About Us

Next-Generation Advanced PCB & Substrate Solutions

We are a premier global provider of advanced PCB prototyping, substrate manufacturing, and precision SMT assembly (PCBA) services. Operating at the intersection of cutting-edge electronic packaging and high-density interconnection, we empower engineers and innovators to push the physical limits of hardware design.

1. Embedded Copper & Localized Thermal Management Components

To address extreme power densities in next-gen AI accelerators, GaN/SiC power modules, and RF power amplifiers, we deliver bespoke embedded copper solutions that bridge the gap between chip-level heat generation and board-level thermal extraction.

1.1 Design Deduce & Simulation Engineering

Multiphysics Co-Thermal Modeling: Utilizing Ansys Icepak and COMSOL to map thermal flux gradients, predicting localized hot spots and simulating thermal expansion mismatches (ΔCTE) between heavy copper blocks, dielectrics, and FR4/LCP substrates.

CTE Mismatch Mitigation: Engineering stress-relief buffer interfaces and custom prepreg flow dynamics to prevent warpage, micro-cracking, or delamination during severe thermal cycling.

1.2 Advanced Manufacturing & Process Execution

Precision Cavity Machining: Utilizing high-precision 5-axis CNC routing and UV/CO2 laser ablation to form step-cavities and zero-clearance pockets with depth tolerances controlled within ±10 µm.

Inlaid Copper Integration: Direct insertion of heavy, electroformed, or coined high-purity oxygen-free copper (OFC) blocks (up to 2 mm thickness) directly into internal cavities.

Resin Flow & Void-Free Lamination: Specialized vacuum-assisted high-pressure lamination cycles employing low-viscosity, high-filler prepregs to achieve 100% resin encapsulation around copper structures without micro-voids.

Planarization & Surface Topography Control: Proprietary chemical-mechanical polishing (CMP) and micro-etching processes to maintain absolute z-axis coplanarity across hybrid material interfaces, guaranteeing flawless downstream sequential lamination.

2. Embedded Active Dies & Semiconductor Chips

We enable ultra-compact 2.5D/3D heterogeneous integration by embedding unpackaged active silicon dies (Si, GaAs, GaN, InP) directly into the organic substrate core—drastically shortening interconnect length and eliminating wire bonds or bulky BGA solder spheres.

2.1 Design Deduce & Architecture Co-Optimization

Physical & Electrical Co-Design: Integrating IC bump maps directly into substrate CAD environments (Cadence Allegro / Mentor Xpedition) to optimize fine-pitch fan-out escape routing and z-axis power delivery paths.

Parasitic Extraction & SI/PI Verification: 3D full-wave electromagnetic extraction (Ansys HFSS) to quantify power-ground loop inductance reduction (>70% lower loop inductance compared to conventional SMT packages).

2.2 Sub-Micron Precision Manufacturing

High-Precision Die Placement: Utilizing state-of-the-art ultra-fine pitch die attach equipment with sub-2 µm placement accuracy, coupled with advanced optical alignment systems.

Die Encapsulation & Cavity Stabilization: Applying low-stress, low-alpha liquid molding compounds (LMC) or specialized photo-imageable dielectrics (PID) to securely lock active dies in place while managing modulus gradients.

Direct Laser Microvia Interconnects: Employing picosecond UV laser systems to drill precise blind microvias directly onto the die aluminum or copper pads (pad pitches down to 40 µm).

Conformal Semi-Additive Plating (SAP / mSAP): High-aspect-ratio pulse-periodic electroplating to establish direct metallized metallurgical bonds between the die contacts and the substrate’s Redistribution Layers (RDL), achieving ultra-dense line/space (L/S ≤ 10/10 µm).

3. Embedded Active & Passive Component Integration (Capacitors & Resistors)

To unlock valuable surface real estate and neutralize high-frequency parasitic inductance, we embed discrete and thin-film passive components directly beneath active silicon, creating the ultimate low-noise power delivery network (PDN).

3.1 Design Deduce & PDN Optimization

Broadband Impedance Tuning: Modeling PDN target impedance from DC to 40 GHz+, placing embedded ultra-low ESL/ESR capacitors directly under the IC die shadow to suppress simultaneous switching noise (SSN) and power ground bounce.

Embedded Thin-Film Resistance Engineering: Designing custom thin-film planar resistor networks using NiCr or NiP foils for high-precision termination matching without reflections.

Manufacturing & Integration Mastery

Discrete Passive Embedding (00804 / 01005 & Thin MLCCs): Precise pocket formation and automated pick-and-place of ultra-thin (down to 150 µm) ceramic capacitors and inductors using anisotropic conductive film (ACF) or nano-solder pastes.

Thin-Film Subtractive / Additive Processing: Selective photo-lithography and wet-etching of embedded resistive foils (e.g., OhmegaFlex, Ticer) to achieve resistor values with tolerances tighter than ±5% after sequential lamination.

High-K Embedded Capacitive Laminates: Integrating ultra-thin (down to 12 µm) high-dielectric constant (FaradFlex) inner layer materials to build distributed planar capacitance directly into the power-ground plane stackup.

4. Qualification, Reliability & Advanced Failure Analysis

Every embedded architecture we produce undergoes rigorous stress simulation and empirical validation to satisfy demanding aerospace, automotive, and high-performance computing (HPC) reliability standards

2.1 Thermal Stress Shock

MSL Level 1/3 compliance, 1,000+ thermal shock cycles ( -55℃ ~ +125℃ ).

2.2 High-Humidity & Bias

HAST (Highly Accelerated Stress Test) and CAF (Conductive Anode Filament) resistance testing under ultra-dense pitch geometries.

2.3 Non-Destructive & Destructive Inspection

100% 3D X-ray Computed Tomography (CT scan) for cavity void detection, scanning acoustic microscopy (C-SAM) for interface delamination, and high-resolution metallographic cross-sectioning (SEM/EDX) for microvia interface integrity.

We excel at solving our clients' toughest challenges.

Specialized Expertise

We are a professional PCB and IC substrate prototyping enterprise for UAVs (drones), UGVs (unmanned ground vehicles), USVs (unmanned surface vessels), and UUVs (unmanned underwater vehicles), backed by over ten years of manufacturing experience.

Global Manufacturing & Distribution

In addition to China, we operate OEM manufacturing facilities in the US, Malaysia, Poland, and Turkey, supported by an extensive network of authorized distributors worldwide.

Comprehensive Ecosystem

We collaborate with dozens of global partners, including solution R&D teams, chip traders, electronic component suppliers, and CNC/3D printing facilities.

Dedicated Problem Solvers

We thrive on tackling tough challenges. No matter how complex your issue is, we leave no stone unturned and leverage our entire global network to find a solution.

Worldwide DDP Logistics

Partnered with dozens of international cross-border logistics providers, we offer hassle-free, double customs clearance and duty-paid (DDP) shipping for your PCBs and IC substrates to any address globally.

End-to-End One-Stop Service

From PCB fabrication and SMT assembly to advanced packaging, IC substrates, and complete modules, we provide full-service support from prototyping to low-volume production to minimize your hassle.

24/7 Round-the-Clock Operations

More than just customer support, our R&D and production teams operate 24/7 on a three-shift rotation to maximize your time savings.

Instant Technical Support

Our solution and SMT engineers sit right alongside our customer service team, equipped with the latest paid version of ChatGPT to resolve your issues as quickly as possible.

Value-Added Services

One-Stop Full Turnkey PCB Assembly.
R&D outsourcing for PCBAs and Modules.
R&D outsourcing for Embedded Systems.
24/7 video conference support with our engineers.
Traveling to your office to provide on-site support.
Procurement Service Provider ( Any product ).
Recruiting R&D Engineers for You.
We can introduce clients to you.