High Speed - Samtec High Speed cable assemblies utilize high speed connectors and cable to achieve high performance (i.e. low insertion loss) with either 38 AWG micro ribbon coax cable or 30 AWG ribbon twinax cable.

Discrete Wire - Samtec's Discrete Wire Assemblies are available in a wide variety including MMSS/MMSD, and SFSD/TFSD/TFSS.

Flex Circuits - Flex Circuits as a cable medium is a perfect solution for medium to high speed applications (typically up to 1.5 GHz or 3 Gbps), relatively short lengths (3"-12" typically, while the max length is about 22"), and where price is particularly sensitive (but still need signal integrity). Standard products are available with either 2 or 4 layer flex circuits and on .5mm, .8mm, 1mm, .050", and 2mm centerlines. If one of our standard Flex Circuits doesn"t work for your specific applicaiton, we also have available custom data links. Samtec Sudden Circuits® are quick-turn, highly configurable, high speed data links for both low and high volume applications. Try our Flex Circuit Solutionator™ easy on-line builder.

I/O - Samtec's High Speed and High Speed I/O Cable Assemblies are available with a variety of I/O connectors including Edge Rate, High Density, Low Skew, and HDMI.

RF - Samtec's RF Series is a RF cable assembly that terminates to MCX, MMCX, SMA, MHF, and other RF connectors. As Samtec builds the complete cable assemblies, procurement is easy.

IDC - Samtec has a wide variety of Rugged Insulation Displacement Cable Assemblies on .100" (2,54mm), 2mm (.0787"), and .050"(1,27mm) pitch including both male and female as well as single and double row assemblies.

Sealed I/O Systems - Acclimate™ Sealed I/O Systems are ideal for IP68 Sealed applications and are available in Circular designs with rugged Tiger Eye™, USB, Ethernet, Power, and High Density inserts as well as Rectangular designs with High Density, Ethernet, and Power inserts.

EQRF - The EQRF Series is a combination cable assembly that has a Samtec .8mm (.0315") QTE/QSE Q Strip® high speed connector on one end split out with discrete RF connectors on the other ends.