End-to-End PCB & ODM Solutions for Mobile Phone Industry
Hardware-level control, long-term lifecycle, and system-ready mobile PCB design — beyond consumer smartphones.
From PCB Design to Production: Custom Mobile Devices Built for Your Business
Built for OEMs and solution providers who need more than off-the-shelf mobile solutions.
Why Choose Us for Your Mobile Phone Projects?
Many mobile projects fail not because of software, but because the hardware platform is not designed for long-term, industry-specific use. Unlike working with top global mobile phone factory OEMs (where cost, long lead times, and rigid processes slow you down), working with a specialized Chinese PCB + ODM provider means:
- Full hardware architecture control
Interfaces, RF layout, power design, and expansion options are defined by your application—not by consumer product limitations. - Predictable lifecycle & supply chain
Component selection and BOM control ensure long-term availability and maintainability. - System-level integration readiness
Designed to function as part of a larger system—not as a standalone consumer device. - Faster iteration, lower long-term risk
Prototype quickly, iterate safely, and avoid forced redesigns caused by discontinued consumer products. - Your niche requirements are understood and executed fast
(special modules, regional feature variants, unique industrial scenarios). - You get design + hardware + software + manufacturing in one place
Removing the delays caused by multi-supplier coordination.
From Concept to Production: A Complete Solution
Bringing a new electronic product to market shouldn’t feel like navigating uncertainty. That’s why our end-to-end workflow is built to remove risks at every stage—from early feasibility and architecture planning, to layout optimization, prototyping, certification support, and scalable mass production. Whether you’re refining an existing design or building a complex multi-board system from scratch, you get a predictable path to manufacturing with faster iteration, transparent communication, and engineering decisions aligned with real production constraints.
01.Prototyping Design
We help refine your product concept into an executable architecture—balancing performance, cost, durability, and long-term component availability.
- System architecture definition
- Feature feasibility & design trade-off analysis
- Material, chipset, antenna, and PCB stackup recommendations
- Mechanical and enclosure integration planning
02.Hardware Development
We develop high-reliability hardware that meets the demands of mobile communication and harsh-environment applications.
- High-speed, high-density PCB design (HDI, SLP, FPC, RF-friendly layouts)
- SI/PI simulation to ensure signal integrity and power stability
- Antenna and RF optimization
- Thermal, EMC, and mechanical reliability design
- Component selection with long-lifecycle assurance
03.Software Development
We support firmware, OS adaptation, driver integration, and application-level optimization to make sure your hardware and software work seamlessly.
- Android/Linux OS customization
- BSP and driver development
- Sensor/peripheral integration (camera, NFC, barcode, GPS, etc.)
- Secure boot & encryption support
- Performance tuning for rugged/industrial use cases
04.Prototyping
Prototype builds use production-grade materials and processes, enabling accurate verification:
- Rapid PCB & PCBA prototyping
- Production-grade materials (HDI, flexible, high-TG, RF materials)
- Mechanical + functional mockups
- Early-stage performance & reliability tests
05.Verification, Testing & Pre-Production
We ensure the device meets performance goals and industry standards before mass production.
- Functional testing
- Reliability testing (high/low temperature, humidity, vibration, drop test)
- RF testing & certification preparation
- Aging tests and environmental simulation
- AEC-Q / industrial-grade testing for special applications
06.Scalable Manufacturing & Fast Delivery
We support flexible production modes—from 1 prototype to 50 trial units to 100,000+ mass production.
- HDI / FPC / SLP / high-TG PCB manufacturing
- Automated SMT + testing (AOI, X-ray, functional test)
- MES/ERP traceability
- Fast batch delivery (samples in 24–48 hours, mass production in 7–15 days)
- Long-term supply assurance for industrial and government projects
Custom Mobile Technology, Built for You
Discover our bespoke mobile solutions for you—engineered to enhance productivity, streamline workflows, and meet your specific challenges.
Retail & Point-of-Sale Mobility
Customized mobile hardware enabling in-store checkout, mobile POS, and inventory management, designed for seamless integration with payment systems and backend platforms.
Access Control & Identity Verification Devices
Mobile devices customized for ID verification, access control, and on-site authentication, integrating cameras, NFC, biometric modules, and secure connectivity for regulated environments.
Scan & Checkout Devices
Handheld or mobile-form-factor devices designed for barcode scanning, mobile payment, and real-time inventory interaction, optimized for fast response, peripheral integration, and continuous daily use.
Ordering & Self-Service Terminals
Mobile devices customized for table-side ordering, kiosk control, or staff-assisted service, integrating stable connectivity, long operating hours, and peripherals such as printers, NFC, or barcode scanners.
Medical Industry
Mobile terminals for patient data, integrated with hospital systems. Emphasis on stability and security.
Finance & Retail
Secure-chip devices for mobile banking, client signing, and identity verification.
Logistics Management
Terminals for inventory, scanning, couriers, and fleet management. Require reliable scanning, GPS, and connectivity.
Industrial Handheld Terminals
Rugged devices for inspections, work orders, and material scanning. Must be durable with long battery life.
Our Mobile Phone Design Capability
Engineering decisions shaped by real deployment, not feature checklists
RF & Communication
High-performance RF architecture and antenna-aware PCB design ensure stable connectivity across cellular, Wi-Fi, Bluetooth, and GNSS networks in compact mobile form factors.
High-Speed PCB Architecture
Smartphone-density multilayer PCB design enables reliable high-speed signal integrity under strict size, routing, and EMI constraints.
Power & Energy Management
Robust power architecture supports continuous operation, external power inputs, and long-term battery stability beyond consumer usage patterns.
Hardware Interface & System Integration
Custom hardware interfaces allow mobile devices to operate as functional nodes within larger industrial, automotive, or medical systems.
Component Lifecycle & Supply Control
Lifecycle-aware component selection and alternate planning reduce redesign risks caused by discontinuation or supply chain volatility.
Thermal & EMI Control
System-level thermal and electromagnetic considerations help maintain performance stability throughout prolonged field deployment.
Manufacturing-Ready Design
DFM-driven PCB design ensures smooth transition from prototype to volume production with consistent quality and yield.
Platform-Oriented Mobile Design
Mobile PCBs are engineered as long-term hardware platforms rather than short-cycle consumer products, supporting predictable maintenance and upgrades.
MTK & Qualcomm Chipset–Based Mobile PCB and Device Development
We develop smartphones and mobile devices based on official MediaTek (Dimensity series) and Qualcomm Snapdragon platforms, combining authorized chipset supply, in-depth PCB engineering, and full product realization capabilities. As an officially authorized partner of MediaTek and Qualcomm, we provide customers with 100% original chipsets, supported by spot inventory and priority future allocation, ensuring stable supply from prototype to mass production.
MediaTek Platform
Our team has extensive experience developing mobile PCBs and complete devices based on MediaTek platforms, widely used in 5G smartphones, tablets, and cost-optimized smart terminals.
Commonly Supported Chipsets:
Dimensity 9500/ 9500S/ 9400+/ 9300 / 9200 / 9000
Dimensity 8500/ 8450/ 8400/ 8350/ 8300/ 8250/ 8200 / 8100 / 8050/ 8020/ 8000
Dimensity 7400X/ 7400/ 7360/ 7350/7300X/ 7200 /7100/7050/7030 7000 Series
Dimensity 6000 Family 6400/ 6300/ 6100+/ 6080/ 6020
Helio G99 / G95 / P Series (4G devices)
MediaTek solutions are ideal for high-volume smartphones and mobile devices that require a strong balance between performance, power efficiency, and cost control.
Qualcomm Platform
We also provide complete PCB and hardware solutions based on Qualcomm Snapdragon mobile platforms, commonly applied in flagship smartphones and high-reliability mobile devices.
Commonly Supported Chipsets:
Snapdragon 8 Gen Series (Gen 1 / Gen 2 / Gen 3 /Gen4 / Gen5 / Snapdragon865 / Snapdragon888 / Snapdragon870 / Snapdragon 855/ Snapdragon845 / Snapdragon820 / Snapdragon810/ Snapdragon805 Snapdragon800)
Snapdragon 7 Series (7+Gen4, 7+Gen3, 7+ Gen 2, 7 Gen1, Snapdragon 780G, Snapdragon 778G, Snapdragon 765G )
Snapdragon 6 Series
Snapdragon 4 Series
- Snapdragon 2 Series
Qualcomm platforms are widely chosen for premium smartphones, rugged handhelds, and industrial mobile terminals that demand long-term platform support and strong system performance.
Typical Engagement Models
Clear starting points, defined boundaries
PCB Design Support
Focused mobile PCB design for projects with defined system requirements—allowing teams to advance without reopening existing architectural decisions.
System & PCB Co-Design
Joint definition of mobile hardware architecture and PCB implementation, intended for early-stage projects where key interfaces, RF strategy, and lifecycle constraints are not yet fixed.
Prototype to Production Transition
Design refinement and manufacturing preparation for validated platforms, supporting stable scale-up without introducing late-stage design changes.
5G Industrial Rugged Smartphone – PCB Design Case
This project showcases a production-ready PCB design for a 5G industrial rugged smartphone, developed to support high-performance computing, sealed IP68 structures, and advanced sensing under real OEM manufacturing constraints.
Platform & Connectivity
SoC: MediaTek MT6896 (Dimensity 8200)
CPU: Octa-core, up to 3.1 GHz
Process: 4 nm
Network: Global 5G bands, dual 5G standby
Display & Imaging
Display: Up to FHD+, 120 Hz, Incell / Oncell
Camera: 108 MP rear camera
Optional: Thermal imaging module
Power & Expansion
Charging: 66W fast charge, wireless charging, OTG
SIM: Dual Nano-SIM / TF (3-in-2 slot)
Rugged & Sensors
Protection: IP68 rugged design
Sensors: NFC, gyroscope, geomagnetic, light & proximity
Optional: Barometer, temperature sensor
Fingerprint: Rear / Side-mounted
Critical Design Focus Areas for a Rugged 5G Smartphone
RF & 5G Performance in Sealed Structures
RF routing and antenna-related layout decisions were made early to maintain stable 5G performance within sealed, IP68-rated enclosures.
High-Density Functional Integration
The PCB layout was designed to support high-resolution imaging and optional thermal modules without compromising signal quality or board reliability.
Power Stability for Industrial Usage
Power architecture choices ensured stable operation during fast charging, wireless charging, and continuous high-load scenarios.
Assembly & Production Readiness
Layout rules and component placement were aligned with rugged assembly methods to ensure consistency from prototype builds to volume production.