There are a handful of things that you need to take into account when planning to deploy a wireless LAN (WLAN) solution within your home or office building facility. The first and foremost, the most obvious factor you need to take into account here is the RF or radio frequency coverage your space will require.
This comes together with the design and size of your facility which are the determining factors needed to identify the number or amount of wireless access points that will be needed to provide your space with that coverage. The second important consideration here is the selection of the wireless antenna most appropriate for the desired coverage.
In any wireless client device or access point setup, the wireless antenna is one of its most important components. This has something to do with the fact that the main function of the antenna is to identify how radio signals would be propagated. Alongside that also is they determine the radiation pattern they need to produce, together with the amount of gain they will create.
As for the radiation pattern, it may come as isotropic. This signifies that the signal produced by the antenna will be radiated in all directions, hence the name Omni-directional antenna. Now concerning the antenna siting, if we don’t need isotropic radiation pattern then perhaps we may opt for an antenna that optimizes its radio signal in a particular direction only.
Many countries from around the world have rolled their respective ruling that will regulate the amount of power or energy that a wireless antenna can be allowed to transmit. This is usually measured in 1 Watt alongside Omni-directional antennas with 6dBI gain. As for the directional antennas, it will be 23dBi. The underlying reason why these restrictions are in place is that those measures are intended to help in reducing the amount of possible interference that is likely to occur between you and other users within a specific frequency band.
What is WiFi Antenna Gain?
Antenna gain refers to the level of effective signal power that an antenna can be increased with any given input power. This can be measured out in decibels or dB and calculated based on the logarithmic scale. For instance, a 3dB increase will stand as a representation for doubling power. Say we have a 25 milliwatt input, this will likely produce us a 50 milliwatt output.
Below are some types of antenna and we can expect them to perform.
As previously stated, it is normal for this type of antenna to come up with an isotropic radiation pattern, we refer to it as a “doughnut-shape”. It is worth noting that a legitimate isotropic antenna has a natural tendency to be purely theoretical. Other Omni-directional types of antennas are comparable to an isotropic design.
Vertical omnidirectional WiFi antennas are patterned after a dipole design, where the dipole antenna pattern radiation is 360 degrees when set on a horizontal plane. As for the vertical plane, this will vary with respect to the dipole, being if it is vertical or not. A vertically oriented dipole antenna usually comes with a 75-degree pattern. Dipole antennas are believed to have an average gain of little over 2dB.
Radiating and reflecting elements are integrated into a standard dipole design, this measure will help in centering the signal energy in a particular direction only. Directional antennas provide gain over standard isotropic antennas between 3dB to as high as 20dB.
These types of antennas are considered as high gain antennas. They usually come with multiple reflectors and would be radiating elements to give gain levels ranging from 12 to 20dB. They are often utilized for outdoor antenna applications and will normally come with a horizontal beamwidth of 30 degrees. As for its vertical beamwidth, it can come between 15-25 degrees.


I work as team lead of the IT Security team where I work. Today we had a security incident (verified via tripped canary tokens / observed IOCs) and I had to coordinate all hands on deck meeting with the team with little notice.
It has been my experience that incident response activities such as reviewing audit logs, reviewing system configurations, and restoring systems work best when team members are able to see and interact with each other, whether physically or via video enabled teleconferencing. Voice communication only just does not work well, as all participants being able to see what is being investigated (e.g: Audit logs or machine registry entries) is critical. Communication is also more easily distorted when the visual piece is missing.
However, several team members have less than optimal internet connection bandwidth at home, making video conferencing in real time difficult. For example, just today the connection often cut out. Due to Covid 19 pandemic, entire company is being required to work from home and I anticipate this to continue for the foreseeable near future.
During a fluid situation such as this, how can I better coordinate response when technology outside of the company control is constraining my work?


INAKUSTIK STAR HDMI (0.75m)
HDMI HS + Ethernet (0.75m)
- The High Speed HDMI cable with Ethernet from the in-akustik Star-series supports all HD audioformats and a resolution of up to 2160p (4k).
- 24c gold-plated plugs for optimum contact. It is suitable for connecting digital AV components, such as DVD, Blu-ray players or game
- consoles with a plasma, LCD, LED-TV or projector.
- 3-fold shielding
- Conductors made of high-purity OFC
- 24c gold-plated contacts


User Rating: Fair (0.00/5)
Skype 4.1.1 Description
Skype 4.1.1Â is a program for instant message, voice or video. You can send photos on your iPhone directly to friends or family via Skype. There's no limit on the size of the photo you can send, so you can share a moment without reaching email size limits or paying expensive MMS charges.
- Join over 250 million people every month using Skype
- Get started with Skype on your iPhone and find your friends in an instant.
- Call friends on Skype
- Enjoy free voice and video calls to anyone else on Skype.
- Talk to friends in an instant
- Instant message your friends in a flash plus send emoticons.
- Call mobiles and landlines
- Add a little Skype Credit to send low-cost SMS messages or call friends on their mobile or landline.
- No WiFi? No problem
- Skype works on 3G* and WiFi â€“ so you can stay in touch, even if youâ€™re out and about.Â
- Chat with anyone, anywhere
- Skypeâ€™s available on smartphones, tablets, PCs, Macs and even TVs. Whatever device your friend or family uses, Skype just works. Simple.
- Search the app store for other great apps from Skype:
- Skype for iPad
- Skype WiFi
- Fix for iPhone 5 and iOS 6 calling and video issues
- iOS 4.3 or above.
- Send and receive video using front or rear camera on iPhone 4 and iPod touch 4th Generation.
- Send and receive video using rear camera on iPhone 3GS.
- Receive video only on iPad 1st generation and iPod touch 3rd Generation.
- Works with any H264 compatible devices, including TVs.


Sorry but Skype forwarding is no longer supported.
If you’re not tied to them we highly suggest SIP forwarding
Since the update many have asked about setting up Skype forwarding. So here’s a quick “How to” using our PBX (Virtual Phone System) – its included with every FlyNumber purchase and I suggest every user route their forwarding using this method. All our forwarding options can be configured using the PBX
Exsisting Users: If you already have a FlyNumber change your forwarding to “PBX”….
New Users: When you sign up , choose the last option “Virtual Phone System /PBX”
You then want to open your PBX Panel and configure your settings using our very cool “drag n ‘drop, connect the pipes” type grid .You must have Adobe Flash, we’ve had success with the Puffin browser on the iOS devices.
Drag the “Phone Number” and “Person” Modules on to the grid from the menu on the left side
Click the gear on the “Person” module to configure.
Enter your name and other info. choose Skype , and it will ask for the Skype username. This is just your skype username, not Skype number
Click the Phone Number Module to select which Flynumber
Connect the 2 modules along with a voice mail (optional)
Please make sure to follow these important points when using Skype
-Use the standard Skype PC application when available , we’ve had some success with iOS
-Skype voicemail must be off
-Skype forwarding must be off
-Privacy settings must be set to “accept all calls” or” allow anonymous” calls.
-Search the Skype directory for virtual__number ( 2 underscores) and add to your contacts
-You can only run one instance of Skype on one device at a time
We suggest SIP forwarding over Skype if you’re looking for serious features and reliability , we can supply SIP credentials.


On May 16, I attended the ISPE event Pharma 4.0: The Next Industrial Revolution in Manufacturing for Automation, Controls, and Decision Making. Technology is advancing at an ever-increasing pace, and it can be difficult to keep up with the newest innovations.
One of the major advances in recent years is called the Internet of Things, or IoT. IoT is a series of technologies that allow things to connect to the internet, so that they can be remotely controlled or can interact with other things. It seems like stuff of the future, but in the past few years IoT-enabled devices have become household names (Alexa, turn on the living room light). Many of us use these devices in our everyday lives, but how can IoT be applied to manufacturing facilities? Very easily, it turns out.
One of the easiest ways to integrate IoT is through Virtual and Augmented Reality. Augmented Reality (AR) is a method used to overlay virtual aspects to a real-world view. For example, training modules can be developed using an overhead camera and a screen to display the recording. As the worker goes through tasks, images are overlaid on the real-time recording on the screen to direct the worker on the next task.
Virtual Reality (VR) is similar, but instead of images overlaid on a real-time recording, an immersive environment is created, and the user’s vision is through a VR headset. VR can be used for training workers on remote or expensive pieces of equipment, or for performing remote site walkthroughs. VR modules can even be integrated with motors so that the user can feel the experience they’re seeing. An example would be for truck driver training, where the trainee would sit in a simulated truck cab with a VR headset. As they go over bumps and around turns in the simulation, the truck cab would move in a responsive manner.
Thanks for Sharing
Some IoT technologies rely on data sharing, which might be a difficult concept in an industry where data is a closely-guarded secret.
One of the easiest ways to see where data sharing might be useful is for predictive supply chain management. Many of us have taken advantage of Amazon’s subscription service, where you select an item and a delivery interval. Planned delivery like this is particularly useful when it’s something with a known usage rate. However, what if the material is used at a variable rate? By sharing material usage data with suppliers, material can be automatically ordered when the on-hand supply reaches a pre-set level, independent of the rate of usage. If usage patterns are known by the suppliers, supplies could even be automatically ordered in advance if the supplier is facing long lead times.
Predictive Maintenance is another potential use for IoT integration in manufacturing facilities. When equipment breaks down, it can cause delays, deviations, and even batch discards. However, by analyzing certain indicators of equipment performance and status, you might be able to see an issue emerging before it becomes a batch-ruining disaster. Now, what if the equipment reported these indicators itself, without the need for operator intervention? With correct integration, the equipment could even order maintenance for itself, with no need for oversight or intervention by an operator, long before an equipment performance issue causes an error or ruins a batch.
Final IoT Thoughts
These are just a few examples of the technologies available to us today, and it’s easy to get overwhelmed by the options. The most important thing to remember when integrating new technologies is to select technology to make an existing task easier and more efficient. Adopting a technology to try and find a use for it can complicate and slow progress. Remember to not get caught up in the hype, and you, too, can participate in designing the manufacturing facility of the future.
Written By: Taylor Frederick, Consultant III


A system is a set of components that Interact to accomplish a goal ...
System Integration :
To select the appropriate components and the correct Interaction, connectivity and communications so that the
system can accomplish the required goals effectively and efficiently.
Emerging Properties of a System :
Properties that arise from the interaction of the system components but that are not characteristic of the individual
elements when they are not part of the system.
This is what originated the phrase: The system is more than the sum of its parts
When Integrating a production system the design pays attention to these emerging characteristics.


If you’re a BlackBerry Ltd fan, you’ll be happy to hear that they have launched their high-security tablet, developed with International Business Machines Corp and Samsung Electronics Co Ltd.
Called the SecuTABLET, the tablet will be presented by BlackBerry at the tech fair CeBIT 2015 in Germany. It reflects the company’s emphasis on secure connections for the government and for businesses that want to preserve a niche market.
As Dr. Hans-Christoph Quelle, chief executive officer of Secusmart GmbH, said “Security is ingrained in every part of BlackBerry’s portfolio, which includes voice and data encryption solutions. Working alongside IBM and Samsung, we have added the last link in the chain of the Federal Security Network. Subject to certification of the SecuTABLET, German government agencies will have a new way to access BlackBerry’s most secure and complete communications network in the world.”


UIML: An Appliance-Independent XML User Interface Language
bstract Today’s Internet appliances feature user interface technologies almost unknown a few years ago: touch screens, styli, handwriting and voice recognition, speech synthesis, tiny screens, and more. This richness creates problems. First, different appliances use different languages: WML for cell phones; SpeechML, JSML, and VoxML for voice enabled devices such as phones; HTML and XUL for desktop computers, and so on. Thus, developers must maintain multiple source code families to deploy interfaces to one information system on multiple appliances. Second, user interfaces differ dramatically in complexity (e.g, PC versus cell phone interfaces). Thus, developers must also manage interface content. Third, developers risk writing appliance-specific interfaces for an appliance that might not be on the market tomorrow. A solution is to build interfaces with a single, universal language free of assumptions about appliances and interface technology. This paper introduces such a language, the User Interface Markup Language (UIML), an XML-compliant language. UIML insulates the interface designer from the peculiarities of different appliances through style sheets. A measure of the power of UIML is that it can replace hand-coding of Java AWT or Swing user interfaces. Keywords: UIML, XML, user interfaces, accessibility, handheld/mobile devices
De toepassing van ICT in onderwijs. Gericht op hergebruik, uitwisseling van gegevens en standaarden.


Lighthouse Communications, Inc. is a locally owned, privately held non-profit corporation which has been providing broadband internet services, repairing equipment, and selling new and used technology to Lynchburg since 2014.
Lighthouse Communications currently maintains and operates its own equipment on almost two dozen transmission sites. Delivering fixed microwave wireless internet access to businesses, governmental agencies, school districts, public colleges, home based offices, and residential customers. The business customers range from small one person companies to multi-national fortune 100 companies.They also design, build and manage private microwave networks for government and educational institutions throughout Lynchburg.
Lighthouse Communications strives to provide the best customer service and reliability possible. They provide continuously monitored premium bandwidth connected to Tier 1 providers, not the oversubscribed Tier 3 connections sold by others. As a complete solutions provider, we provide our customers with cost-effective IT solutions.
Contact Lighthouse for inquiries regarding repairs, buying or donating equipment, or receiving internet services.


Hybrid -- Registered authors can present their work online or face to face New
12th International Conference of Networks and Communications (NC 2024) looks for significant contributions to the Computer Networks & Communications for wired and wireless networks in theoretical and practical aspects. Original papers are invited on computer Networks, network protocols and wireless networks, Data communication Technologies, and network security. The goal of this conference is to bring together researchers and practitioners from academia and industry to focus on advanced networking concepts and establishing new collaborations in these areas.
Authors are solicited to contribute to the conference by submitting articles that illustrate research results, projects, surveying works and industrial experiences that describe significant advances in the Computer Networks & Communications...
Authors are invited to submit papers through the conference Submission System by May 25, 2024 .
Submissions must be original and should not have been published previously or be under consideration for publication while being evaluated for this conference. The proceedings of the conference will be published by Computer Science Conference Proceedings in Computer Science & Information Technology (CS & IT) series (Confirmed).Submit
Selected papers from NC 2024, after further revisions, will be published in the special issues of the following journals
Hard copy of the proceedings will be distributed during the Conference. The softcopy will be available on AIRCC Digital Library
Copyright © NC 2024


Your business has expanded
through the years, resulting in either branch offices or constant
dealings with customers in other countries. This might be
considered a good scenario except that your communication costs is
eating into your profits.
LimeLite's IP Telephony solution
makes use of your existing Internet connection to help reduce your
communication costs. As you already have an Internet access, all
you need now is to implement the Voice over Internet Protocol (VoIP)
technology to make cheap telephone calls overseas.


Weekend Mini-Project: Headphone Splitter
Sharing music is fun. Sharing earphones is not. That's why when I was taking apart an old iHome and noticed it had two headphone sockets, I immediately saw a headphone splitter in the making. A headphone splitter plugs into an audio socket and splits the sound into two sockets so that two sets of headphones can be plugged in and listen to the same sound.
It doesn't matter that one was labeled an aux in and the other is an aux out; they're the same socket.
A couple tests showed that each socket had a center ground pin and right and left pins on either side. By connecting the corresponding pins together, I could make them both output the same sound. I also had to murder a pair of cheap earphones to get the headphone jack and wires from it. There should be two rubber sleeves coming from the headphone jack. Each houses a signal wire (one had the right stereo and one has the left) and a ground wire. These are covered with enamel for insulation against each other, so that must be scraped off first (I used an X-Acto knife). The next step is to solder the signal wires to the left and right pins on the sockets and the ground wires to the ground pins.
To mount it all up, I soldered the components to a perfboard. Then to insulate the small, fragile wires from both short circuits and mechanical vibrations I covered them with hot glue. The whole affair, less than 4cm long, was then placed inside a mini altoids mint tin. I drilled two holes in the front for the sockets and cut a slit in the side so that the headphone jack could either be wired through the slit or stored inside the box. The result is a cute, compact, and useful package.


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You can join the Soihtunet network either directly from the computer with a cable or with a so-called Ethernet router that is suited for the purpose. A router is a device that can connect more than one device to the network.
The router must be registered to the Soihtunet network. If the registration page does not open, you will have to change your router’s settings so that your router acts as a router.
Technically, your device should be an “Ethernet router”. The device should have an “Ethernet WAN” port (specified in the user manual of the device). (WAN means traffic directed outwards from the router, whereas LAN refers to ports on the user’s side of the device.)
Wireless connection with the router
If you want to connect devices with the router wirelessly, wlan / Wi-Fi needs to be listed as one of the router’s features.
The Soihtunet network allows Gigabit speed almost without exception, so the speed of the WAN port in your router should measure up. Check the device, its package or the manual for the information on the speed categories the router can support. For example 10/100/1000, in which the 1000 means “one thousand megabits per second” or “one Gigabyte per second” (1 Gbit/s).
Note that the listed wi-fi speed of your device and the speed that you can actually access the Internet with are different things. The Wi-Fi-speed of your device may be eg. 300 or 600 Mbit/s, allowing your own devices to operate towards the router (and your other wireless devices via it) with this speed, but the WAN port speed 100 Mbit/s limits your external traffic – for example, the Internet connection – to this level.
A device can have multiple features in one box
But does it route?
In the sales language, “wi-fi router” and “wireless router” often describe an ethernet device that also supports wireless connection. If the device is not described in this fashion, but only as a “wireless access point” or “wireless range extender”, it’s not necessarily a routing device, and routing is a necessity in the Student Village network.
Make sure it's not a modem (xDSL or cable modem)
If the device is adsl or just any xDSL, or a cable modem, it’s forbidden to install this type of device into the Village network. See the chapter for multi role devices later on.
Does it need a SIM card?
If the device is mentioned to have 3G or 4G, you can operate in the telephone / mobile network with a cell phone plan you have bought for yourself (a sim-card is needed). This, of course, is totally OK in Soihtu apartments. However, remember that in this case you’re not using the Soihtunet cable connection (included in your rent), unless the device also allows the use of ethernet-connection (and only uses the mobile data as a spare / alternative connection).
Convenient but engaging
There are devices that can work in 4-5 of the roles mentioned above. Buying one of these devices gives you the access to Internet in several different kinds of situations and locations. Remember, that after every change in location, you have to define the role of the device again. Here at Soihtunet network you have to configure this device to act as an Ethernet router.


Industrial Internet of Things (IIoT) Gas Detectors (“Endpoints”)
To monitor gas emissions in the field, NevadaNano integrates the MPS™ sensors into rugged, battery powered IIoT detectors called “endpoints.” NevadaNano offers endpoints as part of MethaneTrack™ systems, a comprehensive Industrial Internet of Things (IIoT) system used to detect and quantify methane emissions for oil and gas, mining, wastewater, and landfill operations.
Each endpoint incorporates the following key technologies to enable long, maintenance free operation in the field and low Total Cost of Ownership:
- A Molecular Property Spectrometer™ (MPS™) sensor eliminates the prohibitive cost of calibration in the field. With no calibration required, the MPS™ can eliminate the cost of twenty quarterly calibration trips and two or more sensor replacements over a 5-year period compared to other technologies.
- A 5-year battery enables a trained technician to install an endpoint in 5 – 10 minutes, eliminating the cost of hard wiring, which often requires the expense of trenching, conduit, and electrician’s time.
- A microprocessor and related firmware control the collection, processing, encryption, and transmission of the data. Use of a smart endpoint extends battery life, provides supervisory control of the endpoint, and securely encrypts the data before transmission.
- A Long Range (LoRa) radio module for transmitting encrypted sensor data. LoRa not only has long range transmission capability, but also minimizes power. The use of the industry standard LoRa technology enables long battery life while maximizing data transmission distances for low cost.
- Certified, intrinsically safe design enables users to install endpoints in Zone 0 and Class1, Div 1 areas close to leaks sources. This “close-proximity” monitoring (Something we call Close-Proximity, Continuous Monitoring ™) optimizes emissions detection and provides high accuracy emissions quantification.
- IP67 rating (Intrusion Protection for dust and water) ensures that neither wind-blown dust nor rain will interfere with endpoint operation. This is critical to provide long maintenance free operation without maintenance.
- A simple clamp on design enables rapid mounting on existing infrastructure for Low Total Cost of Ownership (TCO). The installation time for a typical upstream oil and gas site with wellheads, a tank battery, and separators is less than 2 hours.


Our desktop alerts can be colour coded to reflect the severity or importance of an incident in Red, Amber, Green or Blue.
These alerts can be positioned intrusively in front of all windows to avoid being ignored. Alerts contain a link that can be clicked to obtain additional information.
Simple Dashboards allow users to see detailed information about the status of a service, such as any current incidents or planned maintenance work that may affect them.
The Dashboards can also be switched into ‘Presentation Mode’ for use on LCD or plasma display screens.
Our Inxite app enables users to receive any alerts sent via notifications on Android and iPhone devices along with access to a mobile version of their personalised dashboard.
Optional SMS Flash messages can be sent to boldly appear on the main screen.
Red Amber Green Blue
Desktop alerts can be positioned intrusively in the centre of the screen, or discreetly in the corner. The alerts are synchronised across multiple desktops ensuring information is never missed.
Inxite can send alerts in real-time to multiple devices using powerful Desktop Alerts, Flash SMS messages and Email
Keeps people in the loop
The Dashboard is the central point of information where users can access a high level view of feeds and their current status. They are also able to gain an in-depth view of any incidents that are affecting them.
The personalised Dashboard allows the user to see the feed relevant to them. Only the applicable services and information are available, which removes any unnecessary noise.
Our Inxite mobile app ensures that everyone is connected through instant notifications sent via their Android and iPhone handsets. These notifications can also link them back to their dashboards where they can view current services and any incidents being experienced.
Make it your own
Brand Inxite with your stripes
Corporate branding can be applied system wide to include your own logo and company styling. This level of customisation can be used as an additional marketing and advertising tool in creating greater brand awareness.
Simple on the surface
Beautifully simple in its design yet created to work seamlessly within complex infrastructures, Inxite can be delivered as a hosted service or on-premise with cloud DR alternatives. Inxite has the ability to Integrate with any system via a public API and offers a perfect fit for any organisation size.
Run with the big dogs
Inxite can be hosted in the Amazon EC2 cloud or on-premise within your environment
Secure Amazon EC2 Hosting
Designed for your environment
Please contact Inxite today to organize an unrestricted, commitment free trial


Page 18 Dial-up tab Use this tab to select or remove a device that uses Bluetooth Dial-up Networking to connect to the Internet. The Bluetooth Security Setup screen opens. When the installation is complete, the InstallShield Wizard Completed screen opens. Page 12 Options tab Use this tab to set discovery and connection permissions, show or hide the task bar Bluetooth icon, or restore default settings. This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules.
|Date Added:||4 December 2004|
|File Size:||15.77 Mb|
|Operating Systems:||Windows NT/2000/XP/2003/2003/7/8/10 MacOS 10/X|
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Use this tab to configure the COM serial port settings for Bluetooth devices. Comments to this Manuals Your Name. Message 2 of 4 6, Views. These limits are designed to provide reasonable protection against harmful interference in a residential installation. We delete comments that violate mdoel policywhich we encourage you to read.
ROCKETFISH RF-MRBTAD USER MANUAL Pdf Download.
Why mrtad is out of reach for more people than you think 5G promises to revolutionize mobile, but those super-fast speeds will be hard to get in rural America.
Make changes, as needed, then click: He is a lifelong computer geek and loves everything related to computers, software, and new mebtad. You can specify what type of file can be accessed by remote devices, where shared files are stored, and whether devices can access the Internet through the computer.
The connected Bluetooth devices are listed. Click Help, then click Bluetooth Help Topics.
Rocketfish RF-MRBTAD – network adapter
Insert the included installation CD into the CD drive on the computer. Page 15 Use this tab to configure sharing permissions and settings for sending and receiving files. This equipment has been tested and found to comply with the mode, for a Class B digital device, pursuant to part 15 of the FCC Rules.
Message 4 of 4 5, Views. The Welcome screen opens.
The Bluetooth Service Selection screen opens. Windows XP, Vista, 7, 8, 10 Downloads: The Destination Folder screen opens. But I found the Hardware ID’s: News Blog Facebook Twitter Newsletter. Page 28 Click Add a Bluetooth Device. To see detailed information about a device, click the device, then click Properties.
One-year Limited Warranty Product is determined to be defective by an authorized Rocketfish repair center or store personnel, Rocketfish will at its sole option: Page 8 Click Finish. Use this tab to configure sharing permissions and settings for sending and receiving files. The introductory screen appears automatically.
Rocketfish RF-MRBTAD User Manual
Plug the Bluetooth adapter into a USB port on the computer. Networking Interface Bus Type.
Video Games by Lori Grunin 10 days ago. A message tells you that you need to restart the computer. You are downloading trial software. Message 1 of 4 6, Views. But it works for our Rocketfish devices. Mmodel Geater is the President and CEO of Solvusoft Corporation, a global software company focused on providing innovative utility software.


As someone who spends a lot of time on video conference calls1, I will tell you I’ve heard it all. The keyboard clicking away from someone who forgot to mute their line. The elevator music broadcast into a bridge when a participant absentmindedly places their call on hold. The dogs barking in the background when the mailman makes their delivery2. But none of these annoyances can hold a candle to the person joining a video conference with a pair of Apple earbuds hanging on their face3.Poor audio quality is a death sentence for a productive video conference.
I’m not one of those guys who wears a headset all the time, whether on a call or not. As a result, Bluetooth headsets have always been a challenge for me. I’d regularly look like a contortionist answering a call on my iPhone, only to have the headset in my pocket pick up, then fumbling through pockets while yelling to hold on. Bluetooth headsets were notoriously uncomfortable to wear, too quiet to hear, and had horrible microphones. Yuck, Yuck, Yuck.
Fast forward a few years and I was introduced to the Plantronics Voyager UC4. The headset used a proximity sensor to know when it was on my ear, and when it wasn’t. No more contortionist act when answering phone calls. The earpiece fit comfortably in my ear. But most importantly…it delivered outstanding performance for sound quality. It instantly became my go-to headset, so much so that I wore it out.
My Plantronics representative was kind enough to replace my unit with the new Voyager 52004. The 5200 delivers everything the original Voyager gave me and then some. The biggest advantage is the new WindSmart technology which helps reduce background noise when I take a call in a noisy location such as a Boston street or crowded coffee shop. Additionally, the case provided with the headset doubles as a charger and a stand for the headset when it’s not in use.
If you’re looking for a high quality headset that delivers outstanding results, I can’t recommend the Plantronics Voyager 5200 highly enough.
1 Since I began using Avaya Equinox, my video calling has gone through the roof. The ability to make a business video call from my mobile phone has been a game changer.
2 Yeah…that was me.
3 Hopefully with Apple’s *ahem* courageous decision to remove the headphone port from their iPhones, this will become less prevalent. At least until they add a lightning port to their laptops.
4 I was provided with an evaluation unit, which this article is based on.


The fastest leading sector in the world is the telecom sector
To provide better performance and better services at a cost effective values the telecom operators are moving towards the passive infrastructure companies. The topmost leading passive infrastructure companies, and Tower vision share their telecom sites with different operators. The biggest challenge these infrastructure companies are facing is the energy situation at a cell site. Effective management of various energy assets, the EB Power, and the Battery Back-up are used to provide continuous power supply to the telecom towers to keep the sites live.
Our solution TIMS (Tele Infrastructure Management System) is one of the solution that is being used by the infrastructure companies, this solution gives the overall performance of the cell sites, it consist of a hardware device called as RMS that is placed at the site, the device measures various parameters from the site and sends it to the server, in every 3 minutes bulk of data are received at the server these data are of no use if they are not present in proper format, to present these data in a proper format analytics are used to generate reports these reports are used to analyze the overall performance of the cell site.
In a deadline-driven industry like media, it’s critical that time-sensitive projects be completed and delivered on schedule. The industry needs highly skilled practitioners in areas such as digital convergence, content delivery, multi-platform mobile support, social media and customer loyalty initiatives as well as seasonal resources such as customer service agents to attract and service their customer base. Emerging technology areas such as Cloud computing, IP-enabled triple/quad play, mobile commerce, business analytics, LTE, online security and CRM continue to drive digital convergence and content to customers.
Nemo enim ipsam voluptatem
Siri Cybertech talent network provides access to some of the top professionals in this industry, positioning you ahead of your competition. Our expertise includes:
- 10+ Fortune 500 clients in the industry
- Over 1,000,000 industry consultants/practitioners available globally
- One of our core recruiting competency areas
- Innovative delivery models blending Staff Augmentation and Managed Services to deliver value-added cost-effective solutions
Siri Cybertech has been providing services to us and they continue to support us as we grow and expand, without any drop in service levels. They continue to be a top supplier for us. I have been very impressed with their service commitment and responsiveness to our evolving needs.


For this project I am builiding a modular, FPGA powered MIDI/OSC Control Surface.
The setup consists of an arduino MCU as a master controller, that communicates to the PC over SLIP-encoded Serial OSC messages. The controller talks to daughterboards over SPI. Each daugherboard contains a rotary encoder, 8 RGB LEDs and does capacitive sensing on the knob.
This was the first time I worked with an FPGA, and the first time I designed my own PCBs as well. The FPGA I used is an ICE40UP5k, it was targeted using the icestorm open toolchain and Verilog. I started by prototyping using an UPduino v2 Prototyping board (orange), and my failed rev1 PCBs (green). On the FPGAs I implemented capacitive sensing, the SPI slave and control logic before moving on.
Once I got everything working there I designed my custom boards with the FPGA integrated directly, including power conditioning and configuration. There is also a busboard that manages SPI addressing / multiplexing as well as latching the power state for each daughterboard, so that they can be started and configured individually.
I also contacted some suppliers of machined aluminum knobs online and ordered a some samples from one of them.
I selected only knobs that are made made from solid aluminum and that use a set-screw for fastening to make sure that the aluminum and the encoder would make electrical contact through the set-screw, which is required for the capacitive sensing to work (at leas the way I implemented it).
The daughterboards and controller communicate over a custom SPI protocol I designed. The controller configures the daughterboards on boot or request from the PC. It sends and receives OSC messages over SLIP-encoded Serial. On the PC a small nodejs application relays the OSC messages over UDP or WebSocket, so that native and web applications can consume them and interact with the control surface.


Open to: Canadian citizens (note: permanent resident status does not qualify)
CSE is seeking individuals at the intermediate or senior levels. Reporting to the Telecommunications or Network Supervisor, the team is a day to day operational support team exposed daily to advanced and complex challenges affecting both multiple geographically diverse and local locations. Key deliverables require the design, implementation, ongoing support and management of all CSE network and telecommunications services, local area and wide area networks. The work involves the design, implementation and integration of new solutions and capabilities.
- UNI 08 level: $78,820 - $92,731
- This position is currently eligible for a market allowance of $10,467.36 annually.
- The salary and market allowance numbers above are under review
- University degree in Computer Science, Computer/Electrical Engineering, Network Computing
- College diploma in Computer Science, Networking Telecommunications
- another IT related field relevant to the position.
- Preference may be given to candidates possessing a Cisco Certified Network Associate Certification (CCNA)
- Cisco Certified Network Professional Certification (CCNP).
- Experience in designing, building, testing, implementing, maintenance and support of telecommunications and/or networking systems.
- Experience in evaluating products, applications, or technologies relating to the provisioning of telecommunications and/or networking systems.
- Experience in troubleshooting, debugging and integration testing of Wide Area Networks (WAN), Local Area Networks (LAN) and/or Satellite Communications (SATCOM).
- Experience in software installation and system administration (including operating system installation techniques) for Windows or UNIX.
- Experience in the analysis of network traffic and protocols.
- Experience in administration of remote network endpoints where there is little to no assistance at the remote end.
- Competencies :
- IT User Support
- Infrastructure / Platforms
- Telecommunications (Data and Voice) Networks
- Security Awareness
- Analytical Thinking
- Communicating Orally


DCI provides high quality remote captioning, permitting students to receive a verbatim transcription of live lectures in real time. We can provide the same service for webcast courses and other applications such as conferences and meetings.
How it works…
The speaker wears a wireless microphone, which transmits through the Internet to a remote captioner. The captioner uses the latest technology to generate highly accurate text which is sent back over the Internet to appear on the recipient’s laptop, tablet, etc., providing instant translation.
The benefits of Real Time Remote Captioning are many:
If you have questions or concerns about your specific needs, click here to contact us.


Your Customers Are Texting. You Should Be, Too!
You no longer need to use your cell phone to send a text. By implementing Unified Communication / Voice over IP (VoIP), it’s easy to send SMS Text Messages to your team members through the web and mobile apps. You can pick which of your office SMS enabled numbers you would like to send the text from and assign text conversations to specific team members. You can also send a contact to a new contact and see your SMS history. You can send and receive unlimited SMS messages! Your customers may be texting your business number and you might not even know it. Unified Communication is here to provide you with the solution. Bonus: There is no cost to add SMS Text Messaging to an existing company number on your account.
90% of the time, a text is read within the first 3 minutes of receiving a message.
More Than Just A Text
The advantages of Unified Communications (UC) and Enterprise Management far outnumber the disadvantages. Let’s dive into how we can not only improve our workflow, but also uncover a great deal of profit.
UC is a cloud business phone systems evolved. Whether you’re a business with one office, or a large enterprise with teams in multiple locations anywhere in the world, or a non-profit organization, UC will give you best in class service while reducing your communication headaches and expenses. Business phone solutions are designed to help create better relationships with your customers with its built-in intelligent routing and customer relations software. Providing a top notch phone experience for your customers will surely increase their affinity for your brand and service.
Call Reporting and Analytics
SIMPLE, CENTRALIZED MANAGEMENT THROUGHOUT THE ENTERPRISE
- Single Sign-On (SSO) Enterprise Hero Platform for multi-location deployments
- Save as much as 80%
- Improve productivity as much as 75%
- Advanced Call Reporting and Analytics
- Hybrid solution allows Administrative and Call Center Features on single PBX
- Local Everywhere™ provides local numbers anywhere in the world
- Compatible with 1000+ CRM and Business Software Packages including Salesforce, Microsoft Dynamics
- Highly secure, high availability Infrastructure with unrivaled up-time
Let’s Talk About It!
We’re offering a FREE Personalized Demonstrations
Join us for a quick chat and virtual demonstration. Simply register below. Or if you’re ready to pull the trigger, we offer free consultations and quotes. We evaluating all of your business technology with the goal of eliminating stress, streamlining workflows, and increasing profit. You have nothing to lose!


Klive is a professional encoder that acquires live and on demand SD and HD content from multiple sources (cameras, PC, and other live inputs), and multicasts them over IP to local screens. Therefore, it allows you to increase the reach of your event, while reducing the use of bandwith from your distribution network.
Klive: Broadcast your live events
Increase the reach of your event by broadcasting multiple live video feeds to local screens, mobile devices and internet audiences everywhere.
Klive solutions stream multiple live and on demand SD and HD content from multiple inputs (cameras, pc and other live sources).
The Klive acquires those multiple inputs and transcodes the signal to perform:
- Multiple live streaming
Thanks to ShowKube’s complementary platform services, you can broadcast your event to any device via the Internet. By enabling the cloud based recording option your live videos become available on demand as soon as your event is over.


THX Steerable Line Array Speaker Technology Coming to Home Theater Systems by End of This Year
Submitted by lalit on March 18, 2011 - 7:03pm.
THX showcased their new Steerable Line Array technology at CES 2011. The innovative new concept speaker array enabled creation of larger or multiple listening sweet spots in a room (check out the videos below). The concept prototype that THX showed at CES was capable of 96 discrete channels, which can be steered dynamically creating perfect acoustic environments for all listeners.
The single 80-inch Line Array used 60 metal dome tweeters and 32 3.5-inch drivers, with each tweeter and woofer connected to its own dedicated 100-watt analog amplifier. THX designed the extremely thin amps to run cool and the total size of 24-channel amp was just 8-inch x 20-inch. According to THX, the analog amplifier delivers traditional audiophile quality while meeting the modern requirements for the highest energy efficiency. The THX Steerable Line Array technology uses digital signal processing (DSP) to direct multiple beams of sound to any part of the room, providing the best sound wherever you choose to sit. All the sound comes from a long, narrow slot.
The best part about the new Steerable Line Array technology is that it can be made smaller without losing sound quality to meet various listener needs. THX says, “The sound system can be made so unobtrusive that it can disappear, leaving only the music.
At CES 2011, everyone who saw the new concept speakers in action was blow away by both precious of the sweet spots and overall audio quality. Many journalists called the concept technology “speaker of the future”. THX is now working with various home theater makers and TV makers to bring this technology to consumers. It is believed that products based on Steerable Line Array speaker technology should come to the market by end of this year or early next year. It will be interesting so see how these speakers perform in real life.
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New products and accessories(LCD monitor,4G router etc..)
New products and accessories
IAMMETER are planning to provide some low cost accessories soon, including LCD monitor, 4G router etc..
Welcome to let me know your thoughts here https://imeter.club/topic/456
Separated LCD (2.8inchs) :displays the instant value of the energy meter
Price: around 30USD
- display the instant value of the energy meter (both 3phase and 1phase), including voltage, current, active power reading, imported kWh , exported kWh,power factor (only in WEM3080T) and frequency(only in WEM380T).
- If it is in the same WLAN as the energy meter, it would refresh the data more frequently(10 seconds).
4G router(4G/WiFi):bridge the energy meter to the internet
Price: around 50USD
- Connecting to the internet by the 4G, compatible with nearly all 4G band around the world(Different countries needs different modules).
- Providing a WLAN that can be connected by more than 10pcs energy meters at the same time.
WiFi smart socket
Price: around 30
We provide a smart socket(WSM-16/WSM-16P, tasmota inside) the can be integrated with IAMMETER directly.
There are six models now(CN,AU,EU,UK,US).
We are planning to provide some cost-effective suit soon. 1pcs WEM3080T+ 1pcs smart socket =176USD
3 phase energy meter(WEM3080T)+reactive parameters
The WEM3080TR is a new model of a 3phase energy meter, it includes all the function of WEM3080T and provide the reactive power (kvar) and reactive energy(kvarh) for each phase.
Q(Kvar): reactive power, positive value means inductive, negative value means capacitive
KVARh: reactive energy, each phase contains two KVARh, KVARh for inductive load and KVARh for capacitor load.
Welcome to let me know your thoughts here : https://imeter.club/topic/442
WEM3046T: 3phase energy meter with 5A CT input
3 phase energy meter with 5A CT input
- Supporting larger current measurement,such as 2500:5, 2000:5 or 1500:5 etc.
- Compared with the double CT solution,WEM3046T has better resolution and accuracy ,save more space.
Product link: https://www.iammeter.com/products/3046t


New multiple site connectivity
We use a newly developed technology to connect sites that are based on different types of servers and networks, SiteConnect, which helps to reduce the misinterpretation of signals as well as the loss of data during transfering.
IT security & software
To keep your systems, your devices, and network stay secure, we have developed a new program that limits the access of suspicious objects or people and authenticate all logins to the system.
Weak hosted capability
Some hosts are unaware of the potential risks as well as security loopholes in their system. By detecting these errors and taking prompt actions on improving firewalls, we can upgrade the system security.
Build internal network
The internal network is essential for all companies and corporations, especially for those working in IT sector. To avoid possible risks when sharing internal confidential files and documentation to an external receiver, internal network must be strong.


GaN technology is a true enabler for power stages, today providing performance that was unthinkable in the previous decade. The maximum performance and benefits from GaN are obtained only when the gate driver matches the same degree of performance and innovation as the transistors.
After many years of research and development, MinDCet has overcome the pitfalls in GaN gate driving by introducing the MDC901 gate driver. Since the introduction of the first gallium nitride (GaN) transistors over ten years ago, their advantages in power electronics have become well-known.
Indeed, the material properties of gallium nitride offer lower parasitic capacitances for a given on-resistance, inherent fast switching transients, lack of reverse recovery and high-temperature operation capability. These excellent properties are seemingly the perfect combination for high-performing power converters.
However, two important aspects must be considered to achieve GaN‘s performance potential. Firstly, it is a common conception that gallium nitride’s fast transient switching capability will directly lead to significantly higher switching frequencies and resultantly, higher efficiencies.
When GaN is switched at the optimal speed it will indeed show lower switching losses compared to MOSFET technology, for a given frequency. The primary reason for the comparatively lower GaN switching losses is the decreased time during the switching transient, the time when voltage and current are simultaneously present over and through the switch.
The Joule losses caused by this switching loss increase linearly with frequency. Eventually, when operating gallium nitride at increasingly higher switching frequencies, the resulting GaN efficiency may become equal or potentially lower than a MOSFET-based converter. Although there are diminishing efficiency benefits of GaN at higher switching frequencies, the GaN-based converters additionally benefit from the use of smaller storage passives, equating to a higher power density.
Figure 1: The measured efficiency as a function of the output current for a 48V to 3.3V GaN-based buck converter, at different switching frequencies.
This effect is demonstrated with a 48V to 3.3V step-down buck converter, built around the MinDCet MDC901 gate driver, a GaN Systems GS61008P half-bridge and a WE-HCF 1.4uH/31.5A power inductor, as depicted in Figure 5. The low converter duty cycle benefits from the fast switching transient speeds, resulting in a 10 to 15 percent efficiency increase over an equivalent MOSFET-based converter at the same switching frequency.
The buck converter measurement in Figure 1 exemplifies that despite GaN’s capabilities, the conversion efficiency decreases as switching frequency increases. Already at moderate switching frequencies of 300 kHz, a clear decrease of nearly 1 percent efficiency per additional 100 kHz in switching frequency can be observed over the measured frequencies from 300 to 700 kHz.
For a 48V to 12V buck converter this trade-off changes. Examining Figure 2, the GaN converter efficiency benefits from a higher switching frequency at low- to moderate loads (up to about 10A) over the 300 to 700 kHz range. To be noted is that the selected inductor has an impact on converter efficiency. Care must be taken in making the right trade-offs in the gallium nitride-based converter design.
Figure 2: The measured efficiency as a function of the output current for a 48V to 12V GaN-based buck converter, at different switching frequencies.
Secondly, to enable the true intrinsic benefits of gallium nitride, it is necessary to switch at high transient speeds. Values from 10V/ns up to 100V/ ns and beyond are possible. The main component responsible for transient speed is the gate driver. Naturally, proper circuit design, specifically power routing, gate-loop routing and decoupling, needs to be implemented to enable the gate-driver and GaN to do their work optimally.
In general, a standard MOSFET gate driver may in unique cases be able to drive GaN, but optimal performance will not be reached. As a consequence the benefits of using GaN are partly lost. A gate driver that switches gallium nitride at high transient speeds must fulfill specific requirements while simultaneously being subjected to significant stresses. These stringent requirements can only be met by a gate driver carefully developed to work with GaN.
Pitfalls for GaN Gate-Driving
GaN transistors in power applications have a lot of potential: higher power efficiency, higher power density, potential heat-sink/fan-less design. However, getting the maximal benefit from a gallium nitride stage requires careful driving, avoiding the pitfalls along the road.
High Slew Rates
Driving GaN transistors is very ambiguous. These devices are chosen for their inherently large voltage slew rates (in excess of 100V/ns), which leads to very low switching losses (losses incurred when Vds and Ids are not zero). The quick switchover between low and highside transistors causes the load current to alternate very quickly between load and input voltage (e.g. buck converter applications).
This poses hard constraints to the bus voltage decoupling, as PCB tracks to the half-bridge cause overshoot, highly defined by the bus loop inductance. Additionally, the high slew rates inject large peak currents into the gate driving path through the drain source capacitance of the off-state transistor.
In a half-bridge configuration, parasitic turn-on can occur to the transistor that is turned off, when its drain-source voltage is suddenly increasing to the bus voltage, either actively by the opposing transistor or inductively through the load current. This current will be converted to a non-zero gate voltage both by the gate driver pull-down impedance and the gate-source loop inductance.
If this voltage is higher than the threshold voltage, a cross current will occur between the high-side and low-side switches of the half-bridge. Low gate loop inductance is only possible in monolithic co-integration of the powerstage and gate-driver, where a separate pull-down and pull-up path for each GaN transistor is very desirable.
Dead-time in a half-bridge is the time between the turn-off event of one transistor and the turn-on event of the complementary bridge transistor. Granular control of the dead-time is essential. Too short of a dead-time will cause excess losses as the GaN drain-source capacitance is discharged by the complementary GaN.
Zero voltage switching occurs at larger dead-times, allowing the drain-source capacitance to be discharged by the inductor (in a buck converter). Consequently, this energy is not dissipated. Too long dead-times will introduce larger losses as the reverse conduction of a GaN with zero Vgs is subject to a larger voltage drop (of a few volts) compared to a diode. Fixed dead-times lead to a suboptimal efficiency and must be tuned to the proper dead-time for minimal loss, which is highly application-dependent.
In non-isolated gate-drive applications, the gate driver is often supplied through bootstrapping of the low voltage supply. This technique will charge the high-side gate driver supply decoupling capacitor through a fast high-voltage diode. This generates a floating voltage that is used to supply all floating circuitry used to drive the high-side predriver.
As explained before, the non-zero deadtime will cause the drain-source voltage of the low-side GaN transistor – depending on the current magnitude direction of the load – to go below zero. This effectively causes the bootstrap capacitor to charge beyond the input supply. A gallium nitride gate is known to be notoriously sensitive to gate overvoltages, therefore the gate needs protection against overcharging to ensure reliability of the converter.
In practice this is reduced through the use of clamping structures, at the cost of increased gate driver power consumption and PCB real estate with its effectiveness limited by PCB parasitics.
Negative Output Voltage Operation
The negative swing of the output driver voltage depends on the parasitic source inductance and the load conditions of the power converter, which can be poorly predicted.
For predictable operation, a guarantee that the converter bridge can always be controlled is required, even when going negative in voltage compared to the supply grounds. In a DC coupled level-shifter, special precautions must be taken to allow operation below supply ground.
Enabling the true benefits of GaN power stages requires implementing an optimized gate-driver that is designed specifically to work with GaN transistors. Resultantly, the GaN can be pushed to the limits, yielding the highest possible performance, which provides for a maximum return on the technological and monetary investment. A discrete gate-driver such as the MDC901 provides the user with the flexibility, diagnostics and an expanded feature set for choosing the best-suited GaN transistors for the given application.


Sending a fax from your iPhone may seem complicated, but with the right tools, it can be done quickly and efficiently. Instead of searching for a physical fax machine, you can use your iPhone to send a fax from anywhere at any time. In this article, we will guide you through the process of sending a fax from your iPhone, step-by-step.
What is a fax app?
A fax app is a software application that allows you to send and receive faxes from your smartphone or tablet. These apps use your device’s internet connection to transmit faxes to a recipient’s fax machine or email address.
Do you need a fax number to send a fax?
Yes, you will need a fax number to send a fax. The recipient’s fax number is required to send a fax, just as you would need their phone number to make a phone call. If you don’t have the recipient’s fax number, you can ask them for it or search for it online.
How do I choose the right fax app?
When choosing a fax app, look for one that has good reviews and ratings. Check to see if the app has a free trial or a free version with limited features. Also, consider the pricing and features of the app, such as the number of pages you can send and receive, the ability to sign documents, and the security of your faxes.
What documents can I send via fax?
You can send a variety of documents via fax, such as contracts, invoices, resumes, and medical records. Most fax apps support file formats like PDF, DOC, and JPG.
How do I sign a document before sending it via fax?
Most fax apps have a built-in feature that allows you to sign documents electronically. You can use your finger or a stylus to add your signature to the document before sending it via fax.
How do I confirm that my fax has been sent?
Most fax apps will send you a confirmation once your fax has been successfully sent. You can also check your fax app’s sent folder to confirm that your fax has been sent.
Do I need a fax machine to send a fax from my iPhone?
No, you don’t need a fax machine to send a fax from your iPhone. You can use a fax app to send faxes from your iPhone.
Do I need to pay for a fax app?
Most fax apps have a free trial or a free version with limited features. However, to use the full features of a fax app, you may need to pay for a subscription or purchase credits to send faxes.
Can I send a fax to multiple recipients?
Yes, most fax apps allow you to send faxes to multiple recipients at once.
Can I receive faxes on my iPhone?
Yes, most fax apps allow you to receive faxes on your iPhone. You will need to have a fax number assigned to you by the app to receive faxes.
Can I send international faxes from my iPhone?
Yes, most fax apps allow you to send faxes internationally. However, the cost of sending international faxes may vary depending on the country you are sending the fax to.
Is sending a fax from my iPhone secure?
Most fax apps use encryption to secure your faxes and prevent unauthorized access. However, it’s still important to be cautious when sending sensitive information via fax.
Can I edit a document before sending it via fax?
Yes, most fax apps allow you to edit documents before sending them via fax. You can make changes to the document or add annotations before sending it.
Can I cancel a fax after it has been sent?
Most fax apps do not allow you to cancel a fax after it has been sent. It’s important to double-check the recipient’s fax number and the document before sending the fax.
• Sending a fax from your iPhone is convenient and saves you time and money on physical fax machines.
• Most fax apps have a user-friendly interface and are easy to use.
• You can send and receive faxes from anywhere at any time with an internet connection.
• Double-check the recipient’s fax number and the document before sending the fax.
• Use a fax app that has good reviews and ratings.
• Consider the pricing and features of the app before purchasing a subscription or credits.
Sending a fax from your iPhone is easy and convenient with the right tools. Choose a reliable fax app, double-check the recipient’s fax number and document, and you’ll be sending faxes from your iPhone in no time.


7 Essential Things that should be in 5G CCTV Camera Manufacturing
With everything connected to your smartphone, the need for speed is very obvious. And so, the mobile network operators keep upgrading their technology. If we talk about the latest 5G CCTV Camera Manufacturing (5th Generation) mobile telecommunication, it is set to provide faster speeds, considerably reduced latency, and better networking of billions of IoT devices.
As mobile technology advances, the security surveillance industry is never behind in the adoption of the latest technologies. As a result, the security surveillance industry is all set for 5G CCTV camera manufacturing.
When we say 5G security cameras, you may think of 5.8 GHz (5GHz) security cameras (wireless) or 5G cellular-based IP cameras. Both are referred to as 5G cameras.
Similar to 3G/4G cellular security cameras, the 5G cellular security cameras require a mobile service plan to work. Notably, their dependability can be affected by the network connectivity. Although the 5G network is yet to launch, several countries and network providers have joined the race to take the lead.
Now, you may want to know the specialties in 5G CCTV camera manufacturing that companies are going to offer and also highlight them for promotion.
Read Also This:- Best CCTV Camera Manufacturers in USA
Here are 7 Essential Things That Should Be In 5G CCTV Camera Manufacturing Process
1. Work Without WiFi Connection and Power:
The mobile 5G security cameras are set to operate on the millimeter wave 5G. They would be an ideal and reliable solution for security surveillance in areas that do not have a Wi-Fi connection and power source. Such areas include construction sites, farms, vacation homes, barns, campsites, boats, RVs, and other such remote places.
2. Quicker Downloading and Uploading Speeds:
The 5G security cameras will enable you to upload the video camera footage to the Cloud or download high-resolution recorded video footage within seconds. This would be due to the power of 5G, which is set to offer top mobile internet speed of over 10 gigabits per second, which is up to 1000 times of the 4G network.
3. Smoother Streaming with Little Latency:
The 5G security cameras, backed by the power of 5G, would reduce the latency to a greater extent or digital response time. This means that the 5G security camera user would be able to view the Live footage of indoor and outdoor security cameras with almost zero lagging time.
4. Display Higher Resolution Videos:
Unlike the 3G network that fails to support 1080p full high definition (HD) video transmission, the 5G security cameras would be capable of streaming high-resolution video footage while ensuring the image quality and details.
5. Less Power Consumption + Longer Standby Time:
The 5G security camera systems, similar to 3G/4G security cameras, would be powered by batteries making them hassle-free. Due to faster speed and little latency, the 5G security camera systems would be able to operate much more efficiently while consuming less battery power and last longer in the standby mode.
6. High-Quality Two-Way Communication:
The 5G security camera will enable its users to enjoy high-quality two-way communication with an in-built speaker and microphone.
7. More Smart & Efficient Than Humans:
The 5G security cameras, when integrated with artificial intelligence (AI) and machine learning (ML) tools, would be quite useful in places of higher footfalls, where it may become difficult for security personnel to track every move. The 5G camera with AI and ML can also be programmed to detect suspicious movements via face recognition.
What Will Happen to 2G/3G/4G Security Cameras?
Once the 5G is launched, it will dominate the security camera market. However, in the areas with no 5G connectivity, 4G LTE security cameras will still be used. And so, the manufacturers may still keep manufacturing the 4G based security cameras.
The same may not be applicable for 2G/3G security cameras. As we discussed before, high-resolution videos (like 1080p Full HD) are not supported by 3G security cameras. Of course, the 2G cameras are way behind in technology compared to 3G.
Moreover, 2G/3G technology will not be compatible with 5G services, so manufacturers will certainly discontinue manufacturing or provide support.
What Does The Future of 5G Cellular Security Cameras Look Like?
Undoubtedly, the 5G cellular security cameras will capture the security surveillance industry once the 5G is launched. However, the potential users of 5G cellular security cameras should be ready for the higher tariff of the 5G offered by the telecom providers.
As the equipment for the 5G network may be expensive to install, it may increase the operational cost of the network providers, leading to an expensive 5G cellular data plan that users will require for operating the 5G security cameras.
There can be other challenges for 5G wireless IP cameras. For instance, both the network provider and other related parties will have to set a global 5G standard before it becomes mainstream. Furthermore, 5G security cameras would be launched in the market only after testing them on the 5G network for actual efficiency.
All said and done, the excitement in the security surveillance industry for the adoption of 5G technology is very high. While the industry is ready for 5G CCTV camera manufacturing, the users are excited to upgrade their security systems with the latest and take full advantage of it.
All in all, the 5G technology is set to fuel the growth of the security surveillance industry as several industries like healthcare, retail, and logistics are eagerly looking to adopt the 5G security camera systems in their operations to achieve better security and efficiency. The 5G security camera systems are supposed to offer the advantage of multi-location remote surveillance, ML-based video analytics, and umpteen data storage in the cloud.
Although 5G security cameras will only be available after the 5G mobile network launch in a country, followed by the states, cities, and localities. Still, there are companies like Adiance Technologies that are well-equipped for 5G CCTV camera manufacturing in India.
Established in 2007, Adiance Technologies (ISO 9001:2008 certified) is one of the best companies for outdoor and indoor wireless security and surveillance cameras. The company’s product portfolio includes the latest CCTVs, including 4G Cloud Camera, Cloud Wi-Fi Camera, Smart City Camera, and 4k CCTV Camera.
If you want cutomized 5G CCTV Camera, then Contact Us here


You may have to register before you can post: click the register link above to proceed. · Have recently converted my XG-100M with CH-100 Control Head to a CH-731 Handheld Control Head. Summary of Contents for Harris UNITY XG-100M Page 1 Installation and Product Safety ManualMay/11 ® UNITY XG-100M Full-Spectrum Front and Remote-Mount Mobile Radios Includes CH-100 Control Head CH-721 Scan and System Control Heads. Full-Spectrum Multiband Radio. Choose one of the enlisted appliances to see all available service manuals. Download manuals & user guides for 42 devices offered by Harris in Radio Devices category. It is an advanced HFSSB/VHFFM manpack radio that provides reliable tactical communications through enhanced secure voice and data performance, networking, and extended battery life.
Coupled with a low-band amplifier, this radio can also operate from 30-50 MHz. , Rev. The XG-100M mobil e radio supports the CH-721 Cont rol Hea d which i s availabl e in Sy st em and Sc an mod els.
The KNG Series Mobile offers exceptional features for both standard (50 Watt) and high power (100 Watt) applications. We have 1 Harris unity XG-100M manual available for free PDF download: Operator&39;s Manual Harris unity XG-100M Operator&39;s Manual (94 pages). FUTURE READY The XG-100M is a safe investment that agencies can rely on as transitions occur to P25 technology. Installation and Product Safety ManualMay/11 UNITY® XG-100M Full-Spectrum Front and Remote-Mount Mobile Radios Includes CH-100 Control Head and CH-721 Scan and System xg-100m manual Control Heads fMANUAL REVISION HISTORY REV. Features and Accessories: HHC-731 Hand Held Controller. 3-inch touchscreen color display with a powerful graphical user interface and a built-in microphone that works with the hand held microphone to suppress noise. Unity XG-100M With CH-721 Operators Manual. Mutes when speaker mutes.
• Multiple Mixed Systems Zones– allows users to communicate across multiple types of systems, whether Analog Conventional, P25 Conventional, P25 Trunked Phase 1 (FDMA) or Phase 2 (TDMA). Operator’s ManualOct/11 UNITY® XG-100M Mobile Radio With CH-100 Control Head. View and Download Harris Unity XG-100M quick manual online. • American National Standards Institute (ANSI)/Institute of Electrical and Electronic Engineers (IEEE) C95. XG-100M Talk to Anyone, Anywhere. Related Manuals for Harris UNITY XG-100M Car Stereo System Harris unity XG-100M Operator&39;s Manual 94 pages Mobile radio with ch-100 control head full-spectrum multiband radio. User Manuals, Guides and Specifications for your Harris UNITY XG-100M Car Stereo System. Does not contain signaling (e.
The KNG Series Mobile Radio, the first mobile radio with a touch screen display in the industry. Database contains 5 Harris UNITY XG-100M Manuals (available for free online viewing or downloading in PDF): Operator&39;s manual, Manual, Installation and product safety xg-100m manual manual. From the XG-100M installation manual: Buffered Filtered Discriminator Audio Output (not normally used). A fixed-level audio output with DC bias. The radio supports wide-band and narrowband channels (per. With access to VHF, UHF-L, UHF-H and 700/800 MHz, this radio scans across all bands, voice modes and encryption types at the same time—delivering end-to-end encrypted digital voice communications. Unity XG-100M radio pdf manual download.
Harris Unity XG-100M Quick Manual Manual (2 pages) Harris Unity XG-100M Operator&39;s Manual Operator&39;s manual (66 pages) Harris M5300 Installation And Safety Manual Installation and safety manual (80 pages) Harris M5300 Quick Manual Manual (2 pages) Harris XG-25M Operator&39;s Manual Operator&39;s manual (138 pages) Harris XL-185P Quick Manual Manual. com bands VHF / UHF-L / UHF-H / 700 / 800 MHz All in a single mobile operating modes P25 Phase 1 and 2. The XG-100M is built to provide reliable and dependable communications in mission-critical conditions.
Multimode Mobile Radio The Harris XG-75M dual-band mobile radio is a multi-mode radio that delivers end-to-end encrypted digital voice and data communications and is Project 25 Phase 2 upgradable, once the TIA standard is finalized. The L3Harris RF-7800I Tactical Networking Intercom System is the smallest, lightest, most power-efficient intercom system available today. DATE Oct/11 REASON FOR CHANGE Initial release. View and Download Harris Unity XG-100M operator&39;s manual online. Two Wire Surveillance kit for Harris P7300, P5500, P5400, P5300 and XG-75 Portables.
The multiband XL-200M powers interoperable critical communications with other agencies operating across the VHF, UHF, 700/8 MHz bands. Unity XG-100M With CH-100 Operators Manual. The AN/PRC150(C) is a member of the Falcon®II family of multiband tactical radio systems. · Keyloading XG-100M with remote ch-721 If this is your first visit, be sure to check out the FAQ by clicking the link above. Harris UNITY XG-100M Installation and product safety manual (86 pages).
Working fine on conventional, issues on P25T. · Made in the USA, the full-spectrum Unity® XG-100M mobile radio delivers unparalleled interoperability, ease-of-use and advanced capabilities that mission-critical users can depend on for years to. Radio Harris UNITY XG-100M Installation And Product Safety Manual Includes ch-100 control head and ch-721 scan and system control heads (86 pages) Radio Harris AN/PRC-117G Reference Manual. Full-Spectrum Multiband Radio With CH-721 Control Head. XG-100M control units are available in front or remote mount designs. BK Radio KNG DASH MOUNT MOBILE RADIOS. Rugged, immersible (option), and UL certified for C1D1 HAZLOC use (option), the XG-75Pe is the ideal solution for customers who operate their radios in the toughest conditions. · To answer my own question it looks like I want P1-5 and P1-1 for ground.
WB WV1-15022-E4. The mobile exceeds MIL-STD-810G standards for durability. MANUAL REVISION.
We have 5Harris UNITY XG-100M manuals available for free PDF download: Operator&39;s Manual, Installation And Product Safety Manual, Quick Manual Harris UNITY XG-100M Operator&39;s Manual (94 pages). LTE-capable mobile for First Responder and Utility Communications. Page 2 This manual is published by Harris Corporation without any warranty. The Xg-100M delivers Active noise cancellation AES/DES encryption Color touch screen Built-in GPS and Bluetooth® wireless technology Front or remote mount View the full line of rugged available XG radios harris.
XG-100M Programming Help If this is your first visit, be sure to check out the FAQ by clicking the link above. Delivering multiple features and options, this portable is easily customized to meet users&39; needs. The CH-100 control unit incorporates a large 4. This device is made under license under one or more of the following US patents: 4,590,473; 4,636,791; 5,148,482; 5,185,796; 5,271,017; 5,377,229; 4,716,407. Operator’s ManualMay/11 UNITY® XG-100M Mobile Radio With CH-100 Control Head. See more results. Operator’s ManualOct/11 UNITY® XG-100M Mobile Radio With CH-100 Control Head Full-Spectrum Multiband RadioMANUAL REVISION HISTORY REV. This VICTORY/GVA-compliant solution is customizable for a variety of dismount, TOC, maritime and vehicular missions.
The XG-100M full-spectrum radio is the only mobile on the market that operates on both P25 digital and conventional analog on VHF, UHF-L, UHF-H and 700/800 MHz bands. View online Installation and product safety manual for Harris UNITY XG-100M Car Stereo System or simply click Download button to examine the Harris UNITY XG-100M guidelines offline on your desktop or laptop computer. Installation and Product Safety ManualMay/11 UNITY® XG-100M Full-Spectrum Front and Remote-Mount Mobile Radios Includes CH-100 xg-100m Control Head. Harris Unity XG-100M Quick Manual Manual (2 pages) Harris XG-25M Operator&39;s Manual Operator&39;s manual (40 pages) Harris FlexStar Technical Manual Technical manual (106 pages) Harris UNITY XG-100M Installation And Product Safety Manual Installation and product safety manual (86 pages). The Unity XG-100M two-way mobile radio complies with the following RF energy exposure standards and guidelines: • United States Federal Communications Commission (FCC), Code of Federal Regulations; 47 CFR § 2 sub-part J. Have attempted reprogramming, ensuring radio set as a CH-721 (which has the 731 in Control Head Button Option, no direct option to set radio as a CH-731 in RPM2).
Harris UNITY XG-100M Manuals Manuals and User Guides for Harris UNITY XG-100M. The xg-100m manual XG-100M delivers the advanced features required by critical communication users. Manuals and User Guides for Harris unity XG-100M. The display is designe d to maximiz e reada bility and e ase of use. Samlex 12480-H provides a cover for your Harris XG-25M, XG-100M, M5300, M7300 series radio and the SEC1223 AC power supply.
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Next week Sony Ericsson are set to unveil their new handset at CES 2012. CES is the world's largest consumer technology tradeshow.
The manufacturer yesterday posted teasing pictures of their new device on their Facebook Page whilst also stating “Something big is coming, so stay tuned for some exciting news next week!”
The images revealed the letters 'HD' printed underneath the camera fuelling speculation that the phone being released will be the Arc HD. Also pictured was a shot of a Micro SD Memory Card Slot and the colouring of the handset was grey/graphite.
Many people are predicting a 12 megapixel camera. Will they be correct? Rest Assured as soon as the handset is announced we will have the news ready for you.


Sound is an energy and we have been constantly being aware of it due to our ears and the ability of our brain to perceive it, sound is just like visual input that can be perceived in multiple ways, sounds energy is transmitted through medium in the form of longitudinal waves and can be perceived in number of ways.
The speed of the sound is way more in metal as compared to air, sound waves also generate heat or I will rather say dissipate heat but way lower in value as compared to other form of energies, hence the speed and heat dissipation of sound waves will differ from medium to medium.
So now as we know that the sound energy is dissipated in the form of heat so for waves of higher frequency the sound energy is transformed into heat more rapidly than the waves of lower frequency because waves with higher frequency are carrying more sound energy then the wave with less frequency.
So as a matter of fact the lower frequencies will travel more than the sound with high frequency because the heat dissipation will be lower in the wavelength of lower frequency as frequency is indirectly proportional to wavelength.
In order to understand the concept of sound better let’s go to the fundamental phase from where the sound is actually manifested.
Sound energy is propagated in the form of wave , now if we take a simple sine wave , you will get a constant frequency, you can generate the sine, cosine, square waves etc from a Synth, the sound wave has energy which is propagated in the form of longitudinal wave.The speed of sound in air at 0 degree Celsius is about 330 Meters per second , or let’s say nearly 1200 km/ hr , the water vapor in the air increase the speed of sound slightly, so it is being calculated that which each degree rise in temperature above 0 degree Celsius , the speed of sound in the air increases by 0.6 meters per second.
So if we talk about the normal room temperature that is around 20 degree Celsius the sound waves travel around 340 m/ s which is pretty darn fast. If this is fast then in water sound travel 4 times faster then in air which is super duper fast…
Sound energy is longitudinal in nature and has different set of parameters based on the generation and propagation conditions.


Number of Publication 21Publications:
Enhancement of relative sensitivity of Photonic Crystal Fiber with high birefringence and low confinement loss.
Design and optimization of photonic crystal fiber for liquid sensing applications
A new structure of photonic crystal fiber with high sensitivity, high nonlinearity, high birefringence and low confinement loss for liquid analyte sensing applications
Optimization and enhancement of liquid analyte sensing performance based on square-cored octagonal photonic crystal fiber.
Design and Optimization of Highly Sensitive Photonic Crystal Fiber with Low Confinement Loss for Ethanol Detection.
Design and characterization of photonic crystal fiber for sensing applications
Mobility Issue on Octagonal Structured ZigBee Network Using Riverbed. International Journal of Communications
Design of Simple Structure Gas Sensor Based on Hybrid Photonic Crystal Fiber
A comparative analysis of two different PCF structures for gas sensing application
Highly sensitive simple structure circular photonic crystal fiber based chemical sensor.
Proposal of a simple structure photonic crystal fiber for lower indexed chemical sensing
Numerical analysis of O-PCF structure for sensing applications with high relative sensitivity
Application of microarray-core based modified photonic crystal fiber in chemical sensing
Proposal of simple gas sensor based on micro structure optical fiber
On the Analysis of RED Algorithm in ZigBee Network for Queue management
High Sensitive PCF based Chemical Sensor for Ethanol Detection
Simulation Based Analysis of Formalin Detection Through Photonic Crystal Fiber
Queue management of RED enabled ZigBee Network based on packet size variations and distribution techniques
Photonic Crystal Fiber Based Sensor for Detecting Binary Liquid Mixture


Unlock Huawei E1752 Usb Modem/dongle Completly free - Unlocking Huawei E1752 modem or dongle completely removes the network lock that prevents the usb modem from working with other network carriers.Once you unlock the Huawei E1752 modem, it will work with any mobile operator in the world: Vodafone, Telefonica, Movistar, O2, Orange, T-Mobile, AT&T, TIM, Three,
Benefits of Unlocking Huawei E1752 Modem :-
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How to Unlock Huawei E1752 Modem :-
- To unlock Huawei E1752 modem follow the steps below carefully.
Download the Huawei E1752 unlocking software.
- First you will have to download the package below containing the Huawei E1752 unlock code calculator
- Then unzip the package with your preferred software e.g. winrar, winzip e.t.c
- In the folder you will find four Huawei E1752 unlock code generators.
- Just double click on any of them to run then enter the IMEI of your Huawei E1752 modem and the software will generate the unlock code for you.(how to get your huawei modem imei number)
Entering the Huawei E1752 Unlock Code:-
- If your Huawei E1752 modem is registered to one network (e.g. Orange), remove the SIM and insert another mobile network’s SIM (e.g. T-Mobile) to you device.
- Run your USB Modem’s Dashboard / Software and a small window will appear prompting you to enter the unlock code. So, enter the correct unlock code and your modem is unlocked.
- Your Huawei E1752 Modem will now work with any SIM on any network.


10Pcs IR Receiver Module 38 kHz TSOP4838 DIP-3. Type: TSOP4838 IR Receiver Module. Arduino Module.. Condition:： New: A brand-new, unused, unopened, undamaged item in its original packaging (where packaging is applicable). Packaging should be the same as what is found in a retail store, unless the item is handmade or was packaged by the manufacturer in non-retail packaging, such as an unprinted box or plastic bag. See the seller's listing for full details. See all condition definitions ： Brand: ： Unbranded/Generic ， Country/Region of Manufacture: ： China： Model: ： TSOP4838 ， UPC: ： Does not apply： MPN: ： TSOP4838 ， 。
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In today’s competitive business environment, industries are continuously challenged with evolving technologies, innovation cycles, product re-engineering, manufacturing process optimization and design costs. Being a part of service industry we have the know-how of the customers’ requirements especially in development stage of product. We provide product solutions in embedded systems across all the verticals viz. automotive, off-highway, industrial machinery, industrial products, medical equipment & lighting systems. Along with capabilities we have expertise in testing and validation of embedded systems. We also support end to end model based development.
Model Based Development enables faster, cost-effective development of dynamic systems including control systems, signal processing and communications systems.
- Model based design with Matlab ,Simulink & Stateflow
- Requirement Gathering
- Closed Loop Simulation
- Design Models
- Implementation Models
- Auto Code Generation
- Rapid Prototyping
- Matlab, Simulink,Stateflow,Embedded Coder
- Code Warrior
- Code Composer Studio
- Visual Studio.net
- Evaluation boards for Microchip, Freescale etc.
- DSO, Function Generators, Power Supplies etc.
- Development and test lab facility having test benches with antistatic mats
We have an expertise in algorithm development, development for device drivers, HMI/ GUI development, development of a component to product development, new product development, experience for adding new features to an existing product, porting services.
- RTOS – RT Linux, OSEK, QNX, eCOS, Windows CE,Real Time schedular
- Board Support Packages
- Device Driver Development
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- Porting Services Development Tools
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We develop applications including embedded devices developed by TTC, third party devices, sensors and actuators, output devices, computers and development over cloud.
We have an experienced team of embedded V &V engineers for developing Test Strategy, Test Plans, Test Execution covering all aspects from Verification to Validation, functional testing to code coverage, manual testing, semi-automated testing and complete Test Automation.
- Functional Testing
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- HILS (Hardware In Loop Simulation) Testing
- Test Strategy
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