C.C.P. combines HFSS 3D electromagnetic simulation with validation in our own high-frequency laboratory to deliver coaxial probe solutions for 5G, LTE, Bluetooth and other RF ICs. Insertion loss -1dB @ >50 GHz, 50Ω impedance.
Insertion Loss -1dB Frequency
Characteristic Impedance
Min. Pitch
High Frequency Solutions
C.C.P. uses HFSS to simulate probe performance inside the fixture, then verifies it in our own high-frequency laboratory with TDR, network analyzers and an RF probe station. Coaxial probe designs are available for Bluetooth, GPS, LTE, 5G and other RF IC testing.
5G / LTE
Bluetooth / GPS
BGA / CSP / QFN
Design Concept
HFSS SIMULATION
HFSS simulates S-parameters, inductance and impedance, so the optimal probe can be selected before a custom fixture is designed — improving signal integrity (SI).
RF LAB VERIFICATION
Our dedicated high-frequency laboratory is equipped with TDR, network analyzers and an RF probe station to measure real fixture and probe performance and verify the simulation results.
Specifications
| Specification | Value |
|---|---|
| Insertion Loss | -1dB @ >50 GHz (coaxial probe) |
| Return Loss | -20dB @ >30 GHz |
| Impedance | 50 Ω |
| Pitch Range | 0.65 ~ 1.00 mm |
| Applicable Packages | BGA / CSP / QFN / QFP |
| Frequency Bands | Bluetooth / GPS / LTE / 5G |
Applications
HIGH FREQUENCY TESTING
For high-frequency testing of 5G, LTE, Bluetooth, GPS and other wireless ICs. C.C.P. coaxial probes reach beyond 50GHz for accurate signal measurement.
Insertion loss -1dB @ >50 GHz
Return loss -20dB @ >30 GHz
Suitable for Bluetooth / GPS / LTE / 5G / Wi-Fi ICs
COAXIAL PROBE
Coaxial probes in a GSG arrangement support high-frequency functional testing of high-speed BGA and CSP packages, with a 50Ω impedance design that preserves signal integrity.
Coaxial design reduces signal crosstalk
HFSS simulation plus measured validation
Supports pitches of 0.65mm and above
C.C.P. provides custom solutions. Have a special requirement? Our engineers are ready for your challenge.
