High-Speed Connectors & Signal Integrity
High-Speed Connectors & Signal Integrity
Articles
10 entriesHigh-speed connectors explained: What engineers need to know
Discover how high-speed connectors maintain signal integrity at gigabit data rates. Learn about impedance control, shielding mechanisms, and pin layout strategies for high-frequency designs.
What is signal integrity? A beginner's guide
Understand the core concepts of signal integrity (SI) in hardware engineering. Learn how attenuation, reflections, jitter, and crosstalk affect high-speed digital signals.
Signal integrity problems in high-speed connectors
Examine the root causes of signal degradation in high-speed connectors. Learn how impedance discontinuities, mode conversion, and skew impact high-bandwidth PCB interfaces.
Insertion loss vs return loss explained
Master S-parameters for high-speed connectors. Understand the physical difference between insertion loss (S21) and return loss (S11), and how to interpret frequency response plots.
Crosstalk in connectors: Causes and solutions
Examine the physical causes of capacitive and inductive crosstalk in high-speed connectors. Learn how NEXT, FEXT, and ground-pin shielding mitigate inter-channel noise.
Impedance matching in high-speed connectors explained
Learn how impedance matching prevents signal reflections in high-speed connectors. Master characteristic impedance tuning, parasitic compensation, and footprint layout optimization.
What is differential signaling? LVDS, PCIe, USB explained
Learn how differential signaling eliminates common-mode noise and ground bounce. Explore low-voltage differential protocols including LVDS, PCIe, and USB in high-speed hardware.
How to select connectors for high-speed data transmission
Master the step-by-step selection framework for high-speed interconnects. Evaluate S-parameters, pin density, mechanical reliability, and breakout footprint layout rules.
Why connector design becomes harder at 56Gbps and 112Gbps
Explore the physical challenges of ultra-high-speed signal routing at 56G and 112G SerDes rates. Learn how PAM4 modulation, skin effect, dielectric loss, and micro-reflections impact connector design.
Differential pair routing guidelines for high-speed connectors
Master high-speed differential pair PCB layout techniques around connector breakout zones. Learn length matching, phase skew control, via placement, and reference plane continuity.