providers at that time to make VoIP services available for business organizations. Time has changed now because you get services like KeenSystems 3CX which offer excellent VoIP services at the most competitive prices across the Netherland.
A VoIP phone turns the user’s voice into data packets and sends it across the internet to the recipient. The receiver decodes these small data packets and converts them into voice to convey the message. Although thousands of people are praising VoIP, it also has certain drawbacks. Continue reading to reveal what are the advantages and disadvantages of using a VoIP system.
Advantages of using a VoIP system:
The following advantages make VoIP beneficial for any user across the globe:
- VoIP plans per line are more affordable than landline phone systems (POTS). You can easily save up to $30 per line if you switch to VoIP. Saving that much amount per line can allow you to communicate with more clients and endorse your business and products better.
- It does not matter whether you are sitting in your office or somewhere else, you can access VoIP services from anywhere you want. You can use cloud-based VoIP services to take advantage of cost-effective calls on-the-go. You will just need an internet connection to make calls.
- Higher scalability.
- Complete portability.
- Flexible plans for small and large business organizations.
- The VoIP telephone system supports multitasking.
- Better voice quality.
All these features lure both small and large size businesses towards VoIP.
Disadvantages of using a VoIP system:
The following disadvantages make VoIP an unreliable choice for businesses:
- You need a fast and reliable internet connection to use VoIP services. It will be a bit difficult to make calls via VoIP telephone system if your internet connection is slow or when there is no internet at all.
- No location tracking.
- Latency and Jitter.
These disadvantages work against VoIP and that’s why it is not a flawless system to rely on. However, business organizations are still making a one-time investment in VoIP and enjoying all the perks come with the VoIP telephone system. This system is based on the revolutionary technology that is going to get better and better with time.


National Telecom Regulatory Authority of Egypt
Executive Director for Telecom Services and Planning
Christine Arida is Executive Director for Telecom Services Planning at NTRA, Egypt. She has been working for the government of Egypt for over 20 years, in areas of Internet development and related public policies. During her work at NTRA she has lead the drafting of Egypt’s National Broadband Plan “eMisr” (November 2011) and has participated to the launching of Egypt’s IDN ccTLD “dotMasr” (2010). From 2001 to 2006 she has worked for the Ministry of Communications and Information Technology, where she was involved in drafting “Egypt’s Broadband Agenda 2004 - 2007”. Ms. Arida started her career at the Cabinet's Information and Decision Support Center, where she worked on introducing Internet services in Egypt (1992).
Ms. Arida has participated in establishing the Arab IGF and presently leads its secretariat. She also serves as chair of the Arab gTLDs Project Steering Committee at the League of Arab States. She is a founding member of AfriNIC and has been representing the Government of Egypt at the IGF MAG since 2007.
Ms. Arida holds a B.Sc. degree in Electronics and Communication Engineering from the Faculty of Engineering, Cairo University.


Kawan-kawan, if Sir Harun ask you guys, how the data can be transmitted among them ?
By a computer network is the answer. NGEE :D
What is the benefits of this computer network ?
First of all, it can enables organizations to be more flexible so that it can adapt to rapidly changing business conditions. Other than that, the networks will enable companies to share hardware, computer applications, and data across or among the organizations. It also can make it possible for geographically dispersed employees & workgroups to share documents and ideas. Finally, this network are a critical link between businesses and their customers.
OHHH I SEE. :)
One way to categorize the different types of computer network designs is by their scope or scale. For historical reasons, the networking industry refers to nearly every type of design as some kind of area network. Common examples of area network types are:
• LAN - Local Area Network
• WLAN - Wireless Local Area Network
• WAN - Wide Area Network
• MAN - Metropolitan Area Network
• SAN - Storage Area Network, System Area Network, Server Area Network, or
sometimes Small Area Network
• CAN - Campus Area Network, Controller Area Network, or sometimes Cluster
• PAN - Personal Area Network
• DAN - Desk Area Network
**LAN and WAN were the original categories of area networks, while the others have gradually emerged over many years of technology evolution.
LAN - Local Area Network
A LAN connects network devices over a relatively short distance. A networked office building, school, or home usually contains a single LAN, though sometimes one building will contain a few small LANs (perhaps one per room), and occasionally a LAN will span a group of nearby buildings. In TCP/IP networking, a LAN is often but not always implemented as a single IP subnet.
In addition to operating in a limited space, LANs are also typically owned, controlled, and managed by a single person or organization. They also tend to use certain connectivity technologies, primarily Ethernet and Token Ring.
WAN - Wide Area Network
As the term implies, a WAN spans a large physical distance. The Internet is the largest WAN, spanning the Earth.
A WAN is a geographically-dispersed collection of LANs. A network device called a router connects LANs to a WAN. In IP networking, the router maintains both a LAN address and a WAN address.
A WAN differs from a LAN in several important ways. Most WANs (like the Internet) are not owned by any one organization but rather exist under collective or distributed ownership and management. WANs tend to use technology like ATM, Frame Relay and X.25 for connectivity over the longer distances.
LAN, WAN and Home Networking
Residences typically employ one LAN and connect to the Internet WAN via an Internet Service Provider (ISP) using a broadband modem. The ISP provides a WAN IP address to the modem, and all of the computers on the home network use LAN (so-called private) IP addresses. All computers on the home LAN can communicate directly with each other but must go through a central gateway, typically a broadband router, to reach the ISP.
Other Types of Area Networks
While LAN and WAN are by far the most popular network types mentioned, you may also commonly see references to these others:
• Wireless Local Area Network - a LAN based on WiFi wireless network technology
• Metropolitan Area Network - a network spanning a physical area larger than a LAN but smaller than a WAN, such as a city. A MAN is typically owned an operated by a single entity such as a government body or large corporation.
• Campus Area Network - a network spanning multiple LANs but smaller than a MAN, such as on a university or local business campus.
• Storage Area Network - connects servers to data storage devices through a technology like Fibre Channel.
• System Area Network - links high-performance computers with high-speed connections in a cluster configuration. Also known as Cluster Area Network.


Barantec, Inc. has researched, developed and manufactured quality switches, keypads, keyboards and access control keypad readers for over two decades. Pioneers in the use of Piezo technology, Barantec has patented the EVERSWITCH technology, the most reliable and durable switching technology available. Virtually indestructible, EVERSWITCH technology and the Barantec Touch Metal Piezo switching keypads combine to produce the ultimate solution to industrial environments, wet areas, and high traffic applications. Their products are rugged, sealed and tamper and vandal proof.
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The City of Los Angeles has been transforming the way cities provide street lighting for over a century and continues to explore new technologies to improve the quality of life for its residents. LA Lights’ connected infrastructure solutions will contribute to the safety, innovation, and inclusion of communities through data and technology. This allows the development and implementation of sustainable practices that address our city’s growing challenges. Our Smart City Strategy consists of 18 Smart City programs combined with smart lights. These solutions make city engagement convenient and connect city management with city residents.
LA Lights Executive Director, Miguel Sangalang gave the International Keynote Speech at the 2021 Virtual Digital City Infrastructure Conference. The conference focus was on expanding and enhancing existing IoT ecosystems. The keynote discussed several projects undertaken by L.A. Lights, including the City’s Transitional Lighting Zones (Smart Lights), Air Quality Sensors, and partnerships with industry to realize the benefits of IoT devices to drive livability outcomes for citizens.
Presentation available in the link below.
L.A.’s first ever Smart City Street Lighting Conference showcased LA Lights’ nationally recognized programs for LED conversion and electric vehicle charging stations. It also highlighted the smart city initiatives that utilize streetlights to create a connected infrastructure and provide services such as motion activated lighting, USB charging ports, 5G network capacity and public Wi-Fi.
LA Lights will undertake a digital transformation journey to develop a fully adaptive Smart Lighting Network for all city lights and digital solutions to provide a better-connected Los Angeles now and in the future. We adopted five Smart City Principles to embrace new technologies, express our values, embolden our mission, and exemplify the noble goals in the City’s Sustainable pLAn.
- Pair technology with infrastructure to improve public services.
- Leverage data to inform program decisions and resource allocation.
- Develop inclusive, responsive and proactive solutions.
- Apply technology that enhances the user experience and accessibility.
- Design solutions to people and City challenges.


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Today we removed support for XMPP in Fanout Cloud.
Fanout’s XMPP functionality simply didn’t garner the adoption we were hoping for. It was never used at scale, and was mainly relegated to chat bots that needed compatibility with Google Talk. However, as Google phased out XMPP federation, such usefulness dwindled.
Publishing JSON over XMPP
At Fanout, we’ve developed a powerful publish-subscribe system for fronting custom APIs. Sometimes, though, API design is too much to think about and all you want to do is push some JSON.
To address this need, we initially created our own proprietary JSON-publishing protocol (a.k.a. “FPP”) and corresponding client library. This made it possible for developers to implement realtime updates in just a few lines of code, transported by magic. While this system worked well enough, it wasn’t terribly satisfying to have invented yet-another-protocol in order to accomplish this. Sure, every other pubsub cloud service has done the same thing, but the status quo makes for a bunch of redundant efforts that all achieve more-or-less the same result, and it hampers interoperability. So, lately, we’ve been looking into how we could adapt an existing standard for pushing JSON.
Using the API via XMPP
As you may know, Fanout Cloud supports delivering data to both HTTP and XMPP clients/endpoints. What you may not know is that the Fanout Cloud API itself is accessible via both protocols, too. This means that not only can you publish messages or make configuration changes via REST, you can perform these same tasks by sending XMPP stanzas. Why would you want to do this? Well, in certain cases, XMPP may be a more convenient or more optimal way of accessing the Fanout Cloud API. Additionally, the fact that you can use the API via one protocol but publish data to an endpoint of the opposite protocol allows for crossover possibilities. For example, you can use the REST API to fire off XMPP stanzas, or use XMPP ad-hoc commands to stream data to HTTP clients.
Standards at the edge
As I’ve been a long-time contributor to XMPP, people who know me are generally surprised to discover that Fanout Cloud is not in some way centrally powered by an XMPP server. XMPP is often touted as a solution for realtime communication among servers in a cluster. While this suggestion is not necessarily unsubstantiated, and many services operate this way today, the reality is that many applications have greater needs when it comes to messaging than your typical XMPP software stack provides. I’m talking about real queuing patterns, such as worker balancing, reliability, flow control, “job” queues, etc.
Realtime multicasting over HTTP/XMPP
Push is hard. Often, implementing realtime push in a website or web service means having to use unfamiliar software or frameworks. If it isn’t an XMPP server with BOSH, then it’s an esoteric HTTP server framework like Node.js or Tornado. Further, while the knowledge and tools necessary for load balancing a traditional web service are commonly found these days, scaling out and operating a push architecture is less straightforward. The interactions between server nodes are different. The traffic patterns are different. Even if you’ve got a handle on whatever particular approach for push you’re using today, do you know how you’ll scale it tomorrow?


today i was gon play with my brother in the same house but it keeps on telling establing route and doesn’t let me play with him but i can join other server but on mine it doesnt work i need help
Are you using Wi-Fi or a wired connection?
It’s possible that you are connected to a router which has “wireless isolation” turned on. This means that all devices connected to the router can access the internet, but they can’t access each other. Example: WIRELESS, AP OR CLIENT ISOLATION
I can’t think of another solution except logging into your router and turning this setting off.
i use wired connection and my brother uses wireless
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Prof. Gabriel-Miro Muntean
Gabriel-Miro Muntean is a Professor with the School of Electronic Engineering, Dublin City University (DCU), Ireland, where he obtained his Ph.D. degree in 2003 for research on quality-oriented adaptive multimedia streaming over wired networks. He was awarded the B.Eng. and M.Sc. degrees in Software Engineering from the Computer Science Department, Politehnica University of Timisoara, Romania in 1996 and 1997 respectively. Prof. Muntean is co-director of the DCU Performance Engineering Laboratory and Investigator with Insight and Lero National Research Centres. His research interests include quality-oriented and performance-related issues of adaptive multimedia delivery, performance of wired and wireless communications, energy-aware networking and personalized technology-enhanced learning. Prof. Muntean has published over 450 papers in prestigious international journals and conferences, has authored 4 books and 23 book chapters and has edited 7 other books, which have attracted over 7500 citations (H-index=48).
Prof. Muntean has supervised successfully 24 PhD students and 15 postdoctoral researchers. He is an Associate Editor of the IEEE Transactions on Broadcasting, Multimedia Communications Area Editor of IEEE Communications Surveys and Tutorials and reviewer for other important international journals, conferences, and funding agencies. He was the coordinator of the EU Horizon 2020 project NEWTON. He is a senior member of IEEE, and IEEE Broadcast Technology Society.
Title: “Toward Supporting High Quality Rich Media Content Delivery in Future Network Environments”
Large amounts of professional and user generated clips, video from streamed and downloaded services and pre-recorded or generated on the fly media put increasing pressure on the current networks. Some of this rich media content has different degrees of interactivity, which includes multi-sensorial media, omnidirectional video and mixed reality content. This content is consumed at home, at work, in public places by a heterogeneous user population, while static or on the move. Many devices contribute to both generation and use of this content. However, the real challenge is the distribution of this content over our heterogeneous networks. This talk discusses major challenges related to the transmission of rich media content in heterogeneous 5G and beyond networks and presents some solutions to support high quality delivery of such content in future network environments.


Address: Chongkou Dashi, Panyu, Guangzhou, China 511430
FAX : +86-20-33956380
More and more traditional enterprises, the Internet has been the impact of the big wave, many enterprises now have added the use of Internet plus strategy, seeking transformation and reform of their own enterprises, what is the Internet plus strategy, is the enterprise to use the Internet platform, using information communication technology to the traditional industry and the Internet together and create a new ecological new area.
Hardware tools distribution market in China is very broad, such as Shandong, Shanghai, Jiangsu and other places have a large number of hardware manufacturers. Daily hardware industry in China, has been in the forefront of the world, China's hardware industry, private enterprises accounted for at least 7 more, is the development of the industry a force. China has become the world's hardware export and processing power.
As one of the world's hardware production country, the hardware industry is a traditional industry. Encountered low price competition, industry development bottleneck, on the prevailing wind, thin profit and a series of problems, these are the stumbling block of the development of the industry, now the hardware industry sales channels must be upgraded and urgent.
Want to use the development of good Internet plus and traditional hardware tools, it is necessary to change the thinking, the depth of integration, the depth of analysis. The change of enterprises and products, the three-dimensional hierarchical relationship between users, consumers are no longer a layer in contact with the company's products, but a product directly to the enterprise.
The Internet is a market competition, to the whole network users. If you want to make good use of Internet plus, there is such a point, it must take the customer as the center, let customers use the product is very happy, not to use the products of others, this is a core Internet plus hardware tools of thought. Now, thinking to use the Internet user centric, with products and services to impress users.
CEOs of Internet Co and hardware business for many years, cooperation on the line of hardware tools, with the help of the resources, for the vast number of consumers, to build a convenient service platform. For hardware tools and information integration, open a new mode of life.