This is a MicroBNC cable compatible with the CoaXPress standard Ver2.1 for machine vision interfaces. It combines a bayonet lock mechanism with a screw mechanism to achieve stable connections under shock and vibration. It has passed the patented Ver2.1 standard CXP-12 electrical compatibility test. - Features: - The adoption of a screw mechanism in the bayonet type eliminates play during engagement, enabling stable connections even under shock and vibration. - It is compatible with MicroBNC, allowing for even more stable connections. - Locking is completed by hand, enabling installation in tight spaces. - High-capacity image data can be transmitted over long distances with low latency (CXP-12 compatible).

We have released a 1.0mm wave phase adjuster compatible with the millimeter wave band (DC to 110GHz). This product is an adapter type, compact, with a variable range of 11ps (3.4mm movement), making it optimal for space-saving use.

This is a cable assembly that covers the millimeter wave band (DC to 145GHz). The product consists of a semi-rigid cable assembly combined with 0.8mm connectors, available in three types: 0.8mm plug to plug, 0.8mm plug to jack, and 0.8mm jack to jack.

We have released a conversion adapter for 1.0mmW connectors and 0.8mm connectors in the millimeter wave band DC to 130GHz. The usable frequency range has been extended to 130GHz for the product.

[Overview] This is a 1.85mm V connector for board mounting that supports high-frequency bands up to 65GHz with a screw fastening method. [Features] - Ensures good high-frequency characteristics and stable mountability - Supports high-frequency bands from DC to 65GHz in a board-mounted state - Reduces labor costs by eliminating the need for soldering, allowing for repeated use - Compatible with different board thicknesses

[Overview] This is a conversion adapter for 1.35mm connectors and 1.0mmW connectors. [Features] This series standardizes the electrical length with other adapters. [Applications] For testing and measurement, various high-frequency devices, etc. [Specifications] Operating frequency range: DC to 90GHz V.S.W.R.: DC to 40G ≦ 1.4, 40 to 90GHz ≦ 1.6

[Overview] - Product lineup ■ 3.5mm-3.5mm Adapter Type 3.5mm/J - 3.5mm/J 3.5mm/J - 3.5mm/P 3.5mm/J - 3.5mm/P ■ 3.5mm - 1.85mmV Adapter 3.5mm/J - 1.85mmV/J 3.5mm/J - 1.85mmV/P 3.5mm/J - 1.85mm/J 3.5mm/P - 1.85mm/P ■ 3.5mm-2.92mmK Adapter 3.5mm/J - 2.92mm/J 3.5mm/J - 2.92mm/P 3.5mm/J - 2.92mm/J 3.5mm/P - 2.92mm/P [Specifications] - 3.5mm-3.5mm Adapter Operating frequency range: DC to 33GHz - 3.5mm - 1.85mmV Adapter Operating frequency range: DC to 33GHz - 3.5mm - 2.92mmK Adapter Operating frequency range: DC to 33GHz [Applications] For testing and measurement, various high-frequency devices, etc.

This is a series of various adapters that convert from 2.4mm connectors to 2.4mm connectors, 1.85mmV connectors, and 2.92mmK connectors to SMPM connectors. The electrical length is standardized for each product, achieving stable characteristics over a wide bandwidth. ■ Product lineup ■ 2.4mm - 2.4mm type: 3 types Frequency range: DC to 50GHz ■ 2.4mm - 1.85mmV type: 4 types Frequency range: DC to 50GHz ■ 2.4mm - 2.92mm type: 4 types Frequency range: DC to 40GHz ■ 2.4mm - SMPM type: 4 types Frequency range: DC to 50GHz

[Overview] This is a 2.92mm connector for board mounting that supports high-frequency bands up to 40GHz with a screw fastening method. [Features] It reduces labor costs by eliminating the need for soldering and allows for repeated use.

[Overview] Component that converts coaxial lines to waveguide lines [Characteristics] - Achieves low loss and low V.S.W.R. - Lightweight and compact design for easy implementation [Specifications] Frequency range: 33–50GHz V.S.W.R: 1.5 or less Insertion loss: 0.7dB Operating temperature range: 25°C ± 20°C Connector: 1.85mm V/J Flange: UG-383/U Waveguide: WR-22 Total length: approximately 25.6mm (excluding pins)

[Overview] This product is an L-shaped coaxial adapter with a 1mmW connector. The structure achieves a low profile through a special cable processing method, and the L-shaped part is covered to enhance usability while maintaining durability. [Features] It achieves equivalent electrical characteristics to straight-type adapters. [Applications] It is ideal for improving handling in situations where there is no space to route from an extender, such as in probe stations using microscopes for millimeter-wave measurements.

The electric length has been standardized, and the small size, along with the calibration surface after calibration, can be easily replaced and used with other adapters. Operating frequency range: DC to 70 GHz.

The electric length has been standardized, and the small size, along with the calibrated calibration surface, can be easily replaced and used with other adapters. Operating frequency range: DC to 45GHz.

This antenna covers frequencies up to 65GHz, including the 5G frequency bands (28GHz and 39GHz). It can be used as a standard antenna for measurement systems. Furthermore, it is optimal as a standard antenna for measurement systems.

A cable with minimal phase change, high strength, and excellent flexibility. Ideal for measurements in the millimeter wave band (DC to 110GHz). ○ Features - Minimal phase change when bent - Excellent durability (no change in characteristics under a load of 1000N) - Flexible and easy to form - Cable length can be manufactured to any desired length (minimum length = 300mm) ○ Applications - Vector network analyzers - RF test equipment - High-frequency measurements

Conversion from waveguide to coaxial (40GHz to 60GHz) makes integration easy by adopting a linear structure. [Specifications] Flange: UG-383/U-M Waveguide: WR-19 Connector: 1.85mm V/ Plug Total length: 23.6mm (excluding pins) [Applications] Development tools for automotive radar systems Tools for next-generation communication development systems such as 5G

This is a narrow version of the end-launch connector. Compared to conventional products, the body width has been reduced by 30%, enabling high-density mounting. A feature of this series is that the connection of the connector to the circuit board is done through screw fastening, eliminating the need for soldering, which makes installation and repair easier. Operating frequency range: DC to 65 GHz Applications include evaluation when modules or devices are mounted on a substrate.

This product has developed a high-performance compression-type connector that supports high-frequency bands up to 110GHz in a 1.0mmW connector mounted on a circuit board. The connection of the connector's outer conductor to the circuit board is made easier for installation and repair by allowing only screw fastening without the need for soldering.