Ethernet school training courses in Boston, MA (public, in-house or online)

After completing this course the student should be able to:

Describe the position of the Cisco ONS 15454 ML-Series cards in the data and telephony network.
Specify a network configuration for multi-layer Ethernet services using the ONS 15454based on a given set of requirements.
Specify equipment and connections at the network and node levels per application.
Identify the components and equipment that comprise Cisco Metro Ethernet.
Describe the Metro Ethernet deployment alterna...

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This course is designed to develop a practical understanding of the Cisco ONS 15454 SONET Multiservice Provisioning Platform (MSPP) and its new switching capabilities. Using Cisco Transport Controller (CTC) and Cisco IOS Software, students learn how to provision Layer 2, including VLANs, Rapid Spanning-Tree Protocol, and Resilient Packet Ring (RPR), on the ML-Series Multilayer Ethernet line cards. The labs allow students to build an optical SONET network and implement Cisco Systems Metro Etherne...

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This lecture is a fast-paced technical introduction to iSCSI and storage networking applications that can leverage familiar and affordable TCP/IP infrastructures.

iSCSI is an industry standard implementation of the SCSI storage protocol mapped to TCP/IP frames. iSCSI allows a Gigabit Ethernet connection to serve as a data storage interconnect.

iSCSI enables a variety of applications, including:

Storage Area Networks (SANs)

High-speed file sharing (next generation NAS)...

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The Brocade Certified Ethernet Fabric Engineer exam has these objectives:

Theory and Concepts
Describe Layer 2 traffic forwarding behavior in an Ethernet fabric
Describe DCB concepts
Describe FCoE uses in an Ethernet fabric
Describe Brocade hardware trunking, ISLs, and VLAGs
Describe features and functions of TRILL
Describe MAC behavior in an Ethernet fabric
Describe Brocade AMPP technology
Describe Ethernet fabric formation
Hardware and Product Features
D...

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Approaches to adding Ethernet to embedded designs in the past have been expensive and complex. Through its market introduction of the PIC18F97J60 family, Microchip has removed these barriers by developing a single-chip, Ethernet PIC microcontroller. This webinar will help you become familiar with the PIC18F97J60 family, its basic features and positioning. It will also discuss target applications and the development tools and additional support that are available to accelerate the designer’s time...

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