`July 11th & 12th, 2000
`
`Power, Detection and Discovery
`over the
`Existing Ethernet Wiring
`
`By CMS Technologies
`
`Juniper Ex 1030 - 1
`Juniper v Chrimar
`IPR2016-01397
`
`
`
`Power on the 802.3 connection
`Characteristics of Method
`
`Low Energy and Low Frequency
`
`Either Pair and Either Location
`
`Common and Differential Modes
`
`Physical ID mirrors (and extends) logical MAC
`
`No Logical dependencies - 100% Physical
`
`No Gaps in Physical Control
`
`Juniper Ex 1030 - 2
`Juniper v Chrimar
`IPR2016-01397
`
`
`
`Power on the 802.3 connection
`System Description
`
`Current Loop
`
`Power Source
`
`Detector Circuitry
`
`Optional ID Circuitry
`
`Juniper Ex 1030 - 3
`Juniper v Chrimar
`IPR2016-01397
`
`
`
`Power on the 802.3 connection
`System Description
`
`Switch/Hub
`
`EtherLock
`
`End Station/DTE
`
`1/4
`
`2/5
`
`3/7
`
`6/8
`
`Source
`
`Loop
`
`Load
`
`Juniper Ex 1030 - 4
`Juniper v Chrimar
`IPR2016-01397
`
`
`
`Power on the 802.3 connection
`Demonstration of System
`
`EtherLock - Connection Integrity
`
`EtherLock ID - DTE Identification
`
`EtherLock Peripherals - DTE Operation
`
`Juniper Ex 1030 - 5
`Juniper v Chrimar
`IPR2016-01397
`
`
`
`Power on the 802.3 connection
`Common Applications of System
`
`Asset and Network Security
`
`Asset and Network Management
`
`Power and Connection Control
`
`Juniper Ex 1030 - 6
`Juniper v Chrimar
`IPR2016-01397
`
`
`
`Power on the 802.3 connection
`Benefits
`
`No Logical Dependencies
`
`Existing Infrastructure
`
`No Network Traffic
`
`Real Time
`
`Juniper Ex 1030 - 7
`Juniper v Chrimar
`IPR2016-01397
`
`
`
`Power on the 802.3 connection
`802.3af Committee Outcome
`
`Market Makers
`
`Engineers
`
`Customers
`
`Thank you!
`
`Juniper Ex 1030 - 8
`Juniper v Chrimar
`IPR2016-01397
`
`