RF Test Probes – Technical Specifications
Probe Series: Special Fakra, PCB PAD, Mini-Switch
Connector Types: Fakra, Mini-Fakra, HSD, H-MTD, MateNET
Impedance: 50 Ohm
Frequency Range: DC to 6GHz
VSWR: <1.35:1 (typical, model-specific)
Insulation Resistance: >1000 MΩ (typical)
Withstanding Voltage: 500 VDC (typical)
Operating Temperature: -40°C to +80°C
Minimum Centers: 6.0 mm
Contact Plating: Gold Plated
RF Test Probes: Precision Solutions for High-Frequency Validation
REECUFUTURE RF Test Probes provide precise signal integrity for high-frequency testing in automotive and telecom applications. Designed for FAKRA, HSD, SMA, and micro switches, they feature 50-ohm impedance and stable DC-6GHz performance. Ideal for both R&D and production environments.
REECUFUTURE RF Test Probes: Engineered for Signal Integrity & High-Frequency Precision
REECUFUTURE’s precision RF Test Probes are designed to meet the exacting demands of advanced high-frequency validation. Our solutions provide superior impedance control and minimal signal loss, enabling accurate and repeatable measurements in the most challenging test environments.
Broad Frequency Coverage – Supporting applications from DC to 67 GHz for 5G, satellite, and radar systems
Advanced Materials & Plating – Utilizing gold-plated beryllium copper and optimized dielectrics for lasting performance
Stable Mechanical Design – Ensuring consistent contact force and alignment across thousands of cycles
Custom Configuration Support – Offering tailored probe tips, interfaces, and lengths for specialized applications
With a focus on electrical consistency and mechanical reliability, our probes deliver trusted performance in R&D, characterization, and high-volume production test.
Packaging & Shipping
📦 Precision ESD-Safe Packaging
Every RF component—from connectors and probes to cable assemblies—is secured with multi-layer, ESD-compliant packaging. We use static-shielding bags, custom-fit foam inserts, and reinforced boxes to prevent physical shock, moisture, and electrostatic discharge during transit, ensuring product integrity upon arrival.
✈️ Global Logistics & Express Shipping
We partner with leading global express carriers like DHL, FedEx, and UPS, alongside air and ocean freight specialists. We tailor shipping solutions from China to worldwide destinations, supporting everything from sample parcels to bulk orders under EXW, FOB, or CIF terms. Our service includes full documentation, customs brokerage, and real-time tracking for seamless door-to-door delivery.
🕒 Reliable & On-Time Delivery
Leveraging seasoned logistics coordination and reliable carrier relationships, we guarantee timely and accurate fulfillment. Whether you're ordering R&D samples or production volumes, we ensure swift processing and punctual shipping—so you can stay on schedule and focused on innovation.
Industry Applications
🔧 Core Technology Sectors
Our precision RF components serve mission-critical applications across 8 key sectors: 5G communications, automotive electronics, aerospace/defense, semiconductor testing, IoT, medical electronics, satellite communications, and industrial automation. Each domain relies on our solutions for uncompromised signal integrity.
🛠 Tailored Performance Solutions
We develop specialized configurations for unique industry requirements – from phase-stable cable assemblies for radar systems to micro-pitch probes for chipset validation. Our engineering team translates technical specifications into reliable performance under demanding operating conditions.
💡 Cross-Industry Innovation Synergy
By serving diverse sectors, we accumulate unique insights that drive innovation. Technologies developed for aerospace often benefit automotive applications, creating continuous improvement cycles that deliver superior value to all partners.
FAQs
Q1: What is the main application scope of your RF Test Probes?
A: Our RF Test Probes are designed for high-frequency signal validation across multiple fields, including automotive connector testing (FAKRA, HSD, H-MTD), RF interface verification (SMA, MCX, MMBX), micro-switch evaluation, and PCB pad signal integrity analysis.
Q2: What is the frequency range supported by your probes?
A: Our standard RF Test Probes support a frequency range from DC to 6GHz, ensuring reliable performance for most automotive, telecommunications, and general RF testing applications.
Q3: How do you ensure signal integrity and low loss in your probes?
A: We achieve this through strict 50-ohm impedance control, precision gold-plated contacts, low-loss dielectric materials, and optimized mechanical design to minimize VSWR and insertion loss across the operating frequency range.
Q4: Can your probes be used in automated test environments?
A: Yes. Our probes are designed to be compatible with common automated test equipment (ATE) and probe stations, and we provide detailed mechanical drawings for easy integration into test fixtures and PCB mounts.
Q5: Do you offer custom probe solutions for non-standard interfaces?
A: Yes. We specialize in developing custom RF test probes based on specific interface, frequency, mechanical, or electrical requirements, including non-standard connectors, unique tip geometries, and tailored performance specifications.
Our Partners
🏭 Premium Material Suppliers
We maintain strategic partnerships with globally leading raw material providers. These collaborations ensure our access to high-grade metals, premium dielectric materials, and advanced plating solutions, forming the essential foundation for manufacturing reliable RF components.
🔬 Technology Innovators
Through close cooperation with leading testing equipment manufacturers and research institutions, we continuously refine our production techniques and quality standards. These technical alliances enable us to stay at the forefront of RF component manufacturing and validation technology.
🤝 Certified Service Providers
We work with accredited logistics and certification partners worldwide to ensure timely delivery and compliance with international standards. This network guarantees that our products reach global customers efficiently while maintaining consistent quality assurance.
