6-Layer High-Frequency Hybrid Pressing PCB | Rogers RO4350B | Precision-Engineered Circuit Board
Product Specifications
Type: High - frequency Hybrid pressing PCB | Heavy Copper PCB | impedance
Material: Rogers RO4350B + SYTECH S1141、FR - 4、TG150
Number of Layers: 6L
Board Thickness: 2.0mm
Single Size: 189*154mm/1PCS
Surface Finish: ENIG
Inner Copper Thickness: 70um
Outer Copper Thickness: 70um
Color of Solder Mask: green(GTS，GBS)
Silkscreen Color: white(GTO,GBO)
Via Treatment: Solder mask plug holes
Density of Mechanical Drilling Hole: 8W/㎡
Min Via Size: 0.3mm
Min Line Width/Space: 8/8mil
Aperture Ratio: 7mil
Pressing Times: 1 time
Drilling Times: 1 time
PN: B0689125A
1.Manufacturing Features: Core Technologies in High - Frequency Hybrid PCB Production
In the dynamic realm of high - frequency PCB manufacturing, the creation of our 6 - layer high - frequency hybrid PCBs demands state - of - the - art techniques to guarantee unrivaled reliability and stability. As a preeminent high - frequency PCB manufacturer, we harness the power of top - tier materials such as Rogers RO4350B and SYTECH S1141. By combining these premium substances with our painstakingly refined precision processing techniques, we unlock a new level of circuit board performance that stands head and shoulders above the competition.
Multi - Material Lamination Technology: The seamless hybrid lamination of Rogers RO4350B, a paragon of low - loss materials, and SYTECH S1141, a high - performance laminate, results in a harmonious blend that significantly elevates both the electrical performance and mechanical strength of the PCB. This synergy ensures that the board can handle high - frequency signals with utmost efficiency while maintaining its structural integrity under various operating conditions.
Advanced Via Treatment: Our meticulous approach to via treatment, specifically solder mask plug holes, plays a pivotal role in ensuring reliable inner - layer interconnections. This not only enhances the overall electrical connectivity but also contributes to the improvement of signal integrity. By minimizing the risk of signal interference and leakage, we enable the PCB to deliver consistent and high - quality performance in high - frequency applications.
Precision Surface Finish: The application of ENIG (Electroless Nickel Immersion Gold) surface finish is a testament to our commitment to quality. This technique not only provides excellent corrosion resistance but also ensures superior solderability and electrical conductivity. The smooth and uniform surface of the ENIG finish facilitates the attachment of components, reducing the likelihood of solder joint failures and enhancing the overall reliability of the PCB.
Inner and Outer Copper Thickness Control: With an inner copper thickness of 70um and an outer copper thickness of 70um, our PCBs are designed to handle high - current applications with ease. The precise control of copper thickness across all layers is achieved through our advanced manufacturing processes, ensuring consistent electrical performance and efficient power distribution. This attention to detail is crucial for applications that require stable and reliable power delivery, such as high - performance computing and power - intensive electronic devices.
Minimal Line Width and Space: Achieving a min line width/space of 8/8mil showcases our technological prowess in PCB manufacturing. This high - density design allows for more components to be packed onto the board, maximizing its functionality while minimizing its footprint. The ability to create such fine traces and spaces requires precise control over the manufacturing process, from the initial design stage to the final production steps. It is a key factor in enabling the development of compact and high - performance electronic devices.
What Sets Our High - Frequency PCBs Apart?
While our product range aligns with the stringent requirements of the mainstream market, we take pride in offering a plethora of distinct competitive advantages that set us apart from the crowd:
Comprehensive One - Stop Solution From the careful selection of materials, which is crucial for high - frequency performance, to the optimization of the design to meet specific application needs, and through every step of the production process, right up to the meticulous quality inspection, we offer a full - process service. This integrated approach ensures seamless communication and coordination at every stage, reducing lead times and minimizing the potential for errors. Our customers can rely on us as a single point of contact for all their PCB - related needs, streamlining the entire project lifecycle.
Global Supply Chain Support:
Our strong and long - standing partnerships with industry leaders such as Rogers, Isola, and in this case, SYTECH, guarantee a consistent and stable supply of high - quality materials. This not only enables us to meet the demands of our customers promptly but also ensures that our products are crafted from the finest materials available. The reliability of our supply chain is a cornerstone of our ability to deliver high - performance PCBs on time and with unwavering quality.
Customized Production (ODM Services):
Understanding that each customer's requirements are unique, we specialize in customized high - frequency PCB manufacturing. Our team of experienced engineers works closely with clients to translate their specific needs into tailored solutions. Whether it's a unique layer stack - up, specific impedance requirements, or a particular application - specific design, we have the expertise and flexibility to bring their visions to life. This personalized approach allows our customers to gain a competitive edge in their respective markets.
Strict Quality Control:
Our commitment to quality is unwavering, and this is reflected in our multiple certifications, including ISO 9001, IATF 16949, and UL. These certifications are a testament to our adherence to international quality standards. We employ a battery of advanced testing methods, such as 100% impedance testing and X - ray inspection, to ensure that every PCB that leaves our factory meets the highest quality benchmarks. This rigorous quality control process gives our customers the confidence that they are receiving a product that is not only reliable but also built to last.
Why Choose Us as Your High - Frequency PCB Manufacturer?
✓ 20+ years of experience in high - frequency PCB manufacturing, during which we have continuously refined our processes and expertise to stay at the forefront of the industry.
✓ Advanced processing techniques for solder mask plug holes and high - quality surface finishes like ENIG, ensuring reliable electrical connections and long - term durability.
✓ Stringent quality control protocols that include 100% impedance testing and X - ray inspection, guaranteeing the highest quality products.
✓ In - depth knowledge and proficiency in working with materials like Rogers RO4350B and SYTECH S1141, enabling us to optimize PCB performance for specific applications.
✓ Custom ODM/OEM solutions with fast turnaround times, allowing our customers to quickly bring their products to market.
Expanded Applications of High - Frequency PCBs
High - frequency PCBs have become the backbone of industries that demand uncompromising low signal loss, exceptional thermal stability, and top - notch RF performance. Here are over 10 major application areas where our high - frequency PCB technology takes center stage:
1、5G Wireless Communication Systems
The burgeoning 5G infrastructure, with its massive MIMO antennas, small cells, and critical RF front - end modules, is highly reliant on high - frequency PCBs with minimal dielectric loss. Our PCBs, featuring materials like Rogers RO4350B, are engineered to ensure lightning - fast data transmission while effectively minimizing interference. This enables seamless connectivity and high - speed data transfer, essential for the next - generation 5G experience.
2、 Aerospace & Satellite Communication
In the demanding realm of aerospace and satellite communication, high - frequency PCBs play a vital role. They are deployed in satellite transponders, GPS navigation systems, and phased - array radars. Materials such as RT/duroid 5880, known for their ultra - low signal attenuation and stable dielectric properties, are used in our PCBs. These characteristics make them perfectly suited for the harsh conditions of space applications, where reliable and high - performance communication is non - negotiable.
3、Automotive Radar & ADAS
With the rapid advancement of millimeter - wave automotive radar for ADAS (Advanced Driver - Assistance Systems) and autonomous driving, high - frequency PCBs are indispensable. They enable precise detection and high - speed communication within the 77GHz radar systems, which are crucial for ensuring the safety and efficiency of modern vehicles. Our high - quality PCBs contribute to the accurate operation of these radar systems, enhancing the overall performance of automotive safety features.
4、Military & Defense Electronics
In military and defense applications, such as radar guidance, electronic warfare, and secure communication systems, the need for high - reliability RF PCBs with tightly controlled impedance and effective EMI shielding is paramount. Our high - frequency PCBs are designed to meet these exacting requirements, ensuring stable performance even in the most extreme environments. This reliability is crucial for mission - critical operations where any failure could have severe consequences.
5、 IoT & Smart Home Devices
The ever - expanding IoT (Internet of Things) landscape and the burgeoning smart home market demand PCBs that can support low - power, high - speed operations for technologies like Wi - Fi 6/6E, Bluetooth 5.2, and LPWAN (Low - Power Wide - Area Network) such as LoRa and NB - IoT. Our high - frequency PCBs are engineered to minimize signal degradation and interference, enabling seamless connectivity and efficient data transfer in these applications. This helps to create a more connected and intelligent living environment.