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SMP terminators are ultra-compact RF terminations designed for high-frequency applications up to 40 GHz. Featuring a snap-on interface, they are ideal for dense packaging, board-to-board systems, and miniaturized RF modules. These 50-ohm terminators ensure excellent signal integrity and are perfect for precision testing and embedded designs.

Base Products

TER18SMPF

TER18SMPF

RF TER, SMP, 18GHz,2W, Female, Stainless Steel, Gold Plated, Wide Frequency, Reliable
TER40SMPF

TER40SMPF

RF TER, SMP, 40GHz,2W, Female, Stainless Steel, Gold Plated, Wide Frequency, Reliable
TER18SMPM

TER18SMPM

RF TER, SMP, 18GHz,2W, Male, Stainless Steel, Gold Plated, Wide Frequency, Reliable

Category Insights

SMP terminators are used to provide proper 50-ohm termination in high-frequency circuits where space is limited. They absorb RF signals to prevent reflections and interference, making them ideal for compact RF modules, chip-level test environments, and board-to-board interconnects in advanced communication systems.
SMP terminators typically support frequencies from DC up to 40 GHz. Their high-frequency capabilities and low VSWR performance make them suitable for microwave and millimeter-wave applications where signal accuracy and reliability are critical, such as in aerospace, 5G, and defense systems.
SMP terminators are much smaller and feature a snap-on interface, which allows easy connection and disconnection without threading. This makes them ideal for tight spaces and high-density designs, while still delivering excellent performance up to very high frequencies.
While SMP connectors are designed for compactness and moderate mating cycles, many terminators are built for test environments and can handle repeated connections. However, care must be taken during handling to avoid misalignment or damage due to their miniature size.
SMP terminators are commonly used in radar systems, satellite payloads, RF testing environments, and compact communication devices. Their small form factor and high-frequency performance make them ideal for embedded systems, chip testing, and applications where size and signal precision are both critical.