Reliable Hardware Expert
Beijing iTulipu Technology Co., Ltd. is a one-stop hardware solutions provider with over 10 years of experience in delivering end-to-end product development services.
Over the past decade, we have made continuous investments in R&D and talent development, enabling us to deliver cutting-edge solutions. Our commitment to innovation and quality has earned the trust of over 300 customers worldwide, many of whom have built lasting partnerships with iTulipu.
To date, iTulipu holds 4 self-developed patents, 11 software copyrights, and has 8 additional patents currently under application.
We offer complete, customized hardware solutions covering the entire product lifecycle — from product design (ID/MD and full-device evaluation), to R&D (PCB, SI/PI, DFM, and ODM), to testing (EMC, environmental, and reliability), and all the way through production (supply chain management, prototyping, and mass manufacturing).
PCB Layout Capabilities
At iTulipu we specialize in high-precision PCB layout design, ensuring your boards are optimized for performance, reliability, and manufacturability. With years of experience, our team excels in creating complex layouts for multi-layer boards, high-speed circuits, and high-frequency designs.
We use advanced PCB design tools to handle intricate layouts, maintaining signal integrity, minimizing noise, and ensuring proper power distribution.
Whether it’s a simple single-layer board or a high-performance multi-layer PCB, we apply rigorous design rules to ensure optimal routing, minimizing cross-talk, and enhancing thermal performance. Our thorough design review process includes DFM (Design for Manufacturability) checks, ensuring that your design can be efficiently produced at scale.
DESIGN IT WITH USPCB Layout Workflow
iTulipu specializes in high-performance PCB layout, with over 15 years of engineering experience in high-speed, high-density designs. We focus on signal integrity, power optimization, and manufacturability, supporting complex, multi-layer boards across diverse applications. Our team ensures precision, efficiency, and full design rule compliance throughout the layout process, helping you accelerate development with confidence.
Stack-up Planning
We define the PCB layer structure based on signal speed, impedance, power distribution, and mechanical requirements. Careful stack-up planning ensures signal integrity, EMC performance, and manufacturability for high-speed and high-density boards.
Design Constraints
We establish design rules such as clearance, trace width, impedance targets, differential pair spacing, and via restrictions. These constraints ensure the layout meets both electrical and manufacturing specifications from the beginning.
Component Placement
We strategically place components to minimize signal path lengths, reduce noise, and support effective heat dissipation. Placement considers mechanical constraints, testability, and overall system performance.
Layout Review
Our engineers conduct multi-level reviews to check signal integrity, power delivery, and adherence to constraints. We use simulation and rule checks to detect and resolve layout risks early.
Routing Verification
We perform DRC, SI/PI checks, and critical net validation. High-speed and differential signal routing is optimized for performance, and all nets are verified against design rules before final sign-off.
Final Delivery
We generate complete, production-ready documentation including Gerber files, BOM, pick-and-place files, and 3D previews. Deliverables are checked for accuracy and aligned with customer manufacturing needs.
PCB Manufacturing
Advanced PCB Manufacturing & Rapid Delivery
iTulipu provides high-end PCB manufacturing services, covering high-layer-count boards (up to 20+ layers), high-speed and high-frequency PCBs, HDI boards, rigid-flex PCBs, metal core boards, and heavy copper PCBs. We specialize in the rapid production of complex, multi-layer, and high-speed designs, with prototype lead times as fast as 2–7 working days.
Our manufacturing lines are optimized for flexibility, supporting multi-variety prototypes, small batches, and mid-volume production runs. This agile approach allows us to meet critical testing, validation, and early-stage production needs, helping you shorten R&D cycles and speed up time-to-market.
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SMT Welding
SMT Assembly for Complex, High-Mix Boards
iTulipu delivers precise SMT assembly for today’s most demanding boards — from ultra-fine 01005 to dense BGA layouts. Our flexible lines support high-mix, high-density, and multi-layer PCBs, ideal for complex prototypes and low-to-mid volume production.
With fast turnaround, full inspection, and IPC-compliant quality, we bring your designs to life with speed and confidence.
Our in-house pilot lines are optimized for rapid prototyping, small to medium batch production, and support both RoHS-compliant and conventional processes.
Industries We Serve
iTulipu offers end-to-end hardware solutions with a strong focus on PCB design, PCB layout, rapid prototyping, testing, debugging, and certification support. We serve clients in consumer electronics, industrial automation, medical devices, and IoT-based energy systems. From concept to production, we ensure speed, quality, and global compliance. Backed by 10+ years of experience and 300+ international clients, we support both startups and enterprises with flexible, high-reliability engineering services.
Consumer & Lifestyle Electronics
We provide PCB design for smartphones, smart appliances, and AI devices, with expertise in high-speed, high-frequency, and high-density layouts — ensuring performance and reliability for advanced consumer electronics.
Industrial & Automotive Applications
We design reliable PCBs and embedded systems for industrial control, supporting harsh environments, long lifecycles, and precise signal integrity. Our experience includes automation, sensors, and industrial communication — ensuring stability, durability, and high performance in critical applications.
Medical & Health Tech
We develop PCBs for medical and health tech devices, including wearables, monitors, and diagnostic tools. Our designs meet strict reliability, safety, and regulatory standards, supporting accurate signal processing and long-term performance in health-critical applications.
IoT, Communication & Energy Systems
We design hardware for IoT, communication, and energy systems, including smart meters, gateways, wireless modules, and power controllers. Our expertise covers low-power design, wireless protocols (LoRa, NB-IoT, Wi-Fi), and EMC compliance — enabling secure, reliable, and scalable connected devices.
Why Choose iTulipu as Hardware Partner
One-Stop Hardware Solutions
From design to mass production — we handle it all, so you don’t have to juggle multiple vendors. From product design to prototyping, testing, certification, and mass production — all under one roof for maximum efficiency and speed.
Trusted Engineering Expertise
10+ years of experience, 300+ satisfied clients, and a team that knows how to deliver.Backed by experience at industry giants like Nokia, Microsoft, and Honeywell, our core engineers bring enterprise-grade quality and innovation to your product.
Fast, Flexible, and Scalable
Quick prototyping, strong supply chain, and seamless transition to high-volume production. We combine in-house pilot lines with trusted manufacturing partners to scale quickly from prototyping to mass production — with full control over speed, quality, and cost.
Global-Ready & IP-Safe
We meet international standards, hold multiple patents, and ensure your intellectual property is protected. Our team supports major design software, offers direct engineer-to-client communication, and helps your product meet certifications like CE, FCC, UL, and EMC.
Our Labs and Production Lines
Projects We’ve Built
Real-world products we’ve designed, prototyped, and delivered across industries—from consumer electronics to industrial and IoT systems.
我们的合作伙伴
Pre-Sales & After-Sales FAQ
1. What information should I provide for a quote?
Please share your schematic, design files, BOM, and expected quantity. If available, also include mechanical drawings or performance requirements.
2. How do you ensure confidentiality of my design files?
We sign NDAs and strictly follow internal IP protection procedures. Your design data is safe with us.
3. Which design tools do you support?
We support all major PCB design platforms and can adapt to your workflow for seamless collaboration.
4. What if the product fails a certification test (e.g., CE, FCC)?
Our engineers will help identify issues, suggest modifications, and assist with re-testing until the product passes.
5. What should I do if I discover a defect in the boards or products received?
SPlease contact our support team within 7 days of delivery. Share clear photos or videos of the issue, and we’ll investigate and provide a replacement, repair, or refund based on our warranty terms.
6. How long is your warranty period?
We offer a standard 12-month warranty for PCB manufacturing and assembly defects. For ODM or full-product builds, warranty terms may vary based on project agreement.
7. Can you help with debugging or design optimization after delivery?
Yes, our engineering team provides post-delivery debugging, layout review, and performance analysis support if needed. We aim to help you improve reliability and reduce time-to-market.
8. What if my product fails a certification test?
We will work with you to identify the cause, adjust the design or layout, and help re-test to meet CE, FCC, UL, or EMC certification standards.
9. Do you offer technical support for mass production?
Absolutely. Our team continues to support you during pilot runs and mass production, including BOM optimization, DFM updates, and quality tracking.
10. Is there a support contact point for urgent issues?
Yes. We provide priority email and phone support for urgent technical or production-related issues, especially during ramp-up or delivery phases.
11. Can I request documentation or production data after delivery?
Of course. We can resend all relevant documents, including Gerbers, test reports, and inspection records, upon request.
12. Do you provide firmware updates or software support after delivery?
If your project includes embedded firmware or driver-level software, we offer limited post-delivery updates or bug fixing within the agreed support period.
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