For the establishment of 5G and local 5G environments. We offer a one-stop solution for the components needed for measurement environments.
Waka Manufacturing provides connectors, adapters, cables, and components compatible with the millimeter wave band, necessary for building measurement environments that include the millimeter wave band. 【Product Lineup】 ◎ For evaluation with board mounting "End-launch Connector (2.92mm K/J)" Features: Can be mounted without soldering, easy to implement and repair. ◎ For connection between measuring instruments and DUT "Adapter Series (2.92mm K)" Features: Miniaturized type managed for equal length in the series. "Waka Cable Series" Features: High shielding effectiveness and minimal phase change, making forming easy. Easy to route even in small spaces, suitable for low-loss device evaluation. ◎ For providing simple measurement environments "RF Module Series" Features: Offers up/down converters, synthesizers, VCOs, amplifiers, and filters. "Omni Antenna" Features: Omnidirectional, standard antenna for measurement systems. *We can provide one-stop proposals and offerings. For more details, please refer to the materials. Feel free to contact us.
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basic information
【Specifications】 ◎Connector "End Launch Connector (2.92mmK/J)" Frequency range: DC to 40GHz ◎Adapter (2.92mmK) Types: 2.92mmK/J-J, 2.92mmK/J-P, 2.92mmK/P-P (Equal length management) Frequency range: DC to 45GHz ◎Cable Types: Semi-rigid cable, Flexible cable, Soft rigid cable, Low loss flexible cable Frequency range: DC to 40GHz ◎Components "RF Module Series" Frequency range: 10 to 40GHz "Omni Antenna" Frequency range: 24 to 44GHz *For more details, please refer to the materials. Feel free to contact us with any inquiries.
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Applications/Examples of results
1. End-launch connector (2.92mm/J) Evaluation of devices mounted on the substrate, etc. 2. Connector and cable Evaluation in development measurement systems and inspection lines, etc. 3. Components (RF modules & antennas) Experiments and evaluations of 5G communication systems Standard antenna for measurement systems
Detailed information
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- Easy to repair as it can be implemented without soldering. - Compatible with any board thickness (0.2 to 1.7 mm).
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Three types are prepared: 2.92mm K/P-P, 2.92mm K/P-J, and 2.92mm K/J-J. All are designed for equal length management, achieving miniaturization as well.
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Achieves a low profile through a special cable processing method, maintaining stable performance even in an L-shaped configuration in the millimeter wave band (equivalent to straight).
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Excellent shielding properties with minimal phase change, can be manufactured in any length.
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Suitable for routing in small spaces, the cable is soft and easy to handle, and shows little degradation in high-frequency characteristics even when formed.
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Our company's unique low-loss semi-rigid cable serves as the base, achieving minimal phase change, flexibility, and lightweight design, making it suitable for measurement applications.
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Achieves low loss while maintaining flexibility, suitable for demanding high-frequency measurement applications.
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It has a robust structure, is usable over a wide frequency range, and is suitable as a standard antenna for measurement systems due to its omnidirectionality. Frequency range: 24GHz to 44GHz
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By combining various RF modules such as up/down converters, synthesizers, VCO modules, and RF amplifiers, it can be used for experimentation and evaluation of 5G communication systems. The adoption of SMPM connectors for the interface enables miniaturization.
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Company information
Waka Manufacturing Co., Ltd. has developed connectors that support millimeter waves at 110GHz. "Towards higher frequencies" is Waka Manufacturing's development policy for coaxial connectors. The expertise pursued in high frequency is applied to all connectors as high reliability. We are also constantly working on enhancing our new lineup and accommodating user custom-made requests. Waka Manufacturing will continue to challenge itself in pursuit of even higher frequencies and reliability in line with the advancement of electronics.