Features: 10-Gbps Ethernet LAN PCS With 64b/66b ENDEC 10-Gbps Media-Independent Interface (XGMII) Using 2.5-V SSTL Class 2 Technology 10-Gbps 16-Bit Interface (XSBI) Using LVDS Technology IEEE 802.3 Management Data Interface (MDIO) Advanced 0.18-m CMOS Technology Less Than 1.5 W Power Consumption...
DLKPC192S: Features: 10-Gbps Ethernet LAN PCS With 64b/66b ENDEC 10-Gbps Media-Independent Interface (XGMII) Using 2.5-V SSTL Class 2 Technology 10-Gbps 16-Bit Interface (XSBI) Using LVDS Technology IEEE 802....
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The DLKPC192S performs all physical coding sublayer (PCS) functions for proposed IEEE 802.3ae/D2.0 10-Gbps Ethernet serial network (LAN) connections.
The DLKPC192S connects to the media access control (MAC) and all higher layers of the OSI protocol stack via the 10-Gbps media independent interface (XGMII). The XGMII consists of two unidirectional buses, each with 36 information bits (32 data bits, 4 control bits) plus a clock. The XGMII interface is implemented using 2.5-V, SSTL Class 2 technology. The DLKPC192S connects to physical media via the 10-Gbps 16-bit interface (XSBI). The XSBI bus consists of two unidirectional buses, each with 16 data bits plus a clock. The XSBI interface is implemented utilizing low-voltage differential signaling (LVDS) technology. The DLKPC192S encodes and decodes data using the 64b/66b coding algorithm and provides clock tolerance compensation when needed.
The DLKPC192S can be used in systems where printed-circuit board (PCB) traces between the media access control device and the serializer/deserializer device are sufficiently short, as shown in Figure 1.
Systems requiring PCB traces longer than 6 inches can be implemented by using the TLK3114SA XGMII external sublayer device to increase the allowable PCB trace length to greater than 20 inches, as shown in Figure 2.