The 2026 IEEE International Microwave Symposium (IMS2026) once again brought together the global RF and microwave community to explore the latest advances in semiconductor technologies, passive components, interconnect solutions, high-power RF systems, test equipment, and system-level innovations. Throughout the week, RFMW welcomed engineers, customers, supplier partners, and industry colleagues to its booth to discuss emerging technologies and the products shaping next-generation RF and microwave designs.
To help visitors navigate the wide range of technologies on display, the RFMW booth featured themed technology areas highlighting innovative products across the RF signal chain. From revolutionary semiconductor technologies and high-power RF solutions to passive components, precision interconnect products, and newly added suppliers, each display showcased products designed to address demanding applications in aerospace and defense, satellite communications, wireless infrastructure, electronic warfare, radar, quantum computing, instrumentation, industrial, and commercial markets.
This article highlights many of the supplier partners and featured products showcased by RFMW during IMS2026. While not every product displayed at the show is covered, the following supplier spotlight provides an overview of the innovative technologies and engineering solutions available through RFMW’s expanding portfolio.
New Supplier Showcase
RFMW continued expanding its global supplier portfolio during 2026 by adding several new technology partners. These additions strengthen RFMW’s ability to provide engineers with complete RF signal chain solutions spanning passive components, active semiconductors, ferrite technologies, GaN power amplifiers, and specialized microwave products.
Esterline Research & Design
Precision frequency control and advanced timing solutions for mission-critical applications.
Esterline Research & Design specializes in precision frequency control products and advanced testing solutions engineered for military, aerospace, and commercial applications where timing accuracy and long-term stability are essential. Featured during IMS2026 was the LGT900 Series Low-G Timing Module, a 1PPS-disciplined, ultra-low-g solution designed to maintain exceptional frequency performance in demanding environments. The module offers acceleration sensitivity as low as 0.01 ppb/g per axis, ±0.5 ppb frequency accuracy while locked, frequency stability down to ±0.50 ppb over temperature, aging performance of ±100 ppb over 20 years, and user-programmable frequency outputs with 1 Hz resolution. These capabilities make the LGT900 Series an excellent choice for precision timing and synchronization applications where long-term reliability and environmental stability are critical.
Innovative Power Products
Broadband passive RF components engineered for high-performance applications
Innovative Power Products (IPP) joined RFMW’s worldwide supplier portfolio during 2026, expanding access to one of the industry’s most respected manufacturers of high-performance passive RF and microwave components. Under the global distribution agreement, RFMW provides worldwide technical sales support, component selection assistance, and fulfillment services for IPP’s extensive product offering.
Since 2005, Innovative Power Products has developed an impressive portfolio of hybrid couplers, directional couplers, power combiners and dividers, baluns, impedance transformers, resistors, terminations, and thermal bridges. Available in surface-mount, flanged, flangeless, and connectorized configurations, these products deliver broad bandwidths, high power handling, and compact form factors for military, industrial, medical, and commercial applications. The partnership further strengthens RFMW’s passive component offering while providing engineers with access to proven technologies for next-generation RF and microwave system designs.
Metamag
Adaptive ferrite technologies for interference mitigation and receiver protection
Metamag brings a unique portfolio of advanced ferrite-based RF technologies to the RFMW line card, specializing in innovative solutions for radar, SIGINT, electronic warfare, and communications systems operating in increasingly congested electromagnetic environments.
A featured product during IMS2026 was the A0101-02G-08G-P0-SMAFF Auto-Tune Filter® (AtF®), a passive adaptive filtering solution covering 2 to 8 GHz. Unlike conventional filtering approaches, Metamag’s patented Auto-Tune® technology automatically senses and rejects high-power interferers without requiring external power, computer control, or feedback loops. With less than 2 dB insertion loss, power handling up to +40 dBm CW and 1 kW peak, and the ability to preserve receiver sensitivity and dynamic range, the technology provides an elegant solution for SDR, ADC protection, radar, SIGINT, and electronic warfare applications.
Pasternack
Rapid delivery of high-quality RF and microwave components from one of the industry’s broadest in-stock portfolios
For more than 40 years, Pasternack has supplied engineers with one of the industry’s largest inventories of RF and microwave components, cable assemblies, and test accessories, supporting customers worldwide through an extensive network of international distributors. With more than 40,000 products in stock and available for same-day shipment, Pasternack helps engineers keep projects on schedule by providing immediate access to both industry-standard and hard-to-find components. Featured during IMS2026 was the PE5CK1001 3.5 mm General Purpose Calibration Kit, which supports vector network analyzer (VNA) calibration from DC to 8.5 GHz and includes precision short, open, load, and thru standards for accurate RF measurements in laboratory, production, and verification environments.
RFHIC
High-power GaN technologies for advanced RF systems
RFHIC joined RFMW’s supplier portfolio with an extensive family of GaN-based RF components and system-level solutions, including discrete GaN HEMTs, MMICs, hybrid LNAs, power amplifiers, SSPAs, and complete RF subsystems.
Among the featured technologies was the RWP5872050-10, a 50 W GaN solid-state power amplifier operating from 5.8 to 7.2 GHz. Delivering 35 dB typical gain and nearly 45% power-added efficiency, the amplifier targets demanding electronic warfare, RF jamming, high-power transmission, and RF system integration applications. RFHIC also introduced its Advanced Diamond DFN package technology, demonstrating significantly improved thermal performance and power capability for compact high-power RF designs.
RFMW Top Product Showcase at IMS 2026
AmphenolCDI
High-density RF interconnect solutions engineered for high-frequency and cryogenic applications
AmphenolCDI showcased its advanced interconnect technologies for next-generation RF, high-speed digital, and quantum computing systems. Featured in RFMW’s Expert Connections station were CoreHC™ Cable Assemblies, high-performance solderless ganged coaxial interconnects that support vertical launch, edge launch, and right-angle PCB attachment while delivering operation to 70 GHz with a dense 2.5 mm signal pitch for compact, repeatable system integration. Also selected as one of RFMW’s Top Products for IMS2026, the 16CH Core Cryo™ Cable Assembly extends this technology to cryogenic environments with a fully non-magnetic, solderless design optimized for quantum computing, cryogenic research platforms, and laboratory instrumentation. Engineered to remain stable through repeated thermal cycling, the high-density 16-channel assembly simplifies PCB connectivity while providing reliable performance in some of the industry’s most demanding operating environments.
Ampleon
High-power RF solutions delivering exceptional efficiency, ruggedness, and reliability
Ampleon continues to advance high-power RF technology with a broad portfolio of LDMOS and GaN devices serving industrial, scientific, medical (ISM), broadcast, communications, and defense applications. Recognized as one of RFMW’s Top Products for IMS2026, the ART1K9 is an extremely rugged 1.9 kW solid-state power amplifier (SSPA) designed for high-power operation at supply voltages up to 55 V while offering an impressive breakdown voltage exceeding 190 V. Engineered to withstand a minimum VSWR of 65:1 at full operating voltage, the amplifier provides exceptional reliability in demanding environments, making it well suited for CO₂ laser drivers, plasma generators, FM and VHF broadcast transmitters, shortwave radar, and other high-power RF systems.
Also featured in RFMW’s Knowledge = Power station were the ART2K0FE and ART2K0PE, symmetric ultra-wideband Doherty amplifier solutions developed for 170 to 240 MHz VHF broadcast applications. Designed to deliver industry-leading RF performance at 250 W average output power, these devices combine excellent efficiency with outstanding ruggedness, including a 65:1 load mismatch capability. Available in both ceramic SOT539 and plastic OMP1230 package options, they provide broadcast equipment designers with flexible, high-performance amplifier solutions capable of maintaining reliable operation under challenging load conditions.
Amplifier Solutions
High-performance amplifier modules engineered for commercial and military RF systems
Amplifier Solutions Corporation (ASC) designs and manufactures RF amplifier modules covering frequencies from DC to 4 GHz for commercial and military applications. Utilizing hybrid construction techniques with chip or packaged semiconductor devices mounted on thick alumina substrates or high-performance PCB materials, ASC delivers rugged, reliable amplifier solutions in a variety of package configurations. Featured during IMS2026 was the ASC3193 Low Noise Amplifier, operating from 20 to 1000 MHz with a low 1.3 dB noise figure, +19 dB gain, +23 dBm output power at P1dB, +39 dBm OIP3, and +49 dBm OIP2. Requiring no external components and available in PCB, SMA connectorized, and TO-8 package styles, the ASC3193 provides a compact, easy-to-integrate solution for communications, instrumentation, aerospace, and defense applications where low noise and excellent linearity are essential.
Anritsu
Precision RF and microwave components engineered for accurate measurement and test applications
Anritsu offers a comprehensive portfolio of instrument-grade RF and microwave components that support the accuracy and repeatability required in today’s test and measurement environments. Available through RFMW, the product line includes precision adapters, attenuators, terminations, detectors, DC blocks, bias tees, and high-performance interconnect solutions designed to maintain exceptional electrical performance across demanding laboratory, production, and field applications. Complementing these components are precision connectors and cable assemblies engineered for low loss, high return loss, and long-term measurement stability, making Anritsu a trusted resource for engineers developing and validating next-generation RF and microwave systems.
APA Wireless Technologies
Precision frequency generation solutions for communications, radar, and test systems
APA Wireless Technologies (APA) develops precision frequency generation products—including voltage-controlled oscillators (VCOs) and PLL synthesizers—for communications, radar, and RF test applications. Featured during IMS2026 was the SYN1024SMPLL1 Fixed Frequency 1024 MHz PLL Synthesizer, designed to provide stable, low-noise local oscillator performance in a compact surface-mount package. The synthesizer delivers excellent spectral purity with phase noise of -110 dBc/Hz at a 10 kHz offset while consuming just 30 mA from 5 V and 3 V supplies. Its combination of low power consumption, compact size, and stable frequency generation makes it an excellent choice for RF test systems, local oscillator sources, and other applications requiring precise frequency control.
Axiro Semiconductor
Advanced beamforming and RF integrated circuit technologies
Axiro demonstrated its growing portfolio of RF, mmWave, and GaN integrated circuits supporting phased array antennas, satellite communications, wireless infrastructure, and defense radar systems.
Our featured Top Product, the F6413/F6415 TRx Beamformer Family, integrates eight transmit/receive channels covering X- and Ku-band frequencies with ultra-fast beam steering, +20 dBm transmit output P1dB, and a compact architecture optimized for λ/2 antenna integration. These highly integrated beamformers simplify electronically steered array designs while supporting next-generation SATCOM and radar platforms.
During the show we also interviewed Srinidhi Embar of Axiro Semiconductor to find out more about the company’s latest power amplifier modules for next-generation wireless infrastructure. The conversation highlighted the F84010, a 1.8 to 2.2 GHz transmit multi-chip PA module designed for 32T/32R massive MIMO systems, delivering 16W average output power, up to 52 dBm peak output power, approximately 46% linearized power-added efficiency, and 365 MHz instantaneous bandwidth. Srinidhi also introduced the F84232, a 3.4 to 3.8 GHz PA module for 64T/64R 5G massive MIMO applications featuring integrated bias control for TDD switching and temperature compensation, 8W average output power, approximately 50% linearized efficiency, and 400 MHz instantaneous bandwidth. Together, these compact modules demonstrate Axiro’s focus on delivering highly integrated, high-efficiency RF front-end solutions for next-generation cellular infrastructure.
CML Micro
High-performance RF semiconductor and mixed-signal communications solutions
CML Micro highlighted semiconductor solutions supporting RF, microwave, and mixed-signal communications systems. The company’s devices emphasize design flexibility, efficient power utilization, and accelerated development for wireless infrastructure and tactical communications.
The featured CMX90A301 delivers 10 W of C-band output power across 4.4 to 5.0 GHz while achieving 55% power-added efficiency in a compact 5 × 5 mm QFN package. With internally matched RF ports and integrated DC blocking, the amplifier is well suited for MANET radios and C-band final amplifier stages.
dB Control
Mission-critical RF and microwave solutions engineered for the world’s most demanding environments
For more than 35 years, dB Control has designed and manufactured high-reliability RF and microwave products for defense and commercial applications, supporting ground mobile, maritime, and airborne platforms that operate in harsh environments. Selected as one of RFMW’s Top Products for IMS2026, the G4F-610520 SP4T RF Switch delivers broadband operation from DC to 6 GHz while combining low 0.25 dB insertion loss with 80 dB isolation for excellent signal integrity. The failsafe electromechanical switch operates from a nominal 12 VDC supply, features TTL logic control, and utilizes a top-mounted D-sub miniature power interface, making it an ideal solution for radar, electronic warfare, communications, and other mission-critical RF systems where reliability and repeatable performance are essential.
Delta Electronics Mfg. Corp.
High-performance RF interconnect solutions built for reliability in demanding environments
For more than 65 years, Delta has developed and manufactured RF, microwave, and millimeter-wave interconnect solutions for aerospace, defense, communications, and industrial applications. With vertically integrated manufacturing that controls every step of production—from raw materials to finished assemblies—Delta delivers customized, high-performance cable assemblies, connectors, and interconnect products known for their quality, durability, and dependable performance. Featured during IMS2026 was Delta’s family of threaded RF connectors , engineered to provide secure, repeatable mating and excellent electrical performance at high frequencies. Designed for reliable operation in harsh environments, these precision connectors help ensure long-term system integrity in mission-critical RF and microwave applications.
ED2 Corporation
Advanced RF system design and innovative passive technologies for next-generation wireless and defense applications
ED2 combines expertise in embedded systems, wireless communications, and RF engineering to develop high-performance electronic solutions spanning frequencies from 20 MHz to 94 GHz. Built on a foundation of innovative design, scalable manufacturing, and cost-effective production, the company specializes in advanced RF components and integrated modules, including technologies based on fused silica substrates that enable outstanding electrical performance in compact, low-SWaP designs. Featured during IMS2026 was the FB010BW16SG Broadband Bandpass Filter Bank, selected for RFMW’s Passive Aggressive station with our top passive device selections. Operating from 2 to 18 GHz, the eight-channel filter bank offers 2 GHz bandwidth per channel, typical 4 dB insertion loss, greater than 12 dB return loss, and switching speeds of just 20 ns in a compact surface-mount package. Designed for applications including test and measurement, 5G/6G infrastructure, satellite communications, radar, electronic warfare, and ECM systems, the FB010BW16SG demonstrates ED2’s ability to deliver innovative passive RF solutions that combine broadband performance with compact integration.
Elite RF
High-power solid-state RF and microwave amplifiers for commercial, industrial, and defense applications
Elite RF designs and manufactures solid-state RF and microwave power amplifiers that support applications ranging from laboratory testing and wireless communications to aerospace and defense. Leveraging an experienced in-house RF engineering team and advanced manufacturing capabilities, the company offers both standard and custom amplifier solutions covering frequencies to 40 GHz with output power levels reaching 100 kW. Featured during IMS2026 was the DA6.0018G5353AC, a broadband 6 to 18 GHz GaN power amplifier system delivering 200 W continuous-wave output in a 6U rack-mount configuration. Designed for high-power EMC/EMI testing and other demanding laboratory environments, the amplifier operates from universal 110–240 VAC power and incorporates built-in protection against excessive VSWR, over-temperature, and over-voltage conditions for reliable long-term operation.
Empower RF Systems
High-power broadband RF amplifier solutions for electronic warfare, radar, and counter-UAS applications
Empower RF Systems develops solid-state RF and microwave power amplifiers for electronic warfare, radar, satellite communications, threat simulation, communications, and RF test applications. Leveraging advanced semiconductor technologies, patented power-combining architectures, and scalable air- and liquid-cooled designs, the company delivers commercial off-the-shelf (COTS) amplifier solutions ranging from compact power amplifier modules to rack-mounted systems producing hundreds of kilowatts. Featured during IMS2026 in RFMW’s Knowledge = Power station were the Models 1211 and 1212 Broadband C-UAS Amplifier Combo, a two-module solution providing continuous high-power spectrum coverage for counter-unmanned aircraft systems (C-UAS) and wideband electronic attack applications. Together, the amplifier pair delivers broad RF coverage in a compact architecture, enabling flexible deployment across rapidly evolving defense and security missions.
Frontier Electronics
High-performance passive components for power, RF, telecommunications, and industrial applications
Frontier Electronics designs and manufactures a broad portfolio of passive electronic components serving the power, RF, telecommunications, automotive, and industrial markets. Engineered for reliable performance in demanding applications, the company’s products include inductors, capacitors, transformers, ferrites, and custom magnetic solutions that combine high electrical performance with manufacturing consistency. Featured during IMS2026 were Frontier’s SA Series High Current SMD Air Coils, which provide high Q, low DCR, excellent self-resonant frequency, and no magnetic saturation for RF power amplifiers, antenna matching networks, and broadband RF choke applications. Also highlighted was the MLCC X8L Series, offering high capacitance density and reliable operation from -55°C to +150°C for automotive electronics, radar systems, battery management systems, and other high-temperature environments where long-term stability is critical.
Finwave Semiconductor
Next-generation GaN-on-Silicon RF switching technology
Finwave demonstrated the capabilities of its GaN-on-Silicon technology through a series of live switching demonstrations highlighting exceptional isolation, ultra-fast switching speed, and wideband performance.
RFMW also featured the FW2007 high-power SPDT switch operating from 30 MHz to 14 GHz with 50W pulsed power handling, 150 ns switching time, hot-switching capability, and an optional integrated driver. Together with the FW2001 and FW2009 demonstration platforms, these products illustrate how Finwave’s GaN-on-Silicon technology delivers higher power handling, broader bandwidth, and improved efficiency for next-generation RF systems.
Guerrilla RF
Guerrilla RF highlighted its expanding portfolio of high-performance RF and microwave MMICs designed for wireless infrastructure, aerospace and defense, automotive connectivity, satellite communications, and enterprise networking applications. The company’s growing product family includes ultra-low-noise amplifiers, broadband gain blocks, linear driver amplifiers, power amplifiers, RF switches, active mixers, digital step attenuators, and RF power detectors that help engineers increase data throughput while extending wireless coverage.
One of the featured products was the GRF5847, a high-linearity power amplifier module operating from 4.4 to 5.2 GHz. At a 4.7 GHz operating point, the device delivers 40 dB gain, 35.5 dBm saturated output power, 43 dBm OIP3, and excellent linearity performance while maintaining greater than 50% power-added efficiency. Additional family features include integrated 50Ω matching, digital shutdown capability, and operation across a -40°C to +85°C temperature range, making these devices well suited for next-generation communications infrastructure and defense systems where efficiency and linearity are equally critical.
Keysight Technologies
High-performance MMIC amplifiers and RF semiconductor solutions for microwave and millimeter-wave applications
Through RFMW, Keysight Technologies offers a portfolio of microwave and millimeter-wave monolithic microwave integrated circuits (MMICs) that deliver exceptional performance across frequencies from DC to 50 GHz for analog, digital, and high-speed communications applications. These GaAs MMIC amplifiers and related semiconductor devices support a wide range of commercial, aerospace, defense, and electronic warfare designs requiring broadband operation and excellent linearity. Featured during IMS2026 was the HMMC-5618, a medium-power GaAs MMIC amplifier operating from 6 to 20 GHz. Designed as a cascadable intermediate gain block, the Class A amplifier operates from a single 5 V supply while providing the linearity, stability, and wideband performance required for electronic warfare systems and other advanced microwave applications.
Knowles
Broadband filtering and capacitor technologies for demanding RF designs
Knowles continues to provide one of the industry’s broadest portfolios of RF and microwave filtering technologies, supporting applications from VHF through Ka-band. Beyond ceramic filters, resonators, cavity filters, and diplexers, the company also offers high-Q multilayer capacitors, single-layer capacitors, broadband blocks, thin-film devices, and custom ceramic solutions that address demanding communications, aerospace, and defense applications.
Selected as one of RFMW’s Top Products for IMS2026, the C142KB02 Miniature Cavity Bandpass Filter demonstrates Knowles’ expertise in compact, high-performance filtering solutions for microwave systems. Centered at 7.9 GHz, the cavity filter delivers excellent selectivity with low insertion loss, making it an ideal choice for integration between the antenna and low-noise amplifier in sensitive receiver front ends. In addition to standard products, Knowles offers custom cavity filter solutions with bandwidths from 1% to 5% and unloaded Q values exceeding 800, enabling engineers to optimize receiver performance across a wide range of aerospace, defense, and commercial RF applications.
Also featured during IMS2026 was the P42BNL820M5ST Milli-Cap® Broadband Capacitor, an innovative surface-mount component that operates from 20 MHz to an impressive 50 GHz. Designed to behave much like an ideal capacitor, the device delivers approximately 0.2 dB insertion loss across the operating band while preserving valuable PCB real estate. Its broadband performance and compatibility with standard 50Ω transmission lines make it an attractive solution for next-generation RF and microwave designs requiring exceptional bandwidth and signal integrity.
Leanfa
Digitally controlled solid-state RF power generators for industrial, scientific, and medical applications
Leanfa designs and manufactures state-of-the-art Solid-State OEM Microwave and Radiofrequency Generators and Power Amplifiers, in particular for Industrial, Scientific and Medical applications. The LEANGEN-2450M-1000-M solid-state generator delivers up to 1000W at 2450 MHz with an integrated 2.4–2.5 GHz digital synthesizer and exceptional spectrum purity. The system supports CW and pulsed operation, includes real-time forward and reflected power measurement, and features an output isolator stage. With efficient water cooling, it is ideal for food processing, semiconductor fabrication, synthetic diamond production, and advanced polymer curing systems.
Marki Microwave
Innovative RF and microwave components engineered for exceptional performance
Marki Microwave showcased a broad portfolio of high-performance RF and microwave components designed and manufactured in the United States. Known for advancing RF technology through innovative design and rigorous engineering, the company continues to develop solutions that simplify system architectures while improving bandwidth, linearity, and overall performance.
One featured product was the ADM-11122PSM, a wideband gain block amplifier operating from 2 to 20 GHz. Delivering 19 dB typical gain, +55 dBm typical output IP2, 4.2 dB typical noise figure, and +13.7 dBm output P1dB, the amplifier targets direct-conversion electronic warfare receivers, direct-sampling systems, and other applications where second-order linearity is critical. Its internally matched 50Ω architecture and compact 4 × 4 mm QFN package simplify integration into modern RF designs.
Also featured was the MFBA-00004BH Passive GaAs MMIC Bandpass Filter, covering approximately 8.5 to 12.1 GHz with low insertion loss, excellent return loss, and outstanding stopband rejection. Utilizing passive GaAs MMIC technology, the filter provides significant size reduction and improved manufacturing consistency compared with conventional filter technologies, making it well suited for compact, high-frequency RF systems.
MAST Technologies
Advanced RF absorber materials engineered for EMI control and microwave performance optimization
MAST Technologies develops and manufactures engineered RF absorber materials that help designers control electromagnetic interference, reduce cavity resonances, suppress surface waves, and improve overall RF system performance. Supporting both defense and commercial applications, the company combines in-house material formulation, elastomer processing, precision die cutting, custom coating capabilities, and comprehensive microwave testing to deliver application-specific absorber solutions. Featured during IMS2026 was MAST’s RF absorber materials sample kit, which allows engineers to evaluate a variety of absorber materials during the prototype phase to identify the most effective solution for managing unwanted RF energy. By combining advanced manufacturing with extensive microwave characterization capabilities, MAST enables designers to optimize system performance before transitioning to production.
Meca Electronics
High-performance passive RF and microwave components for communications, radar, and test systems
Since 1961, Meca Electronics has designed and manufactured precision passive RF and microwave components supporting communications, satellite, radar, telemetry, aviation, wireless infrastructure, and test applications. The company’s extensive portfolio includes attenuators, directional and hybrid couplers, isolators, circulators, power dividers and combiners, RF loads, DC blocks, bias tees, adapters, and cable assemblies engineered to deliver consistent electrical performance in demanding environments.
Featured during IMS2026 was their line of Power Dividers including the new 804-S-5.000 four-way in-phase power divider/combiner, operating from 2 to 8 GHz with low insertion loss, excellent VSWR, high port-to-port isolation, and outstanding amplitude and phase balance. Designed for systems requiring accurate signal distribution and combining, the device exemplifies MECA’s long-standing reputation for reliable, high-performance passive RF solutions.
Menlo Micro
Revolutionary Ideal Switch® RF MEMS switching technology enabling next-generation communications, aerospace, defense, and quantum computing
Menlo Micro is transforming electronic switching with its patented Ideal Switch® technology, an advanced RF MEMS architecture that combines the low loss and high isolation of electromechanical relays with the speed, reliability, and integration advantages of solid-state devices. The company’s portfolio includes high-performance RF switches, integrated switching solutions, configurable switch subsystems, and RF System-on-Glass platforms that support communications, aerospace, defense, test and measurement, and emerging quantum computing applications.
The featured MM4250 Cryogenic RF Switch Module provides SP6T switching from DC to 10 GHz while operating at temperatures down to 10 mK. Designed for more than one billion switching operations, the module combines 4 dB insertion loss at 10 GHz, 40 dB isolation, and robust mechanical construction to deliver reliable operation in demanding cryogenic environments where long-term reliability and repeatability are essential.
Microchip
High-performance MMIC power amplifiers optimized for SWaP-sensitive designs
Microchip highlighted its expanding family of ICP MMIC power amplifiers supporting X-, Ku-, and Ka-band applications across aerospace, defense, radar, and satellite communications markets. These highly integrated MMIC solutions combine excellent RF performance with compact packaging to support Size, Weight, and Power (SWaP) optimization in modern RF systems.
Operating across frequencies from 6 to 31 GHz, the ICP MMIC Power Amplifier family delivers output power levels up to 12 W with power-added efficiency approaching 40%. Designed using a high-gain amplifier architecture and compact QFN packaging, these devices help designers reduce overall system footprint while maintaining the linearity and output power required by today’s advanced radar, communications, and aerospace platforms.
Micross Hi-Rel RF Solutions
Micross Hi-Rel RF Solutions demonstrated its broad portfolio of high-reliability RF and microwave semiconductor solutions supporting space, aerospace, and defense programs. The company’s capabilities span semiconductor design, advanced packaging, microelectronic assembly, RF testing, and environmental screening for applications extending through 50 GHz.
Among the products featured during IMS2026 were the KS03R2-22 SPDT 200W PIN diode switch and the KA107C GaAs pHEMT low-noise amplifier. The KS03R2-22 combines high-power handling, broadband operation from 20 MHz to 3 GHz, and rugged aluminum nitride construction for demanding commercial and military RF systems. Complementing the switch, the KA107C delivers 20 dB gain with excellent linearity and low-noise performance across the 1.3 to 3.0 GHz band while supporting MIL-PRF-38535 Class B and S requirements for high-reliability applications.
MiniRF
Precision passive RF components for broadband, wireless, and military applications
MiniRF develops a broad portfolio of high-performance passive RF components designed for broadband, wireless infrastructure, aerospace, defense, and commercial communication systems. The company’s product offerings include RF splitters, couplers, transformers, RF chokes, and precision inductors engineered to deliver consistent electrical performance across demanding applications extending to 3 GHz and beyond. Featured during IMS2026 were MiniRF’s families of RF splitters, couplers, transformers, and precision inductive components, including air-wound, conical, multilayer, and flat-wire inductors available in a wide range of configurations to support both low-power and high-power designs. Also highlighted was the MRFSP9725, a compact 75 Ω two-way splitter that combines low insertion loss, excellent isolation, and a small surface-mount footprint, demonstrating MiniRF’s ability to provide reliable, space-efficient passive solutions for modern RF systems.
Narda-MITEQ
High-performance RF components and subsystems for aerospace, defense, SATCOM, and quantum applications
For more than 70 years, Narda-MITEQ has supplied high-performance RF and microwave components, integrated subsystems, SATCOM products, and space-qualified solutions for military and commercial applications operating in the world’s most demanding environments. Featured during IMS2026 were several advanced microwave products, including the CLNA-30-0500-1000-5P and CLNA-40-0500-1000-5P-ND cryogenic low-noise amplifiers, which provide ultra-low-noise performance with low DC power consumption while operating across an extraordinary temperature range from 4K to +75°C. Designed for applications including quantum computing, radio astronomy, deep space communications, satellite communications, SIGINT, and low-temperature physics research, the CLNA family demonstrates Narda-MITEQ’s expertise in cryogenic RF design. Also showcased were the DM0412 and DM0416 double-balanced mixers covering 4 to 12 GHz and 4 to 16 GHz, respectively, delivering excellent conversion loss and high port-to-port isolation for broadband communications, electronic warfare receivers, and transmitter systems.
Nuvotronics
Advanced RF and mmWave components enabled by proprietary PolyStrata® microfabrication technology
Nuvotronics develops precision-engineered RF and millimeter-wave components for commercial, aerospace, and defense applications using its proprietary PolyStrata® microfabrication technology. The company’s innovative manufacturing process enables highly integrated passive and multifunction RF devices that combine ultra-low loss, high isolation, excellent power handling, and compact surface-mount packaging while supporting repeatable, high-volume production. Featured during IMS2026 was the PSB1030148 4-State Switched Filter Bank, covering 18 to 40 GHz with four highly selective channels, insertion loss of less than 7.5 dB per channel, up to 75 dB out-of-band rejection, and hot-switching capability to 24 dBm with switching speeds below 20 ns. Designed for satellite communications, defense, telecommunications, and test and measurement applications, the device demonstrates how PolyStrata® technology enables compact, high-performance RF filtering solutions for next-generation microwave systems.
P1dB
Precision RF interconnect solutions for high-frequency systems
P1dB showcased a broad range of precision RF interconnect solutions designed for engineers developing high-frequency communications, radar, aerospace, defense, and test systems. The company’s portfolio includes phase-matched cable assemblies, RF cable assemblies, pigtails, attenuators, adapters, terminations, and custom interconnect solutions engineered to maintain excellent electrical performance across increasingly higher operating frequencies.
Among the products highlighted during IMS2026 was the P1CA-24M24M-130F-12-PM-1PS phase-matched cable assembly (view series), providing operation from DC to 50 GHz with an impressive ±1 picosecond time-delay match between cable pairs. Additional featured products included flexible RF cable assemblies and pigtails available in a wide variety of connector configurations, the P1AT-18FF-67G2W-3 precision RF attenuator operating from DC to 67 GHz, and the P1CA-SAMSPFRA-SS085-9 RF flex cable assembly supporting frequencies through 18 GHz. Together, these products demonstrate P1dB’s commitment to providing high-performance interconnect solutions for applications where phase stability, low VSWR, and measurement accuracy are essential.
pSemi
UltraCMOS+™ technology redefining RF switch performance
pSemi highlighted its newest UltraCMOS+™ technology platform, representing the latest evolution of the company’s Silicon-on-Insulator (SOI) RF technology. Building on sixteen generations of UltraCMOS® process development, UltraCMOS+ combines the scalability, integration, and manufacturing advantages of CMOS with performance characteristics approaching those traditionally associated with mechanical relays, GaN, and GaAs technologies.
Featured products included the PE42544 SP4T RF switch and the PE42429 SPDT RF switch, both operating from 9 kHz to 8.5 GHz while delivering outstanding isolation, low insertion loss, high linearity, and fast switching speeds. The PE42544 provides 40 dB isolation at 6 GHz, 1.4 dB insertion loss at 8.5 GHz, and 61 dBm IIP3 in a compact 3 × 3 mm package. The PE42429 further improves insertion loss to just 0.8 dB at 6 GHz while achieving 46 dB isolation and 65 dBm IIP3 in an even smaller 2 × 2 mm package. These devices enable engineers to simplify RF signal chains, improve overall system performance, and reduce component count in communications, aerospace, defense, instrumentation, and test applications.
Qorvo
Advanced RF semiconductor technologies powering next-generation communications, aerospace, defense, and infrastructure
For more than three decades, Qorvo has been at the forefront of RF innovation, designing and manufacturing advanced semiconductor technologies that connect, protect, and power the world’s most demanding electronic systems. Serving wireless infrastructure, aerospace and defense, automotive, healthcare, industrial, and consumer markets, Qorvo’s extensive portfolio spans high-performance RF components, integrated front-end modules, GaN power amplifiers, filters, switches, ultra-wideband devices, Wi-Fi technologies, and power management solutions. As one of RFMW’s premier semiconductor partners, Qorvo continues to drive innovation across applications ranging from 5G communications and satellite systems to radar, electronic warfare, and emerging wireless technologies.
Qorvo introduced several innovative semiconductor technologies during IMS2026, including the launch of the QPF5012 transmit/receive module. Operating from 8.5 to 10.5 GHz, the QPF5012 integrates a high-performance transmit path capable of producing 40.5 dBm pulsed saturated output power with 40% power-added efficiency, alongside a low-noise receive path delivering 23 dB gain and a 2.1 dB noise figure. The compact transmit/receive module targets communications, electronic warfare, and commercial and military radar systems where integration, performance, and reliability are critical design considerations.
Additional Qorvo technologies featured throughout the RFMW booth highlighted the company’s leadership across multiple RF disciplines. In our Hyper Active station, which showcased our top picks for active semiconductor products, the QPA9862 high-linearity pre-driver demonstrated exceptional gain and linearity for 5G massive MIMO and mobile infrastructure applications. Additionally, we showed the QPA1722 10W GaN power amplifier in the Knowledge = Power station showcased Qorvo’s high-efficiency K-band SATCOM capabilities with integrated power detection and 40 dBm saturated output power. Completing the display in the Passive Aggressive station for our Top Pick for Passive products, the QPQ3550 5G CBRS BAW filter illustrated Qorvo’s expertise in advanced RF filtering by providing low insertion loss, high input power handling, and simplified integration for Band 48 CBRS radios, fixed wireless access equipment, and small-cell infrastructure.
Quarterwave
Custom antenna engineering and measurement solutions for next-generation wireless systems
Quarterwave specializes in custom antenna development, antenna measurement technology, and EMC engineering services, helping customers optimize wireless performance from initial concept through testing and certification. By combining advanced antenna design with practical system integration expertise, the company develops solutions that deliver reliable connectivity across a wide range of commercial, industrial, and defense applications. Featured during IMS2026 was Quarterwave’s High-Performance Dual-Band S-Band & C-Band Communication Antenna, engineered for modern drone missions. The low-profile antenna combines 9 dBi gain in the S-band and 11 dBi gain in the C-band with an Electromagnetic Band Gap (EBG) structure that provides high isolation, low back radiation, and stable, high-efficiency performance. Its wide beamwidth and aerodynamically efficient design make it well suited for line-of-sight communications in unmanned aerial systems and other advanced wireless platforms.
Radiall
Advanced interconnect and cryogenic RF switching solutions
Radiall demonstrated its extensive portfolio of high-performance interconnect solutions, including precision coaxial connectors, cable assemblies, and RF switching technologies. A particular emphasis was placed on products designed for cryogenic environments supporting emerging quantum computing systems and advanced scientific instrumentation.
One of the featured products was the R583423141 Cryogenic SP6T RF Switch, which combines DC to 18 GHz operation with exceptionally low insertion loss, high isolation, and frictionless magnetic actuation. Designed to eliminate mechanical wear and particle generation, the switch delivers a five-million-cycle mechanical life while operating at temperatures approaching absolute zero, making it an ideal solution for dilution refrigerators and advanced cryogenic research platforms.
RFCI
High-performance ferrite circulators and isolators for commercial and wireless infrastructure applications
RF Circulator Isolator, Inc. (RFCI) designs and manufactures ferrite-based RF components that support wireless infrastructure, communications, aerospace, defense, and industrial applications. Built on the long-established Circulator/Isolator Product Line (CIPL), RFCI combines decades of ferrite engineering expertise with efficient manufacturing to deliver high-performance products with competitive pricing and rapid time-to-market. Featured during IMS2026 were RFCI’s extensive families of drop-in circulators and isolators, available across frequencies from 200 MHz to 20 GHz in single-, dual-, and broadband octave-band configurations, as well as its low-frequency lumped-element circulators and isolators covering 25 to 174 MHz. Together, these products provide reliable signal routing, isolation, and protection for RF power amplifiers, base stations, communications equipment, and other high-performance microwave systems.
RF-Lambda
Broadband RF and millimeter-wave components, modules, and amplifier solutions
RF-Lambda develops a comprehensive portfolio of broadband RF and microwave components, modules, and systems supporting wireless infrastructure, aerospace, defense, radar, electronic warfare, and RF test applications. The company’s product offerings include solid-state power amplifiers, low-noise amplifiers, RF switches, phase shifters, attenuators, and integrated RF subsystems, with many designs incorporating FPGA and microprocessor control for advanced system functionality. Featured during IMS2026 was the RFLUPA30G65GD Wideband Solid-State Power Amplifier, operating from 30 to 65 GHz. Utilizing GaN technology, the amplifier delivers 50 dB typical small-signal gain with ±8 dB gain flatness and 28 dBm typical output power while incorporating overcurrent protection for reliable operation. Its broadband millimeter-wave performance makes it well suited for radar, phased-array systems, electronic warfare, aerospace, and advanced RF measurement applications.
RFuW Engineering
High-performance RF components and manufacturing expertise for global OEMs
RFuW Engineering, Ltd. develops and manufactures RF and microwave components and subsystems for OEM customers worldwide, combining decades of engineering expertise with high-volume manufacturing capabilities in Asia. Founded by industry veterans, the company provides a broad range of RF products backed by comprehensive assembly, packaging, wire bonding, wafer processing, and RF testing services, enabling customers to bring high-performance designs to market with exceptional quality and reliability. Featured during IMS2026 was the RFLM-961122MC-299 High-Power IFF Band Limiter, operating from 0.96 to 1.2 GHz. Designed to protect sensitive receiver front ends, the limiter handles peak input power up to +60 dBm and continuous-wave power to +48 dBm while maintaining less than 0.3 dB insertion loss, excellent return loss, low leakage characteristics, and recovery times under 200 ns. Its compact 8 × 5 mm package makes it an ideal solution for Identification Friend or Foe (IFF), radar, communications, and other high-performance RF systems requiring robust receiver protection.
Rosenberger
Advanced RF interconnect technologies for test, measurement, cryogenic, and high-frequency applications
Rosenberger is a global leader in RF interconnect technology, delivering precision-engineered connectors, cable assemblies, test and measurement solutions, and fiber optic products for commercial, aerospace, defense, automotive, and semiconductor applications. Known for combining innovative engineering with exceptional manufacturing quality, the company continues to develop solutions that address the increasing performance demands of modern RF and millimeter-wave systems. In addition to the technologies featured during IMS2026, RFMW recently highlighted Rosenberger’s growing portfolio of cryogenic interconnect solutions, including its multichannel WSMP® connector family, which is helping engineers develop next-generation quantum computing, cryogenic research, and ultra-low-temperature test systems.
One of RFMW’s Top Products for IMS2026, Rosenberger’s HPX™ 110 GHz Multiport Solderless System addresses the growing need for compact, high-density RF interconnects in advanced test and measurement environments. Designed with a one-piece, direct-to-board solderless compression interface, the HPX™ system supports frequencies to 110 GHz per channel while maintaining excellent impedance control, low insertion loss, and outstanding return loss. The blind-mate architecture requires only approximately 60 grams of mating force per channel while providing virtually zero de-mating force, simplifying repeated connections during development and production testing. Available in multiple channel configurations, including single, dual, 4-, 8-, and 16-channel versions, the HPX™ platform provides a scalable, field-repairable solution for semiconductor validation, server and data center testing, defense electronics, medical systems, and other high-frequency applications where board density and signal integrity are critical.
During IMS2026, RFMW’s Kevin McCormack met with Jamie Frederick at the Rosenberger booth to demonstrate the HPX™ system and discuss how its innovative solderless architecture enables engineers to simplify high-frequency PCB interconnections while improving reliability and serviceability in next-generation RF designs.
Sangshin Elecom
Custom RF filters, antennas, and frequency control solutions for advanced wireless systems
Sangshin Elecom develops a broad portfolio of customizable RF components supporting wireless communications, satellite, navigation, industrial, and defense applications. The company’s offerings include ceramic bandpass, notch, high-pass and low-pass filters, chip antennas, triplexers, PLL modules, circulators, isolators, and other RF solutions engineered to meet demanding system requirements. With more than 700 ceramic filter designs covering frequencies from 500 MHz to beyond 6 GHz, Sangshin combines rapid development, competitive manufacturing, and application-specific customization to support next-generation RF designs. Featured during IMS2026 was the BP45R1387S625A Wideband Coaxial Ceramic Resonator Bandpass Filter, designed for GNSS and satellite communications. Centered at 1387 MHz with more than 45% 3 dB bandwidth and 625 MHz operating bandwidth, the compact filter provides low insertion loss, high power handling, and reliable operation across a -40°C to +85°C temperature range, making it well suited for GNSS, SATCOM, and military applications.
San-tron
High-reliability RF interconnect solutions for demanding aerospace, defense, and communications applications
San-tron designs and manufactures precision RF and microwave interconnect solutions that support mission-critical aerospace, defense, telecommunications, and test applications. Manufactured in the United States, the company’s portfolio includes field-replaceable connectors, cable assemblies, connectorized housings, and custom interconnect solutions engineered to deliver reliable performance in harsh operating environments. Featured during IMS2026 were San-tron’s 2.92 mm and 1.85 mm Field Replaceable RF Connector families, along with its innovative Connectorized Housing platform. Designed for compact, production-ready PCB integration, the connectorized housing features optimized RF launch geometry for low insertion loss into the millimeter-wave spectrum, torque isolation that eliminates mating stress on the PCB, and support for single- and multiport configurations without specialized assembly tooling. These capabilities provide engineers with a robust, repeatable interconnect solution for next-generation high-frequency system designs.
SiTime
MEMS timing solutions delivering precision, resilience, and reliability for mission-critical systems
SiTime develops advanced MEMS-based timing solutions that provide exceptional frequency stability and environmental resilience for aerospace, defense, communications, industrial, automotive, and networking applications. By replacing traditional quartz technology with innovative MEMS architectures, SiTime enables designers to achieve greater reliability, improved shock resistance, lower power consumption, and enhanced timing accuracy in demanding operating environments. Featured during IMS2026 was the Endura™ SiT7101 COTS Ruggedized MEMS OCXO, which delivers outstanding frequency stability of ±1 ppb across a -40°C to +95°C temperature range, less than 1 μs time error after 24 hours of holdover, and Allan deviation as low as 5 × 10⁻¹² at 1,000 seconds. With only 420 mW steady-state power consumption, 20,000 g shock survivability, 0.01 ppb/g acceleration sensitivity, programmable frequencies to 220 MHz, and a compact 7 × 9 × 3.6 mm package weighing just 0.35 g, the SiT7101 is ideally suited for next-generation aerospace, defense, and communications systems requiring ultra-stable precision timing.
Smiths Interconnect, a Molex Company
High-reliability connectivity, RF, microwave, and subsystem solutions for mission-critical applications
Smiths Interconnect, a Molex Company, is a leading provider of high-reliability connectivity products, RF and microwave components, optical technologies, and integrated subsystems serving the aerospace and defense, space, semiconductor test, medical, and industrial markets. The company’s products are engineered to connect, protect, and control critical electronic systems operating in some of the world’s most demanding environments, where reliability, precision, and long-term performance are essential. Through continuous innovation in RF, microwave, and interconnect technologies, Smiths Interconnect supports applications ranging from satellite communications and radar to electronic warfare, instrumentation, and advanced semiconductor testing.
Smiths Interconnect’s portfolio extends well beyond RF and microwave products to include high-performance electrical connectors, custom cable assemblies, fiber optic interconnects, and semiconductor test solutions used throughout the electronics industry. Its RF and microwave offerings encompass attenuators, terminations, resistors, isolators, circulators, filters, waveguide components, and integrated microwave assemblies, while its advanced connector technologies—including Hyperboloid® contact systems and spring probe technologies—support aerospace, defense, semiconductor, medical, and industrial applications where signal integrity and long-term reliability are paramount. This broad technology portfolio enables engineers to source complete interconnect and RF solutions from a single trusted supplier.
Featured during IMS2026 was the SpaceNXT™ K2TVA Thermopad® Series, a passive temperature-compensating attenuator technology developed specifically for demanding commercial and defense space applications. As part of Smiths Interconnect’s SpaceNXT™ family of COTS+ products, the K2TVA series addresses the growing need for high-reliability RF components supporting GEO, MEO, and LEO satellite platforms. Unlike active compensation approaches, the K2TVA Thermopad® provides completely passive gain compensation over temperature while maintaining a compact footprint, low VSWR, tight attenuation tolerance, and multiple temperature compensation profiles. The technology is well suited for amplifier chains, transmit/receive modules, up/down converters, instrumentation, radar systems, and satellite communications where predictable RF performance over wide operating temperature ranges is essential.
Sonoma Scientific
High-performance ferrite isolators and circulators engineered for demanding RF and microwave applications
Sonoma Scientific Sonoma Scientific is a global leader in the design and manufacture of RF and microwave ferrite isolators and circulators, serving commercial, industrial, medical, satellite, and defense markets with both standard and custom solutions spanning VHF through Ka-band. Featured during IMS2026 were the T4YX4 Microstrip Isolator, which utilizes cost-effective thick-film technology in a compact, pick-and-place compatible package for automated assembly, and the T17Q1 Flange-Mount Isolator, which combines a PCB solder-pin input with a coaxial output to eliminate PCB transitions while delivering a guaranteed system VSWR of less than 1.25:1. Together, these products demonstrate Sonoma Scientific’s commitment to providing reliable, high-performance ferrite solutions that simplify RF system integration and improve overall system performance.
Southwest Antennas
Rugged RF and microwave antenna solutions for mission-critical communications
Southwest Antennas (SWA) designs and manufactures a comprehensive portfolio of more than 2,000 RF and microwave antennas operating through 8.5 GHz, along with complementary accessories including mounting systems, low-noise amplifiers, block downconverters, and filter modules. Designed and manufactured in the USA, these rugged solutions support defense, public safety, industrial, and commercial applications where reliable wireless performance is critical. Featured during IMS2026 was Southwest Antennas’ Permanent Mounting Kit, engineered to provide secure, long-term antenna installations in harsh operating environments while maintaining the durability and reliability required for mission-critical communications.
Spectrum Control
Advanced RF, microwave, and electromagnetic control solutions for mission-critical systems
For more than 70 years, Spectrum Control has developed high-performance technologies for conditioning RF and microwave signals while protecting electronic systems from electromagnetic interference. Through continuous innovation in materials science, design engineering, and advanced manufacturing, the company delivers reliable solutions for aerospace, defense, medical, industrial, and communications applications where signal integrity and electromagnetic compatibility are essential.
Spectrum Control showcased one of its newest beamforming solutions with the introduction of the 8401-16E Butler Matrix, selected as one of RFMW’s IMS2026 Top Products. Designed to support high-density MIMO architectures, the Butler Matrix enables advanced beamforming techniques required by next-generation wireless communications infrastructure.
Operating from 0.7 to 6 GHz, the 8401-16E provides reciprocal signal routing between sixteen input and sixteen output ports while maintaining excellent phase accuracy, amplitude balance, low insertion loss, and high port-to-port isolation. These characteristics make the module well suited for Wi-Fi 6E, Wi-Fi 7, and other advanced beamforming applications requiring highly repeatable signal distribution.
Tai-Saw Technology (TST)
Integrated RF and frequency control solutions for communications, aerospace, and industrial applications
Tai-Saw Technology (TST) provides a broad portfolio of RF and frequency control products, including crystals, SAW and BAW filters, duplexers, and antennas for telecommunications, industrial, automotive, and satellite applications. Featured during IMS2026 was TST’s Satellite RF Filter Series, offering SAW and BAW filter solutions with full GNSS band support (L1, L2, L5, and L6), high selectivity for interference rejection, low insertion loss, and robust packaging for applications including LEO satellite communications, GNSS, and UAV systems.
TTM Technologies
Advanced RF, microwave, and interconnect solutions for mission-critical electronics
TTM Technologies is a leading global manufacturer of advanced technology solutions, providing RF and microwave components, microelectronic assemblies, engineered systems, and high-performance interconnect products for aerospace and defense, automotive, medical, data center, and industrial markets. Combining expertise in printed circuit boards, substrates, and mission-critical RF technologies, TTM delivers highly reliable solutions that support next-generation communications, radar, and electronic systems.
TTM Technologies highlighted several additions to its well-established Xinger® family of passive RF components supporting commercial wireless infrastructure, military communications, aerospace, and high-frequency microwave systems. Manufactured in the United States, the company’s passive component portfolio extends through frequencies approaching 80 GHz.
Featured during IMS2026 was the newly introduced XNGC20F2-30S Virtually Lossless SMT Directional Coupler covering 1400 to 2700 MHz. Designed for high-power applications, the coupler delivers an exceptionally low maximum insertion loss of just 0.02 dB while supporting average power levels up to 200 W. Its combination of low loss, excellent return loss, and robust power handling makes it well suited for 5G infrastructure, LTE systems, communications equipment, test instrumentation, and military aerospace platforms.
XMA Corporation
Advanced RF and cryogenic solutions for quantum computing, test, and space applications
XMA Corporation develops high-performance RF and microwave components for the space, cryogenic, telecommunications, and test and measurement industries. Leveraging proprietary thin-film resistive technology and advanced thermalization methods, the company offers a broad portfolio of attenuators, terminations, DC blocks, power dividers, couplers, equalizers, and adapters engineered for demanding applications. Featured during IMS2026 was the 2482-5002CL-CRYO Cryogenic IR Filter, designed for reliable operation at milliKelvin temperatures inside dilution refrigerators and cryostats. By attenuating infrared and high-frequency thermal noise while maintaining low insertion loss, the filter helps reduce qubit decoherence and thermal loading, making it an ideal solution for next-generation quantum computing and cryogenic research systems.
Conclusion
IMS2026 showcased continued innovation across every segment of the RF and microwave industry, from advanced semiconductor technologies and high-power GaN solutions to precision passive components, interconnect products, adaptive filtering, phased array beamforming, and cryogenic RF systems. RFMW’s expanding supplier portfolio enables engineers to source complete RF signal chain solutions while benefiting from expert technical support throughout the design cycle.
RFMW extends its sincere appreciation to all supplier partners, customers, and industry colleagues who visited the booth during IMS2026. We look forward to continuing these conversations and helping customers accelerate the development of next-generation RF and microwave systems through innovative technologies and world-class engineering support.
Want more top products?
View our Supplier Showcase from IMS 2025.
View our Supplier Showcase from IMS 2024.
View our Supplier Showcase from IMS 2023.
