Click here for performance data for 0.65mm pitch models.
0.50mm Pitch Models
Superior Electrical Performance
Even with adjacent Aggressor excitation, our socket system provides a Differential Data path of ± 175mV @ 100psec and a Single-ended Data path of ± 125mV @ 140psec.
Patent pending hybrid design ensures that adjacent terminal electromagnetic coupling is trivial; greatly reducing NeXT & FeXT, while creating a pseudo-matched impedance environment; stabilizing the Insertion & Return Loss response rates.
Differential Insertion Loss
-0.40dB @ 1.0 GHz
-0.55dB @ 1.9 GHz
Differential Return Loss
-15.0dB @ 1.0 GHz
-10.0dB @ 1.9 GHz
Single-ended Insertion Loss
-0.55dB @ 1.6 GHz
-0.90dB @ 3.3 GHz
Single-ended Return Loss
-15.0dB @ 1.6 GHz
-10.0dB @ 3.3 GHz
Insertion/Extraction Force
35g avg. Insertion & 30g Withdrawal (per pin)
Electrical Models for Download
Signal Integrity Analysis and Modeling (SI Profiles, Crosstalk, Eye-Diagrams and Conclusions
in PDF format)
HSPICE Model
IBIS Model & Header Information
Touchstone Format (This file may be imported into either HSPICE or IBIS model simulators.)
ReadMe Text
0.65mm Pitch Models
Superior Electrical Performance
Even with adjacent Aggressor excitation, our socket system provides a Differential Data path of ± 175mV @ 100psec and a Single-ended Data path of ± 125mV @ 140psec.
Patent pending hybrid design ensures that adjacent terminal electromagnetic coupling is trivial; greatly reducing NeXT & FeXT, while creating a pseudo-matched impedance environment; stabilizing the Insertion & Return Loss response rates.
Differential Insertion Loss
-0.25dB @ 3.5 GHz
Differential Return Loss
-14.0dB @ 3.5 GHz
*Single-ended Insertion Loss
-0.25dB @ 3.5 GHz
Single-ended Return Loss
-20.0dB @ 3.5 GHz
Insertion/Extraction Force
35g avg. Insertion & 30g Withdrawal (per pin)
Electrical Models for Download
Signal Integrity Simulation and Modeling (SI Profiles, Crosstalk, Eye-Diagrams and Conclusions
in PDF format)
HSPICE Model
IBIS Model & Header Information
Touchstone Format (This file may be imported into either HSPICE or IBIS model simulators.)
ReadMe Text