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Farran Technology develops millimeter-wave systems, subsystems and components for Test & Measurement, 5G/6G communications, radar, imaging, space and advanced research.
When a project enters Q, V, E, W, D bands and beyond, simply attaching an adapter and hoping for the best is not enough. You need extenders, front ends, waveguide components and measurement benches built to avoid turning every dB into a lab problem.
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RF, microwave and mmWave solutions from 20 GHz to 500 GHz. - Frequency extenders for VNA, signal generator, spectrum analyzer and antenna test.
- Waveguide components: LNAs, power amplifiers, mixers, multipliers, detectors and filters.
- FMCW radar front ends, passive imaging and radiometers for detection systems.
- In-house design, manufacturing and testing with ISO 9001:2015 quality.
Farran solutions for test, measurement and millimeter-wave systems
Farran is suitable when you need high-frequency S-parameter measurements, mmWave signal generation and analysis, radar front ends, waveguide components or custom subsystems. The strength of the brand lies in its combination of standard products, custom development and application expertise in test, communications, space, radar and imaging.
Welco supports product selection based on operating band, waveguide or coax interface, required dynamic range, LO/IF, power, noise figure, calibration, mechanical integration and availability.
Test & Measurement
Frequency extenders, VNA systems, spectrum analyzers, signal generators and noise figure analyzers.
Waveguide Components
Amplifiers, mixers, multipliers, detectors and filters for integration into RF and mmWave systems.
Space
High-performance mmWave solutions for satellite payloads, high-frequency links and Earth observation in Q, V, E, W and D bands.
5G and 6G
Solutions for OTA testing, channel sounding and validation of mmWave wireless links for 5G and 6G applications.
Farran RF, microwave and mmWave components
In addition to test and measurement systems, Farran develops active and passive components for high-frequency RF, microwave and mmWave applications. The range includes frequency multipliers, waveguide filters, amplifiers, mixers, radar front ends and passive solutions for imaging and radiometry.
Frequency Multipliers
Active FDA multipliers and passive FT multipliers for RF, microwave and mmWave frequency generation up to the highest bands.
FDA FT mmWave
RF Filters
Waveguide band pass filters for RF, microwave and mmWave applications, designed for integration into high-frequency systems.
BPF Waveguide RF Filters
RF, MW and mmWave Amplifiers
Low Noise Amplifiers FLNA and Power Amplifiers FPA for telecommunications, radar, waveguide systems and high-frequency test setups.
FLNA FPA Amplifiers
Harmonic & Sub-Harmonic Mixers
High-performance mmWave mixers for frequency conversion, spectrum analysis and RF systems up to sub-THz bands.
WHMB SPM Mixers
Radar Front Ends FMCW
Compact high-resolution FMCW radar front ends for sensing, imaging and high-performance mmWave radar systems.
FMCW Radar Sensing
Passive Imaging & Radiometers
High-sensitivity passive mmWave imaging systems and radiometers for imaging and detection in low-visibility conditions up to sub-THz bands.
PMMW Radiometers ImagingFrom measurement requirement to the right configuration
With Farran, you do not just choose a part number. You build a real RF chain: base instrument, extender, waveguide band, conversion, calibration, power, dynamic range, interfaces and mechanical constraints. Miss one detail and the setup will make you pay for it.
Band analysis
Evaluation of operating frequency, waveguide band, coax or waveguide interface and compatibility with the existing setup.
Measurement setup
Support in choosing between VNA extenders, generator extenders, analyzer extenders, antenna test and noise figure systems.
Complete RF chain
Verification of LO, IF, dynamic range, power, noise figure, gain, calibration and required accessories.
Custom and integration
Handling of special requests for subsystems, front ends, custom modules, mechanical constraints and dedicated testing.
Where to consider Farran
Farran is suitable for projects where frequency increases, measurement becomes delicate and “we will see later” costs more than the component. In other words, this is not a brand to choose by guesswork.
- mmWave S-parameter measurements for components, antennas, filters, amplifiers and waveguide devices.
- Signal generation and analysis for R&D, validation, production and automated test equipment.
- 5G/6G development, OTA testing, channel sounding, backhaul and high-frequency communications.
- Radar, FMCW front ends, detection systems, passive imaging and radiometry.
- Space, Earth observation, scientific research and custom subsystems for Q, V, E, W and D bands.
Design and simulation
mmWave engineering with requirements definition, electromagnetic simulation, mechanical integration and prototype development.
In-house production
In-house processes for assembly, bonding, enclosures and quality control on high-frequency components and systems.
RF testing and ISO 9001
Validation of parameters such as S-parameters, noise figure, gain and power output, with an ISO 9001:2015 quality system.
Need a Farran solution or a complete mmWave setup?
Send frequency band, available instrument, required interface, power, gain, noise figure, LO/IF, measurement configuration and indicative quantities. Welco helps you avoid datasheet roulette.
For custom requests, add a system diagram, mechanical constraints, operating environment and performance targets.