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Gigabit Ethernet – IEEE 802.3z The Choice of a New Generation. ECE 4006c G2- Gigabit Ethernet Intel/Agilent TX Javier Alvarez, gte006r Astou Thiongane, gt3083a Ebrima Kujabi, gte212s. Background Coverage. General Introduction to the Ethernet The IEEE Ethernet Standards -802.3z
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Gigabit Ethernet – IEEE 802.3zThe Choice of a New Generation ECE 4006c G2- Gigabit Ethernet Intel/Agilent TX Javier Alvarez, gte006r Astou Thiongane, gt3083a Ebrima Kujabi, gte212s
Background Coverage • General Introduction to the Ethernet • The IEEE Ethernet Standards -802.3z • Single Mode V. Multimode Fiber • The Specifics of the Project -The Intel Ethernet Card - The Maxim Evaluation Board (MAX3287SW EV KIT)
Evolution of the Ethernet • The Internet Revolution and the need for ever Increasing Bandwidth • The Ethernet Advantage: - Increase in Efficiency - Larger Capacity - Lower cost - Simpler Networks
SMF v. MMF • SMF - Core Size 9um - 2km w/o losses - No bouncing off cladding • MMF - Core Size 50-100um - Graded v. Step-Index • Graded Index MMF is what is most common
The Specifics of the Project • The Intel PC Card • The OE Module - Transceiver • The transmitter -MAX3287SW EV KIT
Testing Procedures • The Eye Mask from IEEE 802.3z - Distinction between logical 1 and 0 • Bit Error Testing • Signal Analysis