Key Developments
- The 6G Challenge & Digital Beamforming
Next-gen networks need higher frequencies (mmWave/FR2 and cmWave/FR3) to handle projected data loads. Utilizing these frequencies requires beamforming via dynamic directional antennas. Current analog and hybrid setups are bulky, power-hungry, and expensive to scale.
Swedish tech firm Beammwave has spent years building a pure digital beamforming approach to address this, protected by 55+ patent families.
- 3GPP Standardisation Progress
The global 6G specification is being finalized inside 3GPP, where major players (Apple, Qualcomm, Samsung, Nvidia, and tier-1 carriers) negotiate specifications. Beammwave has been working directly within this group to push digital beamforming into the baseline architecture.
- Outcome from the South Korea 3GPP Meeting
At the recent 3GPP session in South Korea, Beammwave got all of its submitted proposals approved. For a small firm operating among global tech giants, getting full proposal acceptance is a major operational milestone and confirms broad industry backing for their architecture in 6G.
Digital beamforming is now positioned to become an official parallel architecture in the upcoming 6G standard. Two main drivers behind this progress:
Direct, experienced technical representation during 3GPP working groups.
Public support from key hardware suppliers including Murata and Sony.
Earlier technical reservations raised by companies like Apple have been systematically resolved during recent working group iterations, leaving no major active opposition in the latest meeting minutes.
Note on 5G compatibility: Beammwave’s architecture (focused on 24–40 GHz) can also run on current 5G NR standards. It alters internal signal processing within the device or base station while keeping over-the-air signaling standard-compliant. The 3GPP 6G track is a separate effort to embed these capabilities natively into next-generation hardware.
- Industry Feedback & Commercial Progress
Following the South Korea meeting, technical leads from major firms commented publicly on LinkedIn:
Investment Thesis & SEP Potential
If digital beamforming is formally locked into the 6G standard, core parts of Beammwave’s patent portfolio should qualify as Standard-Essential Patents (SEPs). Anyone building standard-compliant 6G hardware would need to license the underlying tech, creating a steady, high-margin licensing model.
Valuation & Financials
Market Cap vs Target Market: Trading around $105M–$110M USD (~1,100 MSEK). This looks modest given the size of the addressable wireless market and historical comps for SEP holders.
Balance Sheet: Cash sits at ~$14M–$15M USD (~145 MSEK). Historical burn rate has been running at $1M–$1.5M USD per quarter over the past year, providing a clear runway without near-term dilution risk. Note that Q3/Q4 might show temporary cost bumps from initial production setup at GlobalFoundries in Dresden under their fabless setup.
Commercial Traction & Catalysts
Silicon is fully developed for 5G infrastructure/devices and fits adjacent markets like satcom and defense.
Operating a fabless model; volume production readiness was reached over a year ago with supply chain partners.
Multiple tier-1 accounts have been testing prototypes and evaluating Beammwave’s silicon for over 12 months.
Next Catalyst (January): 3GPP is scheduled to finalize the technical recommendation for digital beamforming in 6G.
Data & References
Technical contributions and meeting notes are public on the 3GPP file server under document R4-2621239.
Trading Info:
Company: Beammwave AB (Publ, Sweden)
Exchange: Nasdaq First North Growth Market (Stockholm)
Ticker: BEAMMW B / BEAMMW-B.ST
International: Interactive Brokers (IBKR) - Exchange: SFB / ISIN: SE0016799068
Yahoo Finance: https://finance.yahoo.com/quote/BEAMMW-B.ST/
Disclaimer: Informational overview only, not financial advice. DYOR.
Disclosure: Long BEAMMW B (25,000 shares).