National Credential
Credential: Broadband Voice over Internet Protocol (B-VoIP)  ICAC resource
Credentialing Agency: Electronics Technicians Association, International (ETA-I)

The Electronics Technicians Association, International (ETA-I), Broadband-Voice over Internet Protocol (B-VoIP) certification is an intermediate-level credential for B-VoIP technicians who install, maintain, repair and replace voice, data and video over Internet Protocol equipment. B-VoIP technicians connect B-VoIP equipment to local and wide area computer network systems, perform cable installation, replacement, modernization, and support interconnection between different cable types and wireless equipment; they also configure and provision B-VoIP equipment and transmission media. B-VoIP technicians have knowledge of protocols used for the telecommunications industry and are familiar with telecom industry acronyms and language. Though ETA-I does not require any specific training, education or experience for candidates of the B-VoIP certification, candidates are strongly encouraged to have the requisite knowledge and experience necessary to challenge the exam.

More information can be found on the certifying agency's website.

Renewal Period: 4 years

Broadband Voice over Internet Protocol (B-VoIP)

The following Army Occupations provide training and/or experience that contributes to attaining this credential:

Personnel Category Occupation Occupation Type Related As Promotion Points Skill Level Star Proponent Funded Gap Analysis
Enlisted 1C Satellite Systems/Network Coordinator ASI other          
Enlisted 25B Information Technology Specialist MOS other          
Enlisted 35S Signals Collector/Analyst MOS some  Promotion Points: This certification has been approved for promotion points. Click for more information.        
Enlisted 37F Psychological Operations Specialist MOS some          
Warrant Officer 255N Network Management Technician WOMOS other        
Warrant Officer 255Z Senior Network Operations Technician WOMOS other        

Army Table Legend


Related As

The military occupations shown in this table are related to this credential in one of four ways: Most, Some, or Other.

Most: This credential is directly related to most of the major duties associated with the military occupation (at least 80%). Note that the credential may require additional education, training or experience before you are eligible for it.

Some: This credential is related to some tasks associated with the duties of the military occupation (related 80% to at least one or more critical tasks but less than 80% of all of the entire military occupation). Note that the credential may require additional education, training or experience before you are eligible for it.

Other: This credential is related to this military occupation, but is more advanced or specialized and therefore will likely require additional education, training, or experience.

Promotion Points Promotion Points icon

This credential has been approved for promotion points for this MOS towards promotion to Sergeant and Staff Sergeant. Clicking the Promotion Points icon will open a link to the promotion points fact sheet.

Skill Level Designation

Skill Level I: This skill level consists of all Soldiers in the ranks of Private (pay grade E-1) up to Specialist (pay grade E-4). Time in Service (TIS) is generally between initial entry and four Years of Service (YOS). This skill level is Entry-level positions requiring performance of tasks under direct supervision.

Institutional training:

  • Structured Self-Development (SSD) level I
  • Basic Leader Course (BLC)

Skill Level II: This skill level is obtained when promoted to Sergeant (paygrade E-5). TIS is generally between 4-8 YOS. Positions requiring performance of more difficult tasks under general supervision; and in some instances, involving supervision of Soldiers in SL1.

Institutional training:

  • Structured Self-Development (SSD) level II
  • Advance Leader Course (ALC)

Skill Level III: This skill level is obtained when promoted to Staff Sergeant (paygrade E-6). TIS is generally between 8-12 YOS. Positions requiring performance of still more difficult tasks and involving first line supervision of Soldiers in SL1 & SL2.

Institutional training:

  • Senior Leader Course (SLC)
  • Structured Self-Development (SSD) level III

Skill level IV: This skill level is obtained when promoted to the rank of Sergeant First Class (paygrade E-7). TIS is generally between 12-18 YOS. Positions requiring relatively detailed knowledge of all tasks specified for a given MOS, normally involving first-line supervision of Soldiers in SLs 1, 2, and 3, and involving managerial duties.

Institutional training:

  • Master Leader Course (MLC)
  • Structured Self-Development (SSD) level IV
  • Senior Enlisted Joint Professional Military Education (SEJPME) I Course

Skill level V: This skill level is obtained when promoted to the rank of Master Sergeant (paygrade E-8). TIS is generally between 18-22 YOS. Positions requiring direct and indirect leadership roles with expertise in company and battalion-level operations and competency across a given CMF, serving as members of a staff at every level in the Army, with a full understanding of the allocation of resources and their utilization in order to accomplish Army functions and missions.

Institutional training:

  • United States Army Sergeants Major Academy (USASMA)
  • Structured Self-Development (SSD) level V

Skill level VI: This skill level is obtained when promoted to the rank of Sergeants Major (paygrade E-9). TIS is generally between 22-30 YOS. Positions requiring organizational leadership roles with multi-dimensional expertise in units and teams on division, corps, and Army staffs, integrated with Joint, Interagency, Intergovernmental, and Multinational (JIIM) partners with a full understanding of the Force Generation process, operations at all echelons, and how the Army runs.

Star Credential Star icon

Star credentials are MOS enhancing, as designated by the Proponent. MOS enhancing credentials are directly related to an MOS or ASI, are taught either partially or completely as part of a Program of Instruction (POI), and improve the MOS technical proficiency.

Proponent Funded Funded icon

This icon indicates credentials which Soldiers may have funded through their MOS proponent. Some proponents offer credentialing opportunities in conjunction with military training and/or as part of MOS development beyond the training base.

Gap Analysis Has Analysis icon

A detailed analysis comparing the credential requirements to the military occupation has been completed. Click on the gap analysis icon to view the analysis page.

Broadband Voice over Internet Protocol (B-VoIP)

Eligibility Requirements ()

Note: This credential may have multiple options for becoming eligible. Listed below are the minimum requirements based on the minimum degree required. To view other options, see the Eligibility tab.

  • Credential Prerequisite
  • Experience
  • Education
  • Training
  • Membership
  • Other
  • Fee

Exam Requirements ()

  • Written Exam
  • Oral Exam
  • Practical Exam
  • Performance Assessment

Renewal Period: 4 years

  • Continuing Education
  • Exam
  • Continuing Education OR Exam
  • Fee
  • Other

Electronics Technicians Association, International (ETA-I)
5 Depot Street
Greencastle, IN  46135
Phone: (800) 288-3824
Fax: (765) 653-4287
Email: eta@eta-i.org

Broadband Voice over Internet Protocol (B-VoIP)

The Broadband Voice over Internet Protocol (B-VoIP) credential has the following other requirements:

  • Candidates must present documentation that he or she has completed one of the selected courses at an ETA approved training facility and has passed the Hands-On Skills Testing.

Broadband Voice over Internet Protocol (B-VoIP)

  • History – Telephone Communications
    • Generate a chronology of the major steps leading to modern telephone communications
    • List major events in telephone history and their corresponding dates
    • Diagram a PSTN system
    • Name and describe major sections of a simple phone system
    • Outline the power requirements for PSTN systems
    • Name the hardware components required for a PSTN and a B-VoIP System
  • Basic PSTN (Public Switched Telephone Networks)
    • Describe the power requirements for PSTN and compare full power with downtime levels
    • Identify hardware components used in the Central Office, distribution plant and end user location
    • List PSTN services currently offered by commercial telephone providers
  • Internet and World Wide Web
    • Outline major events in the history of the Internet and World Wide Web
    • Describe how the Internet and WWW operate
    • Define IPv4 and explain its application
    • Compare URL/IRL and describe their usage
    • Explain HTTP (Hypertext Transfer Protocol) and show where it is used
  • Digital Fundamentals – Switching Techniques
    • Explain the purpose and location of the SSP (Service Switching Point)
    • Describe Common Channel Signaling System 7
    • Explain the purpose and location of the STP (Signal Transfer Point)
    • Explain the purpose and location of the SCP (Service Control Point)
    • Explain the reasons for Sampling, Quantizing, and Encrypting B-VoIP signals
    • Define and compare Baud/Bit/Byte
    • Compare a Datagram with common PSTN signals
    • Contrast a Virtual Circuit with a discrete wired circuit
    • Contrast the difference between Segmentation and Reassembly (SAR) of telephone signals
  • Codecs (Coder/Decoder)
    • Summarize the purposes of each of the following standards and explain the need for each:
      Audio Standards
      Video Standards
      G.711a, u
      G.729
      G.726
      CLEP
      H.261
      H.263
      H.264
    • Describe a codec hybrid
    • CELP (Code Excited Linear Prediction)
    • Describe how digital and analog converters accomplish their tasks and how analog to digital converters work
  • LANS – Local Area Networks
    • Define the following and locate where in a phone circuit or network they are used:

      Bridges
      Gateways
      Routers
      Hubs
      Servers

    • Summarize how Ethernet10/100Base-T are used in networks and compare with other types of cabling
    • Describe what the TIA/EIA-568.B Commercial Building Standard codes are and their importance to telecom technicians
  • WANS – Wide Area Networks
    • Define connection and connectionless network configurations
    • Define a connection oriented network
    • Compare topologies currently in use in computer networks
    • Define telecom switches and demonstrate knowledge of PSTN and digital network switches
    • Explain the need for network management
    • Name common Classes of Service and show advantages of each
  • Network Interworking
    • Define ‘IP’ and explain its need
    • Define ‘Ethernet’ and explain how it differs from other interconnection systems
    • Define ‘ATM’ (Asynchronous Transfer Mode) and describe how it is used
    • Explain the purpose of Frame Relay and describe its purpose and benefits
    • Explain the purpose of MPLS (Multiprotocol Label Switching) and show where it is used
    • Explain Service Interworking
    • List the seven (7) OSI layers and define their specific functions and features
  • Broadband A/V/D Schemes
    • Summarize the purposes of broadband communication and explain advantages over narrowband communication
    • Dramatize the current needs for wide bandwidth and give examples of modern usage
    • Define ‘bandwidth’ and compare for audio/video/data transmission applications and the advantages of various bandwidth sizes
  • Modulation
    • Distinguish between the major modulation schemes currently in use
    • Match common acronyms associated with B-VoIP technology and their definitions
    • Describe PCM (Pulse Code Modulation)
    • Describe DPCM (Digital Pulse Code Modulation)
    • Describe DWDM (Dense Wavelength Division Multiplexing)
  • Transmission Media
    • Classify copper telecommunication cables, comparing bandwidths and common usage
    • Explain the advantages of coaxial cables, compare types and describe termination fittings
    • Illustrate a D connector and explain where it is commonly used in telecommunication systems
    • Describe fiber optic cabling and list advantages over copper cables
    • Explain why and where wireless telephone communication is preferred
  • VoIP Services
    • Compare common PSTN audio phone conversation technology with VoIP service and list advantages
    • Compare common PSTN video signaling with VoIP and list advantages of VoIP
    • Compare common PSTN data signaling with VoIP and list advantages of VoIP
  • QoS - Real Time Applications
    • Discuss human opinion when judging Quality of Service and compare with other objective measurement methods
    • Define ‘latency’ as it applies to telephone signals
    • Define ‘jitter’ as it applies to telephone signals
  • VoIP Network Architectures
    • Illustrate a LAN (Local Area Network) and describe how it differs from a WAN (Wide Area Network)
    • List common broadband signal transmissions and compare with narrowband and PSTN (i.e., PSTN @ 3 kHz, TV station @ 6 kHz, multiplexed data packets @ 100 MHz)
    • Name common types of broadband services currently in use
    • Describe the Internet system and explain how it functions within the wired and wireless worldwide telephone online system
    • Define ‘domains’ as related to telephone networks
    • Define ‘client’ in the VoIP system
  • Protocols
    • Describe the applications of the Transmission Control Protocol (TCP) within the protocol suite and why it is needed
    • Define User Datagram Protocol (UDP), explain its purpose and advantages as a datagram delivery process
    • Define IP (Internet Protocol), its origin and purpose
  • Control Protocols – IP Transport
    • Describe H.245, its origination, purpose and where commonly used
    • Describe ‘Megaco’, its purpose, length of existence and where commonly used
    • Define ‘MGCP’ (Media Gateway Control Protocol) and explain its common usage
    • Explain the purpose of RTP (Real-time Transport Protocol)
    • Explain the purpose of RSVP (Resource Reservation Protocol)
  • Address Protocols
    • Define NAT (Network Address Translation)
    • Identify the four (4) host classes of an IP address
    • Describe network & host addresses (I.D.s) and their bit range relation to the host classes
    • DHCP (Dynamic Host Configuration Protocol)
  • VoIP Signaling Protocols
    • Differentiate between the following signaling protocols and explain the purpose of each in VoIP application:
      SIP (Session Initiation Protocol)
      SAP (Service Advertising Protocol)
      H.323
      SDP (Session Description Protocol)
      H.931
  • Cabling Standards
    • Explain the purposes and requirements of the following cabling and communications standards in relation to VoIP applications:
      TIA/EIA-568
      TIA/EIA-569
      TIA/EIA 570A (Residential Telecom Cabling Standard)
      IEEE 802
  • Network Provisioning
    • Describe the mechanics of PSTN Gateways
    • Explain the purpose of Media Gateways and how they packetize information
    • Describe a Proxy Server and explain its purpose
  • User Agent Provisioning
    • Describe the difference between IP and PSTN phones
    • Explain the purposes of the analog telephone adapter
    • Define UAC (User Agent Client) and how it is used
    • Describe the ITU’s T-120 standard for multiple user participation
  • Softphone Provisioning
    • Describe the process a computer uses to interface with phone lines
  • Safety
    • Describe the following Safety related standards:
      ANSI/TIA/EIA 607
      CSA T527
      NFPA 70
      ISO/IEC 1180
  • Troubleshooting
    • Trouble Analysis
    • Minimum cable tests for networking protocols:
      Wire mapping
      Length
      Attenuation
      NEXT
      Propagation delay
      Delay skew
      PS-NEXT
      ELFNEXT
      PS-ELFNEXT
      Return loss
    • Testing Nics:
      Data packets and link pulses
    • Network utilities:
      Ipcinflg
      Ping
    • Systematically using network utilities to test your network

There are a number of resources available to help you prepare for the Broadband Voice over Internet Protocol (B-VoIP) examination:

An additional resource is Safari Books Online, a searchable digital library that provides online access to thousands of books, training videos and conference sessions. See the Educational Resources page here on COOL to learn how to get free access.

Broadband Voice over Internet Protocol (B-VoIP)

Renewal Period: 4 years

The Broadband Voice over Internet Protocol (B-VoIP) credential has the following recertification information:

  • ETA-I allows certified individuals to renew either annually or every 4 years. If an individual recertifies annually, ETA-I also renews membership. If an individual recertifies every 4 years; initial membership will expire after the one-year anniversary and will not be renewed until the individual recertifies at the end of the 4-year time period.

Broadband Voice over Internet Protocol (B-VoIP)

Additional considerations for the Broadband Voice over Internet Protocol (B-VoIP) include:

  • ETA-I does not require any specific education or experience, however it is suggested that candidates for the B-VoIP should be knowledgeable in the areas addressed in the certification exam.