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Shenzhen Fanyi Circuit Technology Co., Ltd. was established in 2013. The company has formed a team of senior PCB engineers and PCB Packaging engineers, leading the forefront of technology, familiar with customer needs, and providing professional and efficient PCB design services. Starting from the customer's perspective, we aim to improve the success rate of the first board, shorten the research and development cycle, enhance efficient communication skills, and provide you with peace of mind and a first-class design service experience. Our cooperative clients are spread all over the world and have become the preferred partner for many hardware research and development companies. The designed product fields cover military, aerospace, communication, industrial control, medical, security, automotive, consumer electronics and other products.
High-density wiring, precise interlayer connections, and complex heat dissipation management
Digital-analog partitioning, interference isolation, precise layout, rational power supply and grounding
Bending radius, layer stacking configuration and material selection
Microwave and Radio Frequency, Impedance Control, Signal Integrity and EMC
Ensuring heat resistance, mechanical strength, and stability at high temperatures
Design must ensure heat dissipation performance, with increased difficulty in single-sided panel design
Choosing the right copper foil thickness, good grounding and shielding, and thermal management
High-speed data transmission,Low signal loss and high signal integrity
Features multi-layer layout, complex wiring, high-speed and good EMC , such as ATX motherboards
Requires high-speed transmission, low-loss signals, high integration, and excellent electromagnetic compatibility
The special environmental requirements of vehicles, such as navigation systems
Ensuring SI, PI and handling the layout and wiring challenges of high-speed serial transceivers
The quality of our PCB design is our pride. We offer a comprehensive "PCB Design Specification White Paper," providing additional technical advice beyond layout services. We have a stringent quality system and self-inspection mechanisms in place, covering everything from schematic design to DFM (Design for Manufacturability), DFT (Design for Testability), high-speed signal integrity, EMC (Electromagnetic Compatibility), and thermal design aspects.
| Category | Parameters |
|---|---|
| Maximum Layer Count | 42 layers |
| Minimum Line Width | 2.4 mil |
| Maximum Pin Count | 110,000+ |
| Maximum Connection Count | 78,000+ |
| Minimum BGA Pin Spacing | 0.3 mm |
| Maximum BGA-Pin Count | 2912 |
| Maximum Signal Speed | 60 GHz |
| Minimum Line Spacing | 2.4 mil |
| Pin Count | Lead Time (working days) |
|---|---|
| Less than 1000 Pins | 3-4 days |
| 2000-3000 Pins | 5-7 days |
| 4000-5000 Pins | 8-12 days |
| 6000-7000 Pins | 12-15 days |
| 8000-9000 Pins | 15-18 days |
| 10000-13000 Pins | 18-20 days |
| 14000-15000 Pins | 20-22 days |
| 16000-20000 Pins | 22-30 days |
The quality of our PCB design is our pride. We offer a comprehensive "PCB Design Specification White Paper," providing additional technical advice beyond layout services. We have a stringent quality system and self-inspection mechanisms in place, covering everything from schematic design to DFM (Design for Manufacturability), DFT (Design for Testability), high-speed signal integrity, EMC (Electromagnetic Compatibility), and thermal design aspects.
-Provide free PCB package construction for customers (customers provide component DataSheets).
-Offer free PCB impedance calculation, layer design, QA inspection, process inspection, and EMC checks for customers.
-The design we provide goes beyond simple layout and wiring; we consider electrical performance for you, such as timing requirements, signal quality, signal matching schemes, topology, signal return paths, power decoupling, signal impedance, and layer control.
-We offer optimization solutions throughout the entire process, thoroughly assessing designability and manufacturability to maximize cost reduction for our clients.
-With convenience in mind for client debugging, we consider post-soldering issues to minimize unnecessary soldering troubles for our clients.
- We employ an innovative morning-evening shift rotation model, making full use of online and parallel task division to guarantee on-time delivery.
- We establish project-specific discussion groups to ensure real-time communication among engineers, with dedicated personnel following up on progress to ensure the project moves forward smoothly.
- Drawing on extensive design experience: Fully implement design for manufacturability to minimize design iterations and rework.
- Utilize professional "PCB Design Specifications," "Quality Standards," and "PCB Standard Libraries," emphasizing aesthetics for a pleasing visual experience.
- After design completion, we provide quick and early quotations for PCB manufacturing, truly shortening the product cycle.
- During the customer's sample debugging process, any questions or issues, our engineers will continue to cooperate and assist with debugging.
Following a standard PCB design process can ensure design quality, improve efficiency, reduce costs, and promote team collaboration and risk management.
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FYPCB Design is the best partner for your project. They can help you coordinate the project progress in real-time, handle the layout and routing of various PCBs, and provide professional design suggestions during the design process.
Utilizing the expertise of professional teams, enhancing design efficiency, reducing labor costs, increasing project flexibility, and accelerating the product launch to the market.
You can reach us at +8613142188866 or via email at zhengzy@fanypcb.com or send us a business query here.
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