The iPrece custom RF cable assembly builder serves as your engineering tool for configuring coaxial harnesses. Design your specifications online or upload an existing BOM for 100% VNA-verified assemblies up to 110 GHz.


As an RF cable assembly manufacturer, we scale production from 50 to 50,000 units with verified 50 Ω stability and full lot traceability.
Automated workflows eliminate human error, ensuring exact mechanical tolerances, repeatable VSWR, and strict phase stability.

Automated Stripping

IPC Soldering

RF Testing

Protected Packaging
We build custom RF cable assemblies from a vast component library. Submit drawings for rapid build-to-print manufacturing.
Upload Your BOM / Drawing| Connectors | Precision SMA, N-Type, TNC, BNC, MCX, MMCX, SMP, 2.92 mm, 2.4 mm, 1.85 mm, FAKRA. |
|---|---|
| Coaxial cables | Low-loss LMR series, formable semi-rigid, micro-coaxial, RG precision series, phase-stable test cables |
| Popular assemblies | SMA to SMA coaxialN-Type to SMA Semi-rigid assemblies |
Guaranteed repeatability
Automating manufacturing workflows maintains exact physical tolerances across batches. This guarantees unit 1 performs identically to unit 10,000.
Committed lead times
Bypassing third-party delays secures direct manufacturing timelines. Expect rapid 2-3 week fulfillment for complex assemblies.
Blanket Orders
Locking in upfront pricing enables staggered annual shipments. Optimize floor space and manage cash flow efficiently.
Material inspection
MIL-STD-105E audit
Precision stripping
Automated laser prep
Connector assembly
IPC-A-620 certified
VNA verification
100% swept RF
ESD packaging
Full lot traceability
Submit your custom RF requirements for a verified technical review and formal wholesale pricing within 24 hours.
We validate every custom RF cable assembly through documented testing workflows.
We operate as your direct manufacturing arm. Secure committed volume pricing, priority scheduling, and long-term integration.
PIM performance validated across custom low-loss RF assemblies for a 5G infrastructure rollout. Fulfillment executed in 3 weeks.
Flex cycles achieved without electrical degradation in phase-stable oncology harnesses. Tested under continuous dynamic motion.
Maximum VSWR maintained up to 40 GHz for airborne radar installations. Validated via serialized sweeps.
Bypass standard catalog limits and submit your interconnect specifications for a 24-hour engineering review.
Start Your RFQ