News

June 2026 RF Industry News Roundup IMS 2026 – The Premier RF & Microwave Event of the Year The IEEE International Microwave Symposium (IMS 2026), the world's largest gathering for RF and microwave professionals, took place from June 7–12 at the Boston Convention & Exhibition Center. The event welcomed over 8,400 attendees from 55 countries. This year's program reflected how AI, quantum computing, and 6G are being integrated into RF and microwave engineering practice, with plenary sessions featuring 2025 Nobel Prize winner John Martinis and MIT Professor William Oliver. The symposium also included the RFIC Symposium (June 7–9) and the ARFTG Conference.   Key Product Launches & Technology Announcements Altera Unveils Next-Generation Agilex 9 Direct RF-Series SoC FPGA At IMS 2026, Altera announced engineering sample availability of its Agilex 9 Direct RF-Series SoC FPGAs, delivering a 40% increase in compute capability per square millimeter. The device features 45% greater logic and DSP density, integrated 64Gsps wideband RF, and support for DDR5/LPDDR5 memory. Production silicon and development kits are scheduled for Q3 2026.   GlobalFoundries Qualifies SLATE™ Advanced Packaging on 9SW Platform On June 23, GlobalFoundries announced production readiness of its SLATE™ wafer-to-wafer bonding technology on the 9SW RF-SOI platform. The technology can reduce die size by up to 45%, targeting compact 5G front-end modules (FEMs) spanning sub-8GHz and FR3 frequency ranges. Volume production is expected in the second half of 2027.   Qorvo Introduces SOI RF Switch Portfolio for Defense & Aerospace Qorvo introduced three SOI-based RF switches (QPC2320, QPC2420, QPC2180) and two 6-bit digital step attenuators (QPC5330, QPC5430) on June 3. The products eliminate the need for negative voltage control circuits, simplifying system architectures for radar, secure communications, and SATCOM applications. Frequency support ranges up to 30GHz.   pSemi Expands UltraCMOS+™ Portfolio with High-Isolation RF Switches pSemi announced the PE42544 SP4T and PE42429 SPDT RF switches on June 4, operating from 9 kHz to 8.5 GHz with up to 46 dB isolation. Both devices deliver industry-leading linearity (up to 65 dBm IIP3) and are available for sampling now.   Analog Devices Presents Advances in Transceivers & Beamforming At IMS 2026, Analog Devices presented innovations including a single-chip RF-to-Ethernet ORAN radio unit (16nm FinFET CMOS, 4TX/4RX, 660MHz bandwidth) and a SiGe E-band transmitter SIP delivering >32dBm output power from 71–86 GHz.   Finwave Semiconductor Debuts High-Power GaN-on-Silicon RF Switches Finwave showcased eight new high-power RF switches at IMS 2026, delivering high power, high frequency, fast switching, and broadband performance.   IVWorks Sets GaN HEMT Record with 742GHz fmax Researchers fabricated a GaN transistor with a 45nm gate length achieving a record-breaking fmax of 742 GHz, establishing a new benchmark for RF performance.   Altum RF Showcases GaAs & GaN MMICs at IMS 2026 Altum RF highlighted its portfolio of over 40 GaAs and GaN MMICs covering frequencies from X-band to over 100 GHz, targeting SATCOM, telecom, radar, and test & measurement applications.   Aerospace & Defense RF Solutions The aerospace and defense sector at IMS 2026 featured numerous mission-critical RF solutions, including dual-channel mmWave frequency converter SiPs (18–40 GHz) from Spectrum Control, 4-channel switched filter banks (18–40 GHz) from Nuvotronics, compact phase-coherent RF conversion pairs from Mercury Systems, and agile frequency synthesizers (1.25–20 GHz) from Luff Research.   Test & Measurement Key test and measurement players showcased at IMS 2026 included Anritsu with its Tensor VNA, Keysight Technologies with RF design and 6G validation technologies, Maury Microwave with advanced load-pull solutions, and Rohde & Schwarz.   5G/6G & Wireless Infrastructure GlobalFoundries' 9SW SLATE technology supports next-generation 5G devices and satellite communications. KDDI launched a RAN Digital Twin initiative for the 6G era on June 23, while e& UAE announced the world's first commercial U6GHz network, establishing the foundation for the 6G era.   Market Intelligence The RF defense device market is projected to reach $3 billion by 2031, fueled by drone threats and radar upgrades.   Sources everything RF – IMS 2026 coverage and industry news   Microwave Journal – IMS2026 technical program and exhibitor coverage   GlobalFoundries – SLATE™ packaging announcement   Qorvo – SOI RF switch portfolio   pSemi – UltraCMOS+™ switch portfolio expansion   Altera – Agilex 9 Direct RF-Series announcement   Analog Devices – IMS 2026 technical presentations   Compound Semiconductor – GaN HEMT record   Finwave Semiconductor – GaN-on-Si RF switch portfolio

I. Domestic Core Technology & Mass Production Breakthroughs   1. Silicon-Graphene-Germanium Transistor (Core Device for Terahertz & 6G)   Developer: Institute of Metal Research, Chinese Academy of Sciences   Key Specifications: Measured cut-off frequency reaches 132 GHz with a current gain of 1.8×10⁷; theoretically capable of covering 1 THz terahertz band, ranking top globally among similar devices.   Significance: China takes the global lead in RF devices based on two-dimensional materials, laying solid hardware foundations for 6G, terahertz communications, high-end radar and satellite-ground connectivity.     2. Silicon-Based GaN RF Chips for Consumer Terminals   Developer: CETC 55 Research Institute / Guobo Electronics   Key Data: Over 5 million chips delivered in total; the world’s first silicon-based gallium nitride product tailored for consumer smart terminals.   Significance: Technical bottlenecks of low-voltage terminal compatibility have been solved. The chips gradually replace traditional gallium arsenide components and realize full independent control of RF front-ends for mobile phones and other consumer devices, breaking monopolies held by overseas manufacturers. This strongly supports the large-scale commercialization of satellite-direct-to-cellphone services, low-altitude economy and 5G-Advanced.     II. Highlights from International Exhibition – IMS 2026 (Boston, June 7–12)   Core Technology Themes: Integration of AI, quantum engineering, 6G, millimeter wave, terahertz and satellite communications New Products & Solutions from Key Manufacturers   Keysight: New-generation RF signal analyzers to boost R&D and testing efficiency for 5G and 6G wideband systems Qorvo: Demonstrated beamforming modules, millimeter-wave power amplifiers and IoT RF solutions targeting satellite and mobile communication markets Sonix: Miniaturized 30 GHz millimeter-wave RF filters optimized for 5G-Advanced, 6G and satellite communication scenarios   III. Overall Industry Development Trends   Material Upgrading: Wide-bandgap materials including silicon-based & SiC-based GaN and graphene are widely adopted to replace gallium arsenide, balancing high frequency, high power and low cost. Frequency Band Evolution: Communication frequency bands keep shifting upward from 5G-Advanced to 6G and terahertz, driving RF devices toward miniaturization and low insertion loss. Domestic Substitution: RF technologies expand from base station and military applications to consumer electronics such as mobile phones. Full industrial chains including power amplifiers, filters and switches accelerate localized independent production. Multi-technology Integration: AI and digital twin technologies are embedded into RF design, EDA development and testing workflows, drastically shortening R&D cycles and cutting production costs.   IV. Follow-Up Focus Areas   Commercialization progress and market penetration of domestic novel high-frequency transistors and silicon-based GaN chips Iteration and mass production schedule of RF components supporting 5G-Advanced and 6G industrial chains Fluctuations in market demand for millimeter-wave and satellite communication RF products

Foshan Faladi Electronic Co., Ltd. was established in 1992. Relying on outstanding technological innovation capabilities, a professional R&D team, and continuous investment in advanced technologies, it has become a leading enterprise in the high-end electronic components and modules industry. As a state-recognized high-tech enterprise, Faradi has always taken technological breakthroughs as the core driving force, constantly polishing its technical strength to provide global customers with high-performance, reliable electronic solutions.   Faradi has built a sophisticated and efficient R&D system, which includes six professional R&D divisions covering electronic circuit design, high-frequency module development, precision measurement and control technology, system integration, and product performance optimization. The R&D team is composed of more than 200 highly educated and experienced engineers, among whom a large number have long-term experience in the field of high-end electronic equipment research and development, with profound insights into industry technology trends and customer application needs.   To support technological innovation, Faradi has invested heavily in R&D equipment and testing facilities, with various advanced production, inspection, and testing equipment valued at over 100 million yuan. The R&D center is equipped with international leading simulation software, precision testing instruments, and a complete product verification platform, which can realize the whole process of product research and development, simulation test, performance verification, and reliability detection. This strong hardware support ensures that every R&D project can be carried out efficiently and accurately, and each product can meet the high standards of stability, precision, and reliability required by the global high-end market.   In terms of core technology, Faradi has formed unique technical advantages in the R&D and production of supporting components and modules for satellite, measurement and control, radar, navigation, radio, and aerospace equipment. Our R&D team has made important breakthroughs in key technologies such as high-frequency signal processing, precision module integration, and environmental adaptability design, which not only improve the performance and stability of products but also reduce the overall cost of products, providing global customers with more competitive solutions.   Adhering to the concept of “innovation-driven, technology-led”, Faradi has always maintained close cooperation with international advanced technology institutions and industry partners, actively absorbing advanced technical concepts and R&D experience, and continuously promoting the upgrading and iteration of products and technologies. Our technical strength has been widely recognized by the industry and global customers, and we have successfully provided customized technical solutions for many international customers, helping them improve the performance and competitiveness of their products.   As a high-tech enterprise focusing on the global market, Foshan Faradi Electronics will continue to increase R&D investment, optimize the R&D team, and deepen technological innovation. We will take more advanced technology, more reliable products, and more professional technical services, to create greater value for global customers and maintain our leading position in the high-end electronic component industry.  

Foshan Faradi Electronics adheres to a global vision and customer-centric philosophy. We are committed to bridging advanced Chinese electronic manufacturing technology with global market demand, providing high-quality products and professional technical services for customers worldwide.   We understand that global clients require not only high-performance products but also stable delivery, clear communication, and reliable after-sales support. Therefore, we have established a professional international business team and a localized service system, ensuring efficient response, accurate technical communication, and timely order follow-up.   Supported by strong group strength, professional R&D team, advanced manufacturing capacity, and strict quality control, Faradi Electronics has the confidence to become your preferred partner for high-end electronic components and modules. We look forward to working with global customers to create greater value and achieve long-term win-win cooperation.

Foshan Faradi Electronics focuses on the R&D, production, and technical services of supporting components and modules for satellite, measurement and control, radar, navigation, radio, and aerospace equipment. Our product portfolio covers a wide range of high-performance electronic components, frequency synthesis modules, receiver modules, and customized electronic units.   These products are widely applied in:   Satellite communication & positioning systems Aerospace electronic equipment Radar & navigation systems Radio & wireless communication devices Precision measurement and control instruments   With deep technical accumulation and rich project experience, we can provide standard products and customized solutions according to customer requirements. All products are designed and manufactured to meet international industrial standards and environmental adaptability requirements, ensuring stable operation in complex working conditions.

Foshan Faraday Electronics boasts a first-class manufacturing and testing base, equipped with production, testing, and inspection equipment worth over 100 million RMB. Our production lines adopt standardized, intelligent, and modular management, supporting both mass production and customized small-batch orders.   We implement full-process quality control from incoming material inspection, production process monitoring, to finished product testing and after-sales tracking. Advanced testing equipment covers high-frequency performance, environmental adaptability, electrical reliability, and mechanical stability, ensuring that each component and module meets strict international quality standards.   Our manufacturing and quality management capabilities rank among the top in the domestic industry, enabling us to provide global customers with stable delivery, consistent quality, and competitive cost performance in the high-end electronic component sector.

At Foshan Faradi Electronics, technological innovation is the foundation of our sustainable development. With over 30 years of experience, we have built a robust R&D system. We have six dedicated R&D departments and a professional technical team of more than 200 highly educated engineers, covering electronic circuit design, module development, performance optimization, and technical services.   Our R&D personnel have rich experience in high-frequency circuits, precision modules, and complex electronic system integration. They work closely with international customers to understand application scenarios, solve technical challenges, and customize reliable solutions.   Equipped with advanced simulation software, precision testing instruments, and a complete verification platform, our R&D center ensures that every product meets high stability, high precision, and high reliability requirements. From prototype development to mass production, we strictly follow international standards and industry specifications, delivering consistent quality for global clients.

Foshan Faradi Electronics Co., Ltd. is a state-recognized high-tech enterprise founded in 1992 and headquartered in Shunde, Foshan – a core manufacturing hub in Guangdong Province. With a registered capital of RMB 100 million, the company has accumulated over three decades of deep expertise in the research, development, production, and technical support of advanced electronic systems.   Specializing in high-reliability components and modules for satellite, measurement and control, radar, navigation, radio, and aerospace equipment, Faradi upholds rigorous quality standards and mature manufacturing management across its entire value chain. Our strong R&D DNA, combined with vertically integrated production capabilities, enables us to deliver consistent performance in mission-critical environments.   Guided by the philosophy of “Technology First, Quality Core, Customer Oriented,” Faradi Electronics is committed to serving global clients as a long-term, stable, and trusted partner in the high-end electronic supply chain – providing not just products, but engineered reliability from design through delivery.

"Signal jamming" typically refers to the use of technical means to block or attenuate the propagation of radio signals within a specific environment. It is commonly encountered in contexts involving security, telecommunications, military operations, or privacy protection. The following provides a detailed explanation of signal jamming:   ---   ### I. Principles of Signal Jamming Signal jamming works by transmitting interference signals that match—or closely approximate—the frequency of the target signal, or by utilizing metallic shielding materials to absorb or reflect electromagnetic waves, thereby disrupting wireless signal transmission. Common methods include: 1. **Electromagnetic Shielding:** Enclosing equipment or a physical space (such as a Faraday cage) using materials like metal mesh or conductive coatings. 2. **Active Interference:** Transmitting strong "noise" signals via a signal jammer (e.g., a mobile phone signal blocker) to overpower and blanket the target frequency band. 3. **Physical Isolation:** Placing equipment within an enclosed space devoid of signal coverage (e.g., a basement or a dedicated shielded room).   ---   ### II. Application Scenarios 1. **Security and Confidentiality** - Government agencies and military bases use it to prevent eavesdropping or data leakage. - Conference venues (such as courtrooms or negotiation rooms) use it to ensure that communication devices are not monitored. 2. **Exam Administration** - Exam venues block mobile phone signals to prevent cheating. 3. **Medical Environments** - Hospital operating rooms block signals to prevent interference with electronic medical equipment. 4. **Protection of Special Facilities** - Petrochemical plants and gas stations prohibit wireless signals to prevent the risk of explosions. 5. **Personal Privacy Protection** - Individuals may use signal-shielding pouches (e.g., anti-tracking backpacks) to block GPS location and tracking signals.   ---   ### III. Legal and Ethical Considerations - **Chinese Regulations:** According to the *Regulations of the People's Republic of China on Radio Administration*, unauthorized signal interference is a violation of the law and may result in fines or criminal liability. - **Exceptions:** Certain entities may legally deploy signal-jamming equipment in specific areas (such as exam venues or classified facilities) following official approval. - **Risks of Misuse:** The unauthorized jamming of public signals (such as cellular base station signals) can disrupt emergency services and general telecommunications; therefore, such actions must be approached with extreme caution. ---   ### IV. Technical Implementation Examples | Method | Principle | Typical Equipment | |---------------|--------------------------|------------------------| | Faraday Cage | Conductive metal mesh shields electromagnetic waves | Shielded rooms, shielded enclosures | | Jammer | Transmits co-frequency noise signals | Mobile phone signal blockers | | Shielding Materials | Absorb/reflect electromagnetic waves | Aluminum foil, conductive fabrics |   ---   ### V. Important Considerations 1. **Legality:** Ensure that the usage scenario complies with local laws and regulations. 2. **Safety:** Avoid situations where shielding prevents emergency calls from connecting (e.g., in hospitals or fire stations). 3. **Selective Shielding:** Prioritize directional shielding (e.g., targeting only mobile phone signals) rather than full-spectrum interference.