Verizon Communications Inc. topped earnings and revenue expectations Wednesday while detailing how its recent commitments for wireless spectrum will impact its financials.
The company reported first-quarter net income of $5.4 billion, or $1.27 a share, up from $4.3 billion, or $1.00 a share, a year earlier.
posted $1.37 in adjusted earnings per share, excluding a special item related to the sale of certain wireless licenses. The company had posted $1.26 in per-share earnings on an adjusted basis a year earlier. Analysts surveyed by FactSet had been expecting $1.29 a share in adjusted earnings per share.
Total revenue for Verizon’s first quarter rose to $32.9 billion from $31.6 billion a year earlier, whereas analysts were expecting $32.5 billion.
Shares are off 0.7% in premarket trading.
In Verizon’s consumer business, the company saw 326,000 retail postpaid net losses and 225,000 phone net losses. Verizon’s total retail postpaid churn was 0.97%, while retail postpaid phone churn was 0.77%.
The company disclosed in its release that consumer wireless service revenue came in at $13.7 billion, up 1.5% from a year earlier, “driven by the continued adoption of wireless unlimited and premium unlimited plans.”
Verizon’s first-quarter capital expenditures amounted to $4.5 billion, including $40 million of items related to C-Band wireless spectrum.
The company paid about $45 billion to the Federal Communications Commission during the quarter for spectrum that Verizon acquired through a recent auction for frequencies that will be used to build out the company’s 5G network. The company raised $12 billion in the fourth quarter to help finance these purchases and then raised $31 billion more in March 2021.
For 2021, Verizon continues to expect service and other revenue growth of at least 2% and adjusted earnings per share of $5.00 to $5.15. The company projects $17.5 billion to $18.5 billion in capital spending, which is consistent with its projection as of its prior earnings report, though Verizon added this time that “expenditures related to the deployment of the company’s C-Band 5G network will be in addition to this amount, and are expected to be approximately $10 billion over three years, with $2 billion to $3 billion expected in 2021.”
Verizon shares have gained 2% over the past three months as the Dow Jones Industrial Average
has risen 8.5%.


Bluetooth Connection Range: 30 meters (with no obstructions)
Temperature Range: -40~60°C (Inner sensor) -40~100°C (External probe)
Humidity Range: 0~99%RH
1 x AAA Battery Required (Not Included)
Free iOS and Android APP to monitor temperature and humidity any time
One phone can connect more than one device at the same time. And one sensor can be connected with more than one phone at the same time.
Data record interval can be adjustable (10s, 30s, 1min, 2min, 5min, 10min, 30min)
Alarm and data history view available
Temperature unit switching (°C /°F)
Please note, this can only provide one set of data at any given time (Either from the Sensor Itself or from the Probe when connected - it is unable to read data from the Sensor and External Probe at the same time)
Use left/right arrows to navigate the slideshow or swipe left/right if using a mobile device
Choosing a selection results in a full page refresh.
Press the space key then arrow keys to make a selection.


In the above example configuration, we are calling the two endpoints defined in the two call templates in parallel. Similarly by adding multiple "target" elements to the same configuration you can call multiple endpoints in parallel. When using the above configuration same message is cloned and two identical copies of the message is send to the two endpoints.
Note the following.
- "sequential" attribute is set to false. Hence the two calls are happening in parallel
- A value is set to "id" so that later we can use this id to aggregate the responses from two services
- By default "continueParent" is set to false
- Instead of the call template you can also use a sequence inside the "target"
In a future post I will explain how we can aggregate the response from the two services when the clone mediator is used to call endpoints.


O3A Decoder - Hexagon
|AAX||Yes, output mapped to standard 6.0 stem|
|Output||6||Speaker feeds for hexagon (mapped to 6.0 for AAX)|
This plugin takes a third order ambisonics (O3A) mix and decodes it as speaker feeds for six speakers set out at the corners of an hexagon.
The channel ordering for the speaker feeds assumes that the speakers are set out clockwise around the room, starting at the front and slightly to the left, so the first two channels are roughly where normal "Front Left" and "Front Right" speakers would be.
The channel ordering and speaker azimuths are:
In the table above, azimuth is measured anticlockwise (left) from the front. Note that these are mapped directly onto a 6.0 output in the AAX version of the plugin.
The plugin is available in the O3A Decoding plugin library.
Three methods are supported, "Basic", "Reconstruction" and "Tinted Reconstruction". Generally, "Basic" is recommended except where the speaker rig to be used for playback is known and has been set up accurately.
|Basic||This method produces a resilient decoding which should play well on a range of speaker systems including large venues.|
|Reconstruction||This method controls the soundfield at the centre of the listening space to produce a clearer spatial image. It relies on the speaker layout being set up accurately.|
|Tinted Reconstruction||This variant of the Reconstruction method performs HRTF-based tinting on the audio stream to strengthen the spatial image. Again, it relies on the speaker layout being set up accurately.|
- O3A Brickwall
- O3A Decoder - 22.2
- O3A Decoder - 3D7.1
- O3A Decoder - 5.1
- O3A Decoder - 7.1
- O3A Decoder - 7.1.2 (Dolby Atmos)
- O3A Decoder - 7.1.4
- O3A Decoder - Auro-3D 10.1
- O3A Decoder - Auro-3D 11.1
- O3A Decoder - Auro-3D 13.1
- O3A Decoder - Auro-3D 9.1
- O3A Decoder - Cube
- O3A Decoder - Headphones
- O3A Decoder - Hexagon
- O3A Decoder - IMAX 12.0
- O3A Decoder - IMAX 5.0
- O3A Decoder - IMAX 6.0
- O3A Decoder - N3D
- O3A Decoder - Octagon
- O3A Decoder - Quad
- O3A Decoder - Quad Binaural
- O3A Decoder - UHJ Stereo
- O3A Meter - Karma
- Stereo Crosstalk Cancellation


The timeout issues affecting Calendly have been resolved and our new re-branding will be reverted for the immediate future. Further updates regarding the re-brand will be posted to our social channels.
Posted May 10, 2021 - 14:21 EDT
In response to overwhelming demands to our web traffic, the team has reverted the recent website re-brand to restore functionality to the Calendly service. We hope to bring our exciting changes to you in the near future and appreciate your patience as we worked through unexpected timeouts today.
Posted May 10, 2021 - 13:45 EDT
A fix has been implemented for the timeout issues experienced on Calendly.com and our mobile apps. Our engineers are monitoring.
Posted May 10, 2021 - 13:25 EDT
Our engineers are continuing to work on a solution for this issue.
Posted May 10, 2021 - 13:01 EDT
The issue has been identified and our engineers are actively working on a solution.
Posted May 10, 2021 - 12:35 EDT
Calendly is experiencing elevated timeout errors when users attempt to access the website and mobile app. Our team is currently investigating.


Switchboard: An Open Source High-Performance Communication Platform
Zero ASIC is thrilled to announce the release of Switchboard, a high-performance open-source framework for communication between RTL simulations, FPGA emulations, Python, and C++. Switchboard makes it possible to simulate large hardware systems in a distributed fashion, using a wide variety of model types, and to interact with the modeled systems from popular software languages.
The framework was designed with performance in mind, using shared memory queues as the underlying communication mechanism. Any number of connections can be active simultaneously, each up to 1 GB/s bandwidth / 200 ns latency. This is fast enough to support real-time interaction with a distributed simulation of chiplets on an active silicon interposer - a result you can try for yourself in our Switchboard-powered emulator app!
From an integration perspective, Switchboard connections can be added to RTL anywhere that there is a ready/valid interface. Simply instantiate a Switchboard input or output module and connect it to the signals of the existing interface. Switchboard supports both Icarus Verilog and Verilator simulators.
In Python, Switchboard connections are established through PySbTx and PySbRx objects. We also provide Python automation for building and running RTL simulations, powered by SiliconCompiler. For performance-critical communication pathways, a C++ interface is provided for sending and receiving Switchboard packets.
Switchboard’s communication scheme is a good fit for using FPGA cards to represent parts of a HW system. We’ve made the memory layout of Switchboard queues simple enough that RTL implemented on an FPGA can directly read and write queues in host memory, and we provide a reference RTL implementation that shows how to set this up.
If this sounds intriguing, please visit our GitHub repository to learn more! The repository contains documentation and examples, including a number of examples showing how Switchboard can be used for block-level testing of components from our recently-released UMI repository. We welcome GitHub issues and pull requests from external contributors!


Technology paved the way for development and also opened the door for criminals to commit crimes without being caught for years. Presently the mobile phones are a double-edged sword; it creates innovative security risks whilst offering valuable sources of verification for cell phone forensics investigator. Their competent capabilities make mobile devices more like computers that serve us to navigate the world. It uses information hoard on and generated by mobile devices to restructure our communications, movements and other personal details.
Cell phone forensics, being an integral part of digital forensics is vital to accurate investigations associated with criminal and civil litigation’s. It comprises of SMS recovery, locations tracking and recovery of multimedia files, contact records of a cell phone, date and time of incoming and outgoing call records. If anybody is intentionally engaged in illegal activities, he will take predictable precautions to hide their tracks. Some of the protective measures adopted by criminals to avoid being caught are listed below:
Secure deletion tools
Remote data storage devices
Digital data compression
The cell phone forensics requires a lot to extract information from smartphones, cell phones and other devices. We, as forensic investigators of cell phones generally adopt 7 ways to extract and determine cell phone activity as listed below:
Bypassing Security Codes
With the help of specialized tools, digital forensic investigators can haul out the security code from some locked mobile devices. This bypass security code facilitates in acquiring data with forensic software from the device.
Safe SIM Card
The confidential data in memory is destroyed if the wrong SIM card is inserted in a cell phone. Keeping in mind this issue, investigators create “safe” SIM cards for inspection purposes.
The valuable and confidential proofs might be destroyed if the battery is removed from the mobile phones before the performance of forensic acquisition. In few cases, to make sure that all evidence and useful information is conserved, investigators can leave the mobile device powered on until the forensic operation can be performed, in order to avoid external influences, it’s mandatory to take some precautions beforehand.
Trusted Time Source
Though the clock on the device shows incorrect time, still the network generated system functions properly and offer the accurate data. As an example, the time shown in SMS is generated by SMS service center, not by the phone.
Several mobile devices store site-based data related to actions and bound media on the device. The investigators will recover this data to perceive this information to conclude the geographic location at a particular time on a mobile device.
Recovering Deleted Data
Accidentally or intentionally deleted information related to call logs may be easily recoverable by the investigators with the help of certain ready to use forensic tools. Such tools offer detailed information of missed, dialed and received calls.
It is easier for the investigators to recover the extensive amount of deleted data from rising number of mobile devices by analyzing and acquiring the complete memory contents.


Our Company: Meet your new world with Wataniya!
Wataniya Telecom Maldives is an organization focused on delivering the leading-edge wireless voice and data services at its best. It's a place of fun, innovation and friendship. A place where lifelong connections are made. A place where the present meets the future. It's the new world, it's the future, and it's Wataniya.
We have transformed from a young telecommunications provider into an innovative, reputable telecommunications provider in the Maldives. In the face of high competition, increasingly sophisticated technology and rising customer expectations, nothing is more important to our success than our team – and it's a team that you can be part of.
Wataniya's future is bright, we welcome you to join the new world where lifelong connections are made, where the present meets the future.


The main reason driving the continuation of WFH stems from the side of the employee, as 77 percent of remote workers say they’re more productive when working from home. However, this increased productivity can only happen if the employees are able to reliably contact and work with each other from afar. This has made stable, efficient digital communication and collaboration platforms a priority for the modern-day enterprise.
An adequate communication/collaboration platform enables employees to interact and share ideas, and can build a sense of community and trust, which encourages innovation, and helps solve problems in real-time. Along with increased productivity, they can also help reduce turnover by up 60 percent, saving companies money in the long run,
While there are a variety of innovative devices and applications that can help create the communication and collaboration platform organizations today seek, the most commonly used platform today is Microsoft Teams. Microsoft Teams is cloud-based team collaboration software that is part of the Microsoft 365 and Office 365 suite of applications. The core capabilities in Microsoft Teams include business messaging, calling, video meetings and file sharing.
As of the start of 2022, Microsoft stated that the monthly active Teams users surpassed 270 million, up from 250 million monthly active Teams users, a figure Microsoft officials cited in July 2021. With the increased use in technology and WFH by businesses, as well as the benefits Microsoft Teams has to offer, these numbers were not surprising.
Leveraging Microsoft Teams collaboration capabilities enables companies to move beyond transactional messages and meetings and focus on the flow of work. Abilities like shareable calendars and offline autosend make it easy for employees to always be on the same page.
Videoconferencing, which has become a mainstay of life post-pandemic, also gets improved through a series of Teams enhancements that make meetings more efficient and intuitive. Automatic noise suppression allows employees to remove unwelcome background noise during Teams calls. On top of this, automatic end-of-meeting notifications tell participants when five minutes are remaining in a meeting, so everybody knows when it’s time to start wrapping up.
Finally, Microsoft Teams streamlines work, saving time and money for the business, by bringing together chat, calls, meetings, Microsoft 365 apps, and third-party tools in one centralized location. Streamlined file sharing enables users to create a shareable link for any file stored in Teams and directly set the appropriate permissions. Teams also includes a history menu, enabling users to quickly return to places they’ve recently visited, including activities, channels, conversations, tabs, files, and apps.
At ConnX, we see that enterprises continue to adopt Microsoft Teams as a simplified and unified cloud- based productivity platform, and understand the impact it’s having on the business world. This is why we offer ConnX Microsoft Teams Direct Routing, the fully-managed global solution for cloud voice and premium remote meetings.
ConnX delivers a fully-managed global solution on our resilient global backbone that satisfies even the most stringent quality and security requirements of Wall Street financial solutions that depend on ConnX for clear, secure, and always available communications.
ConnX optimizes Microsoft Teams Direct Routing to deliver the highest quality voice, video and messaging for truly unified, cloud-based collaboration and communication. ConnX provides georedundant UC nodes aligned with Microsoft data centers, as well as full PBX capabilities including key system functionality and low-cost POTS alternatives.
ConnX can also support hybrid PBX networks via SIP trunking and develop phased migration plans. We also support a variety of devices, from phones, headsets, video systems, SBC, uCPE, and edge/access devices.
Overall, ConnX Microsoft Teams Direct Routing offers companies faster deployment, interoperability, in- depth planning, ease of porting, and simplicity across the board. And as we as a society continue to venture into a new digital age, WFH and digital communications and collaboration tools are only going to become more critical. For companies who wish to remain competitive and meet consumer expectations, ConnX Microsoft Teams can help them achieve that goal.


Solar energy could soon be helping Australian soldiers to power their numerous electronic devices on the battlefield.
Wearable lightweight solar panels developed by the Australian National University (ANU) convert light directly into electricity via SLIVER solar cell technology.
The project’s chief investigator Professor Andrew Blakers said the new sliver cells built by Transform Solar in Boise, Idaho were the basis for the wearable solar panels.
“We are able to use the sliver cells to make modules that can be bent around a radius of around a few centimetres,” Professor Blakers said.
“This means we can roll them up, put them in a package, carry them long distances and then unfurl them for use in remote areas.”
Professor Blakers said the wearable panels could be worn on a soldier’s helmet, on their front and/or back, their packs, their weapons and tents.
The solar panels were more rugged than conventional panels and they could operate in temperatures from minus 40 degrees to 65 degrees, he said.
“We would carry dozens of different battery cells for our operations in Afghanistan right now,” Major General Caligari said.
“The average soldier would carry around half a kilogram of batteries to operate radios, night vision devices, torches, communications.
“If we were able to have a single source of power that meant we didn’t need to recharge our batteries then we would be able to run all those electrical systems and reduce our weight significantly.”
Professor Blakers said the sliver cells could also be used by civilians.
“I would see anyone who needs mobile power, that is military and also non-military applications.
“Obviously things like iPods, iPhones, remotes, sensors and the like can make use of this technology,” he said.


Public Radio Tulsa stations KWGS and KWTU have led the way in developing high-definition radio programming options in Tulsa. Will it catch on?
Many of us have already made the switch to high-definition television. The crisper version enhances our TV experience, making us feel as if the action is happening right in our homes. We can distinguish each bead of sweat on a baseball player’s brow, and we can make out every line on our favorite actor’s face. But what most of us don’t know is that television isn’t the only high-definition medium — radio has made the jump as well.
HD radio hasn’t received the hype of HD TV, leaving many wondering how radio can even offer HD when there’s nothing visual to see.
The new technology allows listeners to hear analog signals in digital format, says Rich Fisher, general manager of Public Radio Tulsa, KWGS and KWTU.
Basically, instead of your eyes getting a crisp view, your ears hear every sound, but without the hiss, the static and the fade out. It’s literally music to your ears — and with a better quality than ever before.
The first station to offer digital radio to Oklahomans was KWTU, The University of Tulsa’s classic music radio station, which signed on to digital in October 2004. NPR Labs was one of the main driving forces behind HD radio, Fisher says. A couple of years later, KWGS followed KWTU’s lead. Today, 20 stations in Tulsa offer HD programming, including KVOO, KMOD and KTBZ.
In addition to better sound, Fisher says HD radio allows for more consistent program formats. That’s because with the AM/FM analog system, there’s a limit to the number of frequencies that can exist. HD radio allows programmers to split digital bandwidths into two or three different programs, which means innumerable program options. The technology also allows radio stations to tailor different HD stations to different audiences. Programming no longer has to be diverse to capture listeners.
“It’s a way to offer more programs than (analog) radio can possibly carry,” Fisher says. “We’re reaching some interesting niche audiences who are appreciating the fact that they have a whole channel doing things they like to hear all the time. We’ve invested a lot of money in it, and I think it’s going to offer public radio listeners a wider variety of choices.”
Currently, KWGS offers seven HD channels: National Public Radio offerings, classical, jazz, BBC world news, talk programming, acoustic music and intelligent pop.
Fisher says he isn’t sure whether this technology will take off the way AM/FM technology has, but if it does, it will have a long lifespan.
“Our response from listeners has been really positive, but the penetration is extraordinarily low, with probably around 1 percent in Tulsa,” he says.
The HD radio adoption is slow-moving because of several factors. Currently, listeners must have a digital converter or a digital radio to listen to HD radio. Also, the digital signal has the capability to extend much farther than analog, but doing so could cause interference with existing analog stations. As a result, the FCC has limited signal strength to 1/100th of a station’s analog power. However, the FCC has submitted rules for public comment that would boost digital output so HD would cover the same area as an analog signal and boost potential HD listenership. Fisher says he’s hopeful the agency will issue a ruling by year’s end.
“One of the great promises HD radio has is to reinvent radio with experimentation,” Fisher says. “When FM first started, it was the same thing.”
KWGS and KWTU recently received a grant from the George Kaiser Family Foundation that’s geared toward a local news initiative. With the funds — half a million dollars to be spread out over 10 years — they’ve hired a news director, John Durkee.
“He gets a finger on the pulse of what’s happening and what’s important in our area,” Fisher says.
The stories range from the impact of national stories on the community to local and national trends. Fisher says KWGS and KWTU are taking a different approach to news than most radio stations by trying to focus on more “substantive issues within the community,” he says, such as covering different angles of a typical story.
“We’re doing it because it’s our mission to serve the community with quality, informed programming,” he says.


Posts tagged International Brotherhood of Electrical Workers Local 9
Appeals panel: Chicago must force telecom companies to hire union labor to upgrade their equipment on city-owned poles
January 6, 2023 // A state appeals panel has ruled a labor union can force the city of Chicago to require telecommunications companies to hire union workers to install 5G antennas on city-owned utility poles. After Chicago officials allowed nonunion contractors to install modern cellular service antennas on light and traffic poles, International Brotherhood of Electrical Workers Local No. 9 filed a grievance alleging a violation of its multiproject labor agreement with the city. An arbitrator ruled in favor of the union. But after the city challenged that ruling, Cook County Circuit Judge Anna Loftus vacated the award in June 2021.


Spanish Geeksphone and Mozilla presented the first Firefox OS cell phones that are expected to become available next February.
Two models have been presented.
The Keon, is the entry level model, and features:
- CPU Qualcomm Snapdragon S1 1Ghz
- UMTS 2100/1900/900 (3G HSPA)
- GSM 850/900/1800/1900 (2G EDGE)
- Screen 3.5″ HVGA Multitouch
- 3 MP Camera
- 4GB ROM, 512 MB RAM
- MicroSD, Wifi N, Light and proxmity Sensor, G-Sensor, GPS, MicroUSB
- 1580 mAh battery
- Over the air updates
- Unlocked, add your own SIM card
And Peak, the higher end phone:
- CPU Qualcomm Snapdragon S4 1.2Ghz x2.
UMTS 2100/1900/900 (3G HSPA).
GSM 850/900/1800/1900 (2G EDGE).
Screen 4.3″ qHD IPS Multitouch.
Camera 8 MP (back) + 2 MP (front).
4 GB (ROM) and 512 (RAM).
MicroSD, Wifi N, Light and proxmity Sensor, G-Sensor, GPS, MicroUSB, Flash (camera).
Battery 1800 mAh.
While Firefox OS has reached 1.0 status just today, these phones are aimed to developers and not end users, so it will definitely differ from the final version.
In the past, Geeksphone has offered Android phones like its Zero model, but it now looks completely focused on releasing the Firefox OS phones.
More details to come as the phones become available in February.


Using a dedicated videocamera to record videos is becoming less and less popular. Besides some professionals and the occasional user that still think it is still 1995, most of people use their smartphone or, if you need better quality, a photo camera to record video. The video capabilities of DSLR’s and mirrorless cameras have improved greatly over the last few years. Most cameras can film in Full HD resolution, and some models even film in 4K resolution. The only thing that hasn’t improved that much is the audio. Some high(er) end models do have a stereo microphone. But those are built for omnidirectional recording. And because those microphones are built in to the camera body they also record the sound of using the buttons and dials on the camera. The omnidirectional recording also makes them less suited for recording in an environment with a lot of background noise. If you want to improve the sound of your camera an external microphone is a great option. External microphones are available in various types, all with their own intended use.
In this review I’ll tell you more about two (mid-range) directional mono microphones, that are best for recording speech: the Hähnel MK200 and the MyMyke SmartMyke. The Hähnel costs about 190 euros, the MyMyke is a little over 200 euros.
The Hähnel MK200
The Hähnel MK200 is a compact directional microphone that is shipped quite complete. Besides the microphone the set consists of a set of batteries and a wind-sock. The microphone has got a hotshoe mount to attach the microphone to your camera. The mount has got a rubber ring to dampen sounds of the camera and prevent vibrations from interfering with your recording. On the bottom of the hotshoe you’ll also find a tripod mount so you can mount the microphone to a tripod. The batteries are placed in a compartment under the microphone. Hähnel says you can record about 100 hours on one set of batteries.
On the back of the microphone you’ll find the on-off switch, that has got enough resistance to prevent it from switching unwanted. Under the on-off switch is a small LED that shows if the microphone is on and if the batteries are low. It also shows if the recorded audio is too loud. Above the on-off switch there is a round dial that a switches between normal operating mode and the +10db and -10db mode. The lead is long enough for use on most cameras.
The SmartMyke is a little smaller than the MK200. The base of the microphone has got a compact and flat design, the mic itself is quite long. Because of the flat design the microphone is quite close to the camera, so it doesn’t feel big mounted on the camera. The downside of being close to the camera is that the microphone picks up more sounds of the camera buttons and dials and the lens. The SmartMyke is powered by a single CR2032 battery. Despite the small size of the battery MyMyke recons you could record for about 200 hours on one battery, so the integrated hardware has to be very energy efficient.
The SmartMyke has got a stainless steel hotshoe. It feels sturdy and high-end but isn’t dampened by a rubber ring like the MK200. MyMyke has put the damper in the microphone itself. On the back of the mic you’ll find two buttons, one to activate the microphone and the other one to switch between the normal operating mode and the +15db and -15db setting. Between the switches there is one LED that shows if the mic is on. It doesn’t have any other functions like the LED of the MK200. The SmartMike has got a nice curly lead, which means it is easy to keep it out of the way when you have it attached to the camera.
Daily use and results
Both microphones are easy to use. You mount the microphone on you camera, plug in the 3.5 inch jack, turn the microphone on and you’re good to go. In most situations the ‘normal’ operation mode will do, in very loud or quite situations you can adjust the recording level. The steps between the recoding levels on the MK200 are a little smaller than the ones on the SmartMyke. I can’t really say which is better, just that both microphones seem to work quite well in most situations. Both microphones have dual channel mono output.
To test the microphones I’ve built a small test-setup. That way I could test both microphones under the same conditions and compare them to the built in microphone of my Sony A7. In my test-setup the microphone is about 2.5 meters (roughly 8 feet) away from the laptop with two external speakers. The laptop plays a Youtube clip from Lowepro in which they present their ProTactic Backpack (https://youtu.be/fV9vd_uGnSg). To test the directional capabilities of the microphones I’ve setup a second computer on the left of the camera with two external speakers. That computers plays the Youtube clip ‘Bar crowd 9H’ (https://youtu.be/Bh6W4yEX7fQ) on the same volume as the Lowepro presentation. One of the two speakers is pointed directly at the side of the camera (and microphones) and the second one is pointed at the wall to diffuse the sound.
In the following video I’ve recorded the Lowepro presentation with the internal microphone of the A7 and the two microphones. I didn’t use any software to alter the sound in the clips, so the sound is straight out of the camera. The built in stereo microphone of the Sony A7 does quite well in this test, but the background noise is quite loud, making the presentation hard to hear. The MK200 does a lot better. You can hear the voice in the presentation better and background noise seems to be muted. The MyMyke does a little better than the built in microphone, but it is clearly less capable than the Hähnel MK200. Background noise is louder with the MyMyke than it is with the MK200. So the Hähnel manages to bring out the voice better than the MyMyke does.
In the second clip you can hear how much of the sound of using the buttons and dials and zooming the lens is recorded by the microphones. In the clip I use some of the buttons and the control dials on the front and the back of the camera. I also zoom the lens in and out. With the internal microphone of the Sony A7 you can clearly hear me using the dials and buttons, you can hear me zooming the lens in and out but it isn’t very loud. You do hear me slamming the lens in to the hard stop at the end of the zoomrange. The Hähnel MK200 filters out the sound of zooming the lens almost completely. You can still hear it when I use the dials, but it is dampened very well. The MyMyke performs about the same the internal microphone. The dials sound quite loud using the MyMyke, and you can clearly hear a grinding sound of zooming the lens. This is probably because the microphone is quite close to the body of the camera and lens due to the compact and low profile design.
For improving the audio quality when using a DSLR or mirrorless camera using an external microphone is a very good option. You do have to choose the right tool for the job. A directional mono microphone like the Mk200 and MyMyke are very good for recording voices in a loud environment, but are less suitable for recording (live) music.
Both the MK200 and the MyMyke are easy to use, well built and compact. The MyMyke is made using higher end materials (like the stainless steel mount), and is a little smaller / more compact. It is also a little more expensive. The MK200 is less expensive and also offers better performance. It dampens background noise better and makes voices sound more clear than the MyMyke does. And since that is what an external microphone is all about the Hähnel MK200 is the clear winner of this test.


Knowledge is power. For a stranded motorist, it’s also peace of mind. That’s why our proprietary Roadside Connect™ capability provides motorists with real-time en route status updates of a service provider’s progress to their location. Motorists are reassured through the whole process through confirmations, ETAs, and tow destination details.
Our service providers also enjoy more information – and greater efficiency – thanks to seamless communication between Agero and the service provider’s towing software. We’ve even created a mobile app that allows providers to quickly receive accurate dispatch information.


Industrial camera set
This set includes:
- MER-133-54U3C-L: industrial camera, 1280x960pixels, 54fps, 1/3", Global shutter, Color
- LADAP-C-TO-M12-V2: converter to mount m12 lens on c-mount camera
- LM12-5MP-16MM-F2.0-2-ND1: M12 16mm lens
- 3M USB3 cable
- free shipping
The Mercury USB3.0 camera series is an industrial vision camera, with an USB3.0 interface. USB3.0 is an appropriate interface for high resolution and high-speed cameras. Furthermore, this interface is very suitable for embedded platforms such as the Raspberry Pi 3, NVIDIA Jetson TX1, TX2 and Tegra TK1.
This model is interesting for you when your application complies with the following conditions:
- An industrial camera
- Maximum cable length of 4.5 meters
- Only one cable is required to connect the device
- Dimensions are: 29x29x29mm
- Suitable for PC’s and embedded platforms: ARM V7 & ARM V8
- Optional hardware triggering
If more details are required, the manual
can be consulted.
|ADC Bith Depth
|Pixel Bit Depth
||0dB ~ 31dB
|Pixel Data Formats
||bayer RG8 / Bayer RG10
||Windows XP/7/8/10 32 and 64 bit
||Image size, gain, Exposure time, etc.
||RoHS, CE, USB3 Vision GenICam
A color camera makes use of a Bayer pattern to produce a colored image. The RGB value of every pixel is being calculated by taking the value of a pixel, in combination with all the values of neighboring pixels. This results into less sharp images than those of a monochrome camera.
Due to the RGB filter on the pixels, every single pixel, considering white light, on average has 66% less photons than a monochrome camera. Which makes a color camera less light sensitive than a monochrome one. To compensate this, the following options are available:
- Increase the amount of light
- Increase the gain
- Increase shutter speed / exposure time
- Select a more light sensitive sensor
- Select a more light sensitive lens
Most applications do not require I/O. Applications that need a software trigger or need continuous imaging, do not need I/O. The USB port of a PC provides both power and data communication to the camera. If a I/O connector is not being implemented, both the material costs and development time will be reduced. The result is that L-version cameras are cheaper than the standard USB camera version.
Information sensor manufacturer
(Please note that not all sensor features may be implemented)
This 1/3-inch format, 1.2 MP imaging device has been designed to address the challenging requirements of automotive in-cabin cameras. The new global shutter sensor allows the camera to “freeze” fast moving scene data, and ensures effective synchronization with pulsed light sources. The AR0135 sensor incorporates a new innovative global shutter pixel design, with 10X lower dark current and 4X higher shutter efficiency vs. previous generation products. These improvements allow the sensor to produce clear, low-noise images, in both low-light and bright scenes, and in high temperature environments. This performance enables the required eye tracking and gesture detection functionality in next generation automotive in-cabin systems. Features: ON Semiconductor's Next Generation Global Shutter Technology, Superior Low-light Performance, HD Video (720p60), Video/Single Frame Mode, Flexible Row-skip Modes, On-chip AE and Statistics Engine, Parallel and Serial Output.


Networks are all around us, inextricably woven into today’s commercial landscape. Whether it is a group of cash registers running on the same point-of-sale system, or an office building full of employees sharing and storing digital information between their workstations, networks bring an unparalleled level of interconnectivity and synchronization.
When networks are such an integral part of even the smallest facet of your business, it’s important that it is stable, reliable, and easy to maintain. The most reliable and secure networks are those that are wired, using actual cables to transmit information, as opposed to those that are wireless, and rely on radio frequencies.
In today’s business landscape, wired network installation, while sometimes complex, provides significant benefits in terms of connectivity and security. Let’s explore the scope, cost, requirements, and equipment involved in network installation
Network Installation Definition
What’s Network Installation?
Network installation is the selection and placement of hardware and equipment that will form the physical body and connective tissue of the network.
For many commercial networks, this looks like a dedicated room outfitted with high-performance servers and equipment racks with complex cabling. These heavy-duty networks support centralized data storage, voice and data programs, and sometimes even building security and surveillance.
For smaller companies, this often looks like a web router that is configured to work with a particular set of computers, phones, and other equipment, but it can take other forms according to the needs of the business. The crucial thing is that the hardware installation connects two or more computerized items in order to create a network, whether that network is big or small.
Read this article to learn more about What is network installation
Network Based Installation
Network based installation approaches the process of designing, planning, and implementing hardware and software that results in a cohesive, well-configured computer network that uses the Ethernet instead of Wi-Fi to access the internet. This network needs to meet the needs of the business, establish a stable and reliable network connection, and be easy to maintain.
Network Wiring Installation
Network wiring is often complex enough to befuddle even those who love technology. This kind of wiring is highly specialized and needs to be installed and organized in a very specific way in order to create a good network and to avoid maintenance problems down the road.
How to installation network cable
Here are just a few of important guidelines to follow when it comes to installing network cabling:
Cabling Practices to Avoid:
- Do not route cables through pipes and/or holes, since this can restrict future cable additions.
- Do not put extra twists in the cable.
- Do not position copper cables above or within the same runs as fiber cables, as their weight can literally crush them.
- Do not place cables in positions that block access to other equipment, both in and out of the racks.
- Never let cables be loose on the floor; instead, use the overhead, vertical, and horizontal cable managers on your equipment.
Best Practices in Network Cabling:
- Label all cables at their origin point and at their termination.
- Test every cable during the installation process, and label and remove dysfunctional ones.
- Use bend-loss-resistant cables when bending is unavoidable.
- To avoid downtime, design cabling that has sufficient vertical and horizontal runs.
- In tight spaces, use thin, high-density cables to allow for more overall.
- Carefully measure each patch cable to fit.
- Leave some slack at each end of a cable to allow for some device movement.
- Use cable spools within the equipment cases to prevent bending and fraying of cables.
- Use soft, flexible Velcro ties instead of zip ties to corral cables together every two feet.
- Document all cabling components and map their distribution. Update this log regularly.
- Use cable guides to prevent excess bending at the point where the cables plug into equipment.
Read this article to learn more about How to installation network cable
How much does it cost to install network wiring
The estimated cost to install network wiring depends on the size of your project, the site of your project, the amount of hardware you project requires, and the number of labor hours it will take to install your new network.
Installing a hardwired computer network between a small office building can cost anywhere between $500-$1000, while wiring a large office building (that may have specialized equipment that also needs to be incorporated into the network with individual data ports) costs anywhere from $2000-6000.
Each of the different types of wiring used to install a network have different capacities and cost points:
Cat 5e cable
This is the cheapest type of network cable, but also the slowest, least reliable, and in the process of being phased out by the industry. Some still choose to use Cat5 cable as a cost-cutting measure, but we don’t recommend it.
Cat 6 cable
This cable is excellent for many small-scale projects, as it is very affordable, available, and overall offers very fast data speeds up to 10 GB–as long as the run of the cable is under 90 meters.
Cat 7 cable
More expensive than Cat 5e and Cat 6, Cat 7 cable also has better performance. Cat 7 cable runs can be much longer than Cat 6 runs, and virtually never experiences crosstalk (cross-cable interference). Its top speed is also 10 GB.
Fiber optic cable
This type of cable is the fastest, most reliable, and most expensive. Instead of using thin copper thread, fiber optic cables use thin strands of glass. It also sometimes requires special tools to install. However, its many benefits make it the perfect option for businesses who need a network that supports a large number of computers or computerized equipment, or businesses that have large facilities that need to be connected by a network.
Network installation cost
The biggest factor in network installation cost is hardware. Beyond wiring, there’s a fair amount of other hardware that needs to be in place in order for a network to function:
- RJ45 connectors
- Data plugs
- Wall plates
- Wireless router and access points
- Patch panels
- Patch cables
- Ethernet switches
- Plastic grommets
- Velcro strips and cable ties
The more equipment that you need to loop into your network–such as printers, security cameras, computer-assisted manufacturing devices, etc.–the more data points, feet of cabling, and man-hours your network installation will need.
Network installation cost estimate
Talk to a professional installer to get a good network installation cost estimate. Some installers will be able to give you an estimate over the phone based on baseline information, such as whether your building is older or purpose-built for you, how large your building is, and how complicated your network will be.
However, we recommend working with network installers who do in-person site assessments before they provide a quote, even if you have to pay for the assessment, for the simple reason that it is much easier to get an accurate network installation cost estimate from someone who has seen your site and understands the needs of your business.
Over-the-phone estimates are all too frequently under-estimates, which leads to sticker shock later on down the line when you find out that the actual cost was much higher. Get someone out to look at your facility and discuss your networking requirements with you at the outset, and they’ll be able to give you an estimate much closer to what the eventual cost of the project will be.
Which network installation cost is low
Smaller networks cost less to install, simply because they need less hardware than larger networks. However, by identifying the right topology for your needs and the most efficient installation, you can help keep your network installation cost low.
Cabling and manpower account for much of the cost for network installation. You can keep costs down by opting for Cat6 cable instead of Cat7, or by sourcing some of the hardware yourself instead of using an installer or contractor.
You can also keep network installation cost low by creating a comprehensive network design and installation plan ahead of time. This will help you to accurately estimate the overall cost of manpower and equipment, as well as the time the installation will take.
Network installation fees and prices
Network installation fees will vary based on market prices of the network components.
The price of network cables depends on the type of cable. Cat 6 cable costs around $700 for 2,000 feet installed, while Cat 7 cable costs around $1,200 for 2,000 feet. The average cost of fiber optic cables is between $2 and $4 per linear foot, or $4,000-$8,000 for 2,000 feet.
When it comes to other components, cost per unit is lower, but you do need multiples of each:
- Velcro strips: $10 to $20
- Metal cable management strips: $25 to $85
- Patch panel: $10 and $100
Wi-Fi range extenders: $15 to $80
- Ethernet port with wall-mounted panel: $10 and $25
Network installation rate
To get the best network installation rate and not just the cheapest, make sure to do your homework. Never go with an installer simply because they’re the lowest bid, and always follow up on reviews, referrals, and professional accreditations when you’re selecting an installer.
Generally the network installation rate for labor is in the range of $50 to $100 per hour, and a network installation can take anywhere from a few hours to a few days.
Read this article to learn more about How much does it cost to install network wiring
Network installation requirements
Before anything else comes the planning stage. Even simple networks have a certain amount of complexity, so a clear plan for what your network will look like, and the tools and standards that your installation will need, goes a long way to streamline the entire process.
Network installation topologies and trends
The first stage in network installation planning is selecting a network topology. There are two types of network topology:
Physical network topology is the actual physical arrangement of the devices, cabling, and connective links of your network.
Logical network topology describes the IT processes by which your network exchanges information.
Getting both of these right will enhance the performance of your network as well as optimize its cost efficiency. Plus, having detailed and up-to-date topology maps help IT professionals diagnose, troubleshoot, and fix possible problems like speed lag or bad connectivity.
In business, three topologies are most common:
Connects all devices to a central switch. It’s easy to add new devices to this network, and it uses cabling very efficiently, but it is imperative that the central switch is regularly inspected and maintained.
Every device is connected to every other device. This provides a robust system with high-speed data transfer. This type of network is highly reliable thanks to a large number of redundancies, but can also be expensive because it requires large amounts of cable and data ports.
This arranges nodes in a hierarchy, with different levels of “branches” of devices arranged up and down a “trunk” or central connection that links together each of the different branches. This topology has high functionality for many businesses thanks to its high-speed data transfer and easy fault identification and maintenance. But it does require a fair amount of hardware, and in the event that the “trunk” fails, the network will go down.
Read this article to learn more about Network installation requirement
Network installation steps
Here are the basic steps in the network installation process:
How to plan network installation
First of all, calculate how much cabling you will need for your project. Select a location for your central server and router, and then measure the distance from each node back to this location.
Depending on the topology your network will occupy–star, mesh, tree, etc.–you may need additional cabling to loop nodes themselves together.
Then, select and collect other necessary hardware. This includes your Ethernet router, switch, and server, as well as data plugs, plates, connectors, switches, and cable ties.
Other tools you’ll need for network setup are:
- Punch down tool, for punching down and snipping wire.
- Crimping tool, for joining modular connections.
- Network test tool, capable of testing 8P (RJ45) and 6P (RJ11 and RJ12) connections.
Network installation and configuration
Position wall plates
These wall plates are the conduits between your devices and the cabling that will lead them to your router, so they need to be positioned with care. The best place for wall plates are places that are easy to access, and that avoid other electrical components such as power outlets and light switches.
Cut holes for wall plates
Before any holes are cut, it’s important to cut the power to the building first by turning off the relevant switches in the breaker box. When it comes to cutting holes, always measure twice and cut once.
Now, with the power still off, is the time to run the cable between the router and the terminal wall plates. This sometimes involves getting into the walls and/or ceiling of the building, especially if it’s an older building and not purpose-built with cabling in mind.
Once the cable is run through and connected at both ends, it’s time to test the network connection–before any devices are on the network. This is accomplished using a network testing tool, which uses a series of lights flashing in a particular order to indicate whether the connection is active or not.
Once the network is operational, you can begin adding and configuring servers, routers, and computers.
Network installation documentation
As you or a professional install the network, it’s important to document as you go. Include your topology, equipment lists, device names, network names, passwords, and other relevant information.
In addition to helping you keep track of where you are and what you need in your project, network installation documentation makes maintenance and troubleshooting down the line much, much easier.
Network installation diagram
Diagrams are especially helpful documentation because they can help you visualize the parts of the network that are either intangible or hidden from view.
Network installers use a numbered patch panel and correspondingly numbered wall plates to clarify where each cable starts and ends, and record this in a diagram so that if a terminal data port ever experiences defects, only one cable needs to be inspected and/or replaced.
Diagrams also help differentiate the topology of your network versus other types of topology, which is again helpful in troubleshooting as well as scaling.
Network installation engineer
As you can see, network installation is a bit more complex than simply setting up a WiFi router. Wired network installation demands a higher level of expertise, both in IT equipment like routers, switches, and servers, and connectivity equipment like cabling, data plugs, wall ports, and more.
Network installation engineers often provide a smoother installation process, as well as a more reliable network overall. These professionals are experienced in the best ways to plan, install, arrange, and scale a network to meet the needs of their clients.
Network infrastructure installation
Sometimes, you’ll need to invest in some additional infrastructure in order to get your network up and running. This can include cable management systems such as cabinets or racks, building a server room or adapting an existing room to that purpose, or doing some renovations in order to allow cabling to pass through parts of the building.
Read this article to learn more about Network installation steps
What are types of network installation
Network installation in building
Often, the best time to install a network is when a structure is actually being built. This allows you or a network installation engineer to install hardware like cables and wall plates with ease since the walls are not totally closed off the way they are in older constructions.
Network installation at home
Network installations at home are increasingly common as remote work and freelancing are changing the landscape of the workplace. A wired home network often provides a better working experience than a wireless.
Home network installation usually involves connecting just one or two rooms to a server, and sometimes up to four. There is a certain amount of disruption, but because the scale of the project is small in comparison to most networks, this type of installation is relatively quick and easy.
Network installation and maintenance
When you rely on a wired network to run your business, it’s important to keep up with maintenance in order to minimize any downtime and maximize the network’s ability to work for you. Here are a few best practices for network maintenance:
- Regular comprehensive inspections of hardware and connection points
- Regular software updates for connected devices
- Careful logging of each instance of maintenance or troubleshooting
Network installation and administration
After the process of network installation comes the process of network administration. This is the process of setting up the server by installing software and programs, creating folders and subfolders for those programs to live, and registering and synchronizing each computer or other device with the overall network.
Network installation and management
Once you have a network installed, you need to have a system to manage it, because networks can be complicated and need a certain amount of tending and oversight to make sure they are operating at full capacity and providing the most benefits.
Network management is the matrix of processes, protocols, tools, and devices that human administrators can use to service the network and ensure it meets its objectives for the business it hosts.
The basic architecture of a network management system is based on two elements: a management station, which is the interface between the network and its human manager/s, and management agents, which are the devices linked to the network.
The most common network management protocol is known as Simple Network Monitoring Protocol, or SNMP. This protocol collects information from a network’s agents, or devices, and funnels that information through the management station, which allows users and IT professionals to view this data and leverage it to troubleshoot problems or refine the network’s performance across these devices.
Read this article to learn more about What are types of network installation
Network installation benefits
With the widespread availability and affordability of Wi-Fi networks, why invest in wired networks at all?
Although wireless networks are easy and convenient, they fall short against wired networks when it comes to speed, security, reliably, and overall bandwidth. A wired network is much more difficult to hack into, experiences much fewer service disruptions, and can handle files of greater size without lag.
Plus, a wired network can be outfitted with a Wi-Fi booster in order to connect laptops, tablets, and Internet of Things devices to the network itself, giving users the best of both worlds.
Faster data speeds
Wired Ethernet networks are far faster than their Wi-Fi counterparts–especially fiber optic networks.
Wi-Fi struggles when it comes to transmitting large files because the frequencies it sends information on can only support so much data at a time. But in wired networks, this digital data travels through carefully arranged physical cables whose carrying capacity is much greater. It’s like the difference between a surface street full of stop lights, and a highway that gives you a fast trip between point A and point B.
More stable than wifi
Similarly, the physical nature of a wired system means it isn’t affected by many of the things that can down Wi-Fi, such as excess wind or snow, device overload, insufficient power and range, or radio interference. Wired systems will continue to function at a high level during everything but a power outage–and even then, if you have a backup generator, they’ll still be able to keep your business connected.
With a wired network, an individual needs physical access or a port or device on the network. This means you can protect your network with cyber security, such as firewalls, as well as security devices such as gates and locks. This is in contrast to a Wi-Fi system, which runs on radio waves that an intruder could piggy-back onto from a close enough range.
Read this article to learn more about Network Installation benefits
Network installation risks
The biggest network installation risks arise when installing network wiring in an older building. Installation may be physically difficult or even dangerous, depending on the construction, and in some locales you may need special permits to make the necessary changes.
In a different sense, when you are planning or performing any kind of network installation, it’s important to identify and resolve issues that may affect the network’s overall efficacy:
Make sure the scope of your network meets or even exceeds your expected needs.
Radio frequency interference
If using a Wi-Fi booster incorporated into your wired network for certain devices, or cheaper cabling that has less robust RF shielding, a network installation needs to be preceded by a wireless site evaluation and countermeasures to cut or decrease RF interference on the network.
Software and application interfaces
Having software and applications installed properly on your server will keep the different devices that use them from experiencing lag, dropped data, and other errors.
Read this article to learn more about Network installation risks
Network installation devices
Wired networks rely on hardware to make connections between devices, rooms, and users. These are the essential network installation devices:
This device looks a lot like the tower of a desktop computer, but it handles much more complex tasks and does the heavy lifting in your network. This is where the bulk of the digital data and the shared business information is stored. The server is essentially the “home base” for every computer in your network.
Servers can be cloud-based or local, with pros and cons of each. Which type you choose will ultimately depend on the scope and needs of your business.
Once all devices are verified through the router, the switch makes it possible for multiple devices to send information and communicate between themselves. A server sends data throughout the entire network; a switch sends data to one device at a time.
A firewall is an indispensable part of any network. This device actively protects your network from malicious data packs that may try to infiltrate it from the internet. Some firewalls also have features to encrypt the Internet traffic that happens on your network, or to automatically filter everything through a VPN.
You can easily simplify operations and make phones part of your network by selecting phone models that have Ethernet cord and plugs included. Your network will need a corresponding RJ45 jack for each phone.
Computers are the main agents in a network, and certainly the piece of equipment that gets the most use. Desktop computers plugged directly into the network with their own jack and cable will be the most secure and experience the best performance.
Read this article to learn more about Network installation devices
Network installation equipment
Network faceplate installation and Network jack installation
The faceplate is the flat plastic over that creates a shield and tidy interface between the actual cabling and the Ethernet plug. Basic network faceplate installation involves a few steps that must be done carefully:
- Turn off the breaker to cut power to the room where the installation is taking place.
- Cut a hole in the wall or ceiling to fit the size of the faceplate.
- Feed the cabling from behind through the hole.
- Terminate each cable and strip the last two inches to expose the colored wires inside.
- Unwind these wires and thread them into the Ethernet keystone connector, or jack, using a punch-down tool to make sure each wire is securely seated in the right slot.
- Fit the jack to the faceplate so that the cables extend from the back, and the open “key” portion of the jack faces forward through the faceplate, and screw it into place.
Improper faceplate installation results in a crooked faceplate at best, and a faulty network connection at worst, so it requires careful measuring and cutting.
Network firewall installation
A firewall protects the network by filtering traffic and preventing malware, bugs, and spyware from getting onto the network.
Network firewalls can be hardware-based, as we’ve covered earlier here, but to have corresponding software on the computers and other devices linked to the network.
The best firewall installation will use hardware and software that covers a multiplicity of security issues, including:
- threat intelligence
- malware detection
- data loss protection
- DDoS defense
Network video recorder installation
Network installation can also install network cabling in places that facilitate video recorder information. Cameras in general are highly effective security devices, and synchronizing them with a network means that the footage they record is safely stored on the network server. From there, its managers can easily review, send, save, and delete camera footage.
Network installation deployment
Deployment is the process of making software systems available for use. This process will look different for every network, because every network is unique, with different devices, objectives, topologies, and layouts at play.
Broadly speaking, however, software deployment on a network will mean installing a piece of software or a software bundle, and then activating it so that it runs across the whole system.
Depending on the networks and software involved, this may require additional network configuration steps during the installation phase.
Network installation videos
Wiring an Office Network
This video walks through a simple network setup in a small doctor’s office. It introduces the standard layout for a wired network, from a central cable to cabinet, to how the cabling is run through the drop ceiling and walls, and how they terminate at the faceplate/node.
Hub, Switch, and Router Explained–What’s the Difference?
A hub, a switch, and a router all help manage the traffic and data load on a network. While their purposes may sound very similar, in an active network, each has a part to play. Learn how to differentiate and deploy each of these devices in one short video.
What is a Server? Servers vs Desktops Explained
Is a network server the same thing as a desktop server? Both have memory storage capacity and processing power, but servers have capabilities and purposes greater than those of a desktop. Learn how network servers are a step above regular desktops.
Office Network Setup! Network Upgrade!
A total rehab of an already-established office network is completed in less than five hours, thanks to some prep work ahead of time and a team of professional, experienced installers. Even one cable rack makes a big difference in the organization and optimization of an office network.
Small Office Network Rebuild
This rebuild relocates the uncontained cabling for an existing office network into a cabinet, as well as mounting the network’s router and switch inside. In the process, the installer has to track down the origin of some unlabeled wire and reorganize some of the cable layout. It’s a great example of the results of an inexpert installation, as well as what a professional network installation can accomplish.
What Ethernet Cable to Use? Cat5? Cat6? Cat7?
For a deeper dive on which type of Cat cable does what, check out this video. They go over the different standards and specifications for each type of cable, and put each one through a practical test. It also discusses some the best applications for each type of cable.


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The 4UV supports 2 PCIe 3.0 x16 host connections to 16 PCIe 3.0 x8 slots with two 1m cables to the host server. The system supports 16 full length PCIe add-in cards (AICs) such as NVMe flash and industrial I/O. Two fan choices allow for high-power add-in card cooling up to 100W per AIC or a set-and-forget manual speed control using PWM fans when lower power AICs and quiet operation are required. Two 2000W power supplies provide redundant hot-swap system power.
One Stop Systems Attached Disk Arrays are robust, rackmount systems that provide hot-swappable SATA II/SAS drives to one or multiple servers. The 2U disk array can be cabled to one server through PCIe or multiple servers through SAS. Click below to download the datasheet for the 2U Disk Array of your choice.Learn More


Is your VPN causing problems when you try to print? Would you like to know how printing over VPN can work? You’re at the right spot.
Although using a VPN has many benefits, it also causes difficulties when you want to print. Why? As it helps you protect your privacy online, it also hides your identity from printers. So if you want to print wirelessly, the printer will not be able to find you – so you’ll have a problem.
Luckily, our friends at PrinterHeadlines helped us find a solution to quickly and easily use the printer over a VPN connection. You can change VPN settings, use the router app, split tunneling – and a few other things. To learn how to do this, read the article and find the easiest solution.
You’ll learn the following:
- How does VPN work with a Printer,
- How to use your printer with a VPN (6 solutions),
- You’ll get the answers to Frequently Asked Questions.
How Does VPN Work With a Printer?
When you are on a VPN network, all traffic is redirected from your IP address to the remote network. And that’s great because it gives you the data protection and privacy in the online world. However, when you need something practical like printing, it can be a problem.
The main problem is connecting the device. As you will see throughout the whole article, the problem is that the VPN does not allow the printer to connect to the local area network. This device-to-device connection presents a lot of challenges, so what are the biggest ones?
The Connection Between Devices
Each device could easily find the printer via Wi-Fi and connect to it if they are on the same local network. However, in this case, they are not.
And the problem is precisely that. For the printer to be able to transfer the data, the device must be connected to the computer. However, if the device’s IP address is masked, it cannot connect.
Using WiFi Printers Will Result in Problems
Wireless (WiFi) printers can connect to your device over the network. In that case, they don’t have to be connected by cable to your device. It’s enough to connect via a WiFi network.
In this way, you can print more easily from all devices that are connected to WiFi as a printer (computers, laptops, smartphones, etc.).
Such a connection enables easier printing, but there are situations when a WiFi printer will give you a headache.
Namely, wireless printers enable the printing of documents only over the local network. That means printing over a VPN network will fail.
A very simple explanation is – the VPN does not use the local network, and the WiFi printer must connect to it. Well, when it doesn’t know the local IP address of your device, the printer has nothing to connect to, and the printing won’t happen.
However, there are several ways to avoid such problems.
How to Use Your Printer With a VPN
But, let’s be optimistic. Although this is a challenge for many, there are excellent solutions. Many VPNs have an option with which you can enable Local Area Network (LAN) access. That way, you allow your printer to connect and print even though you are on the VPN.
And that’s not the only option. There are even a few of them that will help you print quickly and easily via VPN. Let’s take a look.
1. Change VPN Settings – Enable LAN Access
First, check if your VPN has the option to turn on or off the use of local network resources. In other words, check if you can enable LAN access. With some VPNs, it’s possible.
So it’s a good idea to do that first. If that option exists, great. It allows you to connect to your printer on your local network without disabling VPN.
How do you do that? Well, follow these steps:
- Click on VPN’s Settings
- Find a feature named Enable LAN Access or Invisible to devices
- If you cannot find that, look for the feature Allow Access to Local Network Devices
- If you can’t find it, call or write an email to VPNs support
If you managed to enable LAN access, it’s time to print. Now you can print as you usually do.
2. Use Split Tunneling
Another option you have is split tunneling. You’re literally dividing your traffic into two parts – the private one and the public one. The private traffic refers to the VPN-directed data network, while the public directs to the local data network.
You can use this split tunneling if it is possible to perform on your VPN. Then you can choose any software from your computer and send data via VPN. The whole idea behind traffic sharing is that some of the traffic is sent directly over the network.
This approach should allow you to print without worry as local network maintenance will permit the data to connect locally to your printer.
3. Print Directly to the Printer’s IP Address
Using the IP address of the printer is the easiest method if you’re using a Mac.
The steps that will make it more effortless for you are:
1) Find your printer’s IP address.
But, how to find the IP address of the printer? Simply follow the steps:
- First, check if your printer has a screen. If there is, it is possible to select an option on the screen that enables the display of the IP address. If you are lucky and have a printer with a screen, the first step is over. If the printer does not have a screen, try the following steps.
- Disconnect from the VPN and connect the printer to the computer.
- Go to the menu, then click on System Preferences
- After that, select Printer & Scanners
- Now, select your printer
- The next step: Go to Open Print Queue in select Print Test Page
- Try to find Device URI and search until you find the IP address
- Once you have that, next is connecting the printer via the IP address
2) Open the System preferences
3) Now go to Printer & Scanners and click on +
4) Click the circular global icon in the top center
5) Now, select the IP tab and type the printer’s IP address
6) Finish by clicking Add. So, now you can print your content – even while using a VPN.
4. Try With a VPN Router
Another solution is if you are connected to the VPN through the provider’s software. Switching to a VPN router can be a useful solution for printing.
How does it work? When you use your VPN through a router, each device on that network connects to a different, remote server. That means your printer will connect that way too. Once they are connected to the same network, you are free to print.
However, it is vital to know that only some VPN routers have an app, but you can check with the provider.
5. Use Cloud Printing Solutions
Cloud printing is one of the easiest ways to print over a VPN without needing any connection between devices. Google Cloud Print was one of the most available platforms for this purpose, but it no longer works.
But don’t worry, there are still some suitable options, and some of them are PaperCut Mobility Print and Ezeep. What is good about this method is its availability and simplicity. Each of you can use them so efficiently.
6. Connect Devices With Cable
In a hurry and none of the above has worked, you can use the cable if you don’t have time to try anything else. Try connecting your printer and computer with the cable.
We know, this is a pretty simple solution, but it should always work. It works because the printer and the computer are directly connected, not via the Internet. The cable ensures a secure connection between devices even when you’re on a VPN. Therefore, you should have no problem printing.
It doesn’t matter what kind of printer you have, standard USB AB cables should work. However, the good news is that they are available and cheap. The bad news is that this mode only works while the printer is connected to the computer.
What Can We Conclude?
As you have seen, there are several ways to solve the problem of printing over VPN. Some of the solutions require a little more time and nerves. Also, some are quite simple, and anyone can do them.
If you are in a hurry, you don’t have time to try and look for a temporary solution, we suggest that you always start with the simplest. In that case, connecting with a cable seems like a good option.
However, if you have a little more time and want to solve the problem of printing via VPN more permanently, try the solutions we have offered you:
- enabling LAN,
- splitting tunneling,
- using external clouds,
- printing directly from the IP address of the printer or
- using a VPN router.
We are sure it will benefit you. If you need help choosing a solution or if you need guidance if you get stuck, we are here for you. Feel free to contact us.
How do I print while connected to VPN?
Printing while connected to a VPN can be a problem, as it’s impossible for the printer to find the device’s IP address. However, there are ways such as: enabling the LAN network, split tunneling, using a cable to connect the device, using external clouds, printing directly from the IP address of the printer, or using a VPN router.
Does VPN interfere with the printer?
Yes, VPN interferes with the printer. Connecting the printer to the device is necessary to print the content. However, as the VPN network hides your IP address, the printer cannot find it and connect with it. That’s why the VPN interferes with the printer.
Can you print to a wireless printer while on VPN?
Yes. You can use a wireless printer on a VPN network only if your device is visible on the local network. Some VPN devices have this option, so you just need to change the settings.
Why can’t I print while on VPN?
Printing while connected via VPN is difficult because the device is not visible on the local network. In this case, the printer can’t connect to the device because the IP address is hidden. That’s why it’s not so easy to print on a VPN. Printing is possible if you make your device visible on the local network in some way.


Posted: Saturday, March 3, 2018 2:56 AM
LOCATION: OMAHA, NEBRASKA
Summary of Primary Job Responsibilities:
Ensure implementation of best practice solutions for voice communications services. Design and implement voice solutions including PBX engineering, voice network provisioning, and ACD administration. Support and manage voice systems, voice networks, and adjuncts such as System Manager, Session Manager, AES and CMS. Provide Tier 2 and 3 support to internal voice support staff. Document voice networks. Work with vendors and clients to plan, design, and implement client and internal voice solutions.
:8:10 years of experience with call center technology, voice systems and voice networks with emphasis in VoIP systems with both h.323 and SIP.
:Experience in a complex IT environment with a multi:platform technical environment helpful.
:Expert knowledge with Avaya PBX (Avaya Aura Platforms) and Adjunct Administration, Maintenance, and Installation.
:Experience with VoIP, inbound and outbound voice networks, experience with network protocols and circuit provisioning and standards, understanding of LAN protocols.
:Proven ability to successfully manage multiple projects and work across all levels in the organization.
:Demonstrated ability to collaborate with project teams and managers as a service provider.
:Proven ability to plan, investigate, design, and implement voice networks.
:Ability to effectively interact with customers to discuss needs and provide solutions.
:Strong team player.
:Provide support to internal teams and clients on voice network and applications.
:Work with clients and internal teams to design and implement call routing solutions.
:Manage and maintain voice network and systems.
:Recommend solutions, improvements, strategy, and architecture for voice network and systems.
Education and Certifications:
:Four:year degree in Information Systems or related technical discipline or an equivalent combination of education and directly related experience.
:Any Avaya or Cisco certifications preferred.
:AudioCodes or Oracle(Acme Packet SBC) also preferred.
:10 US Travel
• Location: Omaha
• Post ID: 11948632 omaha


The Danielle LED Bluetooth Music Mirror is compatible with all bluetooth enabled devices. Wirelessly play music from your smartphone, hands-free speakerphone. Charge your phone with the USB power outlet. The 6.5 inch lit mirror includes long-lasting LED bulbs. The interactive phone technology has a built-in high-definition speaker, microphone and ringer. USB cable and wall plug adapter included.
- Compatible with all bluetooth enabled devices
- USB power outlet charges phones
- 6.5 inch lit mirror with long-lasting LED bulbs
- Built-in high-definition speaker, microphone and ringer
- Includes USB cable and wall plug adapter


220.127.116.11 - IP Address Lookup
The IP address location of 18.104.22.168 is
Bangkok 10400, Bangkok, Thailand (TH).
22.214.171.124 is a public IP address that belongs to ASN 23969 which is under the control of
TOT Public Company Limited. The prefix 125/8 (126.96.36.199/8) was allocated to
APNIC by the Internet Assigned Numbers Authority (IANA) in .
188.8.131.52 IP Address Location
Here you will find the approximate IP geolocation for 184.108.40.206 as reported by our IP Tracker along with additional information like ASN mapping, ISP, and the type of internet connection. Use the free IP Lookup tool to find the IP geolocation for any public IP address.
|IP PTR / DNS Reverse Lookup||node-tji.pool-125-25.dynamic.totbb.net|
|IP Address ASN||23969 (TOT Public Company Limited)|
|IP ISP / Organization||TOT|
|IP Connection Type||Cable/DSL [internet speed test]|
|IP Location Continent||Asia|
|IP Location Country||Thailand (TH)|
|IP Location State||Bangkok|
|IP Location City||Bangkok|
|IP Location Postcode||10400|
|IP Location Latitude||13.7625 / 13°45′45″ N|
|IP Location Longitude||100.5310 / 100°31′51″ E|
|IP Location Timezone||Asia/Bangkok|
|IP Location Local Time|
IANA IPv4 Address Space Allocation for Subnet 220.127.116.11/8
The Internet Assigned Numbers Authority (IANA) is responsible for global IP address space allocation to Regional Internet Registries (RIRs). The available IPv4 address space is typically allocated to RIRs as /8 prefix blocks, and the RIRs delegate smaller blocks of their address pools to Local Internet Registries (LIRs) like Internet Service Providers and other organizations in their designated locations.
|IPv4 Address Space Prefix||125/8|
|Regional Internet Registry (RIR)||APNIC|
Delegated entirely to specific RIR (Regional Internet Registry) as indicated.
18.104.22.168 Reverse IP Lookup
Reverse IP address lookup is the process of mapping an IP address to its corresponding hostnames. Below you will find a list of hostnames that resolve to IP address 22.214.171.124.
126.96.36.199 IP Address Representations
An IPv4 address is defined as a 32-bit number, and thus it can be written in any notation that is capable of representing a 32-bit integer value. If human-readability is a requirement, IPv4 addresses are most often expressed in quad-dotted decimal notation with 4 octets ranging from 0 to 255 each.
Note: You should avoid IP addresses with zero-padded decimal octets like 125.025.149.142 or 010.010.010.010 because they might impose an ambiguity with octal numbers.
Below you can find some ways to express an IPv4 address.
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- You can download our IP location database or use our Geolocation API


If you’re a music lover who is still using cables and hasn’t gone wireless, now is the time to make a life-changing purchase. The best Bluetooth speakers will help you do it in style and without compromising on sound.
There is a sea of choices when it comes to 3 Bluetooth Speakers with Wireless Charger. Everything from beautifully sophisticated hi-fi speakers made by Bowers and Wilkins to inexpensive waterproof options that deliver excellent sound performance.
We tried to include every kind of 3 Bluetooth Speaker with Wireless Charger so you can find the one that is best for you. However there are a number of things you need to consider before purchasing a Bluetooth speaker. Several things, in fact.
For that reason, read our Buyer’s Guide section for more information. If you are interested in these models, keep reading our 3 Bluetooth Speakers with Wireless Charger review for more information below.
- HIGH-FIDELITY SOUND: With the Belkin SoundForm Elite Speaker, you can enjoy your favorite music with superior sound...
- WIRELESS SPEAKER WITH BLUETOOTH: This wireless speaker allows you to use Bluetooth technology to play and control...
- FAST WIRLESS CHARGING: The SoundForm Elite features integrated fast wireless charging for iPhone at 7.5 Watts,...
- Hassle-free wireless fast charging: Built-in wireless charger Powered by Anker technology. Charge Qi-compatible...
- Comfort in sound: easily Pre-Set your favorite FM radio stations or connect your device via Bluetooth or aux cable....
- Wakey, rise and shine: choose from 10 different sounds, including the FM radio, to set up to 15 individual alarms.
- 【BLUETOOTH SPEAKER SUPERIOR】The dual speaker system has 15W powerful sound and crystal clear and balanced bass,...
- 【10W FAST WIRELESS CHARGERS】Utilizes high-efficiency dual-chipset,wider sensing range,can charge your phones...
- 【 "NFC"FUNCTION】Open the "NFC" function of your phone, touch the "NFC" position on the top area of the wireless...
Our Top Pick: Belkin SoundForm Elite Hi-Fi Smart Speaker
Features: Belkin’s SoundForm Elite resembles a black egg with a diagonal slice cut out of the top or a gray egg if you choose the other color scheme. It’s also a nice-looking egg, to be honest. It makes effective use of its compact size (162mm x 162mm x 168mm) by incorporating a wireless charging cradle for smartphones to sit on.
It comes with a wraparound fabric cover and five touch-sensitive controls on its front cutout. If your phone supports wireless charging, simply place it on the logo on the side of the speaker, and it will begin charging immediately.
It’s a 10W peak charger that quickly charges a Google Pixel 3XL – however, results may vary depending on the battery capacity of your phone and the charging speed it supports.
With the slanted cradle set at a suitable position for seeing your phone’s sleep screen at a glance, it’s a wonderful addition and makes for a really comfortable nighttime companion as a consequence.
The speaker’s audio gear, which includes acoustics, is riddled with jargon. A 35mm full-range speaker driver and two 70mm woofer drivers make up the hardware. As a result, the speaker prefers low-frequency sounds, which means you’ll hear a lot of bass.
The Belkin SoundForm Elite Hi-Fi has a lot to offer. The fact that wireless charging is available makes us happy since it means one fewer cables cluttering up your desk and taking up room on your power strip with yet another charger.
It is, nevertheless, more expensive than its competitors. At $200, it’s difficult to justify spending the extra money to get wireless charging. If you can locate one for $150, it’s well worth it.
Runner Up: Soundcore Wakey Bluetooth Speakers
Features: The Anker Soundcore Wakey combines a host of features in a compact body, giving you virtually everything you expect from a bedside speaker. However, the sound quality is poor and there are alternatives that offer smarter features at a lower cost.
Overall, the Soundcore Wakey looks really attractive, with a minimalist white casing and a light gray grille reminiscent of Google Home speakers – it’s also quite compact, designed to sit comfortably on your bedside table.
There are ports on the back for the included radio antenna, two USB ports for charging wireless devices, and AUXin if you want to connect your device directly to Wakey so you don’t interrupt your music over other Bluetooth connections.
The top of the Wakey has a built-in wireless charging port that allows you to place a compatible Qi device on the speaker for charging. According to Anker, it provides “10W fast charging for Samsung phones and 7.5W for iPhones.”
Not too long ago, some of us turned Anker down as another Amazon brand selling cheap consumer electronics. But in just a few years, the company has come a long way. They improved their game when it comes to quality and design and the Anker Soundcore Wakey is proof of that.
Anker Soundcore Wakey is not only an alarm clock, loudspeaker, wireless charger, white noise device, and FM radio. It is one of the best brands in the industry – Wakey.
Best for Budget: CENSHI Fast Wireless Charger with Bluetooth Speaker
Features: CENSHI Fast Wireless Charger with Bluetooth Speaker is suitable for office, bedroom, and different indoor scenarios. It has easy operation, all you need to do is simply position the smartphone at the charging seat and it can charge it as fast as possible. It is all for you to store treasured time and effort.
This powerful Bluetooth speaker with wireless charger delivers powerful 15W sound and balanced and crystal-clear bass, demonstrating the superior quality of surround stereo sound in Bluetooth connection and supporting high fidelity lossless music. Using the latest Bluetooth 5.0 technology, compatible with all Bluetooth devices.
Remember speaker docking stations? In the early days of smartphones, you put your phone on a charging base built into a speaker. Today you can do the same, but without the physical connection: the speaker is Bluetooth, the charger is Powered.
This particular speaker has a beautifully sporty look and supports NFC quick pairing (if your phone does too). However, it is not portable, in case you were hoping to remove it. This one was previously priced at $ 59 but is currently priced at $ 50. As with many of these products, prices are subject to change.
The wireless charging port can be used as a cell phone holder, and the best tilt angle provides the best display for viewing multimedia videos. You will receive 1 x Bluetooth speaker with wireless charger, 1 x power adapter, 1 x 3.5mm audio cable, and 1 x user manual.
Buyer’s Guide for 3 Bluetooth Speakers With Wireless Charger
Like anything you would buy from the net, you have to do some research to get the best product possible. This rule also applies to 3 Bluetooth Speakers With Wireless chargers that you are planning to get for yourself or your loved ones.
Here we listed some important aspects to consider before buying 3 Bluetooth Speakers With Wireless Charger.
Active vs Passive Speakers
When shopping for speakers, you’ll come across the terms active and passive. An active speaker is one that has a built-in amplifier and is powered by plugging it into the wall. A passive speaker does not have an amplifier, and you must connect it to an amplifier rather than the wall.
This means that passive speakers are easier to repair than active speakers. If you want your speakers to endure a long time and you have an amp or plan to get one, passive speakers may be the way to go. If you are looking for 3 Bluetooth Speakers with a Wireless Charger, keep reading our review.
Bluetooth 4 or 5?
Bluetooth version 1 appeared in 1999. Most Bluetooth speakers these days use version 5 or even 5 point, the slightly older v4.2 is now a bit outdated. It might not seem like much of a difference, but going for Bluetooth 5 can dramatically change the appeal of a speaker.
Basically, the wireless range of Bluetooth version 5.0 is four times that of v4, reaching a maximum of 120 meters, while version 4.2 reaches a maximum of around 30 meters. It should also be noted that version 5 is faster than version 4.
Bluetooth 5 increases the speed by 2 Mbps and is compatible with many smart home devices, while version 4.1 hits the red line at 1 Mbps. smartphones today are equipped with Bluetooth 5.0 and later.
They are backward compatible with previous Bluetooth versions, but with Bluetooth 5.0 you can pair multiple devices to a single speaker, useful for those with families or living in shared homes. If you are looking for 3 Bluetooth Speakers with a Wireless Charger, keep reading our review.
Since water and electronics don’t mix well, you’ll probably want a waterproof Bluetooth speaker. This is indicated by the IP rating of the enclosure. Pick a speaker that can survive water and a few hard knocks.
Do you want a waterproof enclosure to take to the swimming pool? Look for an IP68 rating. In theory, this ensures that the speaker can be submerged to a depth of 1.5m for at least 30 minutes before it stops giving sound.
If you’re planning on going on the high seas, it’s also worth checking to see if the Bluetooth speaker of your choice floats. If you are looking for 3 Bluetooth Speakers With a Wireless Charger, keep reading our review.
The frequency response is measured in Hertz and is usually stated as a range, such as 100Hz – 20,000Hz. In principle, the larger the range, the greater the speaker’s capacity to reproduce sounds as intended.
However, having a wide range does not ensure superb sound because it also depends on how your ear interprets sound, which varies greatly from person to person. Other characteristics, such as the listener’s age, are taken into consideration, as our capacity to perceive particular frequencies diminishes with age.
The bass in an audio recording is often audible at frequencies ranging from 20Hz to 250Hz. Vocals and other instruments such as guitars and pianos generally have frequencies ranging from 250 Hz to 4000 Hz (or 4kHz).
Battery life is an important factor to consider. You don’t want to have to charge the speaker every hour. It should be able to endure for as long as you anticipate using it. Smaller speakers have smaller batteries and don’t last as long, but some of the larger ones can last up to 24 hours.
More usual operating times range from four to ten hours, and this will be given as average battery life. The reason for this is that the louder you play the speaker, the more current it will consume, and the battery will not last as long before needing to be recharged.
However, before purchasing a Bluetooth speaker, ensure that the battery life is sufficient for your needs. If you are looking for 3 Bluetooth Speakers with a Wireless Charger, keep reading our review.
The driver is the heart of any speaker, so getting a decent-sized driver is imperative. Most portable speakers usually have a 40mm driver. You can get the best of it if you will be using Bluetooth speakers for the first time. If you want bigger speakers, expect the overall speaker size to increase as well.
Obviously, having a Bluetooth speaker that sounds well is desirable. They frequently offer standards for total harmonic distortion, and aiming for less than 1% is a reasonable goal.
The smaller the number, the better. Some presenters will not specify this, so you may wish to listen to it. The frequency response is also highly significant. Some speakers sound better than others, which is usually due to a much greater frequency response.
Frequently Asked Questions: 3 Bluetooth Speakers with Wireless Charger [2023 Review]
What is a Bluetooth speaker with a wireless charger?
It is a versatile device that combines the functionality of a portable speaker with the capability to wirelessly charge compatible devices like smartphones and earbuds.
What devices are compatible with the wireless charger on these speakers?
It is compatible with Qi-enabled devices, which include many modern smartphones, wireless earbuds, and other gadgets.
What is the sound quality like on Bluetooth speakers with wireless chargers?
Sound quality varies depending on the speaker’s make and model.
How do I connect my device to the Bluetooth speaker?
To connect your device to the Bluetooth speaker, enable Bluetooth on your device, put the speaker in pairing mode, and select it from the list of available devices on your device’s Bluetooth settings.
Are these speakers portable and battery-powered?
Many Bluetooth speakers with wireless chargers are portable and come with built-in rechargeable batteries.
What is the price range for Bluetooth speakers with wireless chargers?
The price of these speakers can vary widely depending on the brand, features, and audio quality.
Can I use these speakers with devices that don’t have Bluetooth?
It may offer auxiliary (AUX) input options, allowing you to connect non-Bluetooth devices via a wired connection.
Can I use these speakers as a regular charger without playing music?
Yes, you can use the wireless charging feature without using the speaker for audio playback.
Conclusion: 3 Bluetooth Speakers with Wireless Charger [2023 Review]
A portable Bluetooth speaker is a useful accessory for your smartphone or laptop, but choosing one can sometimes be a stressful affair. We know how many options you have with just a single click. But how can you choose between those options? To answer this very question, we wrote this 3 Bluetooth Speakers With Wireless Charger review.
You have speakers of all shapes and sizes ranging from a few hundred rupees to Rs. 30,000 and up. The best way to choose a speaker that is right for you would be to listen to it. We know how sound changes from one person to another.
There is no poor choice in our list so you can buy whichever you want with ease. We hope you liked our 3 Bluetooth Speakers With Wireless Charger review and it was helpful.