Product: Data card PCBA
Material: High-Tg FR4, Rogers RO4003C, ceramic (AlN)
Quality standard: IPC-6012 (Class 2/3), IATF 16949, RoHS 3.0
Dielectric constant: 4.1–10.0 @1–50GHz
Layers: 4–12 layers
Thickness: 0.8–2.5mm
Copper thickness: 1–3 oz
Surface technology: ENIG (Ni 2.2–4.5μm / Au 0.02–0.05μm)
Special requirements: PCIe 2.0–4.0, 1.2–95 Gbps, -40℃~85℃ (industrial); -55℃~125℃ (aerospace)
Application: Industrial automation, telecommunications (5G/6G), aerospace data processing
Data card PCBA acts as the silent engine powering seamless data acquisition, transmission, and processing—whether it’s an industrial sensor sending factory-floor insights, a 5G base station relaying gigabit connectivity, or an aerospace system handling mission-critical telemetry. Unlike generic PCBs, it’s engineered to eliminate bottlenecks in data-heavy environments.
Data card PCBA
Engineered to Conquer Data Challenges
Data-driven technologies face hurdles: signal loss at high speeds, vulnerability to extreme environments, and the need for compatibility with diverse protocols. Data card PCBA tackles these:
Material Versatility for Every Need: High-Tg FR4 balances cost and performance for industrial I/O cards (handling 1.2–20 Gbps). Rogers RO4003C (dielectric constant 3.4) ensures minimal loss for 5G/6G telecom cards (up to 95 Gbps). Ceramic AlN variants thrive in aerospace, withstanding -55℃ to 125℃ while managing radar-grade data streams.
Precision for High-Speed Protocols: 4–12 layered designs with 1–3 oz copper traces and ENIG plating (Ni 2.2–4.5μm / Au 0.02–0.05μm) lock in signal integrity for PCIe 2.0–4.0, ensuring data moves without corruption—critical for real-time industrial monitoring or telecom backhaul.
Reliability Beyond the Lab: Industrial-grade Data card PCBA operates from -40℃ to 85℃ (perfect for desert factories or arctic sensors), while aerospace variants meet MIL-STD-883 standards for radiation and vibration resistance.
Where Data card PCBA Powers Innovation
It’s the unsung hero behind sector-specific breakthroughs:
Industrial Automation: Drives PCIe-based data acquisition cards that capture factory IoT sensor data (e.g., temperature, pressure) at 1.2–20 Gbps, enabling predictive maintenance.
Telecommunications: Fuels 5G/6G base station data cards (Rogers-based) to process 95 Gbps signals, turning radio waves into stable internet for cities.
Aerospace & Defense: Manages aerospace telemetry cards (ceramic-based) that relay flight data through extreme temperatures and radiation.
Trusted by Global Standards
Every Data card PCBA adheres to IPC-6012 (Class 2/3 for precision), IATF 16949 (automotive-grade compatibility), and RoHS 3.0—ensuring it’s ready for deployment in regulated industries.
Product: Data card PCBA
Material: High-Tg FR4, Rogers RO4003C, ceramic (AlN)
Quality standard: IPC-6012 (Class 2/3), IATF 16949, RoHS 3.0
Dielectric constant: 4.1–10.0 @1–50GHz
Layers: 4–12 layers
Thickness: 0.8–2.5mm
Copper thickness: 1–3 oz
Surface technology: ENIG (Ni 2.2–4.5μm / Au 0.02–0.05μm)
Special requirements: PCIe 2.0–4.0, 1.2–95 Gbps, -40℃~85℃ (industrial); -55℃~125℃ (aerospace)
Application: Industrial automation, telecommunications (5G/6G), aerospace data processing
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