We specialize in custom machining of 6G network terahertz cavities and components, from submillimeter-wave resonators to mmwave waveguide parts.
We deliver tailored fabrication of terahertz cavities, brackets, flanges, and sub-MMWV structures, supporting research labs and companies with reliable, high-quality custom parts for advanced frequency applications! ensuring tight tolerances for demanding 6G, THz, and communication systems!
In a landmark achievement for global telecommunications, the world’s first fully operational 6G network has been successfully deployed in Nanjing, China. This revolutionary terahertz (THz)-based city network marks a giant leap beyond 5G, delivering unprecedented data rates, near-zero latency, and massive device connectivity. Operating in the submillimeter-wave and millimeter-wave frequency bands, Nanjing’s 6G infrastructure is now powering smart city applications, immersive extended reality, and real-time holographic communications.
At the heart of this breakthrough lies advanced terahertz technology. The extreme frequencies that make 6G possible—ranging from 100 GHz to over 1 THz—demand ultra-precise hardware. This is where we come in. As a dedicated manufacturer of custom terahertz cavities and precision components, we specialize in machining the critical parts that enable reliable sub-MMWV and mmwave communication systems. Our portfolio includes high-tolerance THz cavities, waveguide flanges, resonant structures, and custom brackets—all tailored for demanding 6G, aerospace, and research applications.
We understand that building a city-scale 6G network requires components with sub-micron accuracy and superior surface quality. That is why leading system integrators and research labs in Nanjing trust our expertise. Whether you need prototypes or volume production, we deliver consistency, performance, and fast turnaround.
Nanjing’s 6G success opens a new era for connectivity—and your projects can benefit from the same high-quality hardware. For inquiries about custom terahertz cavities, millimeter-wave parts, or complete sub-MMWV assemblies, please contact us today. Let us help you shape the future of wireless communication.
terahertz RF Devices, millimeterwave RF waveguides, THz products for 6G network communication
| terahertz Type | 6G Device | Parameters | |||||||
|---|---|---|---|---|---|---|---|---|---|
| Transmission Line | Rectangular Waveguide (WR-10) | 75–110 GHz, IL <0.1 dB/cm, VSWR <1.1 | |||||||
| Rectangular Waveguide (WR-2.8) | 260–400 GHz, IL <0.5 dB/cm | ||||||||
| Coplanar Waveguide (CPW) | DC–110 GHz, IL 0.2–0.5 dB/mm | ||||||||
| Antenna | Horn Antenna | Gain 15–25 dBi, Beamwidth 10°–30°, RL >15 dB | |||||||
| Leaky Wave Antenna | Scan +/-45°, Gain 12 dBi, Band 24–30 GHz | ||||||||
| Lens Antenna (Teflon/Silicon) | 100–300 GHz, Gain 30–35 dBi, Aperture Eff. >60% | ||||||||
| Passive | Orthomode Transducer (OMT) | Rel. BW 20%, Isolation >30 dB, IL <0.5 dB | |||||||
| Diplexer / Triplexer | IL 1–2 dB, Isolation >50 dB, Power 10–20 W | ||||||||
| Directional Coupler Coupling | 10–20 dB, Directivity >20 dB, IL <0.3 dB | ||||||||
| Circulator / Isolator | Isolation >20 dB, IL <0.5 dB, RL >18 dB | ||||||||
| Bandpass Filter (Waveguide) | Fc 28/39/110 GHz, 3dB BW 5–10%, IL 1–2 dB | ||||||||
| Active | Subharmonic Mixer | 110–170 GHz, Conv. Loss 8–12 dB, LO/RF Iso. 20 dB | |||||||
| Schottky Diode Detector | 75–110 GHz, Sens. 500–1000 V/W, NEP 10 pW/√Hz | ||||||||
| UTC‑PD Photodiode (WR-5.1) | 127–185 GHz, Pout 1–3 mW, BW 20 GHz | ||||||||
| Power Amplifier (MMIC, E‑band) | 71–86 GHz, Psat 23–27 dBm, Gain 18–22 dB | ||||||||
| LNA (InP HEMT) | 90–140 GHz, NF 3–4 dB, Gain 20–25 dB | ||||||||
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