Control feedline loss on long antenna runs while leaving room for cable bends and connector access. Specify 50 Ω N Type cable assemblies in N-to-N configurations or with SMA, RP-SMA, BNC or TNC at the opposite end. Cable options include LMR-400 for low-loss feeds. Selected precision microwave assemblies support up to 18 GHz. Straight and right-angle ends accommodate tight routing, with bulkhead mounting and weather sealing available where required. Request a quote for custom RF cable assemblies with the finished length, operating band, insertion loss and VSWR limits, and PIM test conditions where applicable.
Submit your custom RF requirements for a verified technical review and formal wholesale pricing within 24 hours.
Choose a common interface pairing, then customize the cable, length, connector details, and protection in our assembly tool.
For antenna feeds, base stations, and longer outdoor RF runs.
Configure →02Connects N Type equipment ports to compact RF and microwave devices.
Configure →03Connects N Type antenna feeds to Wi-Fi and wireless equipment with RP-SMA ports.
Configure →04Links N Type RF hardware with test, radio, and communications equipment.
Configure →05For secure threaded connections between N Type and TNC equipment.
Configure →06For compatible broadband and video equipment; impedance must be specified.
Configure →Use these specifications to configure your cable family and second connector interface.
| Cable | Best for | Flexibility | Loss | Frequency |
|---|---|---|---|---|
| Flexible RF coax | General RF equipment and shorter runs | High | Moderate | Up to 11 GHz selected |
| Double-shielded flexible coax | Higher power and improved shielding | Medium | Low–moderate | Up to 11 GHz selected |
| Low-loss flexible coax | Longer antenna and infrastructure runs | Medium | Low | Up to 6 GHz typical |
| Ultra-flexible low-loss coax | Tight routing and repeated handling | High | Low–moderate | Up to 6 GHz typical |
| Low-PIM feeder cable | DAS, cellular, and outdoor antenna systems | Low–medium | Low | Up to 6 GHz typical |
| Precision microwave coax | Microwave systems and test equipment | Medium | Low | Up to 18 GHz selected |
Final compatibility and performance are confirmed during engineering review.
Selected N type cable assemblies extend to 18 GHz while supporting the low-loss cables, higher power levels, outdoor sealing, and low-PIM performance.
Low-loss and feeder cables preserve more signal across extended routes.
Larger cable constructions reduce conductor loss and heat buildup.
IP67-rated ends, sealing boots, and weather-resistant jackets are available.
Project-defined low-PIM builds and reports support DAS and wireless infrastructure.
N Type cable assemblies are suited to RF paths that are long, exposed, high-power, or sensitive to passive intermodulation.
Low-PIM links between antennas, radios, and distribution equipment.
Weather-sealed, low-loss feeds for extended cable runs.
Connections for transmitters, amplifiers, and RF distribution systems.
Secure threaded interconnects for laboratory, field, and vehicle equipment.
An N Type cable assembly is a ready-to-install 50 Ω RF interconnect made from coaxial cable terminated with an N Type connector on one or both ends. The larger threaded interface is commonly chosen for antenna feeds, RF equipment links, and longer cable runs where secure mating, low loss, higher power capacity, or outdoor durability matters.
Review the mechanical, environmental, and material specifications for custom N type assemblies below. Standard configurations operate through 11 GHz, extending to 18 GHz.
Parameter | Available range or options |
Connector ends | N Type plug or jack / straight or right-angle / standard or bulkhead |
Interface combinations | N Type to N Type or mixed-interface |
Cable diameter | Approximately 2.5 mm to 15 mm selected |
Assembly length | Standard / custom physical length / custom electrical length |
Minimum bend radius | Cable-specific |
Operating temperature | −55°C to +125°C typical |
Environmental protection | IP67-rated ends selected / sealing boots / UV-resistant and weatherproof jackets |
Mechanical protection | Heat shrink / strain relief / armor / protective coverings |
Manufacturing standards | MIL-DTL-17 / MIL-STD-348 / IPC/WHMA-A-620, where applicable |
Every iPrece N Type cable assembly is verified as a complete RF path. Test reports are available for incoming inspection, system qualification, and traceable repeat orders.
Continuity and Hi-Pot testing verify conductor continuity, dielectric isolation, and termination integrity after assembly.
VNA verification confirms insertion loss, return loss, and VSWR across the specified operating range.
PIM testing and reports are available for low-PIM antenna, DAS, and wireless-infrastructure assemblies.
Dimensional and workmanship inspection verifies finished length, connector orientation, bulkhead position, strain relief, protective components, and labeling against the approved drawing.
Standard N Type assemblies operate through 11 GHz, while selected extended-frequency builds support up to 18 GHz. The actual limit depends on the cable, connector design, length, body style, power level, and required VSWR.
Yes. Mixed-interface assemblies can connect N Type to SMA, BNC, TNC, QMA, 7/16 DIN, and other compatible RF interfaces. Both ends can be specified by series, gender, orientation, and mounting style.
Power handling depends on the cable diameter, connector transition, frequency, VSWR, ambient temperature, and installation conditions. Provide the CW and peak power levels so the complete assembly can be sized and verified for the application.
Yes. Selected assemblies use IP67-rated type N connectors with compatible bulkheads, sealing boots, strain relief, and weather-resistant jackets. The IP rating applies under the specified mating and installation conditions.
Yes. Low-PIM cables and connector combinations are available for antenna, DAS, and wireless-infrastructure applications. Specify the required PIM limit, test frequencies, and test power to receive a configuration-specific report.
<p>Select your specifications online or upload complete drawings for engineering review.</p>