Rogers Board With Blind Hole In 0.79mm Hole In Pad Impedance Control Pcb Board Prototype
Quick detail:
Brand: ONESEINE
Material:Isola FR406
Thickness: 5mil
Surface finish:ENIG
Min line:3mil
Min hole:0.1mm
Name: Rogers Board With Blind Hole In 0.79mm Hole In Pad Impedance Control Pcb Board Prototype
Key words: Hole In Pad pcb
Precision Redefined: 0.79mm Blind Via-in-Pad Rogers PCBs with ±1.5% Impedance Control for 40GHz Systems
The Millimeter-Wave Manufacturing Challenge
In 5G mMIMO, satellite comms, and defense radar systems, blind vias in pads enable 70% space savings versus traditional dog-bone routing. Yet achieving this in Rogers laminates while maintaining:
±1.5% impedance tolerance at 40GHz
Phase coherence <0.5° across antenna arrays
Thermal reliability through 5× lead-free reflows
...demands nano-scale precision few fabs master.
Our Solution: China's most advanced Rogers PCB prototype line delivers:
✅ 0.79mm laser-drilled blind vias (aspect ratio 1:1.5)
✅ ±0.025mm hole position tolerance
✅ TDR-validated impedance control to 110GHz
✅ Zero pad cratering at -55°C↔+150°C thermal cycles
Applications Revolutionized
Phased Array Radar Systems
64-element TR modules with 0.79mm blind vias under QFN pads
Achieved ±0.2° beam steering accuracy at 150km range
Low-Earth Orbit Satellite Payloads
Ka-band transceivers with 40% reduced footprint
Passed NASA GEVS-5000 thermal vacuum testing
6G Test Equipment
D-Band (140GHz) signal analyzers
EVM <-40dB at 112Gbps PAM4
Why Global RF Leaders Choose Our Prototypes
Precision Manufacturing Arsenal
Picosecond UV Lasers: 10μm spot size for 0.79mm holes
Time-Domain Reflectometry: 100% impedance mapping
Cross-Section Analysis: IPC TM-650 2.1.1 compliance
Certified Reliability
500 thermal cycles (-65°C ↔ +150°C)
MIL-PRF-31032 Class III
PIM Testing <-167dBc
Speed-to-Innovation
7-Day Functional Prototypes: With full test reports
NPI-to-Production Bridge: Seamless scaling to 10k+ panels/month
