Multi-Coax Cable
Assembly Solutions
Eliminate signal skew in your 224G SerDes, PCIe 6.0, and AI accelerator validation setups. Precision-trimmed for ≤ ±2ps pair-to-pair skew with high-density configurations up to 110 GHz.
Key Specifications
Verified parameters for laboratory validation.
- Frequency: DC – 110 GHz
- Skew Control: ≤ ±2 ps
- Impedance: 50 Ω
- Channels: 4 / 8 / 16 Ports
- Bend Radius: ≥ 18 mm
- VNA & TDR Verified
Engineered for Signal Integrity
Isolate timing errors in multi-lane architectures with ≤ ±2ps pair-to-pair trim margin.
Scale to 16-port ganged assemblies to shrink routing space on next-gen chipset EVBs.
Phase and amplitude stability maintained across 500+ lab flex cycles.
Direct breakout to standard 1.0mm, 1.85mm, 2.4mm, or 2.92mm ports.
Typical Scenarios
Cable Configuration Matrix
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Multi-Coax vs Individual RF Cables Comparison
✗ Traditional Individual Cables
- Manual skew matching complexity
- Chaotic laboratory bench routing
- High mismatch risk under flexure
- Frequent system recalibration required
✓ Vinstronics Phase-Matched Assembly
- Factory verified ≤ ±2ps absolute skew
- Organized, high-density multiport architecture
- Preserved differential signal integrity
- Robust amplitude stability vs. flexure
Manufacturing & Calibration Environment
Assemblies are produced in controlled RF environments. Each multi-coax link undergoes rigorous VNA S-parameter validation up to 110 GHz and TDR impedance profiling.
Note: To protect customer-specific validation setups, full phase-matching histograms and calibration traceability data are shared exclusively during engineering consultation.