LXT11001 Search Results

LXT11001 Datasheets (1)

Part	ECAD Model	Manufacturer	Description	Curated	Datasheet Type	PDF
LXT11001		Intel	10Gbps Ethernet XAUI-to-XGMII Transceiver Device		Original	PDF

LXT11001 Datasheets Context Search

Catalog Datasheet	MFG & Type	Document Tags	PDF
LXT11001 Abstract: No abstract text available Text: product brief Intel LXT11001 10Gbps Ethernet XAUI-to-XGMII Transceiver Device Product Description As the number of high-speed serial applications increases, the need for efficiencies in terms of power, layout options, and jitter budget become extremely important. The Intel® LXT11001 is an	Original	LXT11001 10Gbps LXT11001 USA/0302/5K/MGS/DC	PDF
"programmable on-chip termination" Abstract: MDIO clause 22 lazer diode LXT11001 LXT35401 10G BERT 10G serdes bert lazer intel xenpak Text: product brief Intel LXT35401 10Gbps XAUI-to-Quad 3.2G Transceiver Product Description The Intel® LXT35401 is a 4-channel re-timer for optical module, backplane and repeater applications. Integrated re-timing and de-skew functions simplify design trade-offs required to	Original	LXT35401 10Gbps LXT35401 10GBASE-LX4 USA/0102/5K/MGS/DC "programmable on-chip termination" MDIO clause 22 lazer diode LXT11001 10G BERT 10G serdes bert lazer intel xenpak	PDF

Catalog Datasheet

MFG & Type

Document Tags

PDF

LXT11001

Abstract: No abstract text available
Text: product brief Intel LXT11001 10Gbps Ethernet XAUI-to-XGMII Transceiver Device Product Description As the number of high-speed serial applications increases, the need for efficiencies in terms of power, layout options, and jitter budget become extremely important. The Intel® LXT11001 is an

Original

LXT11001 10Gbps LXT11001 USA/0302/5K/MGS/DC

PDF

"programmable on-chip termination"

Abstract: MDIO clause 22 lazer diode LXT11001 LXT35401 10G BERT 10G serdes bert lazer intel xenpak
Text: product brief Intel LXT35401 10Gbps XAUI-to-Quad 3.2G Transceiver Product Description The Intel® LXT35401 is a 4-channel re-timer for optical module, backplane and repeater applications. Integrated re-timing and de-skew functions simplify design trade-offs required to