Zenlynx Develops New ORAN Massive MIMO Radio Platform
The R&D project focuses on mid-band hardware design to support interoperable network infrastructure for a customer in Asia.
Updated on Oct. 27, 2026 in Telecommunications
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Zenlynx has secured a new research and development project to build an ORAN-compliant massive MIMO radio platform for a customer in Asia. This initiative is currently in the development stage, focusing on hardware and signal transmission design.
Why it matters
The project addresses a growing demand for updated radio frequency (RF) solutions that integrate with existing network architectures. By developing new mid-band hardware, the project aims to enhance system performance and spectral efficiency within established ORAN environments.
The development focuses on mid-band spectrum optimization, incorporating RF analysis, power amplifier design, and transmitter chain engineering. The effort includes PCB development and board-level verification as the platform moves toward prototyping.
The players
Zenlynx
An engineering firm providing hardware design, PCB development, and radio frequency analysis for telecommunications infrastructure.
The details
The project centers on Open Radio Access Network (ORAN) architecture, which utilizes standardized, interoperable interfaces to decouple hardware and software in cellular base stations. Zenlynx will conduct end-to-end development, including RF analysis to optimize signal integrity and transmitter chain design to manage power efficiency. The process transitions from initial hardware and PCB design to iterative prototyping, lab-based tuning, and final verification to ensure compatibility with the customer's existing systems.
Timeline
October 27, 2026: Zenlynx announced the project contract security.
The Tech Race
The project aligns with the industry-wide shift toward modular, open-standard radio hardware in the mid-band spectrum. It represents an effort to compete with proprietary, closed-vendor radio units by focusing on interoperable ORAN massive MIMO designs.
This development is in the R&D phase and does not currently impact network availability or consumer hardware. Users in the region can watch for eventual field testing phases and hardware integration milestones as the prototype moves toward deployment.
The takeaway
The move underscores the technical hurdles of building interoperable ORAN hardware for mid-band frequencies. Future project updates, including board-level verification results and prototype performance data, will serve as benchmarks for the maturity of Zenlynx's radio platform.
Further reading
Explore the latest shifts in Telecommunications to see how open-standard hardware is reshaping global network deployments.
Source note: This article includes information reported by Wirelessdesignonline.
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