TETRA Training | Terrestrial Trunked Radio Technology Training:

TETRA Training | Terrestrial Trunked Radio Technology Training System Overview Course (Online, Onsite, and Classroom Live!

An open digital trunked radio standard defined by ETSI (European Telecommunications Standards Institute). It is currently being used by emergency services to replace existing PMR (Private Mobile Radio) systems.

This TETRA Training or Terrestrial Trunked Radio Technology Training course has been designed to provide TETRA engineers and technical professionals with a comprehensive coverage of TETRA services, network architecture, operation, air interface, security, billing, and management.

What’s Included?

• 3 days of TETRA Training | Terrestrial Trunked Radio Technology Training with an expert instructor
• TETRA Training Electronic Course Guide
• Certificate of Completion
• 100% Satisfaction Guarantee

Resources:

Related Courses

Customize It:

• If you are familiar with some aspects of this TETRA Training or Terrestrial Trunked Radio Technology Training course, we can omit or shorten their discussion.
• We can adjust the emphasis placed on the various topics or build the TETRA Training or Terrestrial Trunked Radio Technology Training course around the mix of technologies of interest to you (including technologies other than those included in this outline).
• If your background is nontechnical, we can exclude the more technical topics, include the topics that may be of special interest to you (e.g., as a manager or policy-maker), and present the TETRA Training or Terrestrial Trunked Radio Technology Training course in a manner understandable to lay audiences.

Audience / Target Group:

The target audience for this TETRA Training or Terrestrial Trunked Radio Technology Training course is:

• This TETRA Training or Terrestrial Trunked Radio Technology Training course is offered for different audiences including Network managers Datacom/telecom managers Wireless Engineers Network Engineers Semiconductor Engineers

Objectives:

After completing this TETRA Training or Terrestrial Trunked Radio Technology Training course, attendees will be able to:

• Understanding TETRA
• Overview of operational challenges with TETRA
• Applying Standards
• User experiences and lessons learned
• TETRA Features
• Demonstrating its role and value
• Future of TETRA
• TETRA solutions in action
• Case studies review
• Innovative applications
• Future-proofing TETRA

Course Syllabus:

What is Trunked mobile communication?

• Concepts and benefits of trunking
• Examples of Trunk mobile systems and PMR (iDEN, Tetrapol)
• TETRA technology
• ETSI standardization
• TETRA deployments
• TETRA architecture
• TETRA functional entities
• TETRA system details
• TETRA operation
• TETRA security
• AIE TETRA Encryption Algorithms (TEAs)
• TEA1, TEA2, TEA3 and TEA 4
• TETRA vulnerabilities
• TETRA hacking and DoS
• Service availability
• TETRA integration with 3GPP networks
• TETRA, GSM, and UMTS Interoperability
• TETRA and Public Mobile Systems
• TETRA over IP (ToIP)

TETRA Layered Protocols

• TETRA Data Link Layer
• LLC and MAC sublayers
• Coding and interleaving
• FEC and error detection
• Channel coding for data and signaling
• TETRA Network Layer
• Network layer concepts

TETRA Features and Services

• Short Data Service (SDS)
• Direct Mode Operation (DMO)
• Trunked Mode Operation (TMO)
• Support for Value Added Services (VAS)
• TETRA Numbering
• TETRA Addressing
• Inter System Interface (ISI)
• Terminal Equipment Interface (PEI)
• Line Station Interface (LSI)
• Network Management Interface (NMI)
• TETRA network architecture
• TETRA interfaces
• Direct Mode Air Interface (DMAI)
• TETRA Direct Mode Operation (DMO)
• TETRA range extensions with repeaters
• Addressing, Numbering, Dialing, and TETRA MMI

TETRA Technical Overview

• TETRA Features and Services
• General network design
• TETRA RF aspects
• Radio spectral efficiency
• Air interface-optimized applications
• Location Information Protocol (LIP)
• User Requirement Specification
• Mission Critical Broadband Communication Requirements
• Voice plus Data (V+D)
• Direct Mode Operation (DMO)
• Voice plus Data (V+D)
• Air interface-optimized applications
• Net Assist Protocol 2 (NAP2)
• Supplementary services
• General requirements for supplementary services
• Circuit-switched data
• Packet-switched data
• Call Completion on No Reply (CCNR)
• Discreet Listening (DL)
• Call Forwarding (CF)Ambience Listening (AL)
• Call Completion to Busy Subscriber (CCBS)
• Mobile Station to Mobile Station (MS-MS)
• Air Interface (AI) protocol

TETRA Air Interface Operation

• TETRA Frequencies
• TETRA RF Channels
• TETRA capacity planning
• TETRA modulation and coding
• Frequency allocation
• Frame, slot, and burst
• Synchronization
• Scrambling
• Power control
• Emissions and interference
• Physical and logical channels
• TDMA access
• TETRA air interface protocols
• Medium Access Control (MAC)
• Logical Link Control (LLC) layer
• TETRA Idle mode procedures
• TETRA dedicated mode procedures
• Power control
• TETRA ranging and calibration

 DMO security class

• DM-2-A
• DM-2-B
• DM-2-C
• DMO call procedures
• Security profile
• Indication of security parameters
• Security class on-call setup
• Normal behavior
• Exceptional behavior
• Call setup with presence check
• Call setup without presence check
• Behavior post-call-setup
• Exceptional behavior

TETRA Air interface authentication

• key management mechanisms
• Authentication
• Repeater mode operation
• Gateway mode operation
• Air Interface (AI) key management mechanisms
• Identification of cipher keys in signaling
• Enable and disable the mechanism

TETRA Air Interface (AI) encryption

• Encryption mechanism
• Allocation of KSS to logical channels
• Application of KSS to specific PDUs
• DMAC-SYNC PDU encryption
• DMAC-DATA PDU encryption
• DMAC-FRAG PDU encryption
• DMAC-END PDU encryption
• DMAC-U-SIGNAL PDU encryption
• Traffic channel encryption

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