Choose an appropriate logic family for functionality purposes. Do not use high-speed components when another logic family with a slower edge rate is acceptable. Components with fast edge rates generates greater amounts of spectral bandwidth of RF energy than devices with a slightly slower edge rate. Manufacturers of components rarely specify the minimum edge rate only the maximum rise and fall time to guarantee functional performance. 

Minimize inductive trace lengths of components by not using sockets for through-hole devices.

Select logic components with power and ground pins located in the middle and not on the corners. This minimizes lead length inductance and ground loops created by decoupling capacitors.

When selecting a decoupling capacitor, take into consideration the point source of charge a logic device requires for functionality. This is in addition to the resonant frequency required for removal of high-frequency RF currents developed from the component switching all pins simultaneously under maximum capacitive load.

Take into consideration the lead length of radial and axial capacitors when selecting a capacitor for a particular self-resonant range of frequency.