Omnetics' Dual Row Nano-D connectors meet or exceed the requirements for Mil-DTL-32139. These rugged high-reliability Dual Row Nano-D connectors occupy less space and reduce the weight of the interconnect system for critical miniaturized electronic modules.

Omnetics’ Micro Strip connectors are COTS and Standard connectors that include latching options and apply the rugged Mil Spec Flex pin and socket system including a fine pitch board mount option with high quality solder contacts. They are designed for extreme conditions where space and weight are a premium. These low profile micro-miniature connectors are available in a wide variety of configurations including both single and dual row connections to meet your board-to-board or cable-to-board interconnect requirements.

Omnetics’ High-Reliability Nano Strip connectors are designed for high shock and vibration conditions where space and weight are a premium. These ultra-low profile nano-miniature connectors are available in a wide variety of configurations to meet your board-to-board or cable-to-board interconnect requirements.

Omnetics specializes in miniature connectors and small wire gauge interconnects. Each market has unique and demanding requirements, whether it be medical, military/defense, aerospace, space, or industrial. Omnetics is well suited to meet the cable harness needs of our customers, with IPC-610 and IPC-620 trained workers on-site. Our experienced staff of sales, engineering, and manufacturing professionals make cable harness projects a hassle-free experience. A wide range of cable and wire configurations are available. The Nano product line, with .025” (.635mm) pitch, accepts AWG conductors in the range of 30-38 AWG. The Micro product line, with .050” (1.2 mm) pitch, accepts conductors with 26-30 AWG in general. Smaller AWG wire can be accommodated in both product lines with special considerations. With such small wire sizes, tensile strength is often a major concern. Omnetics has many solutions for this problem, including high-strength copper alloys, high-strength Kevlar® or Nomex® strength members, miniature strength members impregnated in the stranded conductor bundle, and more. These techniques enhance ruggedness and durability, and ensure the cable harness will not fail in the field.