Our latest episode of SIP Chats is out now! In this episode, we welcome back Ryan Zoehner of Algo Solutions to the show. Your host, Brian Hyrek, sits down with Ryan to discuss the new and innovative products that have just been released from Algo, including the brand-new 8420 Dual-sided IP Display Speaker, and so much more!

Also in the interview, you’ll get an in-depth look into Algo’s device management platform (ADMP) and how it can help you streamline several Algo devices in one central location!

So get comfy and tune in to stay up-to-date on all things Algo and how they can truly impact your business, school, hospital, warehouse, and more!

Are you currently using Algo products? If so, we want to know what you think! Leave us a comment below!

Thanks for clicking our blog post! We appreciate you allowing the VoIP professionals at VoIP Supply to help you understand all things VoIP! Let’s break it all down for you…

VoIP stands for Voice over Internet Protocol, and it refers to the technology and methodology used to transmit voice and multimedia content over the Internet using digital data packets, instead of traditional analog telephone lines. In simpler terms, VoIP allows you to make phone calls and engage in other forms of communication (like video calls) using the Internet rather than traditional telephone lines.

Here’s how VoIP works:

1. Analog to Digital Conversion: When you speak into a microphone on your VoIP-enabled device (like a computer, smartphone, or VoIP phone), your voice is converted from analog signals (sound waves) into digital data.

2. Packetization: The digital voice data is then divided into small packets. These packets include the actual voice data along with information about the sender, receiver, and sequencing.

3. Routing: The packets are sent over the Internet. Just like how data packets for websites are routed through various network routers, VoIP packets are also directed through the most efficient path to reach the recipient.

4. Internet Transmission: The packets are transmitted over the Internet using various networking protocols, such as TCP/IP or UDP. UDP (User Datagram Protocol) is often used for real-time communication like VoIP because it offers lower latency compared to TCP (Transmission Control Protocol).

5. Reassembly: Once the packets reach their destination, they are reassembled in the correct order to reconstruct the original digital voice data.

6. Digital to Analog Conversion: Finally, the digital voice data is converted back into analog signals that can be understood by traditional audio devices like speakers.

VoIP can be used in various ways:

1. Phone-to-Phone Calls: You can make calls from one VoIP-enabled device to another. This includes calls between computers, smartphones, and dedicated VoIP phones.

2. Computer-to-Phone Calls: You can use software applications on your computer or mobile device to call traditional landlines or mobile phones.

3. Phone-to-Computer Calls: Similarly, you can receive calls from traditional phones on your computer or mobile device using VoIP services.

4. Video Calls: VoIP technology also allows for video calls, where both audio and video data are transmitted over the internet.

5. Messaging and Collaboration: Many VoIP services also offer instant messaging, file sharing, and collaboration features.

6. Integration with Traditional Phone Networks: Many VoIP services offer the capability to connect to traditional telephone networks, allowing users to make calls to non-VoIP phone numbers.

We here at VoIP Supply can attest to the fact that VoIP has become widely popular due to its cost-effectiveness, flexibility, and the convergence of voice and data networks. It’s used by individuals, businesses, and service providers for communication needs. However, it’s important to note that VoIP quality can be influenced by factors such as internet speed, network congestion, and the quality of the VoIP service provider. Our team of VoIP experts can assist you in your journey of finding the right solution for you or your business. Call us at 1-800-398-8647, or visit us at www.voipsupply.com and send us a Chat.

Your August VoIP News Update is here! In this month’s episode, we’ll go into detail on brand-new product releases from Ribbon! Recently, Ribbon released the Ribbon Edge 8100 & 8300 Multi-Service Edge Router & SBC. Tune in to see the features and differences between these two products.

Additionally, we’ll go over several reasons why you should be transitioning to VoIP with the Snom M500 series of DECT phones! We know changing your business over to VoIP can be a confusing and difficult process, but Snom has made it easy with the M55 DECT handset, M58 DECT desk phone, and M500 base station! Oh, and did we mention you can also save money with this easy-to-use series?

Are you currently using the Snom M500 Series? If so, we want to know what you think! Drop us a comment below!

You know VoIP (Voice over Internet Protocol), right? What about VoIP failover? You never want your connection to be disrupted during an important call or network operation. It is crucial to maintain consistent voice communication at all times! Failover’s got your back here.

Failover refers to the process of ensuring uninterrupted communication in a VoIP system by automatically switching to a backup or secondary system when the primary VoIP network experiences issues or downtime. 

In a VoIP system that relies on internet connections, disruptions can occur due to various reasons such as network outages, server failures, or other technical issues. VoIP failover mechanisms provide a seamless experience for users.

Here’s how VoIP failover works:

1. Monitoring: The VoIP system constantly monitors the health and status of the primary connection, including network quality and server availability.

2. Detection: If a problem is detected, such as loss of network connectivity or server failure, the failover mechanism is triggered.

3. Switching: The failover mechanism switches the VoIP traffic from the primary system to a backup system. This backup system can be a redundant server, a secondary internet connection, or even an alternate VoIP provider.

4. Continued Communication: Once the failover is complete, users can continue their voice calls without noticing any interruption. The switch happens so quickly that it’s typically imperceptible to the parties involved.

5. Recovery: After the primary system is back online and stable, the failover system can automatically switch back to it, ensuring that the network is optimally utilized and the primary system is ready to take over again.

VoIP failover is especially important for businesses that require constant communication for operations, customer support, and other critical functions. By implementing failover mechanisms, VoIP service providers can deliver more reliable services and maintain customer satisfaction even during challenging network conditions.

Keep in mind that implementing VoIP failover can vary based on your specific network setup, the technology you’re using, and your organization’s requirements. It’s recommended to work closely with your IT team or VoIP service provider to ensure a successful implementation that meets your reliability and communication needs.

If you have any questions or comments, please feel free to leave them below, give us a call at 1-800-398-8647, or visit us at www.voipsupply.com. 

The newest edition to the Fanvil V Series of IP phones is here! Say hello to the new Fanvil V63 IP phone! Featuring a bright 2.8-inch color LCD screen and HD audio, this entry-level phone has everything you need for your small to medium business!

Our Product Feature Video for this exciting new release will not only show you what’s in the box but will also take an in-depth look at the phone’s features and functionality!

Are you currently using a Fanvil V Series phone? If so, let us know what you think in the comments below!

With Fanvil’s wide range of products, managing them all can become increasingly complex, especially at different locations. But worry not, because Fanvil has the solution! Watch our latest Technical Video on Fanvils Device Management Cloud System and see how easy it can be to manage all of your devices from one central location!

In this brief overview, you will learn what FDMCS is, how to register for it, and how to navigate the platform. So get comfy and tune in to see how easy it can be to manage your Fanvil phones, intercoms, paging gateways, and more!

Are you currently using Fanvil Device Management Cloud System? If so, let us know how you enjoy using it in the comments below!