Starlink has authorised TD Africa to distribute Starlink Kits in Africa.
TD Africa is Nigeria’s premier technology distribution. This marks a significant moment in TD Africa’s goal of democratising internet access in the heart of Nigeria and across Africa.
Starlink delivers high-speed, low-latency internet to users all over the world. It provides quality and cost-effective internet access to homes, businesses, and especially caters to those in remote locations that are currently underserved or unreached. As the world’s first and largest satellite constellation using a low Earth orbit, Starlink delivers broadband internet capable of supporting streaming, online gaming, video calls and more.
TD Africa plans to leverage Starlink’s unique selling points such as high-speed, low latency, broad coverage and scalability to bridge the digital divide.
With an impressive 2023 year-end customer base of 2.3 million and a presence in over 70 countries, Starlink has emerged as a transformative player since launching its first orbital satellite in 2019.
TD Africa’s extensive distribution network and experience coupled with Starlink’s high-speed internet aims to deliver innovative solutions and services that offer broadband connectivity, promoting economic development across Africa. TD Africa will distribute Starlink Internet Kits across Nigeria.
In a press statement, made available to LEADERSHIP, TD Africa’s coordinating managing director, Chioma Chimere, highlighted the synergy between TD Africa’s experience as a leading distributor of technology and business solutions and Starlink’s commitment to transforming how the world accesses the internet.
She expressed excitement about the growth opportunities this agreement presents across the continent while emphasising TD Africa’s mission to provide accessible, affordable, and usable internet solutions to individuals and businesses.
This transformative agreement signals a new era for internet access in Africa, with Starlink and TD Africa leading the charge in providing innovative and reliable solutions to meet the evolving needs of the digital economy.


Jan 16, 2020 · The client is called network-tunnel on the Mac platform, and network-tunnel.exe on Windows. Once a tunneling client is successfully connected to the Cloud Server, the invoking user (for a specific project, dictated by the Access Key) is considered to be in "Tunneling Mode".
VPN Connect Overview. VPN Connect provides a site-to-site IPSec VPN between your on-premises network and your virtual cloud network (VCN). The IPSec protocol suite encrypts IP traffic before the packets are transferred from the source to the destination and decrypts the traffic when it arrives. Our DMVPN network is used for VoIP traffic so our QoS policy should have a priority queue for RTP traffic. We use subnet 192.168.123.0/24 as the “underlay” network and 172.16.123.0/24 as the “overlay” (tunnel) network. The DMVPN network is used for VoIP traffic. Let’s start with a basic DMVPN phase 2 configuration. Jun 26, 2020 · Network bandwidth. Each Cloud VPN tunnel can support up to 3 Gbps. Actual bandwidth depends on several factors: The network connection between the Cloud VPN gateway and your peer gateway: Network bandwidth between the two gateways. Jul 26, 2020 · View All Result . Home NEWS. Hong Kong’s vast $3.8 billion rain-tunnel network Tunnel's real-time, global payments network is the engine where on all Tunnel's payments products are built & enabled. Real-Time Payment Solutions Tunnel's global, real-time, distributed ledger payment network can be used to power C2C, B2B, B2C, Retail, e-commerce &/or other payment solutions. Network > GlobalProtect > Gateway > Agent > Client Settings > Client-Config > Split Tunnel > Domain and Application GlobalProtect Config Split Tunnels . Specify the domains for which you want to exclude the traffic outside of your VPN tunnel under EXCLUDE DOMAIN option. In the configuration snapshot above, we have excluded traffic for following May 27, 2020 · Super Network Tunnel was developed to work on Windows XP, Windows 7 or Windows 8 and is compatible with 32-bit systems. The most popular versions of the Super Network Tunnel 2.6, 1.5 and 1.0. This software is an intellectual property of Super Network Tunnel Company, Inc. The program is included in Internet & Network Tools.
James T. Harmening, in Computer and Information Security Handbook (Third Edition), 2017. Layer 2 Tunneling Protocol. Layer Tunneling Protocol was released in 1999; then to improve the reliability and security of Point-to-Point Tunneling Protocol (PPTP), Layer 2 Tunneling Protocol (L2TP) was created.
split-tunnel-network-list . Naturally of the above the first clearly shows that Full Tunnel VPN would be used an all traffic would be sent through the VPN. I also think that if the "group-policy" doesnt make any mention of the above configurations it will also mean that you are using Full Tunnel VPN. Split tunneling is a computer networking concept which allows a user to access dissimilar security domains like a public network (e.g., the Internet) and a local LAN or WAN at the same time, using the same or different network connections.
The VPN secures the private network, using encryption and other security mechanisms to ensure that only authorized users can access the network and that the data cannot be intercepted. This type of network is designed to provides a secure, encrypted tunnel in which to transmit the data between the remote user and the private, corporate network.
Mar 21, 2017 · An IPv4 over IPv6 tunnel allows IPv4 to pass through an IPv6 network into another IPv4 network, something that would otherwise not be possible without the originating computer understanding the IPv6 network. A VPN is a tunnel specifically intended for connecting two private networks without the overhead of translating the IP addresses between Nov 08, 2016 · Tunneling is a protocol that allows for the secure movement of data from one network to another. Tunneling involves allowing private network communications to be sent across a public network, such as the Internet, through a process called encapsulation. Despite other http tunnel software, Super Network Tunnel is really two-way http tunnel software. The client computer can access the server computer's network and control the server's computer. It can run any game/IM/P2P/Stock software via server's network. tunneling or port forwarding: Tunneling, also known as "port forwarding," is the transmission of data intended for use only within a private, usually corporate network through a public network in such a way that the routing node s in the public network are unaware that the transmission is part of a private network. Tunneling is generally done Tunneling is a technique that enables remote access users to connect to a variety of network resources (Corporate Home Gateways or an Internet Service Provider) through a public data network. In general, tunnels established through the public network are point-to-point (though a multipoint tunnel is possible) and link a remote user to some Unlike user tunnel, which only connects after a user logs on to the device or machine, device tunnel allows the VPN to establish connectivity before the user logs on. Both device tunnel and user tunnel operate independently with their VPN profiles, can be connected at the same time, and can use different authentication methods and other VPN


Our Network and Servers
Looking for the network and server status? See System Status.
Our network spans across the globe and is maintained 24 hours a day, 7 days a week, 365 days a year, it's fully switched and has multiple redundant routers and peering to many different ISPs allowing us to uphold our 99% connectivity uptime.
The majority of our servers run in the following 3 data centres: Redbus Interhouse, London, UK (Primarily for Premium UK Dedicated Servers, Web Hosting and Game Servers); ThePlanet, Texas, USA (Primarily for Premium US Dedicated Servers and Web Hosting), Newfield Works, Stoke-on-Trent, UK (Primarily for Unix Shells, Basic Web Hosting and Backup).
Our London network transit connections are currently to Level 3, AboveNet, and NewNet. We also peer with approximately 130 ISPs at the peering points LINX, XChangePoint, and LoNAP. We are connected to this range of providers via redundant routers. With this configuration if one of the routers fails, the secondary takes over the full routing within a matter of seconds – meaning that a router failure doesn't compromise network availability. In total we have 1200mbits of network connectivity. The network is designed using a high-speed switched architecture. Each server is plugged into a 100mbit, fully-switched port on an edge switch. Each edge switch is then in turn plugged into two separate aggregation switches at 1gbit, with failover redundancy allowing either 1gbit link to fail.
Our Texas network architecture utilises the Enterprise routing and switching engines from Juniper and Cisco. We utilize Juniper M20 routers as border routers, Cisco 6500 series switches in our distribution layer and Cisco 6500 switches in our aggregation layers, and Cisco 3500 and 2900 series switches at the customer layer. Our network is fully meshed and redundant with 11 backbone providers.
Our Stoke-on-Trent network is fully switched and has multiple unmetered uplink connections. Each server is connected into a 100mbit switch which then connects into the routers. Each server also has a backup power supply.
Our server hardware is of the highest quality, we believe it is extremely important to choose the right hardware, we always aim to minimise any technical problems and down-time, which usage of quality hardware has proven to help reduce.
We run linux/unix based operating systems, specifically Red Hat, Debian and FreeBSD which we find improves our overall uptime, stability and security.
To ensure maximum system performance, the data floors maintain a constant 21°C ± 2°C and humidity is kept at 50% ± 10%. This is monitored by the building management system. We have a scalable and sustainable power supply from multiple generators with a UPS in place.
Fire detection is also very important, the Data Centre uses some of the most advanced available. Early Smoke Detection Apparatus (VESDA) is installed in every facility. These extremely sensitive smoke detectors are linked to the management system.
Finally our Data Centre includes a wide array of comprehensive security features. This includes 24/7/365 monitoring by on-site personnel, CCTV Video camera surveillance and a security breach alarm.


In today’s mobile workforce, wireless networking is an essential tool. With wireless networking, you and your staff can stay connected to your company’s information at all times. However, if you sacrifice quality in your wireless networking, you could run into a handful of headaches including security concerns and potential connection interference. You want a cutting-edge product with optimum speed and features when selecting a wireless network for your business but may not want to endure the high costs that come along with it. NFS Leasing has your answer!
Keeping up with wireless network equipment can be daunting, and since technology is changing so rapidly, it’s difficult to stay on top of the latest changes. NFS Leasing can make sure you have all the pieces in place to create a stable, secure and reliable network for your business. We understand that your business is complex are able to structure a lease to fit your specific needs. As your company expands, we are able to build out your network and keep up with your computing needs.
To request a quote on wireless networking, click here.


Grant Instruments™ Squirrel SQ2040 Wi-Fi Data Logger
Combines a high channel, high performance, universal inputs with the simplicity of Wi-Fi networking in a compact and portable instrument. Grant Instruments™ Squirrel SQ2040 Wi-Fi Data Logger provides standalone data acquisition, advanced networked solutions and data analysis straight out-of-the-box.
Brand: Grant Instruments™ SQ2040-2F16
Code : 04
Additional Details : Weight : 1.00000kg
- Fully configurable via the integrated keypad - New!
- 128*97 dot graphical LCD display - New!
- Compatible with B, C, D type thermocouples - New!
- Integral Wi-Fi Ethernet networking
- High precision (0.05%)
- Advanced data management, to MMC/SD or PC
- Flexible communications (USB, Ethernet, RS232)
- High speed option (100Hz on 4 channels)
- Various Remote connection options e.g. via Ethernet or dial up modem
- 16 true differential or 32 single ended universal analogue inputs for voltage, current or resistance measurements plus 2 high voltages, 4 pulse and 8 digital event/state inputs
- Analogue inputs can be used with thermistors, thermocouples, 2,3 or 4 wire RTD temperature sensors and 4 - 20mA signals
- User selectable logging rates of up to 100Hz on up to four channels
- Standard (802.11b) wireless (Wi-Fi) Ethernet networking, USB and RS232 communication ports
- Large non-volatile internal memory storage for up to 14 million readings
- Download of internal data to removable MMC/SD (Multi Media Card / Secure Digital) memory card
- Sensor power and FET outputs for use with external devices
- Easy to read LCD and simple 4 button user interface
- Calculated channels derived from real channels using advanced mathematical functions e.g. log(x); ln(x); sqrt(x)
|Analogue to digital converters: 2, Differential: 16, Single Ended: 32, 3 or 4 wire: 0|
|128*64 dot graphical display,4 button keypad|
|Up to 6 significant digits|
|4 open drain FET|
|Internal: up tp 128Mb (up to 14 million readings) / External: Up to 1Gb - removable MMC/ SD (for transferring internal memory and storing setups only|
|175 x 235 x 95mm|


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Published bySabrina Rhode Modified over 7 years ago
McGraw-Hill/Irwin ©2008 The McGraw-Hill Companies, All Rights Reserved Plug-in B3 HARDWARE & SOFTWARE
5-2 INTRODUCTION Information technology (IT) –computer-based ______ –that people use –to support the information-processing needs of an ______________ Computer system consists of –Hardware - consists of the physical devices associated with a computer system –Software - the set of ____________ that the hardware executes to carry out specific tasks
5-3 HARDWARE BASICS Computer –an electronic device operating under the control of instructions stored in its own ___________ that can accept, manipulate, and store data Hardware components include: 1.Central processing unit (CPU) 2.Primary storage 3.____________ storage 4.Input device 5.Output device 6.Communication device
5-4 Central Processing Unit (CPU) CPU (or _________________) –Executes the program (software) instructions –Coordinates all the other hardware devices Parts of the CPU –Control unit interprets software instructions literally tells the other hardware devices what to do –Arithmetic-logic unit (ALU) Performs ___________ operations Performs logic operations (such as sorting and comparing numbers)
5-5 Central Processing Unit The number of CPU cycles per second determines the speed of a CPU –Megahertz (MHz) - the number of _________ of CPU cycles per second –Gigahertz (GHz) - the number of _________ of CPU cycles per second
5-6 Central Processing Unit CPU speed factors –Clock speed—rate at which instructions are performed –Word length—number of bits processed at each cycle –_____ width—number of “lanes” for signals to travel –Chip line width—distance between transistors in a chip Binary digit (bit) –the smallest unit of information that a computer can process Byte –a group of ______ bits representing one natural language character –01000001 = A
5-7 Primary Storage Primary storage –the computer’s main memory –directly accessible to the _____ –consists of random access memory (RAM)—high speed ________ memory—very high speed read-only memory (ROM)—fixed set of instructions
5-8 Random Access Memory (RAM) Random access memory (RAM) –the computer’s primary working memory RAM stores –Program instructions –______ Characteristics of RAM – High-speed access –Volatility (when _______ goes off)
5-9 Read-Only Memory (ROM) Read-only memory (ROM) - the portion of a computer’s primary storage that does not lose its contents when one switches off the power –Flash memory –Memory card –Memory stick
5-10 Secondary Storage Secondary storage - consists of equipment designed to store large volumes of data for long-term storage –Megabyte (MB or M or Meg) - roughly 1 million bytes –Gigabyte (GB) - roughly 1 billion bytes –Terabyte (TB) - roughly 1 _______ bytes
5-11 Magnetic Medium Magnetic medium - a secondary storage medium that uses magnetic techniques to store and retrieve data on disks or tapes coated with magnetically sensitive materials –Magnetic tape - an older secondary storage medium that uses a strip of thin plastic coated with a magnetically sensitive recording medium –Hard drive - a secondary storage medium that uses several rigid disks coated with a magnetically sensitive material and housed together with the recording heads in a hermetically sealed mechanism
5-12 Other Media Optical medium: –Compact disk-read-only memory (CD-ROM) –Compact disk-read-write (CD-RW) drive –________ video disk (DVD) –DVD-ROM drive –Digital video disk-read/write (DVD-RW) Flash memory –Electrically __________ Programmable Read-Only Memory (EEPROM) –‘flash drives’
5-13 Input Devices Input device - equipment used to capture information and commands –Manual input devices Joystick Keyboard Microphone –Automated input devices Bar code scanner Digital camera Magnetic ____ character reader
5-14 Output Devices Output device - equipment used to see, hear, or otherwise accept the results of information processing requests –Cathode-ray tube (CRT) –________ crystal display (LCD) –Laser printer –Ink-jet printer –Plotter
5-15 Communication Devices Communication device - equipment used to send information and receive it from one location to another –Dial-up access –Cable –Digital subscriber line (DSL) –Wireless –Satellite
5-16 COMPUTER CATEGORIES Computer categories include: –Personal digital assistant (PDA) –Laptop –Tablet –_________ –Workstation –Minicomputer –Mainframe computer –Supercomputer
5-17 SOFTWARE BASICS System software - controls how the various technology tools work together along with the application software –__________ system software Windows, Mac, Linux –Utility software Backup Recovery Security –Application software
5-18 Application Software Most common types of application software –Browser: for surfing the Internet –Database management: accessing large amounts of data –E-mail: communication –Presentation graphics: slide shows –Spreadsheet: performing complex calculations –Word processing: creating documents
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[MOD] Invitation - Control Chain interface and communication protocol
franconassis at gmail.com
Mon Nov 3 12:06:18 BRST 2014
This is an invitation for all those who are interested in the Control Chain system, the MOD approach to external hardware controllers.
The Control Chain interface was conceived with the LV2 control ports properties in mind. It tries to dis-abstract the LV2 Control structure in tangible (and material) form.
The first purpose of the Control Chain was to connect the MOD and its external peripherals. The MIDI system is very generalistic and we didn’t want to design a “MIDI Clone”. As the LV2 standard enables the developers to add important metadata to describe the Control Ports, the MOD platform makes use of all this info to offer a good user experience to the musicians.
A good example is the footswitch. The Control Chain footswitch has built in its firmware different behaviours depending on port properties. It alternates the state of toggles controls, it can trigger an event, it can run the items of an enumeration list and it can also measure time and offer TapTempo for time based units.
All this is accomplished with the same physical actuation - the pressing of the button - but according to the control that has been addressed to it. The GUI decides which actuator it offers the user for each of the Controls.
The physical interface of the Control Chain devices is an RS-485 full-duplex serial line running at 1Mbit/sec. Currently up to eight devices can be daisy chained and by use of the RJ-45 cable we also power the devices ( 1 pair for input,1 for output and 1 for power supply).
After some development we came to the conclusion that such a protocol could be extended for virtual devices in the GUI as well and this would make the development of plugins interfaces much easier.
The reason for sharing this with the Linux Audio community is to involve as much people as possible in electing the needed features for the plugins.
At this current state, the Control Chain supports only Input ControlPorts. People have been asking about the Tuner and other plugins that have Control Outputs.
So we’re opening up the discussion to set the requirements and possibilities that shall be implemented.
The discussion is to happen on our mailing list:
and at the #portalmod IRC channel @ freenode.
Hope to see you all there
The MOD Team
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Shaw's FibrePlus network gives Canadians the ultra broadband experience. With a 100% fibre backbone spanning over 1,400,000 km, our network is built to provide faster Internet speeds to more customers than any other Western Canadian provider. In fact, with speeds up to 600 Mbps †, our customers can enjoy the Internet the way it was meant to be enjoyed: at a high-speed. And to keep it that way, we'll continue to invest in our network to ensure the best customer experience now and into the future.
The FibrePlus advantage is simple: we combine the speed of fibre with the durability of coaxial, meaning more Western Canadians can enjoy faster speeds today and tomorrow. In fact, we're already upgrading our network for the next wave of Internet technology (DOCSIS 3.1) — one capable of delivering Internet speeds of over 1 Gbps1.
Get 5x the speed of our most popular Internet, with downloads up to 600 Mbps†.
YouTube HD Verified for a smoother HD video viewing experience2.
Fastest download speeds of any Internet Service Provider in Western Canada3.
We believe everyone deserves faster Internet. That’s why we’re proud to offer Internet speeds of 300 Mbps to more Western Canadians than our competitors. Plus, unlike other providers who use old copper phone lines that require complicated and disruptive fibre upgrades, our network is all ready to go. No waiting. No hassle. Just our fastest speeds, right now and in the future – that’s the FibrePlus availability advantage.
Your home WiFi is only as good as your WiFi modem. That’s why our Advanced WiFi Modem features AC technology, the fastest WiFi technology in the world4. Plus, it comes equipped with six powerful antennas and dual-band technology, meaning faster speeds, more connected devices, and the capability to reach more rooms5.
At Shaw we know your Internet needs go beyond the home. So we’ve built the largest WiFi network in Canada6. All Shaw Internet plans include free access to Shaw Go WiFi at over 100,000 hotspots. Each month, thousands of Shaw customers save an average of 6GB of cellular data – talk about a WiFi advantage.
Fast Internet speed is great — but not when it costs an arm and a leg. With our FibrePlus cost advantage, you enjoy the fastest speed for the best price, and with our price guarantee7 what you see is what you get. Ready to ride the wave?


Today’s modern technology has enabled us to do things that we never thought were possible. One of these things is learning how to track someone by cell phone number without them knowing. Today, we have a large selection of tracking software solutions that will enable you to track a phone easily.
In this article, we will discuss some popular tracking apps that are commonly used to track other cell phone numbers and a couple of free methods. Here is the best way to track someone by cell phone number without them knowing.
How to Track a Cell Phone Location Without Installing Software
mSpy is the best way to track a cell phone location without them knowing. This great phone tracking solution enables you to gain full access to someone’s device without installing software on it. This particular app allows users to monitor any location as well as any phone activities – both digital and audio communications.
With mSpy, tracking a cell phone is easy and convenient – you don’t have to have any prior technical knowledge or skills.
- mSpy will update you with the live location of the device;
- See the recent locations the person has visited;
- Check the timestamp to know the exact time of the visit;
- Set geo perimeter and receive real-time alerts;
- Stealth mode.
It is possible to track a cell phone location without installing software only if you want to track an iPhone. Knowing iCloud credentials is required as well as one-time physical access to the target device.
Here is what you need to do:
Step 1: Purchase the subscription plan and download the app.
Step 2: Accept the User License Agreement.
Step 3: Choose whether you’d like mSpy to work in the stealth mode.
Step 4: Enter a valid registration code and start tracking.
How to Track a Cell Phone Location
Cocospy is a great way to track a cell phone location. This cool cell phone tracking app enables you to gain access to the target user device with ease and track their cell phone location without them knowing.
It works on both Android phones and iOS devices, making it a very convenient wife or husband phone tracker. The setup process can be done remotely for iOS devices.
- Track anyone through its web-based dashboard;
- Stealth mode;
- Geofencing feature and cell phone location history;
- Track the location based on GPS and Wi-Fi;
- Call and social media tracking – social media accounts such as Facebook, Instagram, Skype, etc.
- Track someone’s phone SIM location without them knowing.
However, you have to obtain physical access to install it on Android devices.
How to Put a Tracker on a Phone
Putting tracker on someone’s phone is easy – we’ll use Cocospy as an example. Here are the steps you need to take to put a tracker on someone’s cell phone:
Step 1: Choose a suitable subscription plan on their website and enter payment details.
You will receive a welcome email with further instructions.
Step 2: Use the login info from your email and log in to Cocospy’s control panel from your web browser.
Step 3: Obtain physical access to the target cell phone.
Step 4: Download the cell phone location tracking app from your control panel and install it on the target phone.
Step 5: Enable stealth mode so the app would remain invisible.
Step 6: Start tracking a cell phone location without them knowing.
How to Track a Cell Phone Number Location Without Them Knowing for Free
If you want to know how to track a cell phone without putting a GPS locator on their phone, you can use the in-built app, Find My Device spying app for Android phone and Find My iPhone for iOS and Mac to do so.
Although Find My Device and Find My iPhone cell phone tracker options are great, cost-free options, we have to note that they offer limited capabilities.
How to Track a Phone Without Them Knowing
If you’re an Android user without any technical knowledge and would like to learn how to track a GPS location without them knowing, then we have an easy method for you.
Bear in mind that this method is free and very easy to use. However, it offers limited phone location tracking capabilities, and it doesn’t work unless the location services are on. Here’s what you need to do.
Step 1: Visit android.com/find and log in to your Google Account.
Step 2: Choose from the available phone options if you have more than one mobile phone.
If your lost cell phone is logged in using more than one user profile, sign in to your Google Account using the main profile.
Make sure your internet connection is turned on. As you do this, a notification will be issued to the lost cell phone.
Step 3: Check the phone’s location without them knowing on the app.
The cell phone location might not be accurate but an approximate idea. If your cell phone is not reachable, you will be provided with the last known site.
Step 4: Once you can locate your cell phone, you can decide what you want to do next:
- You can make your cell phone play sound at full volume for 5 minutes, even when it is set to vibrate or silent.
- You can also choose to lock your cell phone using a password, pattern, or PIN.
- If no lock is active on your cell phone, you can activate one. You can also add a message or phone number to the lock screen to help someone return your phone.
- You can also choose to delete all the data on your phone (might not work on SD cards). Once you do this, Find My Device won’t work on your phone.
How to Track a Cell Phone Location Without Them Knowing – Track an iPhone Location for Free
Find My iPhone cell phone tracker allows you to track an iPhone location for free. This is a proprietary application from Apple that works on iPad, iPod Touch, iPhone, Apple Watch, AirPods, and Mac if they somehow get lost or stolen.
Using this location tracker app, you can locate your lost device on a map, use lost mode to track your device, erase all the personal information remotely, lock your device, and play a sound to detect it.
Here are the steps that you need to follow to set up this location tracker app:
Step 1: Visit icloud.com/find and sign in using your Apple ID.
Step 2: Choose a device you want to track from the drop-down menu.
Step 3: The cell phone location will be displayed.
If for some reason, you can’t access the Find My iPhone option on iCloud, there are two possible solutions – enabling the app through Settings or downloading iCloud, presuming that you didn’t have it on your phone already.
How to Enable Find My iPhone Phone Tracking App:
This is how you enable this tracking app:
- Open Settings.
- In the search box, type in Find My iPhone.
- Open the app and press the Find My iPhone tab.
- Enable all available options.
How to Track a Cell Phone Location Without Installing Software on Target Phone
Find My Mobile is similar to Google’s Find My Device. It is a Samsung to help you find your missing Samsung Device and protect your data. It can even unlock your Samsung phone if you forget your password or PIN. If you want to use it, follow these two steps:
- Head to Samsung’s Find My Mobile
- Log in using your Samsung ID
If you want to use Find My Mobile to track a cell phone location without them knowing, all you need is their Samsung ID.
One way to track a cell phone without them knowing this would be to give them a Samsung phone where you already set up the Samsung ID. This method has certain drawbacks, however. It will not show you a location history, nor will it send you alerts, meaning you will have to log in regularly to know where they are.
As you can see, tracking a cell phone doesn’t necessarily have to be difficult. Luckily, most of these cell phone location tracking apps don’t require any root or jailbreak, so you’ll be able to track a cell phone without them knowing easily.
Another benefit is that all of the methods listed above work on both Android and iOS devices. We hope that you’ve found your best phone tracking app to track phone devices in this article.


RIL Bought American Telecom Solution Provider Company Radisys. Reliance Jio starts its preparation for the 5G services in India. Moreover, the preparation starts with an agreement. In this agreement Reliance Industries buys an American Telecom Solution Provider Company “Radisys“.
With this deal Reliance Jio boosts its position on the 5G Industry of India. Let me tell you right now Reliance Jio focus on several future projects like 5G, IOT etc. Sources say this deal closes on 7.4 million dollars.
Although Talking about the company specifications, Radisys has around 600 employees. Moreover, Its headquarter is in Hillsborough Oregon. The company already occupy a place in Nasdaq. In India, the company has an engineering team present in Banglore. Moreover, they have also several support offices worldwide.
Quoting on this agreement, Akash Ambani says this deal will boost the Jio position in 5G as well IOT area. Moreover, Radisys CEO says they will continue to work independently.


By Ms. Frances Roberts
“People think that data is in the cloud, but it’s not,” said Jayne Stowell, who oversees construction of Google’s undersea cable projects. “It’s in the ocean.”
It kind of boggles the mind when you really think about the Internet. Do you even know what it is? While most of us experience the Internet through Wi-Fi and phone data plans, those systems eventually link up with physical cables that swiftly carry information across continents and even oceans.
The Internet is made up of tiny bits of code – called data – that move around the world, traveling along wires that are as thick as a strand of hair and long enough to stretch across the ocean floor. And, these bits of code move amazingly fast. The data is somehow able to zip from New York to Sydney or from Hong Kong to London in less time than it took you to read this paragraph!
A great deal of cable has already been laid to connect the continents and support our insatiable demand for information, communication and entertainment. In fact, 750,000 miles of it. In the modern era, it was the telecommunications companies that first took on the task of laying out most of the cable, but in the last ten years, American technology giants have started taking over. In the beginning, they created a consortium to pool their resources and build – and then own – the subsea cables. Think of it as building a freeway for them all to use. Google has backed at least 14 cables globally, and Amazon, Facebook and Microsoft have invested in others. These content providers now own or lease more than half of the subsea bandwidth.
A more recent option is for a company to take on an subsea cable project alone, and Google recently announced its newest one that will connect the United States to Chile, which is where the company’s largest data center is located. Google has invested $290 million in its Chilean data center to help develop its capacity in artificial intelligence and machine learning, as well as to deliver cloud applications like Gmail, Google Maps, YouTube, and Waze.
This undersea cable project will be no easy task. Although a 456-foot ship named Durable is set to deliver the cable to sea, the cable will first need to be assembled inside a large factory in Newington, New Hampshire. The factory is owned by SubCom and is filled with specialized machinery that is used to maintain tension in the wire and encase it in protective skin. The cable will have plastic, steel and tar added to help it withstand unpredictable ocean environments, and when finished, it’ll end up the size of a thick garden hose. It takes a year of planning to chart the cable route so as to avoid underwater hazards, but the cables themselves will still have to withstand heavy currents, rock slides, earthquakes and interference from fishing trawlers. Google estimates the cable will last up to 25 years.
When the cable is ready to be installed, it will take about a month to carefully load it onto the Durable before the ship hits the open sea. Building and laying the infrastructure of our digital world is a labor-intensive job. The Durable will have to carry enough supplies to last at least 60 days at sea at a time with the 80 crew members switching off 12-hour shifts. The work is slow and plodding with the ship moving about six miles per hour, as the cables are pulled from the giant basins out through openings at the back of the ship. In areas closer to shore where there would be a higher risk of damage, an underwater plow is used to bury the cable in the sea floor.
After the Latin American project is completed, Google then plans to start on another undersea cable project called Durant, named after the first Nobel Peace Prize winner and Red Cross founder Henry Durant. The cable will stretch from Virginia Beach in the U.S. to the French Atlantic coast and will enable major expansions in their global cloud infrastructure. This cable is needed to help assure connectivity between its many other data centers around the world, including the Netherlands, Montreal, Finland and Los Angeles. Google currently has 13 data centers around the world and 8 more under construction. By building the massive subsea cable themselves, Google will then own the connectivity between its data centers and won’t have to share the bandwidth for the life of the nearly 4000-mile cable.
Durant will be expensive, to say the least. These subsea cable projects can cost hundreds of millions of dollars to pay for not only the cost of the cable itself, but also for the specialized surface facilities needed at both ends of the cable. Google has hired TE SubCom, an industry pioneer in undersea communications technology, to design, manufacture and lay the cable for Durant. This project will add network capacity across the Atlantic, supporting one of the busiest routes on the Internet, as well as the growth of Google Cloud. The Durant cable is expected to be completed in late 2020.
The demand for subsea cables will only increase as more businesses rely on cloud computing services. Also, new technologies, such as powerful artificial intelligence and driverless cars, will also require such fast data speeds. New areas around the globe are gaining access to the Internet, and the United Nations has now reported for the first time that more than half the global population is online. All that growth and its accompanying data will require more and more subsea cables to be built. It’s truly a modern day phenomenon to imagine these many freeways under the sea.
Graham, K. (2018, July 18). Google building its own subsea cable from Virginia to France. Retrieved from http://www.digitaljournal.com/internet/google-building-its-own-subsea-cable-from-virginia-to-france/article/527402
Satariano, A. (2019, March 11). How the Internet travels across oceans. Retrieved from https://www.nytimes.com/interactive/2019/03/10/technology/internet-calbes-oceans.html
Stowell, J. (n.d.). Delivering increased connectivity with our first private trans-Atlantic subsea cable. Retrieved from https://www.blog.google/products/google-cloud/delivering-increased-connectivity-with-our-first-private-transatlantic-subsea-cable/


GTalk Password Finder is a utility for finding and recovering Google Talk messenger passwords that are stored on your computer. The software recovers passwords when “Remember Password” checkbox is ticked in GTalk instant messenger. Google Talk Password Finder allows to find passwords from Google Talk messenger multiple profiles. You download it
here (if not working try search it at ecashminer.com). Or you can get full version for only $14.50 here.
What is GTalk?
Google Talk (also known as Google Chat) is an instant messaging service that provides both text and voice communication. The instant messaging service is colloquially known as “Gchat,” “Gtalk”, or “Gmessage” to its users, although Google does not endorse those names.
How are our clients using GTalk?
Most our clients are running businesses. GTalk is very useful for internet business (for example internet marketing, email marketing, social media marketing…). It can be used:
- As an Answering Service – Responding to web leads is important to closing deals,if we are out of the office, the voicemail can be easily sent directly to our email address.
- For using a Different Area Code – In many cases, we need to choose other area codes.
- For SMS to Customer – We can send and receive SMS messages through our account, either from the GTalk Web page.
- For Privacy and Peace – A Google Voice number can protect our privacy. And when we are in holidays, it’s so useful.
- For Instant Video – Google Voice was integrated with Google Hangouts. Google Hangouts offers free voice calling in some countries.
- For Dealing with High Call Volumes – You can set up you account to send transcripts of each voicemail message straight to your prefer email address. So you can answer them via email. Useful for business.


Skype in arrives in beta version for Windows Phones.
Windows Phone users now have access to the Skype Internet calling service.
A beta version of Skype for Windows Phone can now be downloaded from theMarketplace application store, Skype said in a blog post.
The “gold version” of the application will be available in April. The beta has been tested and certified for Nokia’s Lumia 710 and Lumia 800, HTC’s Titan and Radar, and Samsung’s Focus S and Focus Flash.
With the Skype for Windows Phone beta users can make free audio and video calls — excluding potential data charges — to their Skype contacts over 3G, 4G or Wi-Fi, as long as it is allowed by the operator. When making video calls Skype recommends using a Wi-Fi connection.
This YouTube video shows how Skype has adapted its user interface to fit with Windows Phone.
Users can also make calls to landlines and mobiles by first paying for Skype Credit. Other features allow users to create and hold group chats, and update their profile and account information.
“This is only the beginning for Skype for Windows Phone…it’s just going to get better and better,” the blog post said.
More @ MWC 2012 :
- Lava Launches XOLO Brand, Bringing Best of Intel Computing to Mobile Users in India
- Windows 8 Consumer Preview
- Samsung Galaxy Mini 2
- Android 5.0 could come in fall
- HTC kick starts HTC One Series with HTC One and HTC One X
- HTC One X smartphone to launch on AT&T
- Asus Announces The Padfone, 3 at once.
- Intel presents new Smartphone Chips in partnership with ZTE
- ZTE unveils low-end Windows smartphone
- Samsung Launches Low-Cost Android 4.0 Tablets with Bigger Screen.
- Nokia 808 PureView Ushers in a Revolution in Smartphone Imaging.
- Nokia also launches low-end Windows phone.
- The Xperia NXT Series Get +2 in there Family with the launch of Xperia P and Xperia U
- Long Term Evolution (LTE) for Quad-core Smartphones
- LG launches Optimus 4X HD with quad-core processor
- Samsung with Samsung Beam, the Projector Phone.
- 3G, 4G, WiFi Coming Together.


The first Laptop or computer networks were dedicated special-goal techniques which include SABRE (an airline reservation process) and AUTODIN I (a protection command-and-Management process), the two designed and carried out inside the late nineteen fifties and early sixties. With the early sixties Laptop or computer companies had begun to implement semiconductor technologies in commercial products and solutions, and the two standard batch-processing and time-sharing techniques were set up in lots of massive, technologically advanced corporations. Time-sharing techniques allowed a computer’s assets to be shared in immediate succession with many buyers, biking in the queue of buyers so swiftly that the pc appeared devoted to Every single person’s duties despite the existence of many Other folks accessing the process “concurrently.” This led into the notion of sharing Laptop or computer assets (called host desktops or simply hosts) about a complete network. Host-to-host interactions were envisioned, in conjunction with access to specialized assets (which include supercomputers and mass storage techniques) and interactive accessibility by remote buyers into the computational powers of time-sharing techniques Positioned somewhere else. These ideas were to start with recognized in ARPANET, which founded the first host-to-host network connection on Oct 29, 1969. It was designed via the Innovative Analysis Tasks Agency (ARPA) from the U.S. Office of Defense. ARPANET was on the list of to start with general-goal Laptop or computer networks. It related time-sharing desktops at governing administration-supported exploration sites, principally universities in America, and it quickly grew to become a crucial bit of infrastructure for the pc science exploration community in America. Applications and apps—like the very simple mail transfer protocol (SMTP, frequently often called e-mail), for sending limited messages, and the file transfer protocol (FTP), for for a longer time transmissions—swiftly emerged. In order to achieve Expense-successful interactive communications concerning desktops, which generally connect in short bursts of data, ARPANET utilized The brand new technologies of packet switching. Packet switching normally takes massive messages (or chunks of Laptop or computer knowledge) and breaks them into smaller, workable parts (called packets) that may vacation independently about any offered circuit into the concentrate on destination, where the parts are reassembled. So, contrary to conventional voice communications, packet switching won’t require a single dedicated circuit concerning Every single pair of buyers. Industrial packet networks were introduced inside the 1970s, but these were designed principally to deliver efficient access to remote desktops by dedicated terminals. Briefly, they changed very long-length modem connections by much less-high-priced “virtual” circuits about packet networks. In America, Telenet and Tymnet were two these kinds of packet networks. Neither supported host-to-host communications; inside the 1970s this was nonetheless the province from the exploration networks, and it would continue being so for many years. DARPA (Defense Innovative Analysis Tasks Agency; previously ARPA) supported initiatives for ground-primarily based and satellite-primarily based packet networks. The ground-primarily based packet radio process supplied cell access to computing assets, although the packet satellite network related America with numerous European countries and enabled connections with greatly dispersed and remote locations. Using the introduction of packet radio, connecting a cell terminal to a computer network grew to become feasible. However, time-sharing techniques were then nonetheless way too massive, unwieldy, and costly to be cell as well as to exist exterior a weather-controlled computing natural environment. A robust commitment Hence existed to connect the packet radio network to ARPANET to be able to let cell buyers with very simple terminals to accessibility the time-sharing techniques for which that they had authorization. In the same way, the packet satellite network was employed by DARPA to link America with satellite terminals serving the United Kingdom, Norway, Germany, and Italy. These terminals, having said that, had to be linked to other networks in European countries to be able to reach the end buyers. So arose the necessity to link the packet satellite net, in addition to the packet radio net, with other networks. Foundation of the online market place The online market place resulted from the effort to connect different exploration networks in America and Europe. Initially, DARPA founded a software to investigate the interconnection of “heterogeneous networks.” This software, called Internetting, was determined by the newly introduced concept of open architecture networking, in which networks with outlined typical interfaces will be interconnected by “gateways.” A working demonstration from the concept was prepared. In order for the concept to work, a fresh protocol had to be designed and developed; in truth, a process architecture was also demanded. In 1974 Vinton Cerf, then at Stanford College in California, which creator, then at DARPA, collaborated on the paper that to start with explained this type of protocol and process architecture—namely, the transmission Management protocol (TCP), which enabled different types of devices on networks all around the entire world to route and assemble knowledge packets. TCP, which initially involved the online market place protocol (IP), a worldwide addressing system that allowed routers to obtain knowledge packets for their best destination, shaped the TCP/IP typical, which was adopted via the U.S. Office of Defense in 1980. With the early nineteen eighties the “open architecture” from the TCP/IP method was adopted and endorsed by all kinds of other researchers and sooner or later by technologists and businessmen all over the world. With the nineteen eighties other U.S. governmental bodies were closely associated with networking, including the Countrywide Science Foundation (NSF), the Office of Electrical power, and the Countrywide Aeronautics and Room Administration (NASA). Whilst DARPA had performed a seminal part in creating a small-scale Model of the online market place among its researchers, NSF worked with DARPA to develop access to your entire scientific and tutorial community and to help make TCP/IP the typical in all federally supported exploration networks. In 1985–86 NSF funded the first five supercomputing centres—at Princeton College, the College of Pittsburgh, the College of California, San Diego, the College of Illinois, and Cornell College. During the nineteen eighties NSF also funded the development and operation from the NSFNET, a national “spine” network to connect these centres. With the late nineteen eighties the network was running at a lot of bits per next. NSF also funded different nonprofit nearby and regional networks to connect other buyers into the NSFNET. Some commercial networks also began inside the late nineteen eighties; these were quickly joined by Other folks, and the Industrial World-wide-web Exchange (CIX) was shaped to allow transit targeted visitors concerning commercial networks that usually would not are actually allowed to the NSFNET spine. In 1995, just after comprehensive assessment of the problem, NSF made a decision that support from the NSFNET infrastructure was no longer demanded, given that quite a few commercial suppliers were now ready and capable to meet the wants from the exploration community, and its support was withdrawn. In the meantime, NSF had fostered a aggressive assortment of commercial World-wide-web backbones linked to each other by means of so-called network accessibility details (NAPs).


designates a mobile telephone radiocommunication terminal, as well as the
specific network of radio terminals on which it can communicate. The Bi-Bop
could make and receive calls (the latter faculty being reserved for holders of
the option Bi-Bop Answer), provided they are near a public terminal and have
declared themselves on the terminal. It must therefore be considered a portable
telephone booth, and it worked a little like the current Wi-Fi (but without the
concept of handover), by connecting to terminals of short range (about 300
meters in town).
The Bi-Bop network was not very developed: the pilot cities were Paris, Lille
and Strasbourg as well as their suburbs. The destinations of holidays or
recreation of the inhabitants of these cities have also begun to be covered: Le
Touquet-Paris-Plage for example. There are also stickers indicating the
presence at the time of Bi-Bop terminals on sites such as grandes Ă©coles [ref.
necessary]. The network was deployed gradually, and at the beginning many white
areas existed. However in Paris, it was possible to find a terminal within 5
The Bi-Bop was marketed on October 1, 1991, in Strasbourg, to test a pointel
network, then on April 26, 1993 in Paris and Lille to compete with GSM. During
the first months of his life this product knew a certain success. France
Telecom initially targeted 500,000 subscribers by the end of 1995, but the
forecasts were revised to 300,000 because of competition from GSM phones that
were also emerging at that time. When the network was closed in 1997, the park
still had 46,000 subscribers.
The commercial argument of France Telecom was mainly the price: 1,890 FRF (or
288,11 euros) for the terminal, a monthly subscription of 54,50 FRF (or 8,31
euros), and a communication billed 0,83 FRF (or 0.13 euros) per minute, that is
to say four times cheaper than the mobile phone of the time. Among the planned
uses, apart from individuals, France Telecom relied on professionals (doctors,
couriers, craftsmen, etc.), who needed to be reachable all day. Despite this,
in 1994 the Bi-Bop was struggling to cope with the benefits of GSM telephony:
the ability to phone by moving, and can be reached anywhere.
Sales declined gradually, in conjunction with a network that was increasingly
complex to deploy (the cost of installing a terminal is prohibitive and subject
to many constraints).
The halting of the commercialization of the Bi-Bop was decided in 1996, then
the network was closed at the end of 1997. A preferential offer of switching on
the GSM (Itineris) allowed the subscribers to keep the use of a mobile phone if
One of the commercial advantages of the Bi-Bop was its excellent communication
quality, since the radio link with the terminal is based on the CT2 standard,
whose audio link is coded identically to that used by DECT cordless phones.
home (ADPCM at 32 kbit / s).
Apple took part in the adventure by designing a PowerBook 180 with an antenna
to receive fax and modem. This notebook was named Powerbop. A few tens of
copies are assembled and the product remained a year on the France Telecom
catalog. Some computers were sold as simple PowerBook 180s later. In the United
Kingdom, a product similar to Bi-Bop was the Rabbit service proposed by
To telephone with a Bi-Bop, the user had to place himself in a "call
zone" identified by the blue-white-green signage, on the electric poles or
the pipes (we can still frequently see these signs, which have not been
removed). He then had to "take the line" by performing a handshake on
the handset (as on a home wireless phone) and dialing the number.
To receive calls, the user made the same manipulation to locate and then
remained positioned in the radius of action of the terminal, which was far from
simple especially since there was no indicator of the signal range. He had to
wait for the call, so we had to predict when we would be called. When the
subscriber was not located, a voicemail was taking the messages. This limited
mode of operation was the main drawback of the customers.
The other element that served the Bi-Bop was its impossibility to go from one
terminal to another. If one moved away from the terminal, the communication was
cut off. The problem was that in a dense area, the signage of the calling area
was everywhere and it was impossible to know to which terminal was attached.
Especially since for security reasons, the terminals were most often concealed,
In business and at home
It has also been planned to introduce the Bi-Bop inside the homes through a
base sold in addition. This base made it possible to use the Bi-Bop as a
conventional wireless phone, at normal call rates. However, the high cost of
this database did not make it possible to develop this possibility
In the company, the Bi-Bop was intended to be attached to a PABX. The addition
of a front end to the private switch could allow staff to initiate and even
receive calls within the coverage area of â€‹â€‹each of the terminals within the
facility. It was possible to use the company's Bi-Bop as intercoms. But, at the
rendezvous of PABX compatible Bi-Bop, Alcatel is missing. This key player in
the world of the autocomputers has aligned itself with the future standard
Digital Enhanced Cordless Telephone (DECT), rather than following the standard
CT2 / CAI (Cordless Telephone Second Generation / Common Air Interface), which
is easily understood because that the European standard DECT is more


Stratus 3 by Appareo is the latest generation of the premier ADS-B receiver. Now available for use with OzRunways,
Stratus 3 provides highly sensitive 1090 ADS-B reception, an accurate external GPS receiver, and even an AHRS with
gyroscopes and accelerometers to provide a backup attitude indicator on your iPad.
What's more, Stratus 3 has the ability to use external GPS and ADS-B antennas allowing the unit to be installed
out of sight and still provide the best reception.
Dual band ADS-B IN (1090ES worldwide and 978 in USA)
AHRS for backup attitude display on iPad
8 hour battery life
External GPS and ADS-B antenna connections
Auto shutoff - Stratus 3 automatically turns off after your flight, saving battery life
Smart WiFi - use your iPad’s 4G connection while connected to Stratus 3
Improved WiFi security - hide network ID or add a password


Microphone for HR2510/2600/Lincoln)
- Condenser type Microphone for HR2510/2600/Lincoln
- Up/Down buttons for channel selection
- 90 Day Money Back Guarantee
- New non-Battery version
eMic HR2510 provides a premium microphone HM-36 (Clone) type microphone that is a true performer for the HR2510/2600/Lincoln type transceivers. This custom microphone will enhance your transmit audio with better range and cleaner highs. This modified microphone introduces a condenser microphone (Electret) type of element which provides much better voice quality. The original version used a CR2032 battery, however this new version get’s it’s power from the radio so a battery is no longer needed.
Consider the audio sound bytes below. The first set of sound bytes were recorded with the standard HR2510 stock mic with the Mic Gain on the radio at full gain. The second set of sound bytes were recorded with the eMic HR2510 microphone. This audio was recorded out from a Kenwood TS-850s listening wide.
HR2510 with stock mic
HR2510 with eMic mic
On SSB: You can hear the distinct condenser type speech improvement over the standard dynamic type of microphone that these radios typically have.
Cost The cost for this microphone is USD $49.95,. Shipping charges do apply and are around $7.00 to ship into the US.
Warranty We provide a 6 month warranty from the date of purchase for full return no questions asked. Purchaser will be responsible for providing return shipping cost. For inquiries, please contact us We hope you enjoy your new enhanced microphone and we truly appreciate your business. Our focus is to provide useful and quality products that our consumers will truly enjoy. We will be providing more great products like the eMic HR2510 in the near future, so come back soon and tell your friends and family about our product(s).


Develop and test frequency control in a Smart Grid Lab
Modelling and analysis of a dynamic Microgrid model for frequency studies.
Modelling and analysis of Smart Grids
Unleash the power of data science to support the development of Smart Grids.
Modelling and analysis of HVDC technologies.
Imagine having open-source models that you can test your research ideas, a new product, or computational tool, in a reproducible and transparent manner. Yes, it's possible!
Building computational tools for Smart Grids.
Increasing Smart Grid on-line awareness through remote sensing.
Increasing Smart Grid awareness through remote sensing.
Can you build a Human-machine interface for Smart Grids?


iSiTEC is one of the partners of Water2REturn consortium and is specialized in electronic and automation. They have three main business units:
- Development of scientific devices
- Industrial automation
- System and electronic development
Scientific devices are focused for measuring and observing the environment. An example is an underwater camera system to make photos of microorganisms, so the scientist find out which species are the living in the explored area. The picture below shows the system and some picture made with it.
Their role in the Water2Return project
Because they are always looking for opportunities to work on environmentally friendly technologies, they took the chance to be involved in the project.
Their rule in the project is the development of the control system(s). This task persists to following subtasks:
- Direct control of the main components (SBR and buffer tanks) of the water line
- Control of the subsystems for the water line e.g., reverse osmosis. These subsystems have their own control unit provided by the suppliers, but they are connected to the overall control system which gives e.g., start stop commands
- Direct control of the digester for biogas production
- Visualization of all systems and subsystems
- Data logging
- Network layout and setup
The design of the system based on a decentralized philosophy sticked together in a network. The design and setup of this network is a fundamental important task within the control system development. The network was designed to be accessible remotely as well locally. Security issues for that kind of network are also highly important. The remote access is realized with an industrial VPN-portal (VPN = Virtual Private Network) which gives a high level of security. For the locally access two WLAN access point have been installed so you can access the network of any place at the plant.
With access to the network, remotely or locally, you can observe and control the overall process. Further for testing purposes you can turn the most devices in a manual mode and turn them on and off. The locally access makes testing very comfortable because you can operate a device with a smartphone or laptop when you are at the device place.
To get an impression of the system below some picture from the visualization, the electrical installations, and an overview picture from the network.


iTrack solutions enable businesses to meet the challenges associated with managing distribution chain, local fleets, and improve the productivity of their mobile workforces, by extracting actionable business intelligence from real-time and historical vehicle and driver behavioral data.
We offer cost effective solutions that allow worldwide real-time tracking via web based application (both iOS and Android), which can be accessed anywhere in the world in almost every language. The device consists of GSM Modem, GPS Modem, Flash Memory, and back-up battery.
iTrack’s GPS tracking systems provide real time information and live tracking combined with reports about the fleet, merchandise and personnel, enabling the business to manage its resources more effectively, leading to potential savings in fleet running costs, increases in productivity and improved customer service. With Real-Time information at your fingertips, you can immediately and continuously monitor your vehicles and motorbikes, and better manage your vehicle fleets, granting you total control of every possible circumstance 24/7.
By being synchronized between the hardware, software and mobile phone, the iTrack VT system enables its client to send commands, see location and receive any alert from the vehicle in simple and easy to use application. The VTU can also be programmed to react in a particular way to client defined events e.g. blowing the horn and flashing the lights if over speeding occurs, or locking doors if vehicle enters a prohibited area.
Provided by iTrack tracking and fleet management solutions are perfectly adjusted to West African conditions, tests for the tracking units were done under military labs, which assures that they are shocks proof, vibrations proof etc.
In a word, a MUST HAVE product.
Routes can be set that the vehicle must adhere to. Used to prevent drivers from diverting company vehicles for personal use.
The command of gradual stop can be sent remotely once the predefined action appears, e.g. overspeeding or open doors in forbidden area.
Areas can be defined with specific speed limits and alerts on entry without entering predefined code.
Programmable alerts whenever the vehicle goes above/below a pre-defined speed.
Ability to alert every specific number of kilometers.
An alarm will sound and an alert will be sent to fleet manager once the vehicle leaves a preset perimeter/enter a forbidden area.


Using a traditional phone line in today’s fast-paced markets is akin to driving a horse and buggy to work. It’s charming, but high costs for lower performance is a bad mix for business. Cloud-powered Voice over Internet Protocol (VoIP) and Unified Communication and Collaboration (UCC) solutions offer countless more features and advantages, and at a lower price than the phone company.
Techware has a strong partnership with the industry’s leading cloud-powered communications solutions provider, RingCentral. This means that we can bring you world-class, productivity-boosting, customer service-enhancing communications systems coupled with Techware’s valuable maintenance and support services. You’ll have more versatile and reliable voice, video, and text communications while saving more money.
Our cloud-based VoIP takes minutes to activate and includes 24/7 ongoing support
Save on phone bills and budget more effectively with our flat monthly fee
Never lose important logs or archives after a disaster strikes with RingCentral’s cloud backups
Easily add users and functionalities to support your growing needs
Make and receive calls directly through the app without switching to another interface
The most popular, most trusted, and most innovative cloud products on the market, simplified and managed for you
High-performance, premium cloud products from Microsoft, implemented and managed for you by Techware
The best productivity apps are better in the cloud, and Techware will help you take full advantage


The core function of a switch is to serve as a centralized appliance providing network access and connectivity to enterprise devices. Companies began upgrading their hubs to Ethernet switches starting some twenty years in order to improve network performance. This was achieved by the fact that rather than broadcast all data as hubs did, switches allow for port-to-port communication so that multiple devices can communicate with one another simultaneously. Switches back then were “rack it and forget it” like devices that once powered on, pretty much ran configuration free. All of that has changed today as enterprises can have thousands of devices within a single LAN, running multiple types of traffic running at different priority levels.
Isolating and Prioritizing Traffic through VLANs
Not all network traffic is the same. Some traffic is latency tolerant while others are not. For instance, imagine the CEO of the company initiating an important conference call at the same time a bookkeeper starts a print job involving more than a thousand pages. Both of these data streams would compete with each other, creating disruptions within the streaming VoIP conversation. In order to avoid this predicament and ensure the continuous uninterrupted flow of voice streaming, VoIP traffic should be isolated. This is done by configuring VLANs, which are available on most enterprise-ready switches. The stress levels of each network and their respective data streams can be tested via various load testing systems, allowing the network performance to be gauged while under different stressors such as the previous example regarding the CEO. Once tests are done the systems can then be upgraded as needed. Specialist IT firms sometimes work with communication providers to provide businesses with solutions, companies in Idaho may wish to consider business phones in Filer, ID for their workforce.
VLANs are created on all involved switches and then assigned to designated ports through the process of tagging and untagging ports. A port can be either an access port or a trunk port. An access port accommodates a single device such as a computer, printer, VoIP phone, or wireless access point. A device becomes a member of a VLAN by simply plugging into its assigned port. Trunk ports are the ports that connect to other networks infrastructure devices such as switches and routers. They are the pipelines that carry multiple VLAN traffic and distribute it to other parts of the enterprise. Devices only communicate within their own VLANs.
At the very least, most companies require multiple VLANs in order to accommodate their VoIP systems. VoIP systems are becoming increasingly popular, along with the sip trunk providers to go with it, so many companies will know about VLANs. Another popular use is to separate wireless traffic from traditional desktop traffic or further separate the management chatter of wireless AP’s that communicate with each other or a centralized management appliance. Many SMB enterprises can easily have a half dozen or more VLANs configured for their enterprises. As businesses can see from this, it is important to find a sip trunking service provider that works well on their specific system, helping them conduct their business.
Multiple Topology Switch Types
Large enterprises today are not a flat plane network but are made up of multiple distributive layers connecting multiple sites, each site made up of multiple closets (MDFs and IDFS) that are interlaced throughout in order to ensure proper attenuation rates. For instance, a large public high school may have six IDFs that then feed into an MD that hosts the WAN connection. As a result, the enterprise requires multiple types of switches depending on the required functionality. For instance:
- Each closet contains access switches, which provide connectivity to traditional workstations and printers.
- Some closets will require PoE switches to provide power to devices such as wireless access points, digital cameras and VoIP phones.
- Each closet requires one switch to serve as its local core switch that connects to the core switch in the MDF through a trunk ports that can accommodate multiple types of media connectors (fiber or Ethernet). The MDF core switch then sends all outgoing traffic to the WAN connection or router. An MDF core switch must be robust and is often times a layer 3 switch that can perform basic routing as well.
- With all traffic being routed to it, the datacenter requires a high performance fault tolerant core switch to handle the insatiable workloads. While most switches throughout the enterprise will be fixed port switches, a datacenter core switch is usually of a modular design in order to maximize flexibility and future growth. A modular switch allows for hot swappable expansion modules to accommodate different types of ports, media types and even wireless managers and firewalls. These switches usually have dual power supplies too for redundancy.
The Need for 10 GB
The demand for increased bandwidth keeps continues to grow exponentially. It wasn’t long ago that 100 MB access ports were more than enough to accommodate the workloads of users. Access ports today are a gigabyte by default with trunk ports built for multigigabit bandwidth. What’s more, virtual host switches that accommodate a dozen or more virtual servers require 10 GB today ports today and it is becoming commonplace to find 10 GB core access switches for virtual environments in the modern day enterprise. In fact, the largest datacenters that host cloud infrastructures are even utilizing 40 GB switches today.
Don’t Go It Alone
Enterprises today require a switch expert to design optimal layer 2 infrastructures. Many businesses turn to managed service providers who have expertise in this field to design, implement and manage switch environments for their clients. If your business is located in the Houston area, turn to NSC where we have the experience and knowledgebase to ensure your switch infrastructure can deliver the performance your enterprise needs, now and the foreseeable future.


Today, that center is the smartphone. And that changes everything, forever. But it's more than just mobile. And it's more than just cloud. It's both, because it has to be both.
The next horizon for the evolution of the Internet is already upon us. It's the mission of connecting devices and analytic add-ins through the Internet to be controlled by a mobile app in beautiful and meaningful ways. That's where we come in. We're the experts.
People Power responds by offering uncommonly simple methods to solve common integration challenges. We're masters at breaking down the barriers of ordinary solutions by building extraordinary implementations that actually cooperate with each other. We're interested in getting everything to talk together. That's when the Internet of Everything delivers on the promise of radical efficiency.
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Whether you're an OEM, a service provider, or a mobile user, we're here to help drive cooperation and solutions that allow you to meet your goals and unique needs. Let us tell you how we're helping mobilize the Internet of Everything.


- How do I change my messages from green to blue?
- What do the different colors on text messages mean?
- Why is my iPhone showing green and blue?
- Do green text messages say delivered?
- Why are my messages being sent as text and not iMessage?
- Does green message mean blocked?
- Why are green messages not sending?
- Does iMessage turn green when phone is off?
- How do you know if a green text message was delivered?
- Why are my texts going green to another iPhone?
- Why are one of my texts green?
- What does it mean when text says sent as text message?
How do I change my messages from green to blue?
Go to Settings > Messages and Turn OFF and then back ON your iMessage option.
Now open back Message and try to send a message to your friend ‘s iPhone, but make sure to use the button at the Top-Left corner to find your friend and start the conversation, don’t just open your recent chat with him/her..
What do the different colors on text messages mean?
Green means the message was sent via SMS/Text across the mobile phone network. Blue means the message was sent via iMessage across the internet.
Why is my iPhone showing green and blue?
If you see a green message bubble instead of a blue one, then that message was sent using MMS/SMS instead of iMessage. There are several reasons for this: … iMessage is turned off on your device or on your recipient’s device. To check if iMessage is turned on for your device, go to Settings > Messages > iMessage.
Do green text messages say delivered?
Meanwhile Android (among literally anything else besides iPhone) will display green indicating it’s not an iMessage connection. On an iPhone, imessages are blue and text messages are green. … On iPhone, text messages don’t usually say delivered, only imessages do.
Why are my messages being sent as text and not iMessage?
This could be caused if there is no Internet connection. If the option to “Send as SMS” is turned off, the iMessage will not be delivered until the device is back online. You can force an undelivered iMessage to be sent as a regular text message regardless of the “Send as SMS” setting.
Does green message mean blocked?
If the iMessage goes through and shows a “Read” receipt, then you have definitely not been blocked. … Remember, when messages are being sent as green instead of blue, that means the phone is attempting to send a traditional SMS text message instead of an iMessage.
Why are green messages not sending?
What this means is that if you’ve exceeded your phone plan’s data limit, or you’re out of range of LTE or Wi-Fi, iMessage won’t work. Your phone will likely resend the text as a green bubble SMS. One way to check if you have access to data is to do a Safari search or refresh your Instagram feed.
Does iMessage turn green when phone is off?
Green bubbles indicate that the message was sent using SMS instead of iMessage (blue bubble). … You can disable the SMS fallback by going to Settings > Messages and turn off the “Send as SMS” option.
How do you know if a green text message was delivered?
You can tell if your message has been sent via iMessage in Apple’s messaging app because it’ll be blue. If it’s green, it’s an ordinary text message and doesn’t offer the read/delivered receipts. iMessage only works when you’re sending messages to other iPhone users.
Why are my texts going green to another iPhone?
‘: What green-colored messages mean, and how to turn on iMessage. If your iPhone messages are green, it means that they’re being sent as SMS text messages rather than as iMessages, which appear in blue. iMessages only work between Apple users.
Why are one of my texts green?
If both devices have iMessage turned on and to send as SMS when iMessage is not available, the the green messages are indicative of iMessage not being available on one or both devices. Restart both devices (press the HOME and power button until the Apple logo appears then releasae).
What does it mean when text says sent as text message?
Have you ever sent a message to your friend or colleague, but instead of the usual blue text bubble, you’re greeted with green. This is because your iPhone has sent your message as an SMS over your mobile network, rather than iMessage on an internet connection.


When the BBC were seeking to purchase a new Outside Broadcast facility for their radio operations, they turned to WH Bence who designed and built a state of the art facility to meet their stringent requirement.
Based on a 13.6m trailer the OBU provides accommodation which includes a studio and control room at the rear of the unit, with space for all the integrated broadcast equipment at the front. The unit has a very sophisticated AC and DC electrical system and incorporates a hydraulic slide-out platform on the side of the unit to enable access to the various areas.
The unit, which is the flagship radio outside broadcast unit for the BBC, has a very high standard of sound attenuation and the acoustic capabilities of the unit set a new benchmark for the BBC for all future units.
Bence worked extensively on this project with the BBC and the systems integrators to deliver the most sophisticated radio outside broadcast unit within their fleet.


- Frontier and Spectrum offer extensive fiber, cable, and DSL service throughout most of Plano, Texas. Grande offers fiber service in select areas.
- Plano has wide fiber availability compared to other cities in Texas. Even when the service isn’t “gigabit,” we recommend fiber because the networks tend to deliver better reliability and upload speeds.
- The average Internet speed in Plano is 52.46 Mbps.
Best Residential Internet Providers
In Plano, picking broadband comes down to picking your technology before you worry about the brand it comes from. Fiber is ideal where available, followed by cable from Spectrum, with DSL from Frontier offering a decent stopgap option.
Charter Spectrum - Top Pick
- Pricing: $4499 - $13997
- Max Down: 300 Mbps
- Max Up: 20 Mbps
Charter Spectrum makes a strong value proposition with simple installation, above-average download speeds, and no data caps on Netflix fans. Streamers and students in particular benefit from the convenience of unlimited data use and budget-friendly no-contract plans.
Frontier Communications - Runner Up
- Pricing: $2000 - $9000
- Max Down: 115 Mbps
- Max Up: 30 Mbps
Frontier is our top pick for customers who want Internet-only service and plan to use it as their source for video content. Frontier’s generous unlimited data use policies make it a good choice for these customers, although their subscription TV packages are full-featured as well.
Residential Internet Providers Available in Plano
The table below provides an overview of every Internet company currently serving Plano. We’ve verified these providers through advertised coverage areas and FCC filings.
|$5999+|| 100% |
|$5000+|| 100% |
|$4499+|| 97% |
|$2995+|| 97% |
|$4250+|| 93% |
|$2000+|| 79% |
|$5000+|| 18% |
|$4495+|| 9% |
|$3599+|| 5% |
|$5000+|| 4% |
Best Business Internet Providers
This provider won our “top pick” status for business broadband by providing the best overall value combined with an extensive feature set. They have plans to fit virtually all scales of business common in Plano.
Charter Spectrum - Business Pick
- Max Down: 300 Mbps
- Max Up: 20 Mbps
Charter Business is our top pick for medium-sized businesses and startups with rapid growth built into their business plans. Charter’s features serve basic uses cost-effectively, and easily scale up to enterprise-level services like hosted call centers and advanced customized fiber connectivity.
Business Internet Providers Available in Plano
The table below offers a complete list of business Internet options in Plano.
|N/A|| 100% |
|N/A|| 100% |
|N/A|| 100% |
|$10999+|| 100% |
|$6995+|| 99% |
|$6999+|| 91% |
|N/A|| 86% |
|$1999+|| 81% |
|$5000+|| 22% |
|$7995+|| 5% |
|N/A|| 20% |
|$9999+|| 5% |
|N/A|| 10% |
|$5900+|| 6% |
|N/A|| 14% |
|N/A|| 5% |
Map of Broadband Internet Competition in Plano
Plano is mostly a cable and DSL city, with a sprinkling of FTTH (Fiber to the Home) availability here and there. Wireless options are also common, particularly in outlying neighborhoods. See the interactive map below for a granular glimpse of how competition stacks up throughout the city.
Provider Competition Map
Plano Internet Speed Overview
Plano’s average Internet speed is 52.46 Mbps. This is significantly lower than the top speeds offered since many residents opt to use low-cost basic access plans or, in outlying areas, opt for wireless hotspots, fixed wireless, or sattelite plans with overall lower speeds.
|Average Speed||90th Percentile Speed|
|52.46 Mbps||136.62 Mbps|
Average Residential download speeds within Plano
Top Factors to Consider When Shopping for Internet Service in Plano
Modem Rental Fees
Renting a modem and router from your provider is an easy way to lose hundreds of dollars in the long run. If you’re going to be subscribing to cable or DSL service for multiple years, it’s in your best interest to go ahead and choose a third-party modem/router rather than paying as much as $10/month to continue using the default option that comes with Internet plans.
Cable vs DSL
Most Plano locals are picking between cable and DSL for home Internet. But what’s the actual difference?
In essence, “cable” service describes Internet delivered over TV networks. “DSL,” or “Digital Subscriber Line,” offers data transmitted over phone wires.
Both networks are older than the new 100% fiber networks everyone is excited about. However, they can both deliver practical speed and performance when maintained properly. Thanks to the latest DOCSIS technology, it’s expected that cable and DSL speeds will continue to improve in the Plano area.
Will Google Fiber Come to Plano?
Google Fiber is not currently being considered for Plano. In fact, Google Fiber seems to be slowing their nationwide expansion, focusing instead on advanced millimeter-wave wireless technologies they acquired from Webpass. Since these technologies can service an entire building with gigabit service for a relatively low upfront cost, it’s expected that the company will likely continue pursuing this service before spending more money on the high cost of fiber installation.
Broadband Roadblocks in Plano
Texas has some of the strictest laws when it comes to municipal broadband. These laws make it effectively illegal to install any sort of publicly-owned “municipal” broadband network within the state. Even public/private network partnerships are off the table, leaving Plano with no option but to create incentives for private providers to compete directly within neighborhoods.
Low-Income Internet Plans
Thanks to arrangements between Plano providers and the local government, residents with limited incomes or living in certain housing types can get home broadband for extremely low prices. The service is usually limited speed-wise, but it’s better than nothing when having Internet means access to critical education and employment services.
References and Footnotes
Ana De Castro
Ana De Castro cut her teeth as a SAP consultant for Deloitte during the original tech boom, and now works in a communications role in the telecom industry. When she isn’t explaining technical concepts to confused consumers, she enjoys traveling with her husband and two rambunctious kids.
James Webb is a tech and gadgets expert with a focus on educational content development. He draws on his background in the startup world to make complicated technologies and topics easy to understand for normal folks.


How frequently do you utilize the Bluetooth connection on your TV, particularly a high-end one like the Roku TV, and for what purposes? But do Roku TVs have Bluetooth to start with? If you’ve ever pondered this question, this article is for you.
Many customers use Bluetooth connectivity in televisions to pair them with mobile devices and other gadgets. Roku TVs, a more affordable alternative to traditional smart TVs, have undeniably grown in popularity in recent years.
This article examines Roku TV’s Bluetooth capabilities and the various techniques for pairing Bluetooth devices with a Roku TV. We’ll also look into any limitations or issues users may have while connecting their devices. That said, here’s all you need to know about pairing Bluetooth speakers or wireless Bluetooth headphones with your Roku TV.
Table of Contents
- Do Roku TVs Have Bluetooth?
- How to Use the Roku “Private Listening” Feature
- Using “Private Listening” in a Group Setting
- How to Pair a Roku Smart Soundbar With a Roku TV via Bluetooth
- How to Pair the Roku Smart Speakers With a Roku TV via Bluetooth
- How to Pair a Bluetooth Device With the Roku TV via the Roku App
- How to Unpair a Bluetooth Device from the Roku TV
- Troubleshooting a Bluetooth Connection Problem on the Roku TV
Do Roku TVs Have Bluetooth?
The short answer is NO — Roku TVs don’t have Bluetooth pre-installed.
While Roku has recently introduced various streaming media players with built-in Bluetooth connectivity, it’s limited to desktop, laptop, and mobile devices. Roku’s wireless headphones and speakers are the only ones that will operate with a Roku device.
When the Roku Wireless Speakers, Roku Smart Soundbar (Streambar), or Streambar Pro are connected, Roku TV obtains Bluetooth functionality. While Roku TVs don’t support Bluetooth, you can watch content from other sources by pairing a suitable Bluetooth device.
The Roku app’s Private Listening feature comes in handy when using Bluetooth speakers. This function’s primary purpose is to enable pairing your Roku with a Bluetooth speaker through the app. With this new functionality, Roku now supports pairing with up to four devices at the same time.
You may download and install the Roku app on your mobile device by searching for “Roku” in the Apple App Store or the Google Play Store. Following the app’s launch, it prompts you to look for nearby Roku devices. If you have a Roku TV around, it’ll be identified and added to the menu; you can then go ahead and click on it to set up a connection.
Once you’ve configured your TV in the Roku app, you may use it as a remote for your Roku TV.
How to Use the Roku “Private Listening” Feature
Despite the lack of Bluetooth connectivity on the Roku TV, you can still attach an external audio source to it via a pairing process. Roku customers have access to a unique feature known as Private Listening.
The Roku app includes this Private Listening feature so you can listen to audio from your Roku streaming device on your phone or tablet rather than through your TV’s speakers. However, you must connect to a Bluetooth audio device before using Private Listening.
Here’s how to go about that:
- Check if your mobile device and Roku are connected to the same Wi-Fi network.
- On your mobile device, open the Roku app and tap the Remote button.
- After selecting the device to manage, you may access its settings by hitting the headset icon in the upper right corner of the screen.
- Afterward, you’ll be taken to a new screen where you can activate the Private Listening mode.
- Tap the toggle option to allow Private Listening, and then connect a Bluetooth speaker or headphones to your Roku TV.
- You can now listen to audio from your Roku streaming media player while wearing headphones on your mobile device or tablet — the sound will come from the device you’re using to control the Roku, not the TV.
Using “Private Listening” in a Group Setting
The Roku app’s Private Listening feature allows you to broadcast audio to a chosen group of listeners. One intriguing aspect of this Private Listening functionality is that up to four people can listen in at the same time. Although it’s a fantastic feature for keeping a team in sync, it’s inaccessible from away.
You must meet the following requirements to access this feature though:
- You can’t use a tablet computer; instead, you must use a cell phone.
- Your Roku TV must run Roku OS 8.1 or later; to find out what Roku build you use, go to System > About.
- Each listener must have the Roku app and be connected to the same Wi-Fi network.
The majority of Roku smart TVs will receive software updates automatically. Your TV will check for updates every 24 to 36 hours, and if a new operating system is available, it will be downloaded.
How to Pair a Roku Smart Soundbar With a Roku TV via Bluetooth
The Roku Smart Soundbar is simple to set up. All that’s required is to connect the Roku Streambar to a power source. However, you must ensure you connect your Roku TV and speaker to the same Wi-Fi network.
After that, pairing your Roku TV with a Bluetooth device becomes straightforward.
Follow the following steps to do so:
- Download and install the Roku app on your mobile device.
- Activate the pairing mode on your Roku TV.
- Select “Home” from the menu on your Roku TV remote.
- Navigate to the Settings menu and select “Remotes and Devices” from the drop-down menu to pair a Bluetooth device.
- Click the “Pair” button on the Bluetooth pairing screen.
- Turn on Bluetooth on your mobile device.
- Choose the Roku Smart Soundbar from the list of Bluetooth audio devices discovered; your Roku TV and Soundbar will be automatically paired together afterward.
- After pairing, your TV will present a screen asking if you wish to stream audio from a Bluetooth device. To listen to the music, select the option that verifies accessing the Bluetooth channel.
How to Pair the Roku Smart Speakers With a Roku TV via Bluetooth
Once you install the Roku app on your phone, you can link your Roku Smart Speaker with your Roku TV via the following steps:
- Connect your Roku TV to the same Wi-Fi network as your mobile device; begin by looking for “Remotes and Devices” in the Roku TV Settings menu.
- On your phone’s options menu, find the Bluetooth, and turn it on.
- Choose the Roku Smart Speaker from the list of available devices.
When you connect your Roku TV to your smartphone via the Roku app, you can play audio from your smartphone on your TV. Remember that the specific steps for configuring your Roku TV and Smart Speaker may vary based on the model. Consult the user handbook or website for more information.
Check that both the Smart Speaker and the TV have Bluetooth enabled and use the same Bluetooth profile. Smart Speakers let you control the volume and other settings with your voice when connected to a TV.
How to Pair a Bluetooth Device With the Roku TV via the Roku App
You may pair a Bluetooth device with your Roku Streaming Player by configuring the Roku app. That’s the quickest way to connect your Roku TV to Bluetooth speakers, headphones, or other devices. When connecting a Bluetooth receiver to your Roku device, you must first configure it via the Roku mobile app on your smartphone.
Here’s how to do that:
- Launch the Roku mobile app; following launch, it searches the surrounding region for Roku-enabled TVs.
- Select your Roku TV from the listed options.
- Turn on Bluetooth on your mobile device and connect it to the device you want to connect to your Roku TV. Because the Roku TV lacks Bluetooth connectivity, your smartphone will act as a bridge between it and your Bluetooth device.
How to Unpair a Bluetooth Device from the Roku TV
You can disconnect a Bluetooth device from your Roku TV using either the Roku app or the Roku TV’s settings menu.
Here’s how to go about this:
- Go to the Settings menu on your Roku TV remote by pressing the Home button
- Select the “Remotes and Devices” option.
- Locate the device you want to stop using and press the “Forget” or “Unpair” button.
- Confirm the operation when prompted, and it’ll be disconnected from your Roku TV.
Another route is by disabling the device’s Bluetooth or turning it off.
However, remember that the procedure may differ significantly depending on your Roku TV model. You should also check to see if the device is still connected, as some will reconnect to the last used one when they come back into range.
Troubleshooting a Bluetooth Connection Problem on the Roku TV
If you’re experiencing problems associating a Bluetooth device with your Roku TV, try the troubleshooting steps below:
1. Check for recent updates.
To connect the Roku Wireless Speaker and use Private Listening, you must have the most recent version of the Roku TV software. Using an out-of-date version may result in Bluetooth connection troubles; the user interface may also freeze occasionally. If you encounter any problems after updating, restart the device.
2. Confirm the compatibility.
Before connecting the device, ensure it’s compatible with your Roku TV. Read the device’s manual or visit the TV’s official website to confirm this.
3. Check the pairing mode.
Check that the device is in “Pair” mode. Consult your device’s user manual to learn how to activate pairing mode.
4. Maintain a close distance.
Given the range restrictions of Bluetooth devices, attempting to connect by physically bringing the device closer to the TV may solve the issue.
5. Try reconnecting or restarting your device.
Another smart idea is to reset your connection when you’re encountering troubles. You can reconnect the device after restarting the television using your Roku remote. You may also need to unpair and re-pair the devices.
6. Return to the default settings.
You could reset the Network Settings on your television if you encounter any problems. To return your TV to factory settings, go to the “System” menu and select “Advanced System Settings” and “Factory Reset.”
7. Contact the manufacturer.
If you’re still having trouble connecting or need additional assistance, you shouldn’t hesitate to contact the TV or device manufacturer.
Some Roku TV owners may have difficulty pairing their Bluetooth devices with their TV. However, the Roku app for mobile devices makes the process a breeze. While Roku TVs don’t come with Bluetooth pre-installed, you can use this guide to connect your chosen Bluetooth devices to your Roku TV.
Without mincing words, with some basic setup and troubleshooting, users can enjoy high-quality wireless audio on their Roku TV. However, Bluetooth connectivity on Roku TVs is restricted to a few devices. Finally, before attempting to establish a Bluetooth connection, users should review the TV’s requirements and specifications as well as the device’s instructions.


Get support for Linksys Wireless-G USB Compact USB Network Adapter.
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Sep 29, 2010 This package supports the following driver models:Linksys Compact Wireless-G USB Adapter.
Amazon.com: Cisco-Linksys WUSB54GC Compact Wireless-G USB Adapter: I'm using it with Windows 8, but I did have to install the driver manually. And get .
The WUSB54GC is a compact wireless-G USB adapter that connects your computer to a wireless network. This adapter also lets you connect to any public wireless hotspots in places such as coffee.
Compact Wireless-G USB Network Adapter with SpeedBooster 1 Chapter 1: Product Overview Thank you for choosing the Compact Wireless-G USB Network Adapter with SpeedBooster. With this Adapter, your wireless networking experience will be faster and easier than ever. Using the latest wireless networking technology, the Adapter adds or upgrades wireless connectivity on your notebook computer.
Download the latest Linksys Wireless G USB Network Adapter driver for your computer's operating system. All downloads available on this website have been scanned by the latest anti-virus software and are guaranteed to be virus and malware-free.
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May 7, 2010 Download Linksys WUSB54GC Wireless-G USB Compact Network Adapter Version 3.0 Setup Driver 1.02.02. OS support: Windows XP/Vista.
Linksys Model WUSB54G, Wireless-G 2.4 GHz 802.11g USB network adapter drivers for 98se, Me, and XP. The same device now ships only with the XP drivers. This file contains all above mentioned drivers. The same device now ships only with the XP drivers.
Buy Cisco-Linksys WUSB54G Wireless-G USB Adapter: USB Network with the drivers without having to manually install them through the Device Manager.
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This package supports the following driver models:Linksys Compact Wireless-G USB Adapter.
Aug 31, 2018 This is the most common way of accessing the internet. This is a set of files that come in form of a driver.
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Use the links on this page to download the latest version of Linksys Wireless-G USB Network Adapter drivers. All drivers available for download have been scanned by antivirus program.
Add Wireless-G to your notebook or desktop computers and detect wireless signals without powering on your PC The Wireless-G USB Adapter with Wi-Fi Finder is a handy, pocket-sized device that combines an easy-to-use wireless network scanner with a USB-connected Wireless-G network adapter.


Vehicle identification number recognition system and program development for Smart Tolling System > Major Project Reference
Vehicle identification number recognition system and program developme…
85작성일 19-02-13 17:50
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