MARCONIE™ Original
The MCE-HF520 Microwave Link
This premium RF microwave cable is designed for precision measurement applications requiring
excellent phase stability, low insertion loss, and high shielding performance. The cable ensures superior
electrical consistency under dynamic bending conditions. The Tri-Shield structure offers excellent
EMI protection and minimizes signal leakage, suitable for demanding RF test environment.
Streamline Your High-Volume Procurement Workflow
Max Frequency
26.5 GHz
High Precision Range
Impedance
50 Ω
Standard RF Reference
Velocity of Propagation
76%
Low Latency Signal Path
Shielding Effectiveness
100 dB
Tri-Shield™ Architecture
Voltage Withstand
1500 V (DC)
Dielectric Strength
- Data derived from Marconie Series 520 Standard Testing. Results may vary ±3% based on connector termination.
Inside the Cable
Precision Engineered for Signal Integrity
Every layer is purpose-built to reduce interference, enhance durability, and deliver consistent performance.
Center Conductor
Silver-Plated Copper
Dielectric
Low-Density PTFE
Outer Conductor
Silver Plated Copper Ribbon
Inner Layer
Aluminum Laminate
Outer Shield
Silver Plated Copper
Jacket
High-Durability Polymer
MCE-HF520
Microwave Assembly
Our interconnects are the backbone of advanced wireless systems, trusted in laboratories and operational theatres where signal fidelity is paramount.
Technical Build
Precision for the Field
Our interconnects are the backbone of advanced wireless systems, trusted in laboratories and operational theatres where signal fidelity is paramount.
5G & Telecom
Ideal for Base Station testing and massive MIMO infrastructure.
Aerospace & Defense
Engineered to withstand MIL-STD environmental stress.
Automotive Radar
Reliable connectivity for ADAS and EV battery management.
VNA Calibration
Zero-uncertainty links for laboratory-grade testing.
B2B Workflow Efficiency
Expedite Your Project Procurement
For high-volume corporate POs or complex Bill of Materials (BOM) requests, skip manual configuration. Upload your requirements and our application engineers will respond with a technical proposal within 24 hours.
- Bulk BOM Processing
- Dedicated Engineering Support
- Priority Stock Allocation
- Dedicated Engineering Support
Precision Guaranteed
Connect with our Chennai-based technical sales team for specialized component procurement.
VNA Verified. Traceable Data.
Every MCE assembly undergoes 100% Vector Network Analyzer (VNA) verification. We validate VSWR and Insertion Loss against your exact custom specifications before dispatch.
Standard
NABL & ISO Compliant
Protocol
100% Sweep Verification
Documentation
Serial Link Traceability
Max Frequency
26.5 GHz
High Precision Range
Impedance
50 Ω
Standard RF Reference
Velocity of Propagation
76%
Low Latency Signal Path
Shielding Effectiveness
100 dB
Tri-Shield™ Architecture
Voltage Withstand
1500 V (DC)
Dielectric Strength
- Data derived from Marconie Series 520 Standard Testing. Results may vary ±3% based on connector termination.
Tri-Shield™ Anatomy
Center Conductor
Silver-Plated Copper
Dielectric
Low-Density PTFE
Outer Conductor
Silver Plated Copper Ribbon
Inner Layer
Aluminum Laminate
Outer Shield
Silver Plated Copper
Jacket
High-Durability Polymer
6-Layer Integrity
Optimized shielding layer sequence providing > 100dB isolation—essential for high-density 5G and satellite testing.
VNA Verified. Traceable Data.
Every MCE assembly undergoes 100% Vector Network Analyzer (VNA) verification. We validate VSWR and Insertion Loss against your exact custom specifications before dispatch.
Standard
NABL & ISO Compliant
Protocol
100% Sweep Verification
Documentation
Serial Link Traceability
Knowledge Base
Engineering Support FAQ
Phase Drift Parameters
The MCE-HF520 is optimized for laboratory stability. We guarantee phase drift of < 2° at 26.5 GHz under standard flexing operations.
Custom Termination Options
We manufacture SMA, N-Type, and 2.92mm interfaces in male, female, and bulkhead variants to match your specific Device Under Test (DUT).
Passive Intermodulation (PIM)
Our materials are selected to ensure minimal PIM interference, typically sustaining levels below -160 dBc for telecom applications.
Corporate Lead Times
Standard configured items dispatch within 72 hours. Custom manufacturing runs (100+ units) typically ship within 10-14 business days.