Metanoia, Aethertek, TechPhosis partner on 6G FR3 technology in India

Metanoia and Aethertek have announced a strategic collaboration with TechPhosis to develop and commercialize 5G FR2 and next-generation 6G FR3 solutions for India's telecommunications market. The partnership integrates the Metanoia-Aethertek Albizia FR2/FR3 radio with TechPhosis's 5G Core and Distributed Unit platforms. The radio combines Metanoia's Cobra MT2824 SoC with Aethertek's NOVA Antenna-in-Module. Metanoia's MOSART open-source software, running on O-RAN WG7 white-box hardware, is available on GitLab.

Written by AI from Technology · not yet reviewed by an editor · Published 7 Oct 2026, 3:54 pm IST

Source

Technology · read the original report ↗

#6g#5g#telecom#open ran#partnership

Desk check · compared with the source

What the desk checked (5)

Metanoia and Aethertek announced a strategic collaboration with TechPhosis to develop and commercialize 5G FR2 and 6G FR3 solutions in India. — Stated in the source press release; attributed to the companies, no independent verification.
The Albizia FR2/FR3 radio combines Metanoia's Cobra MT2824 SoC baseband chip with Aethertek's NOVA Antenna-in-Module. — Technical detail appears in the source as supplied by the companies.
Metanoia's MOSART software runs on O-RAN Alliance WG7 white-box radio hardware and is available on GitLab, supporting 24dBm indoor, 5W outdoor and FR2/FR3 50dBm outdoor radio units. — Figures appear in the source; vendor-supplied specifications.
SERA Network says it is first to market with Cobra MT2824-based FR1 ORU products. — Attributed to SERA Network CEO Jerry Chien; a competitive claim that cannot be verified here.
The products will be displayed at India Mobile Congress, Hall 1 BP 18. — Stated in the source; no date given for the event.

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Analysts’ view opinion

AI Technology Analyst

This is not a network deal — it is an attempt to assemble a technology building block for the jump from 5G FR2 to 6G FR3 on open architecture. The real story is the stacking of three layers: Metanoia's silicon (Cobra MT2824), Aethertek's antenna-in-module, and TechPhosis's DU and 5G core. Because the MOSART software runs on O-RAN WG7 white-box hardware and sits on GitLab, researchers and integrators get room to experiment without proprietary vendor lock-in.

FR3 is the mid-band direction being discussed for 6G, so building a radio platform for it now is a way to stake out an early position before standards settle.
The partners argue that a modular beamforming design lets operators move from FR2 to FR3 on one platform — the familiar Open RAN pitch of cutting hardware replacement cost.
Pairing open-source software with an open hardware specification lowers the entry barrier for smaller players competing against the closed stacks of large incumbent telecom equipment vendors.
In India, private networks and enterprise campus connectivity are the likelier first real market for compact open radio units; nothing changes immediately for ordinary phone users.
Framing the announcement within Make-in-India and Design-in-India fits the broader push to build a domestic telecom supply chain, though the story does not specify how much of this is actually manufactured in India.

What to watch — Watch whether the India Mobile Congress showcase converts into an operator or enterprise trial and produces measurable FR3 test results.

This story is a partnership announcement only — it does not establish commercial orders, operator contracts, pricing, launch timelines or any FR3 performance figures.

Deep dive

Research brief · 8 facts · 4 dates · exam-ready

The brief

Context

Metanoia Communications and Aethertek have announced a strategic collaboration with TechPhosis to develop and commercialise 5G FR2 and next-generation 6G FR3 radio solutions for India's telecom market, positioned under the Make-in-India, Design-in-India and Integrate-in-India initiatives. The tie-up combines the Metanoia-Aethertek Albizia FR2/FR3 radio with TechPhosis's 5G Core (5GC) and Distributed Unit (DU) platforms to build open-architecture private and public cellular networks. The radio pairs Metanoia's Cobra MT2824 digital front-end SoC with Aethertek's NOVA Antenna-in-Module. Metanoia is also releasing MOSART open-source radio software on GitLab, running on O-RAN Alliance Working Group 7 (WG7) white-box radio hardware.

Key facts

Metanoia and Aethertek announced a strategic collaboration with TechPhosis to develop and commercialise 5G FR2 and 6G FR3 solutions across India's telecom market.
The initiative integrates the Metanoia-Aethertek Albizia FR2/FR3 radio with TechPhosis's 5G Core (5GC) and Distributed Unit (DU) platforms.
Metanoia's MOSART (Metanoia Open Source Advanced Radio Technology) software is available on GitLab and runs on O-RAN Alliance WG7 white-box radio hardware.
MOSART natively supports standard WG7 platforms including 24dBm indoor, 5W outdoor, and FR2/FR3 50dBm outdoor radio units.
The Albizia platform combines Metanoia's Cobra MT2824 SoC baseband chip with Aethertek's NOVA Antenna-in-Module (AiM) in a modular beamforming architecture.
SERA Network says it is first to market with Metanoia Cobra MT2824-based FR1 ORU products, in 24dBm and 5W units.
Metanoia's programmable baseband and RF SoCs support 4T4R FR1 and 2T2R FR2 architectures, compliant with evolving 3GPP and O-RAN standards.
The partners are showcasing MOSART-powered ORUs - Albizia FR2/FR3 and SERA 24dBm and 5W FR1 radios - at India Mobile Congress, Hall 1 BP 18.

Timeline

Date not stated in the sourceMetanoia and Aethertek partner to develop the Albizia FR2/FR3 radio platform using the Cobra MT2824 SoC and NOVA AiM.
Date not stated in the sourceSERA Network becomes first to market with Cobra MT2824-based FR1 ORU products (24dBm and 5W units).
Announcement date not stated in the sourceMetanoia and Aethertek announce strategic collaboration with TechPhosis for 5G FR2 and 6G FR3 solutions in India; MOSART released on GitLab.
Ongoing (as per release)MOSART-powered ORUs displayed at India Mobile Congress, Hall 1 BP 18.

Who has a stake

Metanoia Communications Inc. — Supplies Cobra MT2824 DFE SoC and MOSART open-source software; seeks to commercialise open radio platforms from 5G FR2 to 6G FR3.
Aethertek — Provides NOVA Antenna-in-Module and validated beamforming/RF performance for next-generation O-RUs.
TechPhosis — Contributes 5G Core and Distributed Unit platforms; aims to launch one of the first 6G radios supporting India's 6G ambitions.
SERA Network — Named partner and first to market with Cobra MT2824-based FR1 ORUs (24dBm, 5W), using MOSART as an extensible platform.
Indian telecom operators — Can validate high-capacity, low-latency 5G-Advanced and pioneer early 6G FR3 deployments on open architecture.
O-RAN Alliance (Working Group 7) — Its white-box radio hardware specifications underpin the open hardware design used to lower development costs.
Equipment builders and system integrators — Get a baseline to customise radios without proprietary vendor lock-in.

Why it matters

India is moving from 5G rollout to early 6G research, and the FR3 mid-band spectrum is seen as central to that transition. An open-architecture, open-source radio stack built on O-RAN WG7 hardware offers Indian operators and integrators a path to build and customise radios without proprietary vendor lock-in, while aligning with Make-in-India, Design-in-India and Integrate-in-India goals.

UPSC angle

Prelims pointers

FR1, FR2, FR3: 3GPP frequency ranges; FR3 is positioned as the next-generation band for early 6G.
O-RAN Alliance Working Group 7 (WG7) sets white-box radio hardware specifications for open radio design.
MOSART = Metanoia Open Source Advanced Radio Technology, available on GitLab.
Albizia FR2/FR3 radio = Metanoia Cobra MT2824 SoC + Aethertek NOVA Antenna-in-Module (AiM).
TechPhosis contributes 5G Core (5GC) and Distributed Unit (DU) platforms to the partnership.
Metanoia SoCs support 4T4R FR1 and 2T2R FR2 architectures, compliant with 3GPP and O-RAN standards.

Mains framing

India's telecom stack has historically depended on a few global vendors for radio access network equipment, which raises cost and resilience concerns; the Metanoia-Aethertek-TechPhosis collaboration illustrates how open standards can change that calculus. By building the Albizia FR2/FR3 radio on O-RAN WG7 white-box hardware specifications, pairing Metanoia's Cobra MT2824 digital front-end SoC with Aethertek's NOVA Antenna-in-Module, and releasing MOSART software as open source on GitLab, the partners lower development costs and give equipment builders, integrators and operators a customisable baseline free of proprietary vendor lock-in. Integration with TechPhosis's 5G Core and Distributed Unit platforms creates an end-to-end open ecosystem for both private and public networks, letting Indian operators validate high-capacity, low-latency 5G-Advanced today and experiment with FR3 spectrum for early 6G. The modular beamforming architecture is presented as easing migration from FR2 to FR3. The way forward, as framed by the partners, lies in commercial validation - SERA Network's Cobra MT2824-based FR1 ORUs are cited as first to market - and in aligning such design-and-integrate work with Make-in-India, Design-in-India and Integrate-in-India objectives; the source does not state deployment timelines, volumes or regulatory decisions on FR3 spectrum in India.

Key terms

FR3: A frequency range described in the source as the next-generation spectrum for early 6G deployments, above the 5G FR2 band.
O-RAN WG7: O-RAN Alliance Working Group 7, whose specifications enable open white-box radio hardware design to lower development costs.
MOSART: Metanoia Open Source Advanced Radio Technology - open-source radio software on GitLab supporting standard WG7 radio platforms.
Cobra MT2824 SoC: Metanoia's Digital Front End system-on-chip baseband, powering multiple commercialised O-RU products in enterprise and carrier networks.
NOVA Antenna-in-Module (AiM): Aethertek's antenna module integrated into the Albizia radio, providing validated beamforming and RF performance.
Distributed Unit (DU) / 5G Core (5GC): TechPhosis platforms for radio-side processing and the 5G core network, integrated with the Albizia radio in this partnership.

Practice questions

How can open RAN standards such as O-RAN WG7 white-box hardware reduce vendor lock-in and development costs in India's telecom sector? Discuss with reference to recent industry collaborations.
Examine the significance of FR3 spectrum for 6G research and the readiness of India's telecom ecosystem to support early 6G deployments.
Open-source software combined with indigenous system integration is increasingly seen as a route to telecom self-reliance. Critically evaluate in the context of Make-in-India and Design-in-India.

Grounded only in the source report — figures and dates are the source's, not inferred.

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