AntennaWare
Developer of wearable antenna technology for robust wireless communications in IoT and audio applications.
Website: https://antennaware.com/
Cover Block
PUBLIC
| Field | Value |
|---|---|
| Name | AntennaWare |
| Tagline | Wearable antenna technology for robust and reliable wireless communications |
| Headquarters | Belfast, United Kingdom |
| Founded | 2020 |
| Stage | Seed |
| Business Model | Hardware + Software |
| Industry | Deeptech |
| Technology Type | Hardware (RF / antenna design) |
| Geography | Western Europe |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (2) |
| Funding Label | Seed |
Links
PUBLIC
- Website: https://antennaware.com/
- LinkedIn: https://uk.linkedin.com/company/antennaware
- Crunchbase: https://www.crunchbase.com/organization/antennaware
- PitchBook: https://pitchbook.com/profiles/company/467259-40
- Qorvo partner page: https://www.qorvo.com/innovation/ultra-wideband/partners/antennaware
Executive Summary
PUBLIC
AntennaWare is a Belfast-based deeptech spinout commercialising body-worn antenna technology that aims to fix a long-standing problem in wireless engineering: the loss of signal strength and directionality when an antenna is placed on or near the human body. The company sells its BodyWave product line for ultra-wideband (UWB) and Sub-GHz applications, with an initial commercial focus on professional wireless audio, industrial IoT, healthcare, and sports wearables [AntennaWare, March 2025]. It was founded in 2020 by Dr. Gareth Conway and Dr. Matthew Magill, both of whom built the underlying research at Queen's University Belfast's Centre for Wireless Innovation, and the company remains tied to that institution through investor QUBIS, the university's commercialisation arm [Queen's University Belfast]. The differentiation rests on patented antenna geometries and matching networks designed specifically to counteract body blocking and detuning, with the company claiming up to 20dB of additional gain in wearable scenarios [AntennaWare blog]. Funding to date is a single disclosed seed round led by QUBIS, with reported six-figure participation from Techstart Ventures, Invent Awards, and Clarendon Fund Managers [Newsletter.co.uk]. Early commercial validation has come via partnerships with Raycom for professional RF microphone antennas [Mixonline, September 2024] and with Hollyland for a wireless intercom system showcased at IBC, plus a published partner relationship with Qorvo on the UWB side [Qorvo]. Over the next 12 to 18 months, the questions for investors are whether AntennaWare can convert its design-services and partnership pipeline into recurring component revenue at scale, and whether the BodyWave reference designs land inside marquee OEM products in broadcast audio and industrial IoT.
Data Accuracy: GREEN -- Confirmed by AntennaWare website, Crunchbase, PitchBook, Queen's University Belfast, and Mixonline.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Seed |
| Business Model | Hardware + Software (component IP plus design services) |
| Industry / Vertical | Deeptech / Wireless components |
| Technology Type | RF antenna hardware |
| Geography | Western Europe (UK / Northern Ireland) |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (2), both PhD-trained |
| Funding | Seed, lead QUBIS [Crunchbase] |
Company Overview
PUBLIC
AntennaWare was incorporated in 2020 as a spinout from the Centre for Wireless Innovation at Queen's University Belfast, building on Dr. Matthew Magill's doctoral research into antenna design and electromagnetic propagation for body-centric wireless communications [AntennaWare, About page] [PitchBook]. The company's stated mission is to address a problem that has constrained wearable wireless devices for years: when conventional antennas (typically monopoles or patches optimised for free-space conditions) are placed on a human body, the body absorbs and reflects RF energy, reducing range and creating coverage gaps. AntennaWare's BodyWave architecture is engineered to perform consistently when worn, which the company markets under the line "Made To Wear" [AntennaWare].
Key milestones in chronological order include the company's incorporation in 2020 [PitchBook]; winning the Electronics Category at the Queen's University INVENT 2020 awards [Queen's University Belfast]; progression through InterTradeIreland's Seedcorn investor readiness competition [Queen's University Belfast]; closing a seed round led by QUBIS, reported as a six-figure investment, with Techstart Ventures and Clarendon Fund Managers participating [Newsletter.co.uk]; the September 2024 commercial partnership with Raycom for a Sub-GHz BodyWave RF microphone antenna for professional sound engineering [Mixonline, September 2024]; winning Equity-Backed StartUp of the Year at the 2024 Northern Ireland StartUp Awards [UK StartUp Awards, 2024]; and a national win as Innovative Startup of the Year at the UK StartUp Awards [AntennaWare]. Public materials also describe a Skylark BLE module collaboration with Audio Codecs and Virscient, and a forthcoming presence at Embedded World 2026 alongside Morse Micro for Wi-Fi HaLow [AntennaWare].
The company operates from Belfast and remains closely associated with the Queen's University Belfast research ecosystem, both for talent and for ongoing antenna characterisation work. The structure (university IP licensed into a venture-backed operating company with QUBIS on the cap table) is the standard ECIT spinout model.
Data Accuracy: GREEN -- Confirmed by AntennaWare website, Queen's University Belfast, PitchBook, and Newsletter.co.uk.
Product and Technology
MIXED
AntennaWare's commercial product line is BodyWave, a family of wearable antennas covering both ultra-wideband (UWB) and Sub-GHz frequency ranges [AntennaWare website, March 2025] [PUBLIC]. The website positions BodyWave as a drop-in alternative to traditional wearable antennas, claiming "complete wireless coverage even when placed on challenging platforms" against a baseline of "limited wireless coverage due to signal blocking and detuning effects" with conventional designs [AntennaWare] [PUBLIC]. A company blog post written by an outside engineer describes the founders as "claim[ing] to solve the challenge of body blocking and provide up to 20dB of extra gain for wearable devices" [AntennaWare blog] [PUBLIC]; that figure is presented as a maximum case rather than a typical-link improvement, and Startuply has not located an independent third-party measurement confirming it.
Beyond off-the-shelf antenna components, AntennaWare offers RF design services, including matching network, transmission line, and broader RF circuitry design for customer products [AntennaWare website] [PUBLIC]. This bundled engineering motion is common for early-stage component vendors selling into OEMs that lack deep in-house RF teams, and it provides a useful wedge for design-in: the services engagement frequently leads to a downstream component supply contract. Public partner pages confirm a relationship with Qorvo on the UWB side [Qorvo] [PUBLIC] and a Skylark BLE module collaboration with Audio Codecs and Virscient [AntennaWare] [PUBLIC]. In professional broadcast audio, the company partnered with Raycom in September 2024 to launch a Sub-GHz BodyWave antenna aimed at wireless microphone systems used in mission-critical content acquisition [Mixonline, September 2024] [PUBLIC], and Hollyland is reported as integrating BodyWave into a wireless intercom system planned for IBC [AntennaWare] [PUBLIC].
The addressable application set published by the company spans industrial IoT, professional and broadcast audio, healthcare wearables, and sports tracking [AntennaWare]. A forthcoming Embedded World 2026 appearance with Morse Micro signals an expansion into Wi-Fi HaLow, the long-range, low-power Wi-Fi standard targeted at industrial sensor networks [AntennaWare] [PUBLIC]. Roadmap items beyond what has been publicly announced are not described here.
Data Accuracy: YELLOW -- Product descriptions confirmed by AntennaWare and partner pages (Qorvo, Mixonline); the 20dB performance claim is sourced to AntennaWare materials only and is not independently verified.
Market Research and Opportunity
PUBLIC
The markets AntennaWare targets sit at the intersection of two long-running tailwinds: the proliferation of body-worn and asset-mounted wireless devices, and the rollout of new spectrum standards (UWB for precise ranging, Wi-Fi HaLow for long-range IoT, and continued growth in licensed and unlicensed Sub-GHz audio) where antenna performance on small, irregular platforms is the binding constraint on link budget.
No named third-party report in the captured research provides a TAM specific to wearable antenna components, and Startuply will not invent one. As an analogous reference, the broader UWB market and the professional wireless microphone market are the two near-term revenue pools most directly visible from AntennaWare's announced partnerships. UWB has been pulled into mainstream consumer electronics by Apple, Samsung, and the automotive digital-key ecosystem, and Qorvo's public partner programme (which lists AntennaWare) is one of the principal supplier networks feeding that buildout [Qorvo]. In professional audio, the Raycom partnership targets sound engineers working in broadcast and live production where body-worn transmitters routinely suffer from blocking when talent turns or moves [Mixonline, September 2024].
Demand drivers visible in the cited material include: regulatory and industry pressure to migrate professional wireless audio out of contested UHF spectrum, which puts a premium on robust Sub-GHz performance; the emergence of UWB as the preferred technology for indoor location, asset tracking, and digital keys, where centimetre-level ranging is undermined by body shadowing; and the standardisation of Wi-Fi HaLow (802.11ah) for industrial IoT, which AntennaWare is publicly positioning around via its Morse Micro collaboration [AntennaWare]. Adjacent and substitute markets include integrated chip-antenna modules from RF semiconductor incumbents, custom antenna design houses, and in-house OEM antenna teams, all of which compete for the same design-in slot on a customer's PCB.
| Market signal | Detail | Source |
|---|---|---|
| UWB ecosystem integration | Listed partner in Qorvo's UWB partner programme | [Qorvo] |
| Professional broadcast audio entry | Sub-GHz BodyWave launched with Raycom for RF mics | [Mixonline, September 2024] |
| Industrial IoT / Wi-Fi HaLow | Embedded World 2026 collaboration with Morse Micro announced | [AntennaWare] |
Analyst takeaway: the captured signals point to a company that has, in roughly four years, secured visible footholds in three distinct radio ecosystems (UWB, Sub-GHz audio, and HaLow IoT). That breadth is unusual for a seed-stage hardware company and suggests the underlying antenna technique generalises across bands; the open question is which of the three pools converts to material design wins first.
Data Accuracy: YELLOW -- Market signals confirmed by Qorvo, Mixonline, and AntennaWare; no independent TAM source captured.
Competitive Landscape
MIXED
AntennaWare competes for design-in slots against integrated chip-antenna vendors, specialist antenna design houses, and OEM in-house RF teams, with no single named pure-play competitor surfaced in the captured research.
The segment-by-segment competitive map breaks down roughly as follows. In the chip-antenna and embedded-antenna segment, large RF component vendors (Molex/Antenova, Pulse/Larsen, Taoglas, Johanson, Abracon) dominate the catalogue antenna business that OEMs reach for when they do not want a custom design [PUBLIC, industry knowledge]. These incumbents have global distribution, deep stocking programmes, and certified reference designs across every major wireless chipset, which is a powerful default. In the bespoke antenna design-services segment, AntennaWare competes with regional RF consultancies and with the antenna engineering arms of larger contract design firms; here the competition is fragmented and won on technical depth and turnaround time. In the body-worn niche specifically, AntennaWare's most credible positioning is that it is one of the few vendors whose product was engineered from first principles for on-body operation rather than retrofitted from a free-space baseline.
Where the company appears defensible today: the founders' combined 22 years in body-centric antenna research at Queen's University Belfast [Queen's University Belfast] is a genuinely scarce talent pool, and the published research and patents underlying BodyWave are difficult to replicate without comparable academic depth. Partner-channel validation from Qorvo [Qorvo] and a shipping product partnership with Raycom [Mixonline, September 2024] give the company third-party endorsements that catalogue antenna vendors cannot easily match in the wearable use case. That edge is durable as long as on-body performance remains a measurably distinct engineering problem; it is perishable to the extent that the chip-antenna incumbents could fund a competing on-body line, or that a customer's own RF engineers learn to close the gap with software-defined beam steering at the chipset level.
Where the company is most exposed: distribution. Antenova, Taoglas, and the other catalogue incumbents have decades of relationships with the OEM purchasing functions that ultimately specify components, and they can ship in volume from day one. AntennaWare's go-to-market is currently partner-led and engagement-heavy, which limits the number of design wins it can pursue in parallel. The company also does not appear to own a channel into the consumer wearable segment (smartwatches, earbuds, fitness bands), where unit volumes are largest but margins are thinnest and the buyers tend to design antennas in-house.
The most plausible 18-month competitive scenario: in professional broadcast audio and in industrial IoT (UWB asset tracking, HaLow sensor networks), AntennaWare's body-worn specialisation is most likely to convert into recurring component revenue, because those buyers measure link reliability empirically and will pay a premium for it. Winner if X: AntennaWare wins meaningfully if a top-three professional wireless microphone OEM standardises on BodyWave across a product line, which would create a category reference and make further audio design-ins materially easier. Loser if Y: the company's standalone trajectory weakens if a chip-antenna incumbent (Antenova or Taoglas being the most plausible) launches a competing on-body line bundled into existing distribution before AntennaWare locks in a flagship OEM reference design.
Data Accuracy: ORANGE -- Subject's positioning confirmed by AntennaWare, Qorvo, and Mixonline; no specific competitor named in the captured research, so segment-level commentary is industry-knowledge-based and should be treated as analyst framing rather than a reported competitor matrix.
Opportunity
PUBLIC
If AntennaWare's antenna geometry becomes a default reference design for any one of the three wireless ecosystems it is targeting, the company can become the body-worn antenna standard in a market that consumer electronics, industrial IoT, and professional audio are all expanding into simultaneously.
The headline opportunity. The single largest outcome AntennaWare could plausibly become is the de facto antenna IP supplier for wearable UWB and Sub-GHz applications, monetised through a combination of component sales, licence fees on reference designs, and paid RF design services. The cited evidence makes this reachable rather than aspirational on three counts: the company is already a listed partner in Qorvo's UWB partner programme [Qorvo], which is one of the principal funnels feeding the UWB ecosystem; it has a shipping commercial partnership with Raycom in professional broadcast audio [Mixonline, September 2024]; and it is publicly engaged with Morse Micro on Wi-Fi HaLow ahead of Embedded World 2026 [AntennaWare]. Three independent ecosystem footholds at the seed stage, in three distinct radio standards, is an unusual breadth signal for a hardware spinout.
Growth scenarios.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Win the broadcast audio standard | A top-three professional wireless mic OEM standardises BodyWave Sub-GHz across a flagship product line | Successful field deployment of the Raycom-partnered antenna in marquee live productions | Raycom partnership already shipping into mission-critical audio acquisition [Mixonline, September 2024]; broadcast buyers are conservative but sticky once a reference is set |
| Embed in the UWB tracking stack | BodyWave becomes a recommended antenna in Qorvo's UWB reference designs for body-worn tags and digital-key wearables | A named consumer-electronics or automotive OEM ships a UWB wearable using BodyWave | AntennaWare already a published Qorvo UWB partner [Qorvo]; UWB is moving from phones to peripherals and access fobs |
| Anchor the HaLow industrial IoT rollout | BodyWave variants ship as the recommended on-body or asset-mounted antenna for Wi-Fi HaLow industrial deployments | Joint reference design and demo with Morse Micro at Embedded World 2026 [AntennaWare] | HaLow is at the moment in its standardisation cycle when antenna reference designs get locked in |
What compounding looks like. The flywheel for an antenna IP company has three stages: a design-services engagement gives the company privileged knowledge of a customer's product roadmap; that engagement converts to a component design-win on the next revision; and a successful design-win becomes a reference customer that shortens the sales cycle for the next OEM in that vertical. Evidence that this flywheel is starting includes the Raycom commercial partnership [Mixonline, September 2024], the Skylark BLE module collaboration with Audio Codecs and Virscient [AntennaWare], and the named partner positioning with Qorvo [Qorvo]. Each of these increases the probability that the next OEM evaluation in the same vertical begins with AntennaWare on the shortlist.
The size of the win. A useful comparable from the broader RF antenna sector is the catalogue antenna vendor segment, where companies such as Antenova and Taoglas have built sustained component businesses serving wireless OEMs. Stated qualitatively (scenario, not a forecast): if AntennaWare lands BodyWave as a reference design in any one of the three target ecosystems, it has a credible path to becoming the named on-body antenna supplier for that ecosystem, which is the kind of position that has historically supported nine-figure outcomes for specialist RF component businesses through either standalone scale or strategic acquisition by a larger RF semiconductor or component group.
Data Accuracy: YELLOW -- Scenario catalysts confirmed by Mixonline, Qorvo, and AntennaWare; comparable valuations are qualitative and unsourced in the captured research.
Sources
PUBLIC
[AntennaWare] AntennaWare | Wearable Antenna Technology | Made To Wear | https://antennaware.com/
[AntennaWare] RF antennas for Industrial IoT applications | https://antennaware.com/markets/industrial_iot
[AntennaWare, March 2025] Industrial IoT resources hub | https://antennaware.com/resources/cat/industrial-iot
[AntennaWare] Dr. Matthew Magill staff page | https://antennaware.com/staff/dr-matthew-magill
[AntennaWare] AntennaWare partners with Raycom to launch new Sub-GHz BodyWave antenna | https://antennaware.com/resources/news/new-sub-ghz-bodywave-antenna-for-professional-sound-engineers
[AntennaWare] AntennaWare wins Innovative Startup of the Year at UK Startup Awards | https://antennaware.com/resources/news/antennaware-innovative-startup-of-the-year-uk-startup-awards
[AntennaWare] Can BodyWave antennas disrupt the Broadcast Industry? | https://antennaware.com/resources/blog/can-bodywave-antennas-disrupt-the-broadcast-industry
[AntennaWare] BodyWave UWB Antennas product page | https://antennaware.com/product/bodywave/uwb-antennas
[AntennaWare] BodyWave Wearable Antennas product page | https://antennaware.com/product/bodywave
[AntennaWare] Notes on Antenna - Lessons learned blog | https://antennaware.com/resources/blog/antenna-lessons-learned
[AntennaWare] Skylark BLE module launch with Audio Codecs and Virscient | https://antennaware.com/resources/news/audio-codecs-virscient-and-antennaware-launch-skylark-ble-module
[AntennaWare] About page | https://antennaware.com/about
[Crunchbase] AntennaWare company profile | https://www.crunchbase.com/organization/antennaware
[Crunchbase] Seed Round - AntennaWare | https://www.crunchbase.com/funding_round/antennaware-seed--bc975acb
[PitchBook] AntennaWare 2025 company profile | https://pitchbook.com/profiles/company/467259-40
[Dealroom.co] AntennaWare company information | https://app.dealroom.co/companies/antennaware
[LinkedIn] AntennaWare company page | https://uk.linkedin.com/company/antennaware
[Tracxn] AntennaWare company profile | https://tracxn.com/d/companies/antennaware/__7BKrzH4yE9ZZaUXMyIdC6ANSFJnXUAXJvNhKLCFdsY8
[Newsletter.co.uk] AntennaWare secures six-figure investment following seed funding success | https://www.newsletter.co.uk/business/consumer/antennaware-secures-six-figure-investment-following-seed-funding-success-3263220
[Queen's University Belfast] AntennaWare wins Electronics Category at INVENT2020 | https://www.qub.ac.uk/ecit/News/AntennawarewinsElectronicsCategoryatINVENT2020.html
[Queen's University Belfast] AntennaWare through to InterTradeIreland Seedcorn Investor Readiness Competition | https://www.qub.ac.uk/ecit/News/AntennaWarethroughtoInterTradeIrelandsSeedcornInvestorReadinessCompetitionRegionalFinal.html
[Mixonline, September 2024] AntennaWare, Raycom Team for BodyWave RF Mic Antenna | https://www.mixonline.com/technology/antennaware-raycom-team-for-bodywave-rf-mic-antenna
[Qorvo] AntennaWare partner page | https://www.qorvo.com/innovation/ultra-wideband/partners/antennaware
Articles about AntennaWare
- AntennaWare Is Stitching a Better Antenna Into Every Wireless Microphone on Stage — The Belfast deeptech spinout from Queen's University is selling its BodyWave hardware into pro audio, UWB, and industrial IoT.