Metanoia, SynaXG, and Aethertek Unveil First AI-RAN Powered FR2 Open RAN Solution at COMPUTEX 2026
- July 9, 2026
- 4 mins
- Technology
- 5g ai ran edge ai fr2 open ran semiconductors telecom
Metanoia, SynaXG, and Aethertek Unveil First AI-RAN Powered FR2 Open RAN Solution at COMPUTEX 2026
Imagine your cell tower not just handling calls and data, but also running smart AI tasks right at the edge—like optimizing traffic on the fly or supporting new apps without sending everything back to a distant data center. That’s the promise of AI-RAN, where artificial intelligence meets the radio access network. And a fresh announcement from COMPUTEX 2026 shows how open standards are making it real, faster than many expected.
The Big Reveal: A Complete AI-Native FR2 Stack
At the big tech show in Taipei this June, Metanoia Communications took center stage with partners SynaXG and Aethertek. They unveiled what they’re calling the industry’s first end-to-end AI-RAN-enabled FR2 5G network solution. FR2 means the higher-frequency millimeter-wave bands that deliver blazing speeds but come with trickier coverage challenges.
The heart of it is the Albizia FR2 radio platform. It combines Metanoia’s MT2824 5G baseband system-on-chip, their MT3812 IF/RF transceiver, and Aethertek’s Nova Antenna-in-Module tech. This hardware pairs with SynaXG’s AI-RAN Central Unit and Distributed Unit software running on NVIDIA DGX Spark AI servers. The result? A fully integrated setup that lets operators run both traditional RAN functions and AI workloads on the same GPU-accelerated infrastructure.
Why does this matter? Open RAN has long pushed for multi-vendor interoperability to avoid lock-in. Adding AI on top turns the network into something more flexible and future-proof. Instead of separate systems for connectivity and intelligence, everything shares resources efficiently.
Open Source Foundations Speed Things Up
Metanoia didn’t stop at the hardware demo. They commercially launched MOSART—Metanoia Open Source Advanced Radio Technology. It’s an open SDR (software-defined radio) foundation meant to speed up global Open RAN innovation. Think of it as a shared starting point that ODMs and OEMs can build on without reinventing the wheel every time.
This builds on earlier work. Metanoia is the first silicon vendor folded into the O-RAN Alliance’s WG7 white-box reference design for FR1 radios, with FR2 support in final review. Their MT2824 SoC powers everything from indoor 4T4R units to outdoor FR2 radios with 50 dBm EIRP. The company also highlighted progress in Taiwan’s national 5G programs through MoUs with local manufacturers.
Live demos at the show let visitors see FR1 and FR2 Open RAN solutions in action, all powered by that flagship chip. It’s not just lab talk—interoperability tests from the O-RAN PlugFest Spring 2026 already validated the approach.
How AI Fits Into the Picture
The real differentiator here is the AI-RAN angle. SynaXG’s platform runs AI and RAN tasks together on commercial servers. That means better resource use, lower energy costs, and the ability to push AI inference closer to where data is generated—the network edge.
Features like zero-touch provisioning, FR2 beam steering, and NR Dual Connectivity come pre-integrated. NR-DC lets devices connect to both FR1 and FR2 bands at once for better throughput and coverage. Operators get a head start on 5G-Advanced and even 6G-ready setups without massive rip-and-replace projects.
Dr. Stewart Wu, Metanoia’s CEO, put it this way: the platform helps deploy AI workloads at the edge while improving efficiency and extending hardware life through software updates. Xin Huang of SynaXG emphasized the pre-integration benefits for partners, cutting time-to-market dramatically.
Why This Stands Out in a Crowded Field
The telecom world has seen plenty of AI-RAN hype lately, from big alliances to field trials. What makes this announcement notable is the concrete multi-vendor, open elements hitting the market now. It’s not a single-company demo—it’s a coalition delivering a powered FR2 solution ready for ODMs to customize.
Taiwan’s push into the global supply chain adds another layer. With government-backed programs and local partnerships, this could strengthen the island’s role in next-gen wireless gear. For operators eyeing Open RAN, it offers a path to AI capabilities without waiting for every major vendor to align.
Challenges remain, of course. FR2 still needs careful deployment for coverage, and scaling AI at the edge requires robust orchestration. But announcements like this show the pieces coming together faster than expected.
Looking Ahead: From Demo to Deployment
COMPUTEX visitors got a firsthand look, but the real test will be in operator trials and early commercial rollouts. The solution supports 400 MHz FR2 channels and advanced features that align with evolving standards.
As networks evolve toward more intelligent, programmable architectures, moves like MOSART and Albizia lower the barriers. They give smaller players and innovators a seat at the table while helping larger operators experiment with edge AI without overhauling everything.
In short, this isn’t just another press release—it’s a signal that AI-RAN and Open RAN are converging in practical, multi-vendor ways. Watch for more integrations and updates as the year progresses.