Welcome to the Wireless Technology Courses Area!

The courses below focus on Wireless technologies, and are inclusive of general wireless principles, cellular Wireless, Wi-Fi, and the emerging next generation wireless technologies that are enabling the Internet of Things.

These courses are offered as Instructor Led Web based delivery using Cisco Webex or HP My Rooms, or similar tools, or in they can be delivered in person.

 

The 4G 101 Foundation course is focused on understanding 4G/LTE terminology and the Evolved Packet System (EPS) architecture. It will compare and contrast LTE with other broadband wireless technologies including 802.11n Wi-Fi and 802.16 WiMAX. This course will also provide an overview of the key features in LTE-Advanced and the emergence of fifth generation (5G) wireless networks.  See the course details here.

The 4G 201 Advanced course will provide a detailed description of how LTE achieves higher data rates. It will also discuss how voice and video over LTE (VoLTE) is enabled. The course will also discuss how roaming is supported between these LTE and other networks including WiFi. In addition it will describe the emerging standards that enable mobile service providers to offload data to Wi-Fi.  See the course details here.

The 5G 101 Foundation course is focused on understanding 5G terminology and key wireless technologies. It will provide the learner with an understanding of the goals, timelines, and performance targets of 5G, as well as the major technologies that will enable those targets to be achieved. These technologies include New Radio (NR) air interface for operations in the over 6 GHz frequency bands, massive MIMO, Ultra Dense networks (UDN), and flexible radio resource allocations.  See the course details here.

This course examines WiFi 802.11 Networking and Market Opportunities. This class is ideal for anyone looking for an introduction to WLANs and how Wi-Fi supports voice, video and data applications in both the enterprise and service provider environments. This course is a 1-day course on 802.11, as part of the Wireless course offerings at CellStream. It focuses on the basic operations and terminology of the 802.11 Wireless Networking technologies. This course explores in detail how multiple users can share the wireless medium, attempt to avoid collisions, and overcoming the negative impacts of interference. It will also discuss the Hotspot 2.0 specification, which focuses on delivering carrier grade connectivity in service provider environments.  See the course details here.

This course provides an in-depth discussion on the WiFi 802.11n and 802.11ac specifications. This class is ideal for anyone looking for an in-depth understanding of WLANs and how they are evolving to support higher data rates and higher capacity enterprise solutions. The purpose of this course is to provide students with a detailed understanding of the IEEE 802.11n High Throughput standard. In addition to explaining the specifics of the 802.11n standard, this course also explains the underlying radio techniques that are deployed to attain the high data rates and the new deployment challenges that these radio techniques introduce, including coexistence and interference with existing infrastructures. Key features of emerging standard 802.11ac very high throughput will be discussed, and how this new technology will coexist with 802.11n.  See the course details here.

This class is for anyone looking for an introduction to WLANs and how Wi-Fi supports voice and video applications in both the enterprise and the service provider environments. This course provides an in-depth discussion on the key specifications IEEE 802.11e QoS, 802.11k Radio Measurements, and 802.11v Wireless Network Management. These specifications provide essential support for real-time multimedia applications by enabling, measuring, and managing QoS on Wi-Fi networks. This course will also detail the IEEE 802.11r Fast BSS Transition and how it ensure a continued voice or video connection as users move between Access Points by defining a fast handover mechanism.   See the course details here.

Ease of sensitive and personal data access in the increasingly mobile world mean that most people in the wireless or telecommunications industries must understand how security applies to their technologies. New government and industry regulations also make security awareness mandatory in many roles across these industries. The purpose of this course is to provide students with a detailed understanding of security in wireless networks. In addition to understanding the specifics of the various wireless security standards, this course also explains how these standards work with other services and standards in real-world implementations to create a complete security infrastructure. This is a 8 hr. instructor led technical course intended to give the student a thorough understanding of both the theoretical and practical aspects of wireless security.  See the course details here.

 A Wireless Low Power and Lossy Networks (LLNs) is a network of embedded devices, such as sensors, that have limited power, memory, and processing capability. The growing importance of wireless LLN becomes apparent when you look at how LLN networks will be used. Applications include the Internet of Things (IoT), Smart Grid, Machine to Machine (M2M) communications, and vehicular information systems. In other words, the number of devices that connect these networks will be in the tens of billions. This course examines the key network protocols designed to operate in low power and lossy environment. Protocols covered include, IEEE 802.15.4, Bluetooth Low Energy, ZigBee, 6LoWPAN, RPL, WirelessHart, ISA100, and LoRaWAN. This course is a 2-day course on LLN, as part of the Wireless Course offerings at CellStream. This class is ideal for anyone looking for skills and knowledge on wireless LLNs or needing to understand the technologies that are enabling the Internet of Things (IoT).  See the course details here.

ZigBee is a set of specifications that define how small low power devices communicate. It is a leading standard for the connectivity of wireless sensors, control and monitoring networks for home and industrial automation. Applications include controlling light switches, patient monitoring, smart energy, and traffic management systems.

ZigBee builds on the IEEE 802.15.4 Wireless Personal Area Network (WPAN) standard, adding network and application layers, as well as application objects and cluster libraries that allow vendors to customize their solution. This course takes a layered approach to explaining how ZigBee networks work. It starts with a detailed explanation of the 802.15.4 physical and MAC layers. It then takes the student through the evolution of ZigBee network layer, covering ZigBee 2007, ZigBee PRO, and ZigBee IP.  See the course details here.

The IEEE 802.15.4 is the dominant wireless standard for sensor products and networks that are being deployed in homes, industrial environments, and utility networks. It is the wireless technology that underlies most sensor networks, including ZigBee, ISA-100 Wireless, WirelessHART, and Wi-SUN.

This course details the 802.15.4-2003 and 2006 MAC and PHY. It compares and contrasts the operational differences between a beacon-enabled network and a non-beacon enabled network. The course also cover the 802.15.4e,g enhancements, which extend the 802.15.4 PHY and MAC specification to meet the industrial control and smart metering application requirements. While ZigBee is based on the earlier 802.15.4 specifications, these enhancements provide the base on which the WirelessHART, ISA100-wireless, and WiSUN specifications are built. See the course details here.

The course begins with an explanation of the different standards activities focused on vehicular communications. It then focuses one of the most important standards; theIEEE 802.11p and the  IEEE 1609 standards for Wireless Access in Vehicular Environments (WAVE).

IEEE 802.11p WAVE is an amendment to the 802.11 standards to support wireless communications in a high speed vehicular environment. IEEE 1609 WAVE provides the higher layer standards to support fast reliable messaging over an 802.11p wireless network, supporting applications such as electronic toll payments, the broadcast of safety and traffic information, and vehicle-to-vehicle (V2V) communications.

This class is ideal for anyone looking for skills and knowledge on WAVE or needing to understand the technologies that are enabling the Internet of Things (IoT).  See the course details here.

Wireless Internet Service Providers emerged to fill a competitive role for Internet Access.  This course focuses on the fundamentals of what it takes to operate a WISP or add WISP functionality to a wired/fiber network.  From tower planning, backhaul network design, planning and operational tools, to key skills, this course provides a fundamental understanding of what it takes to operate and maintain a WISP.

Wireless LAN Operations and Maintenance support skills are key to anyone working in the Service Provider or Enterprise maintenance and operations roles.  This course focuses on WLAN implementation, maintenance, and troubleshooting using state of the art tools and lab exercises to practice and develop skills students can then utilize in their job functions.