I have been very vocal about the things Apple as a company has messed up, like the headphone jack and the Type-C fiasco, that notch thingy on iPhone X and all the latest iPhones after that, and ALSO the removal of the home button/Touch ID from their iPhones.
Okay okay, I’ll stop blabbering about that now. But seriously, Apple as a company has gone down from being a company that innovated to just forcing their own bad design decisions down their customers’ throats.
I can hate Apple’s decisions all I want but in the past, they actually innovated, one of the key innovations was the iconic MagSafe in the chargers of Macbooks of the past (which they’ve removed now, IDK why they’ll undo that kind of innovation).
One can’t deny how great of a design the MagSafe was, it also doesn’t hurt that companies have started doing magnetic connector designs with all sorts of USB cables. Most relevant are Smartphone charge&sync cables be it Lightning cables with magnetic connectors or micro-USB to USB type-C cables for smartphones and USB-C PD-capable laptops.
But there is a problem, there is no standard of magnetic cables in town, no one way to do it, and every product and brand has its design implementation.
Also, not every magnetic USB cable is made the same, some can only be used to charge phones and aren’t able to transfer data through the magnetic connectors, and others are downright low-quality cables that break pretty easily.
|Smart&Cool Gen4 Magnetic Cable
|Magnetic / Micro-USB
|Kaymao Magnetic Cable
|Type-C / Magnetic / Micro-USB
|Wsken mini2 micro magnetic cable
|Net dot 3-pack magnetic cable
So, we thought about sharing a List of high-quality Magnetic Charge-and-sync cables with our readers, let’s get started with them in no particular order.
Smart&cool gen4 Magnetic cables are one of the most compatible magnetic phone charge and sync cables on the market right now. Also, it doesn’t hurt that it supports two cable types, Micro-USB and Apple iPhone’s Lightning connector, AND is nylon braided for guaranteed durability for a long, long time.
And both connectors come in the box so you can mix and match the connectors with magnetic cables whenever you want to suit your needs better. If you need a magnetic cable for your phone that supports Micro-USB or Apple’s lightning connector, buying this one is a no-brainer.
Suppose you are looking for a Magnetic Charge and sync cable that offers all 3 connector types including a Type-c magnetic connector, a Micro-USB, and a Lightning Connector. In that case, this is probably a great option for you.
Kaymao’s Magnetic cables come with a Quick-charge 2.0 chip which means that your devices get juiced up fairly faster and the QC 2.0 chip inside the cable makes sure your device is protected against Overcharging.
Another nifty feature is a status LED on one side of the connector to tell you whether your device is charging or not. It is also nylon braided for better durability. All in all, it’s a good product if you are looking to buy one.
Wsken’s mini2 cable offers a Micro-USB magnetic connector for all of your Android devices. If you are looking for multiple types of connectors, you aren’t going to find it with this product, that’s because the company claims to do one thing and do it better than being a jack of all trades.
And according to customer reviews, it seems to deliver on this promise.
This cable offers USB 2.0 data transfer speeds which means faster data transfer between your smartphone and your desktop devices. LED connection indicator and nylon braided cable for durability make it a perfect contender for this list.
Net Dot’s magnetic cable is so good that it is Amazon’s choice for Magnetic charging cables, literally. But there is only one problem, it only offers a Micro-USB connector, which means you can charge or transfer data from your Android devices only.
It offers indication LED and nylon braided cable for fatigue protection, it also offers USB 2.0 speeds for data transfer which means quick data transfer among your devices. One of the best magnetic Micro-USB cables on the market if you are looking to buy one for your phone.


Frequency modulation, also known as FM, is a signal processing method used around the world in radio broadcasting, radar, medicine, music production, and a load of other technologies. And yes, that’s what the “FM” stands for in FM radio. But what is it exactly, and how does it work? This article will demystify the concept for you.
The word “modulate” really just means to instantaneously change some property of a signal waveform using a different waveform. When one signal waveform “modulates” another, it changes a property of the signal being modulated. We call the signal being modulated the carrier, and the signal doing the changing the modulator.
Lets take two sine waves, for example. By themselves, each has a different and constant value for the variables of frequency, amplitude, and phase. When a modulating sine wave is used to instantaneously vary the frequency of the carrier wave, it’s called frequency modulation. FM is basically changing the pitch of a waveform really, really fast. Simple, right? Some pictures usually help.
What Does Frequency Modulation Look Like?
Let’s take a look at the two sine waves defined below by their frequencies:
Sine wave 1: Frequency = 2100 Hz, Left channel
Sine wave 2: Frequency = 120 Hz, Right channel
In this example, the 2100 Hz signal will be the carrier wave and the 120 Hz signal will be the modulator and will be used to change the frequency of the carrier wave really fast. This means that the carrier wave’s frequency of 2100 Hz (and pitch too, since pitch is related to frequency) will increase and decrease in a periodic manner.
The amount of fluctuation in the carrier’s frequency will depend on the modulator’s amplitude, and the number of fluctuations in the carrier’s frequency per second will depend on the modulator’s frequency. Let’s take a look at the new FM signal.
As the 120 Hz modulator’s amplitude increases, the carrier’s 2100 Hz frequency increases, squeezing the peaks and troughs together. As the modulator’s amplitude decreases, the carrier’s frequency decreases, spreading the peaks and troughs out. One full squeeze and one full spread happen 120 times per second because the modulators frequency is 120 Hz.
We can also say that the modulator’s amplitude was at a minimum where we see the biggest spaces between peaks and troughs in the FM signal, and the modulator’s amplitude was at a maximum where we see the smallest spaces between peaks and troughs.
Frequency Modulation in Telecoms
The radio stations you can tune into in your car usually have numbers associated with them. 97.9 KISS FM, 95.1 WAPE, Z100, etc. These numbers are actually the carrier radio wave frequency of that station in MHz. The modulator is the audio signal being broadcast. So music, annoying car commercials, UFO flight control, etc. The carrier wave stores the modulator wave in it’s frequency and carries it from the transmitter at the radio station to the receiver in your car. The receiver demodulates the signal, basically decoding it to extract the modulator signal back out of the carrier and sends the audio signal to your speakers. It’s basically magic.
Frequency Modulation in Music Production
Frequency modulation synthesis is a bit different from FM radio. With FM synthesis, we’re taking two audio waves, and modulating one’s frequency with the other to create a more interesting sound. We can hear frequency modulation synthesis used in many types of electronic music.
One sub-genre we can easily identify it in is dubstep. FM synthesis is responsible for the gritty, growling, mean-sounding bass in many dubstep tracks. FL Studio’s Sytrus plugin is an example of a real-life application of FM in music production.


Add telco services to the growing list of legacy systems that Perl can connect to, thanks in part to a software firm based in the farthest corner of the South Pacific.
SkunkWorks’ Whirlwind toolkit, which comes with the Telco Perl appdev engine, enables developers to use traditional Perl scripting skills to deliver a variety of enterprise-caliber telco services, including: voicemail play/record, fax, conference, text to speech, speech recognition, and even complex voice protocol conversions. The Perl-based system also supports all major providers of SS7 and VoIP solutions. Whirlwind also includes S.100 and VoiceXML interfaces. CPAN.org provides many plug-in modules for Perl to connect to third party and legacy systems. Examples of these modules are SMPP for SMS, DBI for database and LWP for web connectivity.


Think of Alcom Telecommunications as your outsourced IT manager installing and supporting your IT systems & network infrastructure.
End to End IT management and support to include Firewall, Cloud, Server, Network, Phone Systems, WiFi and Broadband. Partnering with world leading providers such as Intel, Dell and Cisco we are well placed to support businesses all over Ireland with 24/7/365 response.
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You are looking for a company to install, maintain and manage your networks and IT business systems. Let’s talk about your business IT and we can consult and plan to ensure your IT systems are robust, safe, secure and futureproof. Business count on reliable IT and that’s why businesses all over Ireland count on Alcom Telecommunications. Alcom CARE provides the industries best on-going IT & Network support with pro-active response.
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Structured Cabling and Fibre Optics


New initiatives need guinea pigs to help develop them, and Toyota‘s employees and their families will join the company effort to begin testing vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) technology in the Ann Arbor, Michigan area.
In cooperation with the University of Michigan Transportation Research Institute (UMTRI), Toyota says that they will transform the Ann Arbor area into the world’s largest laboratory for the testing and development of operational V2V and V2I connected vehicles.
This announcement comes on the heels of Toyota expressing interest in partnering with the computer giant Apple to develop a prototype self-driving automobile.
V2V and V2I technology is key to the development of driverless vehicles, because they’re not hindered by obstacles in the vehicle’s path. Laser, radar, and camera equipped systems that accompany the current autonomous technologies are limited by their design, because they cannot transmit and receive signals through obstacles and geographic irregularities.
V2V and V2I devices are dedicated and short-range-radio frequency based and will allow vehicles to effectively communicate with one another and the infrastructure. The radio frequencies are not hampered by buildings, hills, or other vehicles and should provide more reliable service as they pertain to self-driving (and connected) vehicle technology.
Since the chief criticism of self-driving vehicles to date has been a lack of research and real-world testing, this influx of technology combined with more drivers and more everyday trips, should help to bring the reality of mass produced driverless automobiles closer.
The U.S. Department of Transportation (USDOT) and the National Highway Traffic Safety Administration (NHTSA) have both expressed interest in expediting the implementation of self-driving technology into as many vehicles as possible, as soon as possible.
The state of Michigan works to attract these types of developmental projects. In fact, Ann Arbor is already the largest dedicated short range communication site on the planet. Toyota plans to expand on the current platform by allowing team members and their families to participate in the new initiative. Approximately 5,000 vehicles are expected to be added to the program almost immediately, with 1,500 units added annually.
The program participants will allow their vehicles to be equipped with the V2V devices, and they will go about their regular driving routines. The V2V devices will resemble a small box and will be tucked away in the vehicle’s cargo area. Two small antennas will also be attached to the exterior of the vehicle; one near the trunk lid and one on the roof, near the front windshield.
The devices will constantly transmit speed and vehicle position data from the vehicle to other participating vehicles and to specifically placed research equipment along the roadside.
Looking for a new or used car? Check out BestRide.com local search here.


Seecrypt （総合 57552位） ※2022/08/18時点
価格 ： 無料
0.0 （評価数 ： 0）
ダウンロード数 ： 50,000以上
カテゴリー ： 通信 （アプリケーション）
バージョン ： 4.35.7
マーケット更新日 ： 2022/07/28
開発者 ： Seecrypt Group, Inc.
動作条件 ： 6.0 以上
情報取得日 ： 2022/08/18
Seecrypt enables security for communications that exceeds the standards for US Top Secret.
Secure Instant Messaging
Seecrypt provides secure instant messaging with the ability to send photos, videos, voice notes, and large files of any kind. All messages and files are end-to-end encrypted with a new key generated for every message or file sent. Seecrypt’s enhanced Data at Rest encryption protects all files and media stored within the app.
Group messaging for collaboration and file-sharing can be created locally by the user on their device.
Secure Voice and Video Calls
Seecrypt voice and video calls are fully encrypted end-to-end and routed through the mobile device’s data connection with signal obfuscation. Advanced codecs ensure HD quality with minimal data and battery use, even across low-bandwidth mobile or wireless networks.
Secure calls can be made over any IP-based network, including 5G, 4G/LTE, 3G/HSDPA, 2G/EDGE, WiFi, and satellite networks, with full authentication of all parties on a call to eliminate the risks of impersonation through Caller ID spoofing.
Secure Conference Calls
A conference bridge can be established instantly from the Seecrypt app by creating a group of contacts and hitting the call button. With only mutually authenticated, authorized users, Seecrypt conference calls eliminate the need for participant PINs and passwords.
Works on Any Device
Seecrypt can be downloaded instantly for immediate use with no additional hardware dependencies.
The ability to work anywhere, from any device, with file sharing, messaging, and voice/video calling, allows users to collaborate instantly and securely.
Seecrypt uses double-layer encryption in an end-to-end configuration, with a new key for every call and message. The system is modular and adheres to best practice cryptographic standards/protocols, powered by a crypto core that is FIPS 140-2 compliant. With Seecrypt, data is secured end-to-end using Elliptic Curve and Symmetric-Key Cryptography.
For more information, please visit www.seecrypt.com or contact firstname.lastname@example.org for further assistance.


What is a Tesla coil?
A Tesla coil is an electrical resonant transformer circuit designed by inventor Nikola Tesla in 1891. It is used to produce high-voltage, low-current, high frequency alternating-current electricity. The first system that could wirelessly transmit electricity was, the Tesla coil it was a truly revolutionary invention. Early radio antennas and telegraphy used the invention, but variations of the coil can also do things that are just plain cool — like shoot lightning bolts, send electric currents through the body and create electron winds.
How does a Tesla coil work?
Employing copper wire and glass bottles, an amateur electrician can build a Tesla coil that can produce a quarter of a million volts. Tesla coils work by using resonance across a transformer to produce the very high voltage alternating current. A Tesla coil consists of two parts: a primary coil and secondary coil, each with its own capacitor. (Capacitors store electrical energy just like batteries.) The two coils and capacitors are connected by a spark gap — a gap of air between two electrodes that generates the spark of electricity. An outside source hooked up to a transformer powers the whole system. Essentially, the Tesla coil is two open electric circuits connected to a spark gap. A Tesla coil needs a high-voltage power source. A regular power source fed through a transformer can produce a current with the necessary power (at least thousands of volts). In this case, a transformer can convert the low voltage of main power into the high voltage. The power source is hooked up to the primary coil. The primary coil's capacitor acts like a sponge and soaks up the charge. The primary coil itself must be able to withstand the massive charge and huge surges of current, so the coil is usually made out of copper, a good conductor of electricity. Eventually, the capacitor builds up so much charge that it breaks down the air resistance in the spark gap. Then, similar to squeezing out a soaked sponge, the current flows out of the capacitor down the primary coil and creates a magnetic field. The massive amount of energy makes the magnetic field collapse quickly, and generates an electric current in the secondary coil. The voltage zipping through the air between the two coils creates sparks in the spark gap. The energy sloshes back and forth between the two coils several hundred times per second, and builds up in the secondary coil and capacitor. Eventually, the charge in the secondary capacitor gets so high that it breaks free in a spectacular burst of electric current. The resulting high-frequency voltage can illuminate fluorescent bulbs several feet away with no electrical wire connection. The principle behind the Tesla coil is to achieve a phenomenon called resonance. This happens when the primary coil shoots the current into the secondary coil at just the right time to maximize the energy transferred into the secondary coil. Think of it as timing when to push someone on a swing in order to make it go as high as possible.
What are its advantages?
Tesla Coil can produce high voltage alternating current at both high and low frequency. This high-frequency current can be transmitted wirelessly through the air to another receiver over a long distance without any adverse effects on the human body.
What are its disadvantages?
It's deeply inefficient. The transmitting antenna and the receiving antenna must be precisely tuned to each other, any deviation from this precise tuning results in an exponential loss of transmitting efficiency. It's impractical. The magnetic field generated by such a device would cause all sorts of noise in any unshielded electronic device. The cost of such a system would be immense, and the cost for powering it would be exponentially more than a direct power line. By Vishal Patil A highly experienced Mechanical Engineer


Technology has changed immensely over the years all around the world. Many things have changed in the technology but we talk about only one thing that faced a drastic change in the last two decades. We are talking about the “Medium Of Communication”.
In today’s time we all have smartphones by which we can easily contact anyone anywhere around the world. Even a 5 year old kid knows how to make a call via smartphone. In the previous time it was not that easy to communicate to each other, charges were very high, long distance calls always has the disturbance, people mostly were unaware of internet and uses of internet even internet charges were very high at that time. Communication started with a Telegraph service in the 18th century and led the foundation of the devices that we use today like “Telephones“, “Radio“, “Internet“, “Mobile Phones“.
Mobile phones are very common these days due to its handy nature and Lightweight. Internet is a part of you smartphones today and you can use it easily to communicate with anyone for free. From paying “High Charges” just for a couple of minutes for any international call to talking for hours for free, medium of communication has changed immensely and it will be updating in the coming years. When Mobile Phones came in the market to replace telephones, they were not this much popular like the way they are in the present time only high class people have the capacity to afford it at that time. With the time growing we saw many changes in the concept of mobile phones. Mobiles came with heavy and black and white display in the past but now you can even see a foldable smartphone in the market.
With the technological advancement in the area of communication and the mediums through which we communicate has developed very severely. Smartphones in the starting were very costly and only a few companies were selling smartphones in the market but this scenario changed, more and more innovations were made in this field and suddenly we saw a wide range of smartphones in the market of different price range. With the increased competition and increasing demands of all people, smartphones got “Cheaper” and more “Affordable“. We saw buttons on the screen of the smartphone but now in the present time you will not even see the bezels in smartphones.
Currently more innovation is being made in this field and more and more things are yet to come and we can expect something more unique, new and more interesting with every year passing. Tech giants like Apple, Samsung, One Plus are working every year to bring something new for us and always have an upper hand on their competitors. In the present scene Samsung is leading this innovation race among all other brands with the largest market share in the world. Every year something new is announced and that new thing comes the problem what is going to be the next viral innovation in this field. Innovation will go on and you will see something new and more efficient every time.
Hope you all loved this article and if you have any suggestions you can comment it down in the comment box. Thank you for reading this article.


MBS/AP radio uplink racks
||In a business that uses rapidly-evolving technology, it's a real surprise to find out that something I'd helped build had actually survived for a whole seven years at the time of this photo. They'd reorganized the racks to make space in the building, so the eight racks had been cut to six, but most of it was still there, including the computerized controls.
Racks left to right and top to bottom:
Rack 1: Associated Press link A: Audio processing, patch panels, two different types of IF modulators, and upconverter.
Rack 2: control rack with mimic panels and an Eagle Signal process control computer. Re-programming this computer was my OJT in 8080 assembler programming, on a very crude Datapoint editing terminal.
Rack 3: Associated Press link B, same as rack 1.
Rack 4: MBS transponder 1 links A and B
Rack 5: MBS transponder 2 links A and B
Rack 6: Antenna positioning controller, deicing panel for 11 meter antenna, custon deicing panel for AP 5 meter antennas, an AP receiver shelf (I think), spectrum analyzer and other stuff.


It is essential to know the basic wiring and connections required for your Home Recording Studio. If you haven’t read the Elements of Home Recording, I suggest you to go through it if you are new to audio recording. Before you can start any sort of recording, you need to bind every element of your home recording setup appropriately to make a flawless audio signal chain. To get the best out of your audio chain, you must understand the basic connections and cabling needed to hook up your home studio setup.
How to Connect Your Home Recording Setup?
You have selected the hardware and software components of your recording studio after a good amount of thought to match your requirements. A basic home studio needs to have one or more analog audio inputs to record audio sources through microphone, instrument input, analog signals fed from a line level outputs of other devices like a CD player. You may also want to hook a MIDI keyboard to play software instruments and record MIDI tracks in your DAW. You will have at least one pair of studio monitors and a stereo head phone for monitoring what is being recorded and the played back tracks.
All the devices or hardware that are going to be part of your home recording studio audio chain, will have different types of inputs or outputs or both. Different types of input / output connection sockets on your devices take different types connecting plugs or connectors appropriate to the type of the socket. Even though your recording setup is called computer audio recording or digital audio recording, invariable you will have several analog signal sources coming in as well as going out. Similarly, digital audio input / output ports, MIDI ports and other digital port to communicate digitally between different devices may be present. Different types of analog and digital cables may also be required - everything is available ready-made – depending on the devices and connect your home studio setup has.
Analog Audio Connections
There are basically analog and digital connections are needed even in a small kind of setup. Connections and cabling can get confusing. However, if you spend a little time understanding it, it will become easy to handle. Analog connections are used to carry analog audio signals – signals that are continuously varying voltages according to the pressure of the sound wave like signals produced by the sound pressure on a microphone diaphragm. Typically, your audio devices may several analog connections in or out or both. Analog connections have subdivision due to the nature in which it handles the signals and the cables and connectors used. Further, connections on the devices are classified as per the level of analog signal it accepts or outputs. Below are the broad classifications:
• Unbalance Audio or Balanced Audio Connections
• Mic, Instrument, Line or Speaker Level Input / Output
Unbalanced and Balanced Connections
An unbalanced cable consists of two connectors with two conductors each, connected by two wires inside the cable—a signal wire and a ground wire. Unbalanced cables can pick up noise from radio frequency (RF) interfaces like TV and radio transmitters. A balanced cable, by contrast, has three conductors in the connector and three wires in the cable: two signals wires plus a separate ground wire. Balanced cables / connections have the capability of cancelling noises picked from RF interfaces.
XLR Balanced Mic
In our small setup, you will be connecting a microphone to channel 1 of your audio interface. For microphones, typically, you will be using XLR type balanced connections. XLR cables have male and female XLR connectors. Plug your microphone into female end of the cable and the male end goes into your audio interface. Your audio interface may have a combo female connector which can take both XLR male or ¼” TRS (tip-ring-sleeve) / stereo phono jack.
Balanced or Unbalance Phono
Next is our guitar input. This can go into the next input with a capability of taking ¼” phone jack in. There are two types of phone connector: stereo and monaural. Stereo phone connectors are also called TRS phone connectors. They are used to handle stereo signals for headphones, as well as to insert effects. TRS phone connectors can also be used for balanced connections. Monaural phone connectors are used only in the unbalanced method described later, and they are used with instruments such as electric guitars.
Mic Level, Instrument Level, Line Level Input and Speaker Level
There are 4 different signal levels of audio – mic, instrument, line and speaker. Mic level is the lowest or weakest level signal of the four and requires a preamplifier to bring it up to Line level. Instrument level signals live between mic and line level signals - typically see this kind of signal come from an electric guitar or bass guitar. Line level signals are the highest-level signals before amplification. There are two types: Consumer and Professional. Consumer line level audio is rated around --10dBV and is what you’ll find in products like a CD player. Professional line level is rated around +4 dBu and is found in devices like mixing desks and signal processing equipment. As the name denotes, speaker level signals are post amplification output to your speakers.
Microphones are normally connected to XLR balanced inputs. If you are using a condenser microphone it need +48v power, called phantom power for it to work. Most of the audio interfaces, audio mixers and similar devices come with phantom power built in. Guitars are typically connected to unbalanced instrument level input. Most of the time you will find a switch to move the input between mic/instrument and line level so that you can connect a mic, instrument or line level device like key board or CD player. Remember to switch on phantom power, if you are using a condenser microphone.
Now that we have hooked our mic, guitar and keyboard, let us look at the typical outputs an audio interface have. Your audio interface will have a minimum of two output channels - a left and a right or a stereo output and a headphone out. Main out will mostly be a balanced out which can be XLR, TRS connection or a combo. This can be fed into powered near filed monitors, amplifiers or to a recording machine etc. Please ensure you check the output levels (mic, line etc) before you feed the output into another device. You may find many other output connections for additional signal streams like headphone mix going into a headphone distribution amp, second monitor etc.
Unlike analog connections that are typically for audio signals, digital connections carry data to and from a computer and your audio interface and other digital devices. Typically, your audio interface will have a either USB or Firewire connections that communicate to other digital devices like your PC or Mac running your DAW. These connections carry several channels of audio, midi and type of information at a high speed back and forth between the connected devices.
For digital audio, S/PDIF (Sony/Philips Digital Interface) is a common connection found on digital audio hardware. This type of connections normally use RCA coaxial connectors. ADAT Lightpipe optical connections that allow multi-channel digital transfers between digital audio devices over a single fiber-optic cable.
MIDI in / out connections are used to connect MIDI keyboards, control surfaces and other devices. There are standard 5-pin MIDI connection as well as a USB connection work as MIDI connection.


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Umx U240c Problems
Here you can read more about Umx U240c Problems. Many people have talked about How do you set up your computer to accept straight talk. But in this post i will explain Is there better instructions on how to get my computer set up for straight talk mobile hotspot unimax u240c more clearly than another blog.
Full Description About Umx U240c Problems
Network: 800/1900mhz evdo rev a dl: 31mbps/ul: 18mbps wifi 80211b/g design: 75*75*13mm.
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A straight talk hotspot? you may be wondering what this hockey puck looking thing might be? the answer is, it’s a prepaid wireless hotspot! this little device lets.
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Is there better instructions on how to get my computer set up for straight talk mobile hotspot unimax u240c.
Straight talk is preparing to roll out mobile broadband service powered by verizon wireless and it may lead to lte access in the future after months of rumors.
If 3g speeds are sufficient for you i would actually recommend the umx u240c hockey pucksized modem. i've had mine since last may and it's never failed me..
Read more on Straight talk to launch verizonpowered mobile broadband.


The Baby Link Wi-Fi camera automatically connects to a home wireless network enabling parents to view in-home and away from home on smartphones, tablets and computers via a free viewing APP for Apple and Android devices.
Advanced technology: view on smartphones, tablets and laptops in home or away via free summer link Wi-Fi application for Apple and Android; Expandable system add extra cameras to monitor multiple children or rooms, up to 4 total.
Remote Control: Pan, scan, zoom camera allows parents to keep a mobile baby in view; Two way communication; Monitor room temperature, with option for Fahrenheit or Celsius reading; Share viewing access with friends and family.
Wi-Fi camera: Automatically connects to home wireless network for secure in home and remote viewing; Internet status lights indicate connectivity states; Infrared LEDs enable monitoring in darkened rooms and overnight.
App features: snapshot pictures stored on mobile device; Record a Video video stored on mobile device; Privacy mode control/restrict access for out of home viewing; Split screen view 1-4 rooms on same screen when cameras added to system.
Features: Android and Apple Compatible, Monitor 1 Child/Room, Night Vision, Wireless network compatability
Includes: 1 Camera Base, AC Adapter, Wall Mounting Kit
Power Source: Electrical Plug-In
Dimensions: 8.0 " H x 8.0 " W x 2.0 " D
Weight: 0.75 Lb.
Warranty: 1 Year Manufacturer Warranty
Battery no battery used


Download the "Inform San Carlos" App Now
Electronic Service Request System Enhances Communication
The City of San Carlos has launched Inform San Carlos, an innovative and easy-to-use mobile app for providing residents, businesses and visitors access to City services online using smartphones, tablets and computers.
The new online service request application enhances communication by allowing users to submit, track and view service requests 24/7. Requests can be made through the mobile app or online and will be routed to the appropriate City department automatically with updates provided in real-time.
Download the free app - Inform San Carlos , now available at the iTunes App Store and Google Play. Search Inform San Carlos in the store.
Make a service request online: Visit www.CityofSanCarlos.org/Inform


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The Future of Internet Infrastructure: How Adhesives are Shaping High-Speed Connectivity
The future of internet infrastructure is being shaped by a seemingly unlikely hero: adhesives. Physical Vapor Deposition (PVD) adhesives, for instance, are playing a pivotal role in the development of high-speed connectivity. As we move further into the digital age, the demand for faster, more reliable internet connections is growing exponentially. This demand is driving innovation in the field of internet infrastructure, with PVD adhesives increasing in demand.
PVD adhesives are a type of high-performance adhesive that are used in a variety of industries, including electronics, automotive, and aerospace. They are known for their exceptional bonding strength, durability, and resistance to heat and chemicals. These properties can help make them ideal for use in the construction of internet infrastructure, where they can help to ensure the reliability and longevity of the network.
Further advancements in PVD adhesive and other similar adhesive technologies are expected to have a significant impact on the development of high-speed internet connections. Adhesives are being used to create stronger, more durable connections between the various components of the network. This not only improves the reliability of the network, but also allows for faster data transmission speeds.
One of the key ways in which adhesives are contributing to high-speed connectivity is through their use in the construction of fiber optic cables. These cables are the backbone of the internet, carrying data from one place to another at the speed of light. Adhesives are used to bond the various layers of the cable together, creating a strong, durable connection that can withstand the rigors of data transmission.
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Where Does 5G Fit in the Connectivity Ecosystem?
A great percentage of American households are expected to have 4K- and 8K-capable televisions as it becomes more readily available and cost effective. Wired broadband can support 4K/8K video streaming in homes, but it can’t support data-thirsty apps on the go.
For that, much of the world is banking on Fifth Generation (5G) networks. In 5G cellular networks, the peak data rates are 10 gigabits per second (Gbps), which means downloading a 1.2 gigabyte (GB) ultra-high-definition (UHD) movie would require less than a second. Compared to its 3rd Generation Partnership Project (3GPP™) predecessors (2G and 3G/4G LTE), 5G’s expanded capacity is a big step forward in mobile connectivity.
Much like Moore’s law for computers, Nielson’s law of internet bandwidth predicts that bandwidth usage will increase by 50 percent every year. To help keep up with this exponential rise in bandwidth requirements, 5G wireless will need to deliver.
As device manufacturers and application developers prepare for 5G-capable products and services, it is important to assess the applicability of 5G in their respective use cases. The enormous promise of 5G as an ultra-low-latency broadband wireless technology must be gauged in relation to other technologies in the connectivity ecosystem. For example, several product categories exist for which 5G networks may not be a realistic choice. Price over performance is a crucial consideration when determining whether to adopt 5G over other connectivity options.
This article helps systems engineers evaluate the viability of 5G in the existing connectivity ecosystem.
What Distinguishes 5G Connectivity?
We have moved into an era dominated by cloud-based, connected applications. Every vertical industry is transitioning to service models in which the essential functions are dispensed from the cloud. This shift forces us to think differently about connectivity.
That’s where 5G fits in. The 5G standards provide a totally new framework for connectivity. In that sense, 5G paves a disruptive evolutionary path for existing connectivity concepts.
In addition to using spectrum in the existing Long-Term Evolution (LTE) range, 5G uses unlicensed spectrum in the millimeter wave (mmWave) bands. According to an article in IEEE Spectrum entitled “5G Bytes: Millimeter Waves Explained,” mmWaves, broadcast in the 30 to 300 gigahertz (GHz) frequency range, provide much higher bandwidths than the spectrums of former generations along with the added benefit of lower latencies. However, the mmWaves (1 to 10mm in length) cannot travel easily through buildings and other obstacles and are easily absorbed by rain, foliage, etc. One way to counter the mmWave propagation issues is with the use of 5G small cells. Compared to traditional cell sites, small cells are much smaller in size, more power efficient, and are becoming more affordable. Due to their inherent spectrum efficiency, small cells also increase wireless capacity to connect more “things” and data traffic.
A few other factors distinguish 5G networks in the digital landscape (Figure 1).
The adoption of the Internet of Things (IoT) is already ramping up across all industry verticals. The IoT currently connects physical devices such as sensors, actuators, pumps, and cars. Billions of such devices will need network connectivity in the coming years to be able to communicate reliably with cloud-based services. Increased capacity from 5G small cells technology can support IoT devices and machine-to-machine (M2M) connectivity at a massive scale. Compared with 4G LTE, 5G offers 1,000 times more bandwidth per unit area, 10,000 times more traffic, and 100 times more connected devices per unit area.
As the IoT hits industrial scale, connectivity must support applications such as remote control of machines, drones and robotics applications, time-sensitive industrial control loops, driverless car navigation, remote surgery, and more. For these mission-critical applications, high bit rates are not enough. To achieve real-time performance, latencies must also be very low. 5G standards extend broadband wireless services beyond mobile internet capacity to IoT applications that require ultra-reliable, fast, and mission-critical communications.
Whereas 4G is primarily a mobility solution, 5G (in addition to enhancing mobility) caters to fixed wireless and industrial IoT applications where devices operate in rugged environments, have a limited power supply, and run for decades. That’s why 5G is designed for up to a 90 percent reduction in power usage compared with 4G and up to 10 years of battery life for IoT devices.
Security and Reliability
Relatively speaking, communication over wireless connectivity is easier to intercept and more susceptible to man-in-the-middle attacks. In IoT use cases, low-power wireless connectivity is prone to bit rate errors and connection drops. The robust design of 5G is expected to offer 99.999 percent availability and include mutual authentication, local secure elements, Transport Layer Security (TLS) encryption, and over-the-air (OTA) firmware updates for 5G electronics. Much like virtual machines on virtualized hardware platforms, 5G network resources can be segmented into “network slices.” 5G network slicing enables service providers to build virtual, application-specific, end-to-end networks that offer additional security.
Mapping 5G Networks in the Connectivity Landscape
Excitement about the 5G rollout does not necessarily translate to deprecating (or sunsetting) existing technologies. In fact, ongoing innovations in time-sensitive networks (next-generation of Institute of Electrical and Electronics Engineers [IEEE] 802.1 Ethernet); low-power, wide-area networks (LPWANs); Wi-Fi; and long range (LoRa®) technologies are gaining traction as well.
Even after 5G standards are rolled out at mass scale, 5G technology will coexist with other technologies for the foreseeable future. In many scenarios, 5G technology will complement those technologies.
Fiber Optics and Fixed Broadband
The study “Communications Infrastructure Upgrade: The Need for Deep Fiber,” published in 2017 by Deloitte, shows that only 11 percent of internet traffic is carried over wireless connections, while 90 percent of the traffic traverses wired networks. Fiber optic networks offer high throughput and bandwidth with low latencies over long distances. In terms of bandwidth and speed, 5G wireless and fiber optics are comparable technologies. However, as connectivity solutions, these technologies are less competing and more complementary. In fact, the quality and reliability of 5G networks would depend on fiber-based wireline networks for backhaul transport of traffic between the small cells.
In smart homes and offices, 5G small cell access points can enhance indoor-coverage fiber and coaxial cable-based broadband internet solutions. The speed and flexibility of 5G wireless may replace legacy wireline networks in industrial and city infrastructures. In data center infrastructures and cloud computing servers, however, where the robustness and maturity of wireline technologies are critical, fiber optic and fixed Ethernet technologies will continue to dominate.
The desired capabilities of LPWAN technologies for IoT applications are:
- Device chipsets with low-processing and transmission power as well as a battery life exceeding 10 years to support long-term usage.
- Extended coverage (more than 10km suburban; more than 5km urban) with good penetration in buildings and basements.
- Device abilities to send small bursts of data intermittently, so the supported data rates are low (0.3 bits per second [bps] to 50 kilobits per second [Kbps] — typically, approximately 10 kilobytes per day [KBpd]).
- Secure data transmissions with low total costs of ownership.
LPWAN technologies are already prevalent in IoT edge deployments, where many low-cost IoT devices (such as sensors and meters) are spread over extended areas in operational environments. LPWAN adoption is expected to grow across global IoT markets over the coming years, even when 5G wireless is ready for commercial use. LPWAN technologies cater to use cases where 5G’s high data rates and low latencies are less compelling.
These generic requirements have been implemented in several LPWAN technologies. Here’s a quick roundup of common LPWAN technologies in the context of 5G connectivity:
Narrowband (NB)-IoT transmissions are designed using a more limited bandwidth, and hence are more energy efficient. NB-IoT user devices are designed for ultra-low complexity and cost less. NB-IoT has a significant spectrum efficiency. It can connect up to 50,000 devices per cell. NB-IoT can penetrate buildings and underground areas (offering 20dB or more coverage indoors) and are suitable for smart city applications with static assets.
Sigfox is a proprietary technology that has already penetrated European markets and is supported by many electronics vendors. Sigfox uses a slow modulation rate for extended coverage. It is suitable for applications such as smart parking sensors, smart garbage cans, and utility meters, where the low-cost devices need to upload small, infrequent bursts of data to IoT gateways.
LTE for Machines
LTE for Machines (LTE-M) is a relatively recent innovation, and its power efficiency is still under evaluation. It can piggyback over existing 4G-LTE connectivity (and can evolve to be 5G compatible) to support roaming for mobile IoT assets like vehicles and drones. LTE-M electronics are among the most expensive options because they can offer data rates higher than other LPWAN options. Data-rich applications in the IoT edge can benefit from LTE-M.
LoRa is a long range, low power, low data rate connectivity standard from the Lora Alliance™. LoRa is designed to enable large network operators to offer subscription-based LPWAN services. LoRa uses the unlicensed spectrum (sub-GHz radio frequency; e.g., 915MHz in North America) but relies on an additional layer of security because LoRa devices do not use subscriber identification modules (SIMs) or machine identification modules (MIMs) for device authentications or encryptions.
5G networks and LPWAN can be expected to complement each other in various end-to-end IoT deployments. For example, in the case of a remote surgery, the time-sensitive nature of communication requires real-time data transmissions. Scenarios like this are where low-latency 5G cellular networks fit. However, a remote surgery also involves sensor networks at the edge such as on the hospital premises to collect and process critical information locally. For these sensor networks at the edge, LPWAN connectivity is a more viable option.
Personal Area Network (PAN) and Local Area Network (LAN)
For local connectivity in homes and enterprises, Wi-Fi® and Bluetooth® technologies (based on IEEE 802.11 standards) and Bluetooth Low Energy are common options. 802.15.4-based technologies (including Zigbee®, ISA100.11a, 6LoWPAN, WirelessHART®, and Z-Wave®) support enterprise IoT applications such as asset and resource tracking.
Just like cable and fiber optic broadband solutions, 5G fixed broadband and cellular networks should complement Wi-Fi and Bluetooth. 3GPP’s Release 16 will include the 5G New Radio (NR)–Unlicensed standard, which supports existing 5 and 6GHz (“greenfield”) unlicensed frequency bands. One of the promising use cases of the 5G unlicensed spectrum will be “Wi-Fi-like” private networks in enterprises, large stadiums, and malls.
In the connectivity ecosystem, while satellite technologies offer high bandwidth and reliability, they are expensive. As such, satellite serves only niche use cases. Onboard connectivity in aircraft, on freights, and on fleets using Global Positioning System (GPS) tracking across oceans, remote locations, underserved areas, and disaster zones, where mobile networks can fail, are some of the scenarios in which satellites are useful.
Satellite connectivity can augment 5G wireless to offer ubiquitous connectivity, by extending the coverage of 5G networks in areas where cellular connectivity is not feasible because of economic and other locational constraints.
4G-LTE started rolling out in 2009, and in pre-5G days, it is the most advanced cellular technology available, with a peak rate of up to 1Gbps and latencies of 30 to 70 milliseconds (ms). With its 10Gbps data rates and less than a 1ms latency, 5G wireless is poised to evolve cellular networks into super-fast, responsive, power-efficient sources of connectivity.
Deployment of 4G networks is still in progress around the globe. It will take some time before 5G networks reach ubiquity and for 5G chipsets and devices to reach the market on a commercial scale. Use cases that do not require an ultra-high throughput and ultra-low latencies can continue to use 4G even after 5G has been rolled out. The 5G NR standard is designed to overlap and coexist with the 4G core network. So, at least from a technical design standpoint, compatibility has been built into 4G and 5G wireless-based cellular services.
2020 is the year of 5G connectivity. Mobile carriers and original equipment manufacturers (OEMs) are gearing up to roll out 5G networks commercially within a year. Nonetheless, the reality is that certain 5G standards are still in development, and testing is still in progress to certify 5G capabilities.
With its bold promises, 5G also introduces unprecedented challenges to achieving its ambitious performance goals in real-world scenarios. To adopt and create 5G-capable applications and electronics in the future, it is important to stay current with the ongoing 5G tests and developments. The 5G community also needs to think in innovative ways to overcome technical challenges and assess the applicability of 5G wireless networks in a quickly evolving connectivity ecosystem.


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ICE.TCP Pro uses a convenient network installation procedure. Once ICE.TCP Pro is installed and the TCP5_User directory is made shareable on a network server (any Windows network drive accessible to other network users), any user (client) with peer-to-peer networking can install ICE.TCP Pro on his or her workstation directly from the server.
Server Install, which should be performed by the network administrator, includes installation of IPAdmin, LicenseAdmin, and other administrative tools. (Typically, the ICE.TCP Pro server resides on the network administrators PC. A 32-bit operating system is required.) The administrator should also set up one or more configuration profiles for network users to install.
Installation of the ICE.TCP Pro server requires the network administrator to install ICE.TCP Pro files from the CD, run LicenseAdmin and IPAdmin to enter licensing and network information, and share the TCP5_User folder, which contains the setup program and files for the network client install procedure.
After completing the server installation, the network administrator can use the network client install procedure to install ICE.TCP Pro programs, then run Telnet Pro to set up one or more configuration profiles for other clients to install.
The following procedure assumes that Windows networking is installed and activated.
Step 1: Install ICE.TCP Pro Files on a Network Drive
From the Admin Install Files folder on the ICE.TCP Pro CD, run the Setup program, which sets up folders and copies files to the ICE.TCP Pro server. Any Windows network drive accessible to other network users can be used as the ICE.TCP Pro server.
When the ICE.TCP Pro server is installed the default location is C:\Program Files\J River\ICETCP5 Server two folders are created: TCP5 Admin, containing administrative programs (LicenseAdmin and IPAdmin), and TCP5_User, containing the folders and files needed for installation on client PCs.
Step 2: Enter Licensing Information
Using the Windows 95/98/NT/ME/2000/XP/VISTA Start command, run the LicenseAdmin program.
In the LicenseAdmin dialog box, enter the name of your organization, using the organizations exact name as submitted to J. River, Inc. with your serial number.
Enter the license key provided by J. River, Inc. exactly as it appears, using the same combination of uppercase and lowercase letters. Click OK to save. (Although this is the only time this particular dialog box appears, LicenseAdmin can be used later to add additional license keys and edit your company name.)
Exit the LicenseAdmin program by clicking the Exit button.
Step 3: Configure Network Information (Optional)
Use the Windows 95/98/NT/ME/2000/XP/VISTA Start command to run the IPAdmin program.
IPAdmin lets you configure, if necessary, the following network information: Domain Name, Subnet Mask, Low-Range IP Address, High-Range IP Address, Name Servers, WIN Servers, Gateways, and Reserved IP Addresses. Make sure to reserve IP addresses currently in use by UNIX and other computers that already have been assigned IP addresses or will not be running ICE.TCP Pro.
For multiple subnets, use the Save As button to save network information for each subnet in a different file.
After configuring and saving network information, exit the IPAdmin program.
Step 4: Share the TCP5_User Folder
To make the TCP5_User folder accessible for network client installation, it must be shared with the network.
Find the TCP5_User folder the default location is C:\Program Files\J River\ICETCP5 Server\TCP5_User and click on it with the right (auxiliary) mouse button. In the pop-up menu, select Sharing, which displays a Properties dialog box for configuring a shared folder.
Click on the Shared As radiobutton to share the directory. A different Share Name can be assigned to the directory, although the default (TCP5_User) is recommended. The Shared Name is the name other
network users will see when they access the directory during the network client install procedure.
For the Access Type setting, select Full.
Assign a password for the shared folder. Network users will be required to enter the password when mapping the folder during the network client install procedure.
Close the Properties dialog box. When the TCP5_User folder is shared, it displays the name entered in the Share Name field.
ICE.TCP Pro can now be installed on network PCs as described in "Network Client Install" below. The network administrator must use the network client install procedure to install Version 5.1, then run Telnet Pro to configure one or more default configuration profiles for other 5.1 users to install. (See "Setting Up Configuration Profiles.")
Network Client Install
Network Client Install is a quick and simple process that, in most cases, can be performed by the user. A sequence number, a default configuration profile , and TCP/IP are configured automatically during the network client install process. (If TCP/IP networking already exists, the TCP/IP configuration component can be disabled.)
Step 1: Install ICE.TCP Pro from the Server
Use the following procedure to map a network drive to the TCP5_User folder (on the ICE.TCP Pro server) and run the Setup program to install ICE.TCP Pro files.
NOTE: In the following examples, the name ICEserver is used as the name of the computer where the ICE.TCP Pro server resides (typically the network administrators PC). In place of ICEserver, use the name provided by the administrator.
Select Start > Find > Computer and enter (for example) ICEserver. Double-click to open ICEserver. Click on the TCP5_User folder using the right (auxiliary) mouse button. Select Map Network Drive. Select a drive letter, make sure the Reconnect at Login checkbox is activated, and click OK.
If prompted, enter a login name (the users network name) and, if required, the password for the shared TCP5_User folder (as provided by the network administrator).
When the folder opens, run the Setup program. By default, Setup installs the ICE.TCP programs in the C:\Program Files\J River\ICETCP5 directory then automatically runs the configuration program ConfigWizard.
Step 2: Configure ICE.TCP Pro Using ConfigWizard
ConfigWizard is used to obtain a sequence number, select a default configuration profile (Version 5.1 only), and configure TCP/IP.
ConfigWizard performs the tasks sequentially. Checkboxes are provided to activate or deactivate
each task. Click the Next button to move to the next dialog box. Click the Previous button to return to a preceding dialog box. To exit ConfigWizard, click the Exit button.
NOTE: If TCP/IP networking already exists, deactivate the TCP/IP configuration function in ConfigWizard.
ICE.TCP Pros administrative programs automatically assign and keep track of sequence numbers for client PCs. ConfigWizard uses LicenseAdmins configuration files to obtain an available sequence number. The Name field displays the users name. Optionally, additional information, such as phone extension, can be entered in the Comments field. Versions prior to 5.1.28 require an entry in the Comments field.
To launch Telnet Pro, a configuration profile is needed to define settings for screen appearance, keyboard, printing, terminal emulation, and advanced features such as links and macros. Click on the list to select one profile to use in getting started with Telnet Pro. Later, additional profiles can be created to customize the setup. See "Working with Configuration Profiles" in Chapter 3 of the manual for more information.
Telnet Pro comes pre-configured with one default profile. Additional profiles can be set up and made available to users during client install. (See "Setting Up Configuration Profiles" in the manual for more information.)
Depending on your network setup, one or more IP configurations may be displayed in the dialog box. Click to select the appropriate user group (in many cases, simply the default group). ConfigWizard automatically configures TCP/IP.
After configuring the sequence number, configuration profile, and TCP/IP, click Finished to complete the client install procedure and exit ConfigWizard. ConfigWizard will display a prompt asking permission to reboot the PC (to activate TCP/IP).


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The competitive landscape in the global rugged electronics market is very dynamic and highly fragmented in nature with the presence of several market players, notes Transparency Market Research (TMR). The primary factor that stimulates the growth of the global rugged electronics market is their wide range of applications in different areas.
The global market for rugged electronics is marked with the presence of a large number of leading market players that contribute towards intense competition amongst them. Owing to the increasing number of applications of rugged electronics, the major players in the market are wrestling to introduce novel products, thereby intensifying competition amongst them.
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Rugged electronics refers to a particular genre of electronics that are designed to work under rugged and extreme conditions. Rugged electronics are made to tolerate extreme temperatures, drops in temperature, vibrations, and dust. Communication devices provide the much-needed support to the capabilities of modern warfare. These communication devices are invariably observed by computer systems that are deployed by central control unit. As such, there has been an increased usage of and demand for rugged electronic devices in the defense sector across the globe.
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Modern warfare capabilities considerably bank on communication devices that are monitored by computer systems deployed at a central control unit and use of modern electronics in various combat systems. The steady demand for rugged electronics from the defense sector has been a boon to the rugged electronics market. This is to provide reliable equipment that can function optimally even at battleground. Several nations worldwide are expanding their defense budgets to enhance warfare capabilities with smart combat systems rather than bulky and voluminous war weaponry.
Besides, low downtime and high durability are two of their characteristics thatare expected to augment the growth prospects of global rugged electronics market.
The industrial computing and handheld devices sector is being forecasted to be a major contributor of revenue in the global rugged electronics market as they have been witnessing a growing adoption in a large variety of industries, such as adventure sports, transportation, defense, and power.
On the flip side, experts forecast the market to be restricted by low order quantity. Furthermore, the cost of rugged electronics is quite high when comparedwith the benefits of customization as per the client. This cost element is anticipated to be a major restraining factor for the growth of the global rugged electronics market.


The ‘SpotBox4K’ connects into the back of a monitor via HDMI offering a PC-LESS, LOW COST IP camera viewing solution, which can be integrated into a system build, or added onto existing systems easily.
‘Spotbox4K’ doesn’t aim to compete with the NVR / VMS market – but simply provides an ‘add on’ solution to what may already exist or provide a simple viewing station without the needs for NVR’s or VMS.
Program up to 32 IP ONVIF cameras / streams and view up to 16 simultaneously (4x4).
Full screen 4K UHD Decode or quad view in 4 x full 1920 x 1080 resolution without loss in picture quality as its displayed on a 4K screen (other viewing options available).
The 'Spot Box 4K' is the worlds first universal 4K quad decoder for CCTV and video wall applications. It is a 4K re-incarnation of the old 'Spot Monitor' used in CCTV viewing applications.
Explained simply you can view up to 16 ONVIF network IP cameras which can be displayed in up to 4 x 4 mode on a 4K monitor without the need for anything else!
The 'Spot Box 4K' plugs into the back of a monitor using a HDMI connection (cable included).The installation is quick and easy, saving time and money on complex PC installations.
It is supplied with and controlled using a battery powered IR remote control, not dissimilar to that of a TV remote. This easy to use method of control can be adopted by anyone with any level of technical skill set.Back to Featured Products | More Detailed Information


Allow multiple simultaneous connections to platform.
Adds the --server argument to lldb-server platform which when specified will allow multiple simultaneous connections by forking off to handle each individual connection. This will allow us to run the remote tests in parallel.
Run: lldb-server platform --listen *:1234 --server
Connect from multiple lldb clients simultaneously.
I will also test running the test suite remotely with multiple simultaneous jobs.
Differential Revision: http://reviews.llvm.org/D8452


The eLight System is an innovative solution as a portable, reliable, and convenient resource for lighting, charging and some other applications.
LightingPower mode I: high efficient LED up to 50 Lumen, last for 20 h.
Power mode II: high efficient LED up to 100 Lumen, last for 10 h.
5V USB output power bank for cellphone, MP3 and some other small electronic devices.
High performance Li-ion battery and advanced system design leads to a longer life-time.
The small volume, light-weight and solar-powered design make it can be used in the field such as home, camping, fishing, boating, and emergency.
||Battery Capacity||3.6 V 2000 mAh|
|Lamp||Adjustable 50/100 lumen high SMD LED beads|
|Life-cycle of fully charged battery||Mode 1: up to 20 h / Mode 2: up to 10 h|
|Charging Time||Solar module: 5.5 h / 5V 1A: 2.5 h|
||Electricity Parameter||6V 2W poly-crystalline solar panel|
|Weight||310 g (with 3 m cable)|


Email : email@example.com
- Homepage : N/A
- MS, Institute of Computer and Communication Engineering, National Cheng Kung University, ROC
- BS, Department of Electrical Engineering, National Cheng Kung University, Taiwan
- H. C. Chung, Y. J. Chang, K. F. Ssu, “A Dynamically Carpooling Dispatching Algorithm for Improving Efficiency of Self-Driving Taxis in the Connected Vehicles Environment,” Proceedings of the Fifteenth International Conference on Wireless and Mobile Communications, June 2019.


Compared to my previous globe lte plan, pldt fibr is blazingly fast. Speed score is a measure that takes into account both upload and download speeds. Pldt, smart top ookla internet speed tests businessworld. Ookla only included top carriers that have 3% or more of the total test samples in the market. Pldt download world average download smart bro pldt upload world. Speedtest by ookla the global broadband speed test. Im experiencing it lately and baka may workaround kayo for that. We seek your patience and understanding as extended delays in. This speed test meter has it all and allows you to test your full bandwidth speed completely automatically.
If your connection speed should be above 20 mbps, please connect to the network via cable if you use wifi. With that, ookla gives the award for the fastest fixed network to pldt, which managed to pull top download speeds of 52. Pldt, smart hailed as phs fastest internet in ookla. Before starting the test, make sure you are close enough to the wireless router if you use any.
A speed test verifies your download speed as well as other. Accurately measure the speed of your internet connection using speedtest from speed. Nathothrottle ba ng pldt yung torrent download speed mo lately. Ookla, which surveys global internet speeds, said pldt had a speed score of 17. One of the most common mistakes when running a speedtest is to run the test over wifi this is not a true measure of your internet speed. The values you fill in should be 8095% the value you got with your speed test. Philippines pldt 2019 fastest fixed network speedtest award. Pldt, smart provide fastest internet connections in. We seek your patience and understanding as extended delays in processing applications are expected. Pldt dsl even at the slowest plan that i have is getting worse starting yesterday. Its entirely possible the reason your internet is slow is because your wifi hardware cant actually support the high speeds.
This is the result of a speed test on the main router located in my sisters bedroom. Jul 20, 2018 on the other hand, pldt achieved a speed score of 17. For the fastest fixed network award, pldt seized a speed score of 17. Globe 3mbps speedtest plan 999 data only wired dsl, location. It can also help you quickly troubleshoot common connectivity problems with networking configruation, nic card, wifi router, cabledsl modem, service provider network, web server or the applcation itself. Pldt, smart cited as phs fastest in ookla speedtest awards. Pldt mydsl 5mbps speed test makati plan 1995 per month. During this enhanced community quarantine, pldt home enables families to connect, study, work, and play at home by providing the strongest and most reliable internet connection and digital services. Apr 27, 2019 it has a download speed of 20 25mbps as well as 25mbps upload speed symmetrical. Mar 19, 2020 why doesnt my internet speed match what im paying for. Test your internet connection bandwidth to locations around the world with this interactive broadband speed test from ookla. Speed test is the best tool for internet connection speed measurements. Jul 21, 2018 the score is calculated by taking the download and upload speed value into consideration. Pldt, smart provide fastest internet connections, says.
Find out now how fast your pc and mobile connections are. The engine first selects the best server for you to achieve the best possible results. Focusing on the frugal consumer, pldt manages to create a plan that. Quality of service rules only work if the router and the quality of service algorithm can create an artificial bottleneck to redirect traffic as the qos handler sees fit. It has a download speed of 20 25mbps as well as 25mbps upload speed symmetrical. Focusing on the frugal consumer, pldt manages to create a plan that provides solid speed while keeping the cost low. Download the app at the play store android or the app store ios.
To get a real simulation of your actual download speed. Do you want to research connection speed for pldt co s download speed test and upload speed test log connection information to allow users to research real world internet speed test results. And finally check if your power scheme is set to full performance if you have not so fast hardware. Other speed tests, especially tests offered by your internet provider try to eliminate routing factors. It does this by building a file in memory, then transfers it both ways without effects of windows file caching while keeping track of the time, and then does the calculations for you. Do internet speed test philippines, test philippines internet speed test with fast internet speed test in philippines and find out your upload and download speed of various isps in your country. Pldt, smart wins at ookla speedtest awards for q3q4 2018. How to change pldt home fibr wifi password when testing its download and upload speed, i just browse to website to see the results.
The fixed network award is based on 29,505,821 customerinitiated tests nationwide for q3q4 2019. Smart bro pldt connection speed test, average speed, maximum speed. If some program chooses to download something at the same time youre running your test, your test numbers will be lower than expected. Pldt home fibr speed plan 1899 fast 50 mbps internet. We provide the support you need to ensure a successful application. The software running on your single connected machine can also impact your speed test. How to test your home internet speed testing your internet connection only takes a few minutes, and it can help you figure out how to address network issues. They currently offer 100mbps speed boost for the first 6 months along with free installation for the 2899 plan, pretty good deal compared to competitors that offer. The service level of your isp account is normally based on the promised download speed when you first signed up, usually expressed in megabits per second mbps. The best way to measure maximum throughput is to download a large file and measure the time it took to download and divide that into the size of the file downloaded. The score is calculated by taking the download and upload speed value into consideration. Divide 20 mbps by 8 and youd get your actual download speed measures in mbps. Pldt is the philippines speedtest awards winner for fixed network speed during q1q2 2019.
The fixed network award at the ookla speedtest awards is based on 29,076,090 userinitiated speedtest nationwide for the same period. Pldt home website operations is on limited capacity. Mar 17, 2014 a video explaining that pldt is indeed limiting your internet speed. How to use quality of service qos to get faster internet. Speed is the most important factor in choosing an internet plan, and the pldt home fibr is no slouch in that department. In ooklas third to fourth quarter 2018 ranking of fixedline internet service providers, pldt came out on top with download speeds of up to 52. On average download speed ranges from 3mbps up to 5.
Pldt speed test software free download pldt speed test. Whether broadband, fibre, 3g, hspa or 4g, the speed test from speed. This platform provides you accurate and reliable engine for your network diagnosis. Pldt has improved its network by expanding the caching capacity of its data centers. Pldt, smart provide fastest internet connections, says ookla. Speed test hosted in new york, ny on a 10 gigabit connection how to speedtest. This can make your connection appear faster than it really is. Mar 31, 2020 how to test your home internet speed testing your internet connection only takes a few minutes, and it can help you figure out how to address network issues. In the past 30 days over people have used speed tests to see their download speeds, upload speeds, and ping. Jun 23, 2015 pldt dsl even at the slowest plan that i have is getting worse starting yesterday.
When you click the show more info button, you can see. If some program chooses to download something at the same time you. Do you want to research connection speed for smart bro pldt. To win this award, pldt achieved a speed score of 20. Jan 16, 20 internet speed test measures download and upload bandwidth speed for your broadband connection.
I noticed that the actual dsl download speed is normal after midnight up to around 7. Specifically focused on speed, the pldt home fibr speed plan 1899 offers a highly affordable broadband connection that features industry leading speeds at a costefficient price point. To win this award, pldt achieved a speed score of 25. Pldt is the philippines speedtest awards winner for fixed network speed during q3q4 2019.
Also, speed testing the pldt server itself dont mean jack shit. Mar 04, 2019 the telco was able to provide average download speeds of 17. Press start test below to get started testing your connection. Jul 22, 2018 for the fastest fixed network award, pldt seized a speed score of 17. That score is far from the second placer, sky, which had a score of 11. It one of the efficient tools that offers accuracy in the world of. Pldt home dsl is a highspeed broadband internet service that runs on pldts extensive phone network. Manila independent internet speed testing firm ookla said pldt smart still provides the fastest internet speeds in the philippines.
During the day, the actual dsl download speed is the worst getting 14 only of subscribed speed even if speedtest reports normal dsl speed. Use speedtest by ookla for an easy, onetap connection internet performance and speed test accurate anywhere thanks to our massive global server network. Pldt, smart cited as phs fastest in ookla speedtest. The speed score is a measure that accounts for a providers download and upload speed to rank network speed performance. Pldt home dsl is a high speed broadband internet service that runs on pldt s extensive phone network. If you find that your internet connection is too slow or you are just curious how fast it really is speed. It will let you check the upload and download speed in mbps. Download speed is most relevant for people who are consuming content on the internet, and we want to be a very simple and fast speed test. About pldt philippines online speed test speedtest.
Testing your maximum throughput of your connection type. The philippines speed test is one of the accurate tools that give accurate speed of your internet connection. This tool can average connection speed for any internet provider, country or city in the world. Use speedtest by ookla for an easy, onetap connection internet performance and speed test accurate anywhere thanks to our massive global server. Pldt, smart win speedtest awards for fastest internet in. Download speed the speed of data sent from the internet to your computer upload speed the speed of data sent from your computer to the internet we also report latency, a factor that could influence your speed. Keep your online connection private and secure with speedtest vpn. On the other hand, pldt achieved a speed score of 17. Manila independent internet speedtesting firm ookla said pldtsmart still provides the fastest internet speeds in the philippines. Pldts speed score in the january to june period is an improvement from its score of 18. A video explaining that pldt is indeed limiting your internet speed. The fixed network award is based on 29,076,090 userinitiated speedtest nationwide for the same period.441 679 1333 500 1074 1158 16 1280 139 1280 1170 1576 1653 540 124 1622 1422 1201 601 63 529 1077 902 1390 1194 1547 245 751 1510 298 1461 882 1594 1460 395 129 1065 222 1493 380 720 604 228 1115 374 324


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Just Wait until They Try Skype
Personally, we're using Skype at home.
Landlines go dead as more users rely on cell phones
WASHINGTON (AP) -- For nearly three in 10 households, don't even bother trying to call them on a landline phone. They either only have a cell phone or seldom if ever take calls on their traditional phone.
The federal figures, released Wednesday, showed that reliance on cells is continuing to rise at the expense of wired telephones. In the second half of last year, 16 percent of households only had cell phones, while 13 percent also had landlines but got all or nearly all their calls on their cells.


How to enable device support for IQRF
PIXLA supports wireless technology IQRF. However, the device managed in PIXLA must serve as the so-called IQRF network coordinator. The IQRF network coordinator can be one of the official Linux devices called "IQRF gateway", e.g. AuroraHub or General IQRF Gateway, both of which already contain everything you need. Furthermore, the IQRF network coordinator can also be a DIY device created with the help of the Raspberry PI platform, a suitable connector for the IQRF radio module and the necessary software (will be explained below) in this manual. Finally, the IQRF coordinator can be any Linux device to which the correct USB dongle is connected to support the IQRF network. Again, there is a need for suitable software, with the installation of which PIXLA can also help.
If you have any device from above in PIXLA (How to add a device to PIXLA), then you need to add support for IQRF. Adding IQRF support to PIXLA has a separate button in the toolbar for your device, which is shown here:
This step will automatically configure the required software or, if this software has not been installed on the device, it will be installed and also configured correctly. The success of the configuration (and possible installation) is shown in PIXLA by a standard record in the "Action History" section.
Now you need to contact the PIXLA provider at email address email@example.com to enable the IQRF functionality. This is due to the experimental matter of IQRF function, so we would like to have an overview of who and how uses this functionality so that we can possibly improve it. We will enable IQRF support within 24 hours. After this, it is possible to see the following IQRF window with the number of nodes in the network together with the topology of the IQRF network. But only if the IQRF network has already been set up (e.g. by other IQRF tools outside the PIXLA interface).
After clicking on "DETAILS", more detailed overview of the IQRF will be displayed with an action panel that can be used for complete management of the IQRF network as shown below:
These are individually configurable functions called Smart connect, Auto network, Start bonding, Start discovery, Unbound all, Backup, Restore from backup, JSON API command, RAW DPA command, Set triggers or Tunnel IQRF Web App. All actions are recorded in the action history of the device with the prefix "IQRF" after launching.
It is also possible to insert images for each network node to which additional information is automatically loaded from the IQRF repository (by default, images are uploaded from the IQRF repository, if it contains) and there is also the possibility to insert the exact GPS position of each IQRF node into the map (by default this GPS position is taken from the location of the device). It is also possible to perform several separate actions with each node of the IQRF network as shown below (after clicking on the 3 dots for the selected node):
Again, all of these actions are recorded in the action history for a given device with the prefix "IQRF" after startup. Events that are grayed out here are not yet available.
PIXLA also supports colored tags for individual IQRF nodes (see also in the previous figure) This can help, for example, when searching for a specific sensor or group of sensors as it is already known from device searching.


RYA Marine Short range Radio Course
The Marine VHF Operators Certificate is a legal requirement for the operation of a marine VHF radio at sea. The course covers the broadcast of a MAYDAY distress message as well as routine calls.
The operation of the set includes the recently introduced Digital Selective Calling (DSC) options within the Global Maritime Distress and Safety System (GMDSS).
This radio operator qualification authorises the holder to operate a VHF radio fitted with Digital Selective Calling on board any British vessel which is voluntarily fitted with radio equipment.
The course covers operations of voice only radios, Global Maritime Distress & Safety Systems (GMDSS) and Digital Selective Calling (DSC).
This replaces the previous VHF Radio Operators Certificate and all new VHF Radio users need to obtain this certificate to operate their radios safely and legally. Previous VHF certificate holders wishing to operate a DSC radio need to upgrade to the new Short Range Certificate.
You will be assessed by tests and exercises during the day. A "Short Range Certificate" is issued to students who successfully complete the course.
A legal requirement for anyone who has or uses a ships VHF or portable VHF Radio.
A classroom course held at our premises in Hilsea, Portsmouth over one day.
Courses run every month, call us on 02392 691414 for more info or email us at email@example.com.
This Training Course is taught in classrooms in the following locations:
Guide Price: £65


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