• VoIP for E-commerce

    VoIP for E-commerce: How Online Businesses Can Improve Sales

  • Cloud-Based vs On-Premise VoIP: Weighing the Pros & Cons

    Cloud-Based vs On-Premise VoIP: Weighing the Pros & Cons

  • VoIP Powers Business Growth and Slashes Call Costs

    VoIP Powers Business Growth and Slashes Call Costs

  • VoIP For Customer Service

    VoIP For Customer Services | How Top 100 Businesses Organize Customer Service Departments

  • voip call quality

    VoIP Terminology: Learn the Basics Of VoIP for A Better Understanding

    Understanding VoIP terminology is crucial for businesses and individuals in an era where digital communication dominates. Voice over Internet Protocol, or VoIP, has revolutionized communication by offering a flexible and cost-effective alternative to traditional phone systems. Here are some key terms and concepts associated with VoIP to help you comprehensively understand this technology.

    Basic VoIP Terminology

    Voice over Internet Protocol (VoIP) is a technology that lets people make voice calls using the Internet instead of a traditional phone line. It works by changing voice signals into digital data sent over the Internet.


    It allows for voice calls and works well with other digital communications like video calls and instant messaging. VoIP terminology is common in many applications, from popular apps like Skype and WhatsApp to advanced business communication tools. There are different types of VoIP services, making it a flexible and scalable option for personal and professional use.

    Key VoIP Terminology Glossary

    A

    • Agent
    • Alcatel
    • Analog
    • Analog Telephone Adapter
    • Appliance
    • Applications
    • Area Code
    • AskoziaPBX
    • Asterisk
    • ARU
    • Audio Teleconferencing
    • Automatic Call Distribution
    • ATA
    • A-law
    • ADSL
    • ADSL2+
    • AWG

     

     

    Agent

    An agent is a staff member who works within a telephone company’s customer support service.

    Alcatel

    Alcatel is a French company that manufactures VoIP telephones, among other products.

    Analog

    Analog stands for a manual system. These manual phone systems, aka analog telephone systems, are replaced with digital ISDN.

    Analog Telephone Adapter

    An Analog Telephone Adapter is a device that incorporates analog devices into a VoIP phone system environment. It converts analog signals into IP packets.

    Appliance

    The appliance is a hardware which is used to host the telephone system along with the telephone server.

    Applications

    Applications are tools that provide placement of specific programs in a sequence.

    Area Code

    Area code is a numeric string of numbers for a specific region or country for calling on the telephone. It includes country codes and city codes.

    AskoziaPBX

    Askozia PBX is a flagship product from Askozia. It is a software PBX which is world famous for its attributes.

    Asterisk

    It is free computer software that offers a wide range of telephone system functions.

    ARU

    An Audio Response Unit (ARU) is a sophisticated system used in telephony to manage and respond to calls. There are two types of ARUs: passive and interactive. Passive ARUs play pre-recorded messages to callers, while interactive ARUs respond to caller inputs by delivering customized messages.

    Audio Teleconferencing

    Audio teleconferencing, or audio conferencing, initially relied on PBX systems to set up conference calls. This method’s limitations included cumbersome setup, poor voice quality with more participants, and capacity constraints. Specialized conference bridges were developed to overcome these issues, enhancing capacity and voice quality. However, these bridges required trained operators for scheduling and managing features, making them costly for individual companies and more common among service providers.

    Automatic Call Distribution

    Automatic call distribution stands for ACD. ACD’s core responsibility is to route all incoming calls within the company. According to the hierarchy level, these call systems can deliver calls to the company’s contact centers and other departments. In addition to this, these systems are also responsible for calling all the extensions of the department so that the nearest person can pick up the call as soon as possible.

    ATA

    ATA stands for Analog Telephone Adapter. It is a device that enables all analog phones ready to operate for VoIP phone technology without using an extra IP phone. Also, they allow RJ11 jacks that offer seamless connectivity with internet-based devices.

    A-law

    A-law stands for audio codec companding format. A-law is designed to compress the signal in input. And the signals are again expanded for output. It offers 13 bits of dynamic range (78 dB).

    ADSL

    ADSL stands for Asymmetric Digital Subscriber Line. This is a DSL that uses DMT. It provides higher downstream and upstream.

    ADSL2+

    The updated Asymmetric Digital Subscriber Line is known as ADSL2+. It offers tremendous downstream and upstream.

    AWG

    AWG is an acronym for American Wire Gauge. This is an indicator of a wire’s diameter. The lower the AWG number, the heavier the gauge.

     

    B

    • Bandwidth
    • Bandwidth
    • Basic Rate Interface
    • Busy
    • Busy Lamp Fields
    • Beronet
    • BLEC
    • Broadband
    • Back Office Optimization
    • Barge-in
    • Blended Agent
    • BPO
    • Business Phone System
    • BYOD

     

    Bandwidth

    Bandwidth is defined as a signal processing measure. Further, it is used to describe transmission power. The standard required bandwidth for an IP phone call is 100Kbits per second to establish a call or conversation.

    Basic Rate Interface

    A basic rate interface is a base terminal for ISDN technology.

    Busy

    Busy is a SIP status sent when placing a call over a telephone. And the number which is called is already taking a call.

    Busy Lamp Fields

    Busy lamp fields are statutes that show the caller is busy, the phone is ringing, or the number is available for a call.

    Beronet

    Beronet is a telephone system hardware manufacturer in Berlin, Germany.

    BLEC

    BLEC is an Acronym for Building Local Exchange Carrier. It is a telephone service provider with all its equipment and network within a building.

    Broadband

    Broadband stands for broad bandwidth. In the VoIP telephone system, broadband is the capacity of the Internet. Further, it consists of a high capacity.

    Back Office Optimization

    Back office optimization refers to a process of streamlining the office workforce tasks. These optimization techniques are used to enhance the workforce’s efficiency in the contact center.

    Barge-in

    When talking about Barge-in, it is an ACD function that advances the switch to a three-way conference. Further, consider a call center manager who can quickly assist its teams or have the option of entering into any meeting or ongoing call to offer better customer service and experience.

    Blended Agent

    A blended agent is a human resource of the company who is responsible for handling incoming or outgoing calls. These calls can be made using the web, voice, and any other channel to contact the business.

    BPO

    BPO is Business Process Outsourcing. The business operations are the core responsibility of the third party.

    Business Phone System

    A business phone system is where customers can contact the business to settle their issues.

    BYOD

    BYOD stands for Bring Your Own Device. This is a concept in which the business operatives use their personal devices instead of their official devices to contact and respond to queries from potential customers.

     

    C

     

    • Call
    • Call
    • Call Center
    • Call Detail Records
    • Call Flow
    • Call Flow Editor
    • Call Group
    • Callee
    • Caller
    • Caller ID
    • Computer Telephony Integration
    • Conference Call
    • Connection
    • Codec
    • Call Signaling
    • Call Detail Records
    • Customer Premises Equipment
    • CLE
    • CLEC
    • CLI
    • CO
    • Conference Bridge
    • CPE
    • CNAM
    • CTI

     

    Call

    A call is a telephone conversation between two parties on either end.

    Call Center

    A call center is a department that is responsible for receiving incoming calls. There are two types of call centers: inbound and outbound. In inbound call centers, the department receives calls from customers and clients to get their issues settled. Outbound call centers are those that are directed to call clients and customers either for feedback or for gaining business oppertunities.

    Call Detail Records

    A call detail record is a list of inbound or outbound calls via a telephone system or even by a PBX.

    Call Flow

    A call flow stands for a Graphical call schedule. This system allows automatic processing between incoming calls. This Call Flows system enables easy handling of telephony scenarios.

    Call Flow Editor

    Call Flow Editor stands for a graphical editor. This system enables the display of complex call flows in the form of diagrams.

    Call Group

    Call Group stands for logical linking of several telephone devices. Now, the users can form them into different groups. This will enable all the phones of the same group to ring at the same time.

    Callee

    Callee stands for receiving a phone call.

    Caller

    Caller stands for a person who is making a phone call to callee.

    Caller ID

    Caller ID stands for identifying phones over the telephone system. The caller ID is a combination of the name and its number over the phone system. The name of the caller and its phone number are displayed on the callee’s phone.

    Computer Telephony Integration

    Computer Telephony Integration stands for software that creates a seamless connection between VoIP phones and computers. These integrations allow computers to function as a telephone system.

    Conference Call

    A Conference Call stands for a merger between several communication channels. It allows multiple participants to join meetings and communicate with each other.

    Connection

    Connection stands for establishing a conversational channel. This channel is used to send audio and video messages and signals to each other.

    Codec

    A codec is a device or software that compresses (encodes) and decompresses (decodes) digital data, mainly audio and video. In VoIP terminology, codecs compress voice signals into data packets for transmission and decompress them into audio at the receiving end. This compression is necessary to use bandwidth while maintaining audio quality efficiently. Some widely used VoIP codecs include G.711, G.729, and G.722.

    • 711 is a standard codec that provides high-quality audio but requires more bandwidth.
    • 729 offers a good balance between audio quality and bandwidth efficiency.
    • 722 provides high-definition audio quality in conference calls and other applications.

    Call Signaling

    It sets up, manages, and ends VoIP calls using signaling protocols like SIP. It handles the exchange of information needed to establish a call, such as the caller’s and receiver’s details. For instance, when you make a call, call signaling protocols help route the call and manage its status. Effective call signaling ensures that calls are appropriately connected and maintained throughout their duration. Proper signaling is essential for reliable VoIP communication.

    Call Detail Records

    Call Detail Records, or CDRs, are logs that record the details of VoIP calls. They include information such as call duration, origin, and destination. For example, a CDR might show how long a call lasted, who made it, and where it was directed. CDRs are helpful for billing, analyzing call patterns, and troubleshooting issues. By reviewing CDRs, businesses can track usage, manage costs, and ensure the smooth operation of their VoIP systems.

    Customer Premises Equipment

    CPE refers to networking devices like modems, POTS splitters, and other equipment installed at a customer’s location. CPEs connect to the telecommunications or broadband network and manage communication between this network and various devices on-site, such as VoIP gateways, switches, routers, PBXs, DSUs, CSUs, telephones, computers, and set-top boxes.

    CLE

    CLE stands for Customer Located Equipment.

    CLEC

    CLEC stands for competitive local exchange carrier.

    CLI

    CLI stands for command line interface.

    CO

    CO stands for the central office. A central office is a telecom facility which is responsible for handling telephone calls over PSTN.

    Conference Bridge

    Conference Bridge stands for a device that is used to connect multiple parties over the telephone system.

    CPE

    CPE stands for customer premise equipment.

    CNAM

    CNAM stands for caller ID name. The telephone service providers pull the information of the caller from the database to bring the name of the caller. This is called CNAM.

    CTI

    CTI stands for Computer Telephony Integration. This technology is responsible for coordinating interactions over a telephone and a computer.

     

    D

    • DDNS
    • DHCP
    • DTMF
    • DMT
    • DNS
    • Downstream
    • DS0
    • DS1
    • DND
    • DID
    • DSL
    • DSLAM
    • DTMF
    • Dial Pattern
    • Dial Plan
    • DECT

     

    DDNS

    DDNS stands for dynamic domain naming system. Whenever a user is connected to the ISDN via your ISP, a dynamic IP name or address is assigned. The DNS changes each time you connect via the internet. Further, when a user is operating on a local server, they won’t get access to the new IP address when the IP address changes.

    DHCP

    DHCP stands for dynamic host configuration protocol. This term automatically assigns IP addresses to all the devices connected to a TCP/IP network.

    DTMF

    DTMF stands for Dual-Tone Multi-Frequency. They are referred to as “Touch Tone” dialing. These are the keypads and dial tones, which were replaced by the rotary dialing.

    DMT

    DMT stands for Discrete MultiTone. It is a DSL technology that operates on digital signal processors that divide the signal into 256 sub-channels.

    DNS

    DNS stands for domain name system, also called domain name service. It is a process that remembers hostnames to IP addresses.

    Downstream

    Downstream is a direction toward the customer.

    DS0

    DSO stands for Digital Subscriber Level Zero. It is a standard speed for digitizing voice conversation.

    DS1

    DS1 stands for Digital Signal 1. It is the premier service for connecting digital telephone services. It offers 24 multiplexed voice and data calls over telephone lines.

    DND

    DND stands for Do Not Disturb, a common feature in internet and phone systems (VoIP). It lets users temporarily turn off all incoming calls so they can concentrate on work or take a break without interruptions. When DND is on, callers usually hear a busy tone or a message saying the user is unavailable. Sometimes, callers can also leave a voicemail.

    Users can manually switch DND on or set it to activate automatically at specific times, like during lunch breaks. Additionally, you can set up an allowlist to ensure that certain important numbers can still reach you, even when DND is active.

    DID

    External callers can reach a specific extension or phone number within a PBX system. For instance, a customer can call a direct number to reach a particular department or employee without going through an operator. DID improves efficiency by simplifying the call process and ensuring that calls are directed to the right person or team. This feature enhances the user experience and streamlines communication within organizations.

    DSL

    DSL stands for digital subscriber line. It is a high-speed switch that connects customer premises equipment to the central office.

    DSLAM

    DSLAM stands for digital subscriber line access multiplexer. It is the equipment used by the Central Office that combines multiple DSL subscriber lines into a single high-speed connection.

    DTMF

    DTMF stands for dual-tone multi-frequency. It is a tone that the telephone company receives whenever a telephone user touches the touchpad keys. It is also known as the Touch Tone.

    Dial Pattern

    Dial pattern stands for digits assigned to a specific decision.

    Dial Plan

    Dial plan stands for how to interpret dialed numbers.

    DECT

    DECT stands for Digital Enhanced Cordless Telecommunications. It is an international standard for wireless telecommunication.

     

    E

    • E1
    • EFM
    • EMS
    • eSBC
    • Ethernet
    • Ethernet demarcation
    • Ethernet extenders
    • Echo Cancellation
    • External Call
    • E911

     

    E1

    E1 is a signal that supports thirty-two 64 kbps timeslots for transmitting and receiving digitized voice.

    EFM

    EFM stands for Ethernet in the First Mile.

    EMS

    EMS stands for Element Management System. This is a system that consists of an application for managing network elements. Further, it comprises a network element-management layer.

    eSBC

    eSBC stands for Enterprise Session Border Controller. These are the controls that communicate between different networks, LAN and WAN.

    Ethernet

    Ethernet stands for a network supporting high-speed communication among systems.

    Ethernet demarcation

    Ethernet demarcation stands for a clear separation between the user and the network. These systems carriers extend network visibility.

    Ethernet extenders

    Ethernet extenders stand for ethernet signals to be degraded beyond 100 meters; beyond this range, an Ethernet extender is an essential requirement.

    Echo Cancellation

    Echo Cancellation is implemented in hardware or software to ensure echoesless audio transmission over the telephone line.

    External Call

    External call is a term for incoming and outgoing calls. In this, the dialogue partner comes from outside of the own network.

    E911

    E911 stands for Enhanced 911 and is a crucial safety feature in many VoIP services. It allows you to quickly reach emergency responders by dialing 911. While similar to traditional 911, E911 has added benefits. It can route your call even if you can’t speak or the line is cut off. Additionally, E911 helps emergency services locate you more accurately and provides them with a call-back number.

    voip terminology

    F

    • Fax Server
    • First Mile
    • Frame Relay
    • Full Duplex
    • Foreign Exchange Office
    • Foreign Exchange Station
    • Facsimile
    • Forwarding
    • Fixed Mobile Convergence
    • Find-Me/Follow-Me
    • First Contact Resolution

     

    Fax Server

    Fax Servers are shared devices, they are installed on a LAN. These servers are used to send and receive faxes over an office. These servers are connected to every workstation, allowing users to send and receive them without issue.

    First Mile

    First Mile stands for Local Loop. It is known as the final step for delivering communications to customers.

    Frame Relay

    Frame Relay stands for packet-switching methods. These methods are used on available bandwidth when needed.

    Full Duplex

    Full duplex stands for the ability to communicate simultaneously. It sends and receives information without losing the overall quality.

    Foreign Exchange Office

    FEO stands for Foreign Exchange Office. It is a system that consists of a telephone signaling interface. It is used because it generates off-hook and on-hook indications at the foreign exchange station.

    Foreign Exchange Station

    A Foreign Exchange Station in a telecom system is used as equipment that delivers line power. Further, it generates dialtone and ringtones on a device.

    Facsimile

    Fascimile stands for analog transmission of documents. These documents include images and other items over telephone networks.

    Forwarding

    Forwarding is a system that redirects calls from one phone to another. Further, with this system, there is no need to answer the call first.

    Fixed Mobile Convergence

    Fixed Mobile Convergence removes barriers between wireless and wired telecom networks.

    Find-Me/Follow-Me

    Find-Me/Follow-Me is a feature that allows calls to find you wherever you are.

    First Contact Resolution

    First Contact Resolution stands for contact centers’ ability to resolve customer complaints at the very first interaction.

     

    G

    • GUI
    • 711
    • Gateway
    • 723.1
    • Gateway In VoIP systems
    • 729
    • Gigaset
    • dmt
    • lite
    • SHDSL
    • Gatekeeper
    • GRE
    • GSM 6.10

     

    GUI

    GUI stands for Graphical User Interface. The GUI is the first and foremost interaction any user has with the dashboard. The most common use of this GUI is for CPE-type device configuration.

    G.711

    G.711 stands for ITU-T standard for audio compression. There are two standard algorithms: the μ-law algorithm and the a-law algorithm. Both of these algorithms are specifically designed to improve the processing of computer devices.

    Gateway

    Gateway stands for a device that connects different network technologies with each other.

    G.723.1

    The G.723.1 codec is an application that is used in the VoIP telecom application. The reason behind their usage is that they require lower bandwidth. It has the ability to compress voice audio to 30 millisecond segments.

    Gateway In VoIP systems

    A gateway in a VoIP phone system is a device responsible for converting voice and fax calls in real-time. These calls and faxes come from PSTN to an IP network.

    G.729

    The G.729 codec is an application used in VoIP telecommunication applications. The reason behind their usage is that they require lower bandwidth. It has the ability to compress voice audio to 10 millisecond segments.

    Gigaset

    Gigaset is a manufacturer from Germany that is famous for its DECT and VoIP phones.

    G.dmt

    G.dmt stands for line modulation. It was specified by ITU G.992.1 recommendations.

    G.lite

    G.lite stands for line modulation. It was specified by ITU G.992.2 recommendations.

    G.SHDSL

    G.SHDSL is used to transport symmetrical data from 192 kbps to 15.3 Mbps.

    Gatekeeper

    Gatekeeper is a component of H.323. It is designed to manage the inbound and outbound bandwidth from LAN. Another role of gatekeepers is registering clients and coordinating communications with other gatekeepers.

    GRE

    GRE stands for Generic Routing Encapsulation. It is a protocol that encapsulates other protocols. This system serves as a medium to route over IP networks.

    GSM 6.10

    GSM 6.10 stands for Groupe Speciale Mobile 6.10. It is also known as Global System for Mobile Communications 6.10. it is a codec that transfers and compresses data over a lossy Constant Bit Rate.

     

    H

    • 245 Tunneling
    • 323
    • HTTP
    • HTTPS
    • High-Availability

     

    H.245 Tunneling

    The encapsulation of H.245 messages is done by h.245 Tunneling within H.225/Q.931 messages.

    H.323

    H.323 offers seamless ITU standard audio, video, and other data transmission through packet switching-based networks.

    HTTP

    HTTP stands for Hypertext Transfer Protocol. It is a protocol for transmitting information.

    HTTPS

    HTTPS stands for Hyper Text Transfer Protocol Secure. It is the secure version of HTTP.

    High-Availability

    High availability stands for devices and deployment strategies. These strategies are designed to provide access to full-functioning systems.

     

    I

    • IP
    • ITSP
    • IVR
    • IAC
    • ILEC
    • Internetwork
    • Interoperability
    • Intranet
    • Internet
    • Internal Call
    • Internet Telephony
    • Inter-Asterisk-Exchange
    • Incoming Call
    • IP streaming video
    • IP-PBX
    • Internet Congestion
    • IP Address
    • IP Phone
    • IPsec
    • ISP
    • Inbound IVR
    • Informational Extensions
    • ITU
    • IEEE 802.11e
    • IP Mapping

     

    IP

    IP stands for the Internet protocol. IP consists of a set of rules that are required to format digital packets of information. This enables the internet network to send and receive information from and to other computers.

    ITSP

    ITSP stands for Internet Telephony Service Provider. The ITSP provides Internet telecommunications services on VoIP. Furthermore, it is another name for a VoIP service provider.

    IVR

    IVR stands for Interactive Voice Response. It is a technology used to interact with users with computers. The communication made by users to the computer is done with the help of speaking commands or a keypad.

    IAC

    IAC  stands for Integrated Access Concentrator. This technology is an access gateway that provides aggregation and switching options for multiple DSL connections.

    ILEC

    ILEC stands for Incumbent Local Exchange Carrier. The telephone companies operating in the U.S. fall under the 1996 Telecommunications Act. It is also known as Baby Bells.

    Internetwork

    Internetwork stands for a group of networks interconnected with each other. It is also known as the internet.

    Interoperability

    Interoperability is a protocol that grants different vendors the ability to use equipment to communicate.

    Intranet

    Intranet stands for a private internet network. It consists of the same standards, hardware, and software but lacks public access.

    Internet

    The Internet is a public IP-based packet-switched network. Furthermore, today’s Internet is made from over tons of millions of computers and subnetworks.

    Internal Call

    An Internet call is a call that establishes communication between two users. Moreover, each of these users is logged on to the same phone system.

    Internet Telephony

    Internet Telephony is a way of transmitting human voice over the Internet in real-time. There are several components:

    • Client Side

    On the client side, the user’s personal computer must be equipped with a voice modem that can digitize your voice.

    • Direct or Dial-up Connection

    The user must use a direct or dial-up connection that transmits voice in the form of a packet to reach its destination.

    • Person’s Phone

    The internet connection searches the IP address. This way, servers or beacons identify the person’s phone over the system.

    4) PSTN/Internet Gateways

    PSTN/Internet gateways allow users to complete the call by allowing both the sender and receiver to speak. The regular phone system enables phone-phone calls. On the contrary, VoIP phone systems allow internet calls.

    Inter-Asterisk-Exchange

    IAX stands for Inter-Asterisk-Exchange. It is a protocol that is used by Asterisk telephone systems to connect multiple Asterisk servers.

    Incoming Call

    An incoming call is an external call being received from the outside world. These calls can be received over a PBX, VoIP phone system, or simple telephone system.

    IP streaming video

    An IP streaming video is a video that enables users to communicate over video calls in a group.

    IP-PBX

    An IP-PBX is a phone system designated for businesses or companies. This phone system manages telephone calls inbound or outbound the enterprise. It also acts as a gateway to the data and voice over the network. Moreover, IP-PBX comprises a switch, router, and PBX system that handles VoIP calls.

    Internet Congestion

    Internet congestion is a term that is used when the network is overcrowded with traffic. It occurs when a large number of data is transmitted over the internet with low bandwidth. This results in high latency because the system cannot handle the large volume of traffic over the network.

    IP Address

    The IP stands for Internet protocol, and the address is the Internet address. This internet address is a set of numeric numbers that form an address assigned to a user over the internet. There are four sets of numbers, such as XXX.XXX.XX.X. In addition, every user over the internet possesses a unique IP address.

    IP Phone

    An IP phone is a phone which is similar to a traditional phone. The main difference between a traditional phone and an IP phone is its ability to connect to the Internet. In contrast, the traditional phone is incapable of doing so.

    IPsec

    IPsec stands for Internet Protocol Security. It is a network protocol that authenticates and encrypts the data packets over the network.

    ISP

    ISP stands for Internet service provider.

    Inbound IVR

    Inbound IVR stands for the system that can deal only with incoming calls. Businesses and companies generally use this inbound IVR system so that they can offer interrupted systems to their customers.

    Informational Extensions

    Informational Extensions are extensions callers listen to gather information about the company’s departments. They can only listen to the instructions and do not leave any messages.

    ITU

    ITU stands for International Telecommunication Union. This union has the mandate to set the standards for facsimile communications. It was previously known as CCITT.

    IEEE 802.11e

    IEEE 802.11e is the modern form of 802.11 standards. They formulate the quality standards for the LAN applications.

    IP Mapping

    IP mapping is a term used to address the IP based on their geographical locations.

     

    J

    • Jitter

     

    Jitter

    It simply refers to the variability in packet arrival times during a VoIP call. It can cause distortions and delays in the audio or video you receive. For example, your call might have gaps or uneven sound if packets arrive at irregular intervals. Jitter is caused by network congestion or other issues that affect data transmission. To manage jitter, network administrators can use buffering and QoS techniques to smooth out packet delivery. Reducing jitter is crucial for maintaining high-quality VoIP calls with minimal disruptions.

     

    K

    • KPI
    • Kbps

     

    KPI

    KPI stands for Key Performance Indicator. It is a measure to monitor and review the performance of contact centers in regular reports.

    Kbps

    Kbps stands for kilobits per second. This is a term used to indicate the speed of data transfer. To better understand whether a user’s computer modem is at 1 Kbps speed. This refers to the modem’s tendency to route data at the speed of one thousand bits per second.

     

    L

     

    • LAN
    • LEC
    • Latency
    • Local Number
    • LNP
    • Layer
    • Loopback
    • Lag

     

    LAN

    LAN stands for Local Area Network. The local area network consists of a large number of computers interconnected with each other. IP phones connect wirelessly, or the user must directly plug into the LAN.

    LEC

    The LEC stands for Local Exchange Carrier. They are responsible for delivering calls within a particular area. There are two main types of LEC. ILEC and CLEC. ILEC stands for incumbent Local Exchange Carrier. And CLECL stands for Competitive Local Exchange Carrier.

    Latency

    Latency is the delay between sending and receiving data during a VoIP call. It affects how quickly your voice reaches the person you’re talking to and can impact call quality. For example, if there is high latency, you might experience delays or interruptions in the conversation. Latency is measured in milliseconds, and lower latency is generally better for clear and smooth communication. Network optimization and proper configuration of VoIP systems are essential to reduce latency. Minimizing latency helps ensure that conversations are natural and free of noticeable delays.

    Local Number

    The local number can be defined as a number that contains a particular area. It is called an area code, corresponding to a city, state, or even a country.

    LNP

    LNP stands for Local Number Portability. This system allows telephone users to port from one service to another without issues. This system’s primary role is to let the users keep their current phone number while switching from one phone service provider to another.

    Layer

    Layer stands for a logical level in the Open Systems Interconnection model.

    Loopback

    It is a procedure to check the data line problem or issues with any single equipment facing issues or needs to be replaced. In this process, a test message is sent to its origination point.

    Lag

    Lag is a term that is used whenever there is a delay in the travel time of a data packet. The time measured during this process is counted from the data transmitted from one computer until it returns.

     

    M

     

    • MCU
    • MDF
    • MDU
    • MHU
    • MIB
    • MSAR
    • MSBR
    • MTU
    • Messaging
    • Microfilter
    • Modem
    • MOS
    • Multiplex
    • Main Greeting
    • Mobile Voice
    • Multichannel Cloud Contact Center
    • Multi-Level IVR System

     

    MCU

    MCU stands for Multi-Commercial Unit. It is a building that has commercial usage with tenants. Examples of MCUs are office buildings, commercial centers, or shopping malls.

    MDF

    MDF stands for Main Distribution Frame. This is the main point where local loops are terminated. This is a point in the central office.

    MDU

    MDU stands for Multi-Dwelling Unit. It is a building that houses residences. Examples of MDUs are apartment buildings.

    MHU

    MHU stands for Multi-Hospitality Unit. It is also known as Multi-Hotel Unit. Examples of MHUs are hotels and motels.

    MIB

    MIB stands for Management Information Base. It is a database that manages SNMP objects. This system is used to provide network management information.

    MSAR

    MSAR stands for Multi-Service Access Router. It is a device that has the option of integrating WAN technology.

    MSBR

    MSBR stands for Multi-Service Business Router. It is a customer premises for devices that offer multi-service purposes without any of the WAN interfaces.

    MTU

    MTU stands for Multi-Tenant Unit. It is a building that houses multiple tenants.

    Messaging

    Messaging is a term in the computer world that can store and forward messages. It includes e-mails, voice mail, facs mail, or any broadcast messaging.

    Microfilter

    A microfilter filters all the broadband signals from phone signals. It enables users to operate on the same line. Further, these filters have two sockets—one for the broadband router and one for the phone.

    Modem

    A modem is a special equipment that converts digital signals to analog signals. Further, modems are the primary equipment designed to transmit data signals over the telephone network. Note that the network is analog.

    MOS

    MOS stands for Mean Opinion Score. The voice quality over any network is determined using a MOS scale.

    Multiplex

    Multiplexing is a technique that specializes in combining input signals from sources into a single communication. In addition, with this technique, a single communication channel is used to carry out several messages at the same time.

    Main Greeting

    The main greeting from a phone system is due to its auto-attendant feature. This system automatically greets all the inbound callers with a pre-recorded message. The message will be chosen by the business owners or anyone responsible for the customer department.

    Mobile Voice

    Mobile voice is known as voice access. It is referred to as voice control. This technology allows users to control their mobile phones by speaking commands.

    Multichannel Cloud Contact Center

    As the name indicates, it is a cloud-based contact center for customers. This system offers customers solutions for any outbound and inbound calls. This communication channel provides solutions in text messages, voice notes, web e-mail, and social media posts.

    Multi-Level IVR System

    Multi-Level IVR System is a voice technology that serves as an auto-receptionist. It comes with self-help features. The Multi-Level IVR provides customers with a solution or drives them to the concerned person who is assigned to solve particular problems.

     

    N

     

    • NFV
    • NMS
    • NOC
    • Night Switch
    • Network
    • Notifications
    • Node
    • NSP
    • NAT
    • Natural Language Processing
    • Number Portability
    • Number Transfer
    • NANP

     

    NFV

    NFV stands for Network Functions Virtualization. It is a new technology in networking that carries out the network elements in the software-hosted or hardware environments.

    NMS

    NMS stands for Network Management System. It is a computer system that is used to monitor, control, and coordinate with all network devices.

    NOC

    NOC stands for Network Operations Center. It is a center where all the operations relating to the network are monitored and controlled.

    Night Switch

    Night Switch is a function that allows the automatic activation of absent messages—for example, counting outside office hours, weekends, or holidays.

    Network

    The network is referred to as the integration of multiple computers sharing the same services and resources. This allows them to communicate with each other.

    Notifications

    Notifications are the types of system-generated messages. These messages can inform the users of the events such as missed calls or incoming voicemails.

    Node

    A node is a switching point on the network.

    NSP

    NSP stands for Network Service Provider. Local telephone companies offer these services. Further, ISPs also provide these offers.

    NAT

    NAT, or Network Address Translation, is used in routers to map private IP addresses to a public IP address. This process can impact VoIP performance by complicating the direct connection between devices. For example, if your VoIP device is behind a NAT firewall, it might face issues connecting to other devices. NAT is necessary for managing IP addresses in private networks but can be addressed with protocols like STUN and TURN to ensure smooth VoIP operations.

    Natural Language Processing

    Natural Language Processing turns audio speech or text into structured, encoded information.

    Number Portability

    Number Portability can transfer your telephone number from one service provider to another.

    Number Transfer

    Number Transfer is known as number porting. Users can transfer their numbers from one service provider to another.

    NANP

    NANP stands for North American Numbering Plan. It is a telephone numbering system established in 1947. This plan covers the United States, Canada, and neighboring areas.

     

    O

    • OAM
    • Omnichannel Routing
    • OC-3
    • Outgoing Call
    • OC-12
    • Outbound IVR
    • Offline
    • Online Call Reports
    • Online
    • Omnichannel Cloud Contact Center
    • Outbound Call

     

     

    OAM

    OAM stands for Operations, Administration, and Maintenance.

    Omnichannel Routing

    Omnichannel Routing is a method in which organizations proactively blend outbound and inbound contacts. This method is done across various digital and voice channels. The applications used during this method are ACD, IVR, and AI chatbots.

    OC-3

    OC-3 is a fiber optic line. It is capable of providing a speed of 155 Mbps of bandwidth.

    Outgoing Call

    Outgoing calls are the calls that leave the internal network. These calls are destined to the outside world. This is the reason why they are called external calls.

    OC-12

    OC-12 is a fiber optic line. It carries 622.08 Mbps of bandwidth.

    Outbound IVR

    Outbound IVR is a technology for IVR which contact centers use for outbound messages. This technology allows users to engage their customers using channels like messages, social media posts, voice calls, automated voice calls, or e-mails.

    Offline

    Offline is a synonym which is used for being consequently unreachable.

    Online Call Reports

    Online Call Reports are those reports that contain your previous precious data pertaining to calls, voicemails, and messages. These reports offer a complete analysis of the usage and the presence online.

    Online

    Online is a term used for getting connected and consequently reachable.

    Omnichannel Cloud Contact Center

    Omnichannel Cloud Contact Center is an online system that allows users to switch back and forth across communication channels. Further, this system offers complete control over outbound and inbound calls across various communication channels.

    Outbound Call

    Outbound calls are initiated outside the organization’s boundaries from a call center agent to a customer.

     

    P

     

    • Packet
    • Packet loss
    • Provisioning
    • Peer-to-Peer
    • Pickup Group
    • Polycom
    • Port
    • PoE
    • PRI
    • Protocol
    • Provider
    • Packet switching
    • PoP
    • POP
    • POTS
    • POTS Splitter
    • PPP
    • PPPoE
    • Protocol
    • PSTN
    • PSTN failover
    • PSTN (POTS) gateway
    • PTM
    • PTT
    • Punchdown block
    • POTS
    • PSTN
    • PBX
    • Packet Loss

     

    Packet

    A packet is a logically grouped unit of data. Packets contain information that is to be transmitted.

    Packet loss

    Packet loss can be defined as the loss of data packets during transmission over a computer network. This may happen because of high network latency or the overloading of switches or routers that cannot process or route all the incoming data.

    Provisioning

    Provisioning can be explained by configuring an IP phone over an IP telephony server or PBX.

    Peer-to-Peer

    Peer-to-peer can be explained as where two or more users share files in real time. Also, they can share data, traffic, and networks.

    Pickup Group

    Pickup Group links several telephone devices into a pickup group. It allows the agents to pick up calls from other phones of this group.

    Polycom

    US American manufacturer of VoIP phones and other devices.

    Port

    The Hardware connection of a device.

    PoE

    PoE stands for Power over Ethernet. It determines the power distributed to the network via cable or other devices.

    PRI

    PRI stands for Primary Rate Interface. It is an ISDN connection that provides connections for 30 telephone channels.

    Protocol

    A protocol regulates the time scheduling of data transfer.

    Provider

    A provider can be explained as a business offering services.

    Packet switching

    Packet switching means sending or receiving data over multiple networks. It breaks the data into packets and then transmits it to the receiver. They are then converted back to their original data format.

    PoP

    PoP stands for Point of Presence.

    POP

    POP stands for Post Office Protocol. This is an Internet standard for the storage and retrieval of e-mail messages.

    POTS

    POTS stands for Plain Old Telephone Service. It is the standard telephone service with analog bandwidth over the PSTN.

    POTS Splitter

    POTS Splitter is a device that filters out the DSL signal. Further, it allows POTS frequencies to pass through.

    PPP

    PPP stands for Point-to-Point Protocol. It is a protocol for packet transmission over serial links.

    PPPoE

    PPPoE stands for Point-to-Point Protocol over Ethernet.

    Protocol

    Protocols are rules that determine the devices’ behavior in achieving and maintaining communication.

    PSTN

    PSTN stands for Public Switched Telephone Network. These are the dial networks. It consists of a shared network for telephone users to establish connections.

    PSTN failover

    PSTN failovers are backup connections in the absence of the internet.

    PSTN (POTS) gateway

    PSTN (POTS) gateway is software that enables H.323 for clients to make outgoing and incoming calls.

    PTM

    PTM  stands for Packet Transfer Mode. PTM is a data communication system. During the transmission, the data is broken into small units. Then, these data packets are sent from one node to another node.

    PTT

    PTT stands for Post, Telegraph, and Telephone. It is a national communications authority. Sometimes, it is governed and controlled by the government.

    Punchdown block

    A punchdown block is an array of connectors used to connect cable circuits to a network interface.

    POTS

    POTS stands for Plain Old Telephone Service.

    PSTN

    PSTN stands for Public Switched Telephone Network. The interconnection of different networks for seamless communications. The networks that are included in this system include fiber optic cables, telephone lines, microwave transmission links, communication satellites, cellular networks, and undersea telephone cables.

    PBX

    PBX, or Private Branch Exchange, is a private telephone network used within an organization. It manages internal and external calls, allowing employees to communicate with each other and with people outside the organization. A PBX system can route calls to different extensions within a company, handle call forwarding, and provide voicemail services. For instance, a company might use a PBX to connect all its employees’ phones and manage incoming customer calls. This system helps streamline communication and improve efficiency in a business setting.

    Packet Loss

    Packet Loss happens when some data packets are lost during transmission over the Internet. This can lead to missing audio or video pieces during a VoIP call. For instance, if a call experiences packet loss, you might hear gaps in the conversation or see frozen video frames. Packet loss can be caused by network congestion or poor connectivity. Network monitoring and improvements to the internet connection can help address packet loss. Ensuring minimal packet loss is vital for clear and uninterrupted VoIP communication.

    Q

    • QoS
    • Queue

     

     

    QoS (Quality of Service)

    It refers to techniques to ensure that VoIP calls are clear and reliable. It involves prioritizing voice traffic over other types of data on the network. By doing so, QoS helps prevent delays, echo, and poor call quality. For example, in a busy office with many internet activities, QoS ensures VoIP calls get the bandwidth they need to stay clear. Implementing QoS can involve configuring network devices to prioritize voice data, thus enhancing the overall quality of VoIP communication.

    Queue

    A queue is a term used to put incoming calls in line. This happens when all the available lines are busy addressing the matters of clients, and no line is vacant. During this time, all the inbound calls are in queue according to their time.

     

    R

    • RBOC
    • RFC
    • Real-time
    • RJ-11
    • RJ-45
    • Router
    • RSVP
    • RTP

     

    RBOC

    RBOC stands for Regional Bell Operating Company. These seven companies formed an alliance to manage the local exchanges. AT&T owned them all.

    RFC

    RFC stands for Request for Command. These are the official documents of Internet specifications, protocols, and events published by the Internet Engineering Task Force (IETF) and the Internet Society.

    Real-time

    Communication conducted without delay is called real-time, where the sender and receiver can easily communicate without hassle or lag.

    RJ-11

    RJ-11  is the designation for connecting a tip and ring circuit to a standard, modular, 6-position jack.

    RJ-45

    Eight-position modular connector used for data transmission over standard twisted or flat pairs.

    Router

    A router is a device that connects LANs.

    RSVP

    RSVP stands for resource reservation protocol. It is a protocol which is used to manage VoIP QoS.

    RTP

    The Real-Time Transport Protocol (RTP) is designed to deliver audio and video over IP networks in real time. VoIP Terminology includes RTP as a crucial component because it ensures that data packets arrive in the correct order and without significant delay, which is essential for maintaining call quality. RTP operates alongside the Real-Time Control Protocol (RTCP), which monitors transmission statistics and quality of service (QoS).

     

    S

    • SDH
    • Service provider
    • SFP
    • Snom
    • Sidetone
    • SaaS
    • SLA
    • Softphone
    • Softswitch
    • SOHO or SoHo
    • SONET
    • Speech recognition
    • Speech Analytics
    • Store And Forward
    • Screen Recording
    • SIP
    • SIP Trunking
    • STUN
    • SRTP
    • SIP Proxy

     

     

    SDH

    SDH stands for Synchronous Digital Hierarchy.

    Service provider

    A service provider is a company that provides services related to the Internet, telephone, and mobile phone users.

    SFP

    SFP stands for Small Form-factor Pluggable. A specification for modular optical transceivers.

    Snom

    Manufacturer of VoIP phones and other devices in Germany.

    Sidetone

    Sidetone is a method where the speaker’s voice is played in the telephone earpiece.

    SaaS Software as a Service

    SaaS stands for Software as a Service. This is a system that enables users to enjoy software applications hosted over the internet. The users purchase their rights to operate or use for a certain period.

    SLA

    SLA stands for Service Level Agreement. It is a contract between the operator and the service provider.

    Softphone

    A softphone is a software designed to provide the users with VoIP phone services. These services are available on desktop computers or laptops. These softphones enable users to place calls using their VoIP phones or from their computers anywhere in the world. This softphone uses a broadband connection.

    Softswitch

    Softswitch stands for Software Switch. It is also known as the media gateway controller. It is a software-based switching system that creates the links between an IP network and the PSTN. The PSTN manages traffic, which includes voice, fax, data, and video.

    SOHO or SoHo

    SOHO stands for Small Office, Home Office. It is a term for those who work from home or a tiny business. These workers include entrepreneurs and freelancers.

    SONET

    SONET stands for Synchronous Optical Network. It is an ANSI standard for metropolitan fiber rings. They are used by ILECs. The system traffic is carried in the form of packets transported over fiber.

    Speech recognition

    Speech recognition is a technology that provides ease to callers. The callers have to speak words by controlling the applications of the software with ease.

    Speech Analytics

    Speech Analytics is a process that leverages artificial intelligence and machine learning. It is analyzed by recording customer calls for information to improve the productivity and performance of the employees and the overall corporate strategy of the organization.

    Store And Forward

    Store and forward is a method that allows users to store a message for later transmission. Store and forward features are offered in every messaging system.

    Screen Recording

    Screen recording is an application that captures an agent’s screen. This screen recording feature is used to manage enhanced conversation for better performance.

    SIP

    SIP, or Session Initiation Protocol, is a crucial protocol used in VoIP services. It is responsible for setting up, managing, and ending voice and video calls online. SIP handles tasks such as call signaling and establishing connections between devices. For example, when you make a call using a VoIP service, SIP helps to start the call, maintain it during your conversation, and end it when you hang up. SIP works with other protocols to ensure your call is clear and reliable. By managing the communication sessions, SIP is crucial for the smooth operation of VoIP systems.

    SIP Trunking

    SIP Trunking is a method of delivering VoIP services through the Internet. It connects a business’s phone system directly to the public network, allowing efficient and cost-effective communication. Instead of using traditional phone lines, SIP Trunking uses the Internet to transmit voice data. It reduces costs and offers scalability, allowing you to add more lines as needed. For instance, a company can replace its old phone system with SIP Trunking to save money and improve flexibility. This modern approach helps businesses handle high volumes of calls more efficiently.

    STUN

    STUN for NAT helps VoIP devices behind a NAT firewall discover their public IP address and port. This protocol allows devices to communicate effectively even when they are behind NAT. For example, if you’re using a VoIP app behind a firewall, STUN helps the app find the best way to connect to other devices. STUN is crucial for enabling reliable peer-to-peer communication in VoIP systems.

    SRTP

    SRTP, or Secure Real-Time Transport Protocol, encrypts and secures RTP traffic. It protects VoIP calls from eavesdropping and tampering. For example, SRTP encrypts the data packets of a VoIP call, ensuring that only the intended recipients can hear the conversation. This added security is crucial for protecting sensitive information during VoIP calls. SRTP helps maintain confidentiality and integrity in voice communications.

    SIP Proxy

    A SIP Proxy is a server that handles SIP requests and responses, helping to route VoIP calls and manage communication between SIP devices. For instance, when you call using SIP, the SIP Proxy directs the request to the appropriate destination. It helps manage and route call traffic efficiently.

     

    T

    • T1
    • T3
    • TC-PAM
    • Turn
    • TCP
    • Telco
    • Telephony
    • TR-069
    • Traffic Shaping

     

    T1

    Digital transmission in North America, which has a capacity of 1.544 Mbps, is called T1. T1 is carried on coaxial cable or two twisted pairs.

    T3

    T3 is a standard DS-3 for North America. It operates at a signaling rate of 44.736 Mbps.

    TC-PAM

    TC-PAM stands for Trellis-Coded Pulse-Amplitude Modulation. In the modulation format, HDSL2 and G.SHDSL are used. This is trellis-coded modulation, which operates on one-dimensional pulse amplitude modulation.

    TURN

    This protocol helps relay VoIP traffic when direct peer-to-peer communication is impossible due to NAT. For instance, if a VoIP call cannot be established directly because of network restrictions, TURN servers act as intermediaries to facilitate the connection. TURN ensures that VoIP calls remain functional and high-quality, even in challenging network environments where direct connections are blocked.

    TCP

    TCP stands for transmission control protocol. This transport layer is developed for ARPAnet. It comprises 4 and 5 layers of the OSI model.

    Telco

    Telco stands for Telephone company.

    Telephony

    Telephony is a system that transmits voice and other signals over a distance. Further, it re-transmits these signals at the end.

    TR-069

    TR-069 stands for Technical Report 069. It provides information regarding remote management of end-user devices.

    Traffic shaping

    Traffic shaping stands for shaping, metering, and smoothing queues to reduce surges. These surges have the potential of clogging the network.

     

    U

    • μ-law
    • UNIX
    • Upstream
    • UTP
    • UCaaS
    • Unlimited Call Handling

     

    μ-law

    μ-law stands for audio codec companding format. The signals in this form are compressed on input and expanded back on output.

    UNIX

    UNIX is a multi-tasking operating system developed in 1969. UNIX is famous for its services in the telephone industry.

    Upstream

    Upstream stands for the direction of the telephone network.

    UTP

    UTP stands for Unshielded Twisted Pair.

    UCaaS

    UcaaS stands for Unified Communications as a Service. This cloud delivery system offers multiple communications for businesses and companies.

    Unlimited Call Handling

    Unlimited Call Handling is a feature that lets users handle multiple calls simultaneously. Furthermore, this system won’t let the callers hear busy signals.

     

    V

     

    • VDSL2
    • Vectoring
    • VioIP
    • Voice Quality
    • VoIP Router
    • VoIP Switch
    • VoIP Phone
    • VoIP
    • VoIP Trunking
    • VoIP Gateway
    • VoIP Peering
    • VoIP Hardphones
    • VPN

     

    VDSL2

    VDSL2 stands for Very High Bit Rate Digital Subscriber Line 2.  This transmission of the signals offers higher downstream than upstream.

    Vectoring

    Vectoring stands for transmission of line signal coordinates to reduce self-FEXT issues. It also operates on both levels, in the downstream and upstream directions.

    VioIP

    VioIP stands for video over IP. It is also known as IP streaming video. This VoIP technology enables video signals to be transmitted over IP networks. Using this VioIP technology, users have the option of enjoying live, pre-recorded videos over the IP networks.

    Voice Quality

    Voice quality is a complex combination of echo, latency, and jitter. It works by allowing a person to hear the voice or sound coming from the opposite direction.

    VoIP Router

    A VoIP router is a particular router that connects IP networks. The IP phone connects to the network with the help of a VoIP router.

    VoIP Switch

    A VoIP switch works as a PBX to make telephone calls to the PSTN. The main difference between a PBX and VoIP switch is that it connects with the software and can easily be disconnected, unlike the hardwire used in the traditional PBX.

    VoIP Phone

    A VoIP phone is a phone that uses the Internet to connect two parties on either end. This process of data transmission is done in the form of converting the voice data into IP packets.

    VoIP

    VoIP is known as Voice Over Internet Protocol. It is a process of making and receiving voice transmissions over an IP network. IP networks include LAN, WAN, Internet, and private data networks.

    VoIP Trunking

    VoIP trunking refers to using the Internet to provide voice service (trunks) to an organization’s private branch exchange (PBX). Unlike traditional telephony, which requires separate physical lines for each call, VoIP trunking allows multiple calls to be transmitted over a single data network connection. This approach reduces costs and simplifies the management of phone systems.

    VoIP Gateway

    A VoIP gateway serves as a bridge between traditional telephone networks and VoIP systems. It converts analog signals from the PSTN into digital data suitable for VoIP and vice versa. For example, if you use a VoIP service to call someone on a regular landline, the VoIP Gateway translates your digital voice data into a signal that the landline system can understand. It comes in various forms, including analog gateways, digital gateways, and PRI (Primary Rate Interface) gateways.

    • Analog gateways connect analog phone lines or devices to a VoIP network, while digital gateways interface with digital lines.
    • PRI gateways connect to digital T1 or E1 lines, providing multiple voice channels over a single connection.

    Each type of gateway is suited to specific needs and environments, making it essential to choose the right one based on your organization’s infrastructure.

    VoIP Peering

    The VoIP Peering involves directly connecting VoIP networks to exchange voice traffic. This method can reduce costs and improve call quality by bypassing intermediaries. For example, two companies with VoIP systems might use peering to handle their calls more efficiently and cheaply. VoIP Peering allows for direct network communication, avoiding additional fees and reducing latency. Large organizations and service providers commonly use it to optimize their VoIP services.

    VoIP Hardphones

    Hardphones are specialized phones designed for professional environments that use an internet connection instead of traditional landlines. They are built to be more durable and offer superior audio quality compared to regular phones, making them ideal for use in busy offices and call centers. In addition to their robust build and clear sound, these phones often include a range of valuable features such as:

    • Call queues
    • Call forwarding
    • Call holding
    • Wi-Fi connectivity
    • Bluetooth support

    VPN

    VPN stands for virtual private network. It is a network constructed by using public wires that connect nodes. A VPN is a private network that uses public telecommunication infrastructure to show restricted content. They use security measures that encrypt data before sending it across the Internet. Moreover, data decrypting is also done on the other end.

     

    Auto-Attendant Phone System For Small Business

    W

    • WAN
    • Web Browser
    • Web Server
    • WWW

     

    WAN

    WAN stands for Wide Area Network. It is a network system connecting people in a large geographic area.

    Web Browser

    A web browser is a client-side software used to view sites stored on WWW servers. Users can access web browsers to get information related to e-mail, news, IP telephony, and many other options.

    Web Server

    A web server is a server that is dedicated to the World Wide Web to store data. It displays the web pages in HTML. Furthermore, Web servers hold the information of web browsers to download video, text, and audio.

    WWW

    It is an acronym of the World Wide Web. WWW is considered as the Internet. The resources used to access the Internet include Gopher, HTTP, HTTPS, telnet, WAIS, and Usenet.

     

    X

    • 21
    • XMPP

     

    X.21

    An X.21 is known as the standard ITU-T used for high speed. It offers a DCE/DTE interface.

    XMPP

    XMPP stands for Extensible Messaging and Presence Protocol. It offers a seamless way of instant messaging to customers whenever they are able to access services.

     

    Y

    • Yealink

     

    Yealink

    Yealink is a Chinese manufacturer of VoIP telephones and other devices.

     

    Z

     

    • Zoiper

     

    Zoiper

    Zoiper is a softphone system that supports SIP and IAX.

    voip call quality

    How Does VoIP Work

    Voice over Internet Protocol, commonly known as VoIP, has been reshaping the communication landscape for over two decades. In simple terms, VoIP allows people to make voice calls through an internet connection rather than using traditional phone lines. This technology has gained immense popularity, not only because it saves costs but also because it offers a plethora of features and flexibility, especially valuable in today’s digital and remotefirst world.

     

    VoIP’s versatility has made it a preferred choice for businesses, remote teams, and individuals alike, looking to simplify their communication needs without sacrificing quality or accessibility. This guide will walk you through the inner workings of VoIP, its infrastructure, benefits, limitations, practical applications, and what the future holds for this revolutionary technology. By the end, you’ll have a clear understanding of why VoIP is gaining traction and how you might benefit from adopting it.

    What is VoIP?

    Voice over Internet Protocol, or VoIP, turns voice signals into digital data and sends them over the internet. This process allows users to make calls from any device connected to the internet, be it a computer, smartphone, tablet, or dedicated VoIP phone.

     

    When VoIP technology first emerged in the 1990s, it was seen as a novelty rather than a true alternative to conventional phone services. The early versions suffered from limited audio quality and were constrained by the slower internet speeds of the time. However, as technology advanced, internet speeds improved, and VoIP infrastructure matured, it quickly transformed into a robust, reliable communication solution. Today, it’s widely adopted by businesses, households, and even public sectors as a costeffective and flexible alternative to traditional phone lines.

    How Does VoIP Work? The Technology Behind It

    The process of making a VoIP call may sound complex, but it essentially boils down to converting voice into data and transmitting it over the internet. Let’s break down the steps:

    Voice Packetization

    Every VoIP call starts with converting the caller’s voice into digital data, a process known as packetization. Here’s how it happens:

     

     AnalogtoDigital Conversion: Your voice is picked up by a microphone and converted into a digital format through an AnalogtoDigital Converter (ADC). This step turns your voice (which is naturally analog) into binary data that computers and networks can understand.

     

    1. Data Packetization: Once the analogtodigital conversion is complete, the digital data is broken into small packets. Each packet contains a piece of the conversation, as well as additional information like the sender’s and receiver’s IP addresses, the packet sequence number, and errorchecking data.

     

    1. Packet Transmission: These packets are then transmitted over the internet. Routers direct the packets to their destination, ensuring that each one travels along the most efficient route. Since VoIP relies on the internet, the packets may not always take the same path, which can occasionally lead to slight delays or variations in call quality.

    Key VoIP Protocols

    Protocols are essential for managing, routing, and delivering voice data over the internet. Here are some primary protocols VoIP uses:

     

     SIP (Session Initiation Protocol): SIP is responsible for starting, managing, and ending VoIP calls. It handles functions such as dialing, establishing a connection, and disconnecting calls.

     RTP (RealTime Transport Protocol): RTP is crucial for realtime transmission. It ensures that data packets are delivered in the correct order, even if they take different routes over the internet.

     Codecs (Compression/Decompression): VoIP also relies on codecs, or algorithms, that compress and decompress data to manage bandwidth efficiently. Popular codecs like G.711 and G.729 strike a balance between data size and audio quality, ensuring that call quality is maintained while minimizing the load on network resources.

    RealTime Voice Transmission and Reconstruction

    Once the packets reach the destination, the VoIP receiver reassembles them. Here’s what happens:

     

     Reassembly: Packets are rearranged in the correct order, thanks to RTP, which ensures a smooth and coherent playback.

    1. DigitaltoAnalog Conversion: The digital data is then converted back into sound waves, using a DigitaltoAnalog Converter (DAC), which the receiver hears as clear audio. This entire process, from voice capture to audio playback, takes just milliseconds, creating a realtime conversation.
    are voip phones secure

    Essential Components of VoIP Systems

    VoIP requires specific hardware and software to function smoothly. Here’s a closer look at each component:

     

      IP Phones and Softphones

     

     IP Phones: These phones are specifically designed for VoIP calls and look similar to traditional office phones but connect to the internet instead of a phone line. IP phones are a staple in many business environments.

     Softphones: A softphone is a software application that you install on a computer, tablet, or smartphone. With a softphone, you can make VoIP calls without additional hardware, and many providers offer apps that work across various devices.

     

    1. Analog Telephone Adapters (ATAs)

     

    If you prefer using a traditional analog phone, an ATA can convert the analog signals into digital packets compatible with VoIP. ATAs are especially helpful for users or businesses transitioning from analog systems to VoIP.

     

    1. Routers and Servers

     

    Routers and servers are critical in directing the data flow within a VoIP network. Routers help manage data packets, while servers store data and handle functions like call forwarding, voicemail, and routing.

     

    1. HighSpeed Internet Connection

     

    VoIP calls depend on a stable internet connection to ensure high call quality. A slow or unreliable internet connection can lead to issues like lag, jitter, and dropped calls, which is why most VoIP users and businesses invest in strong, reliable internet service.

    Why VoIP is Gaining Popularity: Key Benefits

    Here is a chart showing the VoIP cost per month per user. In addition, the VoIP Cost Per Minute depends entirely on the pricing and packages of these companies which vary from customer and package.

    Provider                                                                                  Cost/user/month

    Nextiva                                                                                    Starts at $30

    RingCentral                                                                             Starts at $30

    Ooma                                                                                      Starts at $20

    Vonage                                                                                    Starts at $21  

    8×8                                                                                          Starts at $24  

    Cisco Webex                                                                           Starts at $12  

    Freshcaller                                                                              Starts at $15

    Grasshopper                                                                           Starts at $28

    Dialpad                                                                                   Starts at $25  

    Zoom Phone                                                                           Starts at $10

    Google Voice                                                                          Starts at $10

    How to Budget for VoIP in Your Business?

    So, why are so many people switching to VoIP? Here are some of the most attractive advantages:

     

      Cost Savings

     

    Traditional phone services often come with high charges for longdistance calls and hefty fees for additional features. In contrast, VoIP calls are generally much cheaper, especially for international calls. For businesses, this costsaving aspect alone can make a significant difference to their bottom line.

     

    1. Flexibility and Scalability

     

    With VoIP, you’re not bound by physical location or equipment. VoIP users can connect from anywhere in the world as long as they have an internet connection, making it ideal for remote work and mobile workers. Businesses can also easily scale their VoIP service up or down, adding or removing users with minimal cost or effort.

     

    1. FeatureRich Communication

     

    VoIP providers offer a range of advanced features at little or no additional cost. These may include call forwarding, voicemailtoemail, call recording, call routing, and more. With these features, VoIP goes beyond simple voice calls to provide a more dynamic communication experience.

     

    1. Unified Communication

     

    Many VoIP services integrate with other tools like video conferencing platforms, instant messaging, and CRM systems. This integration creates a unified communication environment where users can switch seamlessly between calling, video, and messaging.

     

     Challenges and Limitations of VoIP

     

    While VoIP is incredibly useful, it does come with some potential downsides:

     

    1. Dependency on Internet Connection

     

    VoIP requires a stable, highspeed internet connection. Poor internet can lead to issues like lag (delay in voice transmission), jitter (shaky or interrupted voice quality), and dropped calls. For VoIP to work well, you need a strong and stable internet connection.

     

    1. Power Outages

     

    Unlike traditional landlines that continue to work during power outages, VoIP relies on electrical power. If you lose power, your VoIP system will go offline unless you have backup power like a UPS (Uninterruptible Power Supply) system.

     

    1. Security Risks

     

    VoIP calls, as data, are susceptible to hacking and eavesdropping if not properly secured. Encryption, VPNs, and strong authentication protocols can mitigate these risks, but it’s crucial to take these security measures seriously, especially for business communication.

     

     How VoIP is Used in Everyday Life

     

    From business to personal use, VoIP has found a place in a wide range of applications.

     

      Business Use Cases

     

        Customer Service and Sales: VoIP systems support call center functionalities, such as call queuing, call routing, and call recording, making them invaluable for customer service and sales teams. Many VoIP services also include analytics to track and improve call performance.

        Remote Collaboration: With features like group calling, video conferencing, and filesharing, VoIP is a powerful tool for teams working remotely.

        IndustrySpecific Uses: Healthcare providers use VoIP for patient communication; educational institutions use it for remote learning, and financial services use it for secure transactions and client communication.

     

    1. Personal and Social Communication

     

        International Calling: VoIP has made international calling affordable, allowing families and friends to connect across continents without worrying about high call charges.

        Video and Messaging Apps: Apps like Zoom, WhatsApp, and Skype all use VoIP to provide highquality video calls, voice calls, and messaging services. These apps are not only affordable but also provide a level of convenience and featurerich functionality traditional phone systems can’t match.

     

     Setting Up VoIP:

     

     A StepbyStep Guide

     

    Thinking of getting started with VoIP? Here’s how:

     

     Select a VoIP Provider: Compare features, prices, and reviews of different providers to find the one that best suits your needs. Some popular providers include RingCentral, Zoom, and 8×8.

     

    1. Set Up Your Device: Decide if you want to use a traditional phone with an ATA, an IP phone, or a softphone app. Install or configure the device accordingly.

     

    1. Configure Your Settings: Log in to your VoIP account and adjust your settings. Many VoIP providers offer customization options for call routing, voicemail, and advanced features.

     

    1. Test Your Connection: Make test calls to check audio quality and make adjustments if needed. This step ensures you have optimal settings for clear, reliable communication.

     

     

     

     Future of VoIP: What’s on the Horizon?

     

    VoIP technology is only getting better with advancements in AI, 5G, and IoT integration. Here’s what to expect in the coming years:

     

     AI and Machine Learning: AI is enhancing VoIP services with voice recognition, automated call routing, and predictive text suggestions. This added intelligence will make VoIP systems more intuitive and responsive.

     

    1. 5G Networks: With 5G networks rolling out globally, VoIP will benefit from faster speeds and lower latency, resulting in even clearer calls and faster connection times.

     

    1. IoT Integration: As IoT devices become more prevalent, they’ll likely integrate with VoIP systems, allowing users to make calls from various smart devices, such as TVs, speakers, or wearables.

    FAQs

      What is VoIP, and how does it work?

     

     VoIP stands for Voice over Internet Protocol, a technology that allows users to make phone calls using an internet connection instead of traditional phone lines. It works by converting voice signals into digital data, which is then transmitted over the internet to reach the other party. Specialized protocols and codecs ensure that the data is sent, received, and reassembled quickly so that conversations feel natural and realtime.

     

     

     

    1. Is VoIP free, or do I need to pay for it?

     

     Some VoIP services are free, like Skype, WhatsApp, or Facebook Messenger, which allow you to make internetbased calls. However, if you’re looking for VoIP for business purposes, with additional features like call forwarding, recording, or integrations, you’ll likely need a paid plan from providers like RingCentral, 8×8, or Zoom. Business VoIP services often have monthly fees but are generally more affordable than traditional phone services.

     

     

     

    1. Do I need special equipment to use VoIP?

     

     No special equipment is necessary for VoIP if you’re using it through a softphone app on your computer or smartphone. However, if you want a desk phone experience, you can use an IP phone, which connects directly to your internet router. If you have a traditional analog phone, an Analog Telephone Adapter (ATA) can convert it to work with VoIP services.

     

     

     

    1. Can I use VoIP with my existing phone number?

     

     Yes, most VoIP providers allow you to port your existing phone number to their service, so you don’t have to change it. You’ll need to check with your provider, as there may be a onetime fee for transferring the number. It’s a common feature for VoIP services as it helps ease the transition from traditional landlines.

     

     

     

    1. How reliable is VoIP compared to traditional phone lines?

     

     VoIP can be just as reliable as traditional phone lines, provided you have a strong and stable internet connection. However, VoIP is dependent on the quality of your internet service. In the event of a power outage, VoIP services may go offline unless you have a backup power source or internet solution. Highquality broadband or fiberoptic internet is recommended for the best VoIP experience.

     

     

     

    1. Is VoIP secure?

     

     VoIP can be secure, but because it uses the internet, it can be vulnerable to hacking and eavesdropping. Reputable VoIP providers often use encryption to protect calls, and additional security measures like strong passwords, firewalls, and VPNs can further enhance security. Businesses may also need to ensure their networks are secure to avoid data breaches.

     

     

     

    1. Does VoIP support emergency calls (like 911)?

     

     Yes, many VoIP providers offer Enhanced 911 (E911) services, which allow users to make emergency calls that are routed to the nearest public safety ing point. However, you’ll need to register your address with the VoIP provider so that emergency responders can locate you. Some VoIP systems may have limitations for emergency calls compared to traditional landlines, so it’s best to check with your provider on how they handle emergency calls.

     

     

     

    1. Can I use VoIP while traveling or from different locations?

     

     Yes, VoIP is highly portable and flexible. As long as you have an internet connection, you can make and receive calls from anywhere in the world. This makes it ideal for travelers and remote workers. Many VoIP providers offer apps for smartphones, so you can use VoIP services on the go, just like you would with any other calling app.

     

     

     

    1. What is the difference between VoIP and traditional phone systems in terms of features?

     

    VoIP typically offers a wider range of features than traditional phone systems, often at no extra cost. Common features include voicemailtoemail, call forwarding, call recording, autoattendants, video calling, and integration with business tools like CRM software. Traditional phone lines generally offer fewer features and often charge additional fees for them, making VoIP a more featurerich choice.

     

     

     

    1. How do I set up VoIP for my home or business?

     

    Setting up VoIP is straightforward. For home use, download a VoIP app or choose a provider, sign up, and follow the installation instructions. For business VoIP, select a provider that fits your needs, purchase any necessary equipment like IP phones or ATAs, and configure your settings with the provider’s support. Ensure you have a reliable internet connection and test your setup with some trial calls to check the audio quality.

     

    Here are five additional FAQs about VoIP:

     

     

     

     1 Can VoIP be used for video calls as well as voice calls?

     

    Yes, many VoIP providers offer both voice and video calling options. Services like Zoom, Microsoft Teams, and Google Meet are popular examples of VoIPbased platforms that support video calls, screen sharing, and conferencing. These options make VoIP highly versatile, especially for businesses and remote teams needing a unified communication solution.

     

     

     

    1. What internet speed do I need for VoIP to work well?

     

    For standard voice calls, VoIP generally requires a minimum upload and download speed of around 100 kbps per call. However, for highquality calls and to avoid lag or jitter, it’s best to have at least 1 Mbps per line. If you’re using VoIP for video calls or if multiple users are on a single network, a higherspeed broadband connection is recommended for optimal performance.

     

     

     

    1. Are there any limitations to using VoIP over a mobile network?

     

    VoIP can work over mobile data networks, such as 4G or 5G, but performance may vary depending on network quality. Call quality may suffer in areas with poor signal, and using VoIP on mobile data can quickly consume bandwidth, especially for video calls. 5G networks, however, tend to offer more stability and higher speeds, making VoIP usage smoother on mobile devices in areas with 5G coverage.

     

     

     

    1. Can VoIP be integrated with other business tools and software?

     

    Yes, VoIP systems are often compatible with a range of business tools, including Customer Relationship Management (CRM) software, project management tools, email platforms, and even productivity apps. Integrations help streamline workflows, as features like clicktocall, automatic logging, and call analytics become accessible directly within your existing tools, making it easier to manage communication.

     

     

    1. What should I look for when choosing a VoIP provider?

     

    When choosing a VoIP provider, consider factors such as call quality, reliability, customer support, and available features. Look at pricing plans to ensure they fit your budget, and verify if the provider offers scalable options if your needs change. Additionally, check for mobile app support, security features, and compatibility with your current hardware or other business tools if you plan to integrate VoIP with existing systems.

    Conclusion

    VoIP has transformed the way we communicate, making it easier, more affordable, and more featurerich than ever before. With benefits like cost savings, flexibility, and the ability to scale easily, it’s no wonder so many people and businesses are making the switch.

     

    Whether you’re considering VoIP for personal use or as a robust business solution, understanding how it works will help you maximize its potential. VoIP isn’t just an alternative to traditional phone lines—it’s a step forward in making global communication more accessible and efficient.

     

Let’s Supercharge Your Online Growth