SHENZHEN, March 31, 2026 – SOIN (WWW.SOINGPS.COM), a dedicated GPS OEM/ODM provider based in Shenzhen, today announced a major expansion of

 its product portfolio and manufacturing capabilities. The company unveiled its next-generation high‑precision positioning module series alongside a significant

 ramp‑up of its production capacity, reinforcing its commitment to delivering customisable, reliable, and cost‑effective GPS solutions for global clients.

Meeting Rising Demand for Tailored GPS Solutions

With the rapid proliferation of location‑based services across automotive, IoT, fleet management, and consumer electronics sectors, demand for high‑performance, 

application‑specific GPS modules has surged. SOIN’s latest announcement directly addresses this market need. The new module series—designated the SG‑5000 

family—offers enhanced sensitivity, faster time‑to‑first‑fix (TTFF), and support for multiple satellite constellations (GPS, BeiDou, GLONASS, and Galileo). Engineered 

for flexibility, the modules are available in various form factors and power profiles, enabling seamless integration into diverse customer products.

“As a pure‑play GPS OEM/ODM partner, our strength lies in translating customer requirements into production‑ready hardware without compromising on quality or 

lead time,” said a SOIN spokesperson. “The launch of our SG‑5000 series, combined with our expanded factory capacity, means we can now serve larger volumes 

and more complex customisation requests than ever before.”

Expanded Manufacturing & Quality Assurance

To support the new product line and growing order volumes, SOIN has completed an upgrade of its Shenzhen manufacturing facility. Key improvements include:

Additional SMT lines to boost monthly output by 60%.

Automated optical inspection (AOI) and in‑circuit testing (ICT) stations to ensure consistent quality.

Enhanced environmental chambers for rigorous temperature, humidity, and vibration testing.

These investments allow SOIN to maintain industry‑leading quality standards while shortening typical lead times for customised GPS modules from 4–6 weeks down to 2–3 weeks for repeatable designs. The company also offers end‑to‑end support—from schematic review and antenna matching to firmware customisation and final certification assistance.

Focus on R&D & Future Roadmap

Beyond manufacturing, SOIN has expanded its R&D team in Shenzhen by 40% over the past six months. New engineering capabilities include in‑house RF design, signal integrity simulation, and embedded software development. The company also previewed a forthcoming ultra‑low‑power GNSS module designed for asset trackers and wearable devices, expected to sample in Q3 2026.

“OEM/ODM customers don’t just want components; they want a partner who understands their end‑product challenges,” the spokesperson added. “Our R&D expansion enables us to co‑design solutions that reduce our clients’ time‑to‑market and total system cost. We are not a black‑box supplier—we are an extension of our customers’ engineering teams.”

Commitment to Global Partnerships

With a track record of serving clients across North America, Europe, and Southeast Asia, SOIN continues to strengthen its position as a trusted GPS OEM/ODM partner. The company maintains full traceability of materials, complies with RoHS and REACH standards, and offers flexible commercial terms for both startup and enterprise clients.

To mark today’s announcement, SOIN is offering qualified OEM/ODM partners early access to SG‑5000 engineering samples. More information, including datasheets and customisation request forms, is available on the News section of the official website: WWW.SOINGPS.COM.

About SOIN

Headquartered in Shenzhen, China, SOIN is a specialist GPS OEM/ODM provider focusing on the design, manufacturing, and customisation of high‑performance GNSS modules and positioning solutions. With a vertically integrated approach—from PCB layout and firmware development to volume production and quality assurance—SOIN helps global clients bring reliable positioning capabilities to their products efficiently and cost‑effectively