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Wireless Gigabit (WiGig) represents a high-speed wireless communication technology that operates in the 60 GHz frequency band, providing ultra-fast multi-gigabit data transfer for applications like uncompressed HD video streaming, augmented reality (AR), virtual reality (VR), and high-bandwidth backhaul. By 2025, WiGig’s market adoption is accelerating with next-gen devices, smart home integration, and 5G offloading for short-range high-data-rate connections.
While still a niche compared to mainstream Wi-Fi bands, Wireless Gigabit is rapidly becoming a critical enabler for dense urban networks, smart offices, and immersive content applications. Major technology companies, chipset makers, and module vendors are investing in updated standards, improved beamforming, and integration with Wi-Fi 7 and 5G ecosystems.
Wireless Gigabit Market was valued at $2.45 billion in 2024 and is projected to reach $2.85 billion in 2025, surging to $9.56 billion by 2033.
What is Wireless Gigabit?
Wireless Gigabit, also known as WiGig (based on IEEE 802.11ad and 802.11ay standards), is a short-range wireless technology that delivers speeds up to 7–10 Gbps within a room or open office. Unlike traditional Wi-Fi in the 2.4 GHz or 5 GHz bands, WiGig uses the 60 GHz band, which offers significantly wider channels but has limited range and line-of-sight requirements.
Key use cases in 2025 include:
- Ultra-fast wireless docking stations for laptops and peripherals.
- Wireless AR/VR headsets needing low-latency high-bandwidth connections.
- High-speed data transfer for enterprise backup and cloud offloading.
- Indoor wireless backhaul for small cell networks in dense urban areas.
More than 300 million devices globally are expected to support WiGig by the end of 2025, up from less than 50 million in 2020, thanks to standardization efforts and chipset integration by major OEMs.
How Big is the Wireless Gigabit Industry in 2025?
In 2025, the Wireless Gigabit (WiGig) industry will see accelerated growth as high-speed, short-range connectivity becomes mainstream in premium consumer and enterprise devices. Global shipments of WiGig-enabled devices are projected to reach approximately 300 million units, up from fewer than 50 million just five years ago.
Premium smartphones and laptops are expected to drive this adoption, with more than 20% of new premium devices integrating WiGig radios to enable multi-gigabit wireless docking, AR/VR streaming, and rapid content transfer. In the consumer market, over 150 million home routers and mesh Wi-Fi systems will feature WiGig capabilities, ensuring ultra-HD video streaming, low-latency multiplayer gaming, and seamless 8K content delivery within households.
The enterprise segment will also be a key growth driver. Smart offices are projected to deploy more than 1 million WiGig-enabled enterprise access points by 2025, transforming conference rooms and shared workspaces with wireless multi-gigabit connectivity. These deployments will complement Wi-Fi 7 and 5G rollouts by providing ultra-fast connections in dense indoor environments where wired backhaul is costly or impractical.
Another area of significant growth is indoor wireless backhaul. More than 1 million small cell and Wi-Fi offload nodes are expected to rely on 60 GHz WiGig links to deliver high-capacity indoor coverage in shopping malls, stadiums, airports, and urban venues.
Regionally, Asia Pacific will lead by device volume with around 38% of global shipments, driven by China’s smart home boom and Japan and South Korea’s AR/VR and gaming markets. North America will hold about 35% of market value, benefiting from premium device integration and smart office adoption. Europe is projected to contribute roughly 25%, while emerging markets will pilot WiGig in high-density indoor hotspots.
Regional Market Insights
North America
The USA and Canada will continue to lead in Wireless Gigabit adoption, contributing an estimated 35% of global WiGig-enabled device shipments by 2025. The USA’s dense urban areas, 5G rollout, and corporate campuses drive demand for high-capacity indoor wireless backhaul and low-latency VR applications.
Tech hubs like California, Texas, and New York are testing WiGig-powered smart offices and immersive experience centers. Regulatory clarity from the FCC also supports 60 GHz band expansion for unlicensed use.
Europe
Europe will account for around 25% of global WiGig adoption, led by the UK, Germany, and the Nordic region. EU-funded smart city pilots are using WiGig for next-gen public transport hubs, AR-assisted retail, and indoor industrial automation.
Enterprises across the EU are investing in WiGig-enabled workspaces to support hybrid workforces, with more than 50,000 office sites expected to deploy WiGig access points by 2025.
Asia Pacific
Asia Pacific holds the largest share by volume, estimated at 38% of global WiGig-enabled devices by 2025. China, Japan, and South Korea lead the region due to strong consumer electronics manufacturing and dense urban deployment.
China’s smart home ecosystem is projected to drive over 100 million WiGig-capable devices, while Japan’s VR/AR industry uses WiGig for immersive training and entertainment. South Korea’s telcos integrate WiGig into small cell backhaul for dense 5G networks.
Rest of the World
Emerging regions contribute a modest 2% share but are piloting WiGig for specific use cases like stadiums, smart shopping malls, and indoor logistics. The Middle East and parts of Latin America are exploring WiGig for retail analytics and indoor Wi-Fi offloading in high-traffic venues.
Global Growth Insights unveils the top List Global Wireless Gigabit Companies:
| Company | Headquarters | CAGR (Past Year) | Revenue (Past Year) | Key Update |
|---|---|---|---|---|
| Peraso Technologies | Canada | ~10% | ~$12M | Millimeter-wave chipset developer expanding WiGig transceivers for consumer devices. |
| Tensorcom | USA | ~12% | ~$15M | Focused on ultra-low-power WiGig modules for smartphones and tablets. |
| Vubiq Networks | USA | ~8% | ~$10M | Specializes in 60 GHz wireless backhaul for urban and enterprise networks. |
| Qualcomm Atheros | USA | ~15% | ~$40B (Qualcomm total) | Market leader providing WiGig chipsets for smartphones, laptops, and routers. |
| Intel | USA | ~9% | ~$63B | Integrates WiGig into laptop platforms and next-gen wireless docking stations. |
| Broadcom | USA | ~11% | ~$35B | Delivers WiGig chipsets for high-volume routers, mesh systems, and IoT hubs. |
| AzureWave Technologies | Taiwan | ~7% | ~$900M | Provides WiGig modules for laptops, smart TVs, and home entertainment systems. |
| Microsoft | USA | ~5% | ~$211B | Uses WiGig in Surface devices for wireless docking and AR/VR experiences. |
| NVIDIA | USA | ~6% | ~$27B | Exploring WiGig for low-latency AR/VR streaming and high-performance computing. |
| SMSC Storage | USA | ~5% | ~$400M | Develops niche WiGig interfaces for high-speed storage and media devices. |
| Rohde & Schwarz | Germany | ~4% | ~$2.5B | Supplies WiGig test and measurement equipment for device certification. |
| Panasonic | Japan | ~5% | ~$60B | Offers consumer WiGig modules for smart home hubs and AV systems. |
| BluWireless Technology | UK | ~9% | ~$25M | Specialist in WiGig mesh networking for urban smart transport and 5G backhaul. |
| Agilent Technologies | USA | ~4% | ~$6.8B | Develops 60 GHz signal analyzers and test solutions for WiGig R&D. |
| Wilocity (Qualcomm) | USA | — | — | Acquired by Qualcomm; WiGig IP now integrated into Atheros division. |
| NEC Corporation | Japan | ~5% | ~$24B | Uses WiGig for enterprise-grade wireless links and VR/AR content delivery. |
| Silicon Image | USA | ~5% | ~$80M | Focuses on high-speed wireless video and HDMI-over-WiGig interfaces. |
| Cisco Systems | USA | ~6% | ~$54B | Enterprise-grade WiGig access points for smart offices and high-density venues. |
| STMicroelectronics | Switzerland | ~7% | ~$17B | Integrates WiGig IP into SoCs for industrial and automotive applications. |
| BridgeWave Communications | USA | ~8% | ~$20M | Provides 60 GHz wireless backhaul and fronthaul solutions for urban networks. |
| NXP Semiconductors NV | Netherlands | ~6% | ~$13B | Develops WiGig chipsets for automotive, industrial, and consumer markets. |
| DELL | USA | ~4% | ~$102B | Uses WiGig for wireless docking stations and hybrid work devices. |
| MediaTek | Taiwan | ~7% | ~$20B | Integrates WiGig into smartphone SoCs and consumer smart hubs. |
| Beam Networks | UK | ~6% | ~$10M | Focuses on beamforming solutions for AR/VR low-latency WiGig connections. |
Regional Market Share & Opportunities
In 2025, the Wireless Gigabit (WiGig) market is expected to show clear regional leadership, driven by demand for high-speed, short-range wireless connections in consumer and enterprise applications. Asia Pacific will remain the largest market by device volume, accounting for around 38% of all global WiGig-enabled devices shipped. China alone will deploy over 100 million WiGig-capable smartphones, laptops, routers, and smart home hubs, supported by domestic consumer electronics brands and government-backed smart home initiatives. Japan and South Korea will also drive demand through AR/VR, gaming, and small cell backhaul for dense urban 5G coverage.
North America is projected to contribute roughly 35% of global WiGig market value, benefiting from premium device integration and smart office deployments. The USA leads with significant adoption of WiGig-enabled laptops, wireless docking stations, and multi-gigabit mesh Wi-Fi systems in corporate campuses. More than 1 million enterprise access points in North America are expected to support WiGig for conference rooms and shared workspaces by 2025. The region also benefits from regulatory clarity, with the FCC supporting unlicensed use of the 60 GHz band.
Europe will hold an estimated 25% share, driven by smart city pilots and enterprise-grade deployments. The UK, Germany, and the Nordics are rolling out public venue WiGig zones and immersive AR/VR experiences in retail and transport hubs. More than 50,000 smart office sites across Europe are projected to use WiGig mesh networks to handle large file transfers and real-time video collaboration.
Emerging markets, including the Middle East, Southeast Asia, and parts of Latin America, together contribute around 2% but show niche growth in stadiums, shopping malls, and logistics hubs. Opportunities here lie in affordable, low-power WiGig modules for indoor wireless backhaul and smart retail.
Conclusion
The Wireless Gigabit market is at an inflection point. Adoption is expanding from early trials to mainstream deployment in premium consumer devices, enterprise solutions, and urban connectivity. Companies that secure robust supply chains, innovate on beamforming and interference management, and offer flexible, integrated solutions will capture the growing demand for multi-gigabit wireless links.
FAQ: Global Wireless Gigabit Companies
Q1: Who are the top WiGig chipset makers?
A1: Qualcomm Atheros, Broadcom, Intel, MediaTek, and Peraso Technologies lead in silicon.
Q2: Which regions are growing fastest?
A2: Asia Pacific by volume; North America and Europe by enterprise adoption.
Q3: What’s the main barrier to mass adoption?
A3: Short range, line-of-sight needs, and interference management.
Q4: How is WiGig evolving with 5G and Wi-Fi 7?
A4: WiGig complements 5G indoor coverage and integrates with multi-band Wi-Fi mesh.