Megtron 6 High speed PCB suppliers
Andwin Circuits is the leading Megtron 6 High speed PCB suppliers in China because we manufacture Megtron 6 High speed PCB at reasonable prices.
Ultra-low Loss, Highly Heat Resistant Circuit Board Materials
Low Dielectric Constant (Dk) Glass Cloth – LaminateR-5775(N)/PrepregR-5670(N)
Standard E Glass Cloth – LaminateR-5775/PrepregR-5670
The MEGTRON 6 Family, including MEGTRON 6(G), MEGTRON 6(K), MEGTRON 6(N),
Are the original PCB industry standards. The products are ideal for mobile, networking,
And wireless applications requiring high-speed, ultra-low loss circuit materials.
MEGTRON 6 provides excellent high-density interconnect (HDI) and thermal performance.

Picture from panasonic.com
Megtron 6 High Speed Multilayer PCB
Low Dk 3.4, Df 0.004 @12GHz , Tg(DSC) 185°C
Widely used in
We only use the highest quality raw materials to make your Megtron 6 High speed PCB.
The raw material for your Megtron 6 High speed PCB is imported from Japan and USA
especially electroplating and solder mask.- Panasonic Megtron 6 raw material keep safety stock,which is ensure you to get Megtron 6 high speed PCB faster.
- Design rule check ( DRC ) – all of your megtron 6 High speed PCB will be done DRC before production line, so that, ensure your PCB have no accident in PCB design.
- Low moisture absorption
- Tightly controlled DK
- Low DF
- UL 94 VO rating
- For low layer count microwave designs
Megtron 6 datasheet






Megtron 6 datasheet from panasonic.com -> Download Megtron 6 datasheet
High Speed PCB
Megtron 6 is High Speed, Low Loss Multi-layer Materials by Panasonic.
Andwin rich experience in megtron 6 PCB manufacturing.

6 Layers Megtron 6 PCB
Impedance controled

8 Layers Megtron 6 PCB
Thickness: 2.6mm

12 Layers Megtron 6 PCB
Thickness: 1.8mm
Andwin Circuits Co.,Limited
PCB and PCB assembly
Please send email: sales@andwinpcb.com ( priority ) with your PCB Gerber file Or/and BOM file to us,
Our teams will quote for you as soon as possible.
Or submit follow form our team will contact you soon.
