Explore our export-certified line of high-performance oscilloscopes, multifunction loop calibrators, multiplexers, and RF test gear optimized for aerospace, millimeter-wave communications, and defense engineering.
Microwave and millimeter-wave signal generation is the bedrock of modern RF testing. Achieving pristine signal fidelity up to 67 GHz and beyond demands deep mastery over phase noise, harmonic filtering, and dynamic level accuracy.
Phase noise defines the ultimate receiver sensitivity and adjacent channel selectivity. Our advanced microwave architectures combine high-frequency Direct Digital Synthesis (DDS) cores with low-noise YIG-tuned oscillators and proprietary fractional-N phase-locked loops (PLL). This delivers single-sideband (SSB) phase noise superior to -135 dBc/Hz at 1 GHz (20 kHz offset) and -115 dBc/Hz at 10 GHz, ensuring pure local oscillator substitution for critical radar and satellite communications.
Modern telecommunications standards (5G-Advanced, 6G research, Wi-Fi 7) require modulated carrier generation with multi-gigahertz modulation bandwidths. Incorporating internal arbitrary waveform generators (AWGs) operating at sample rates up to 12 GSa/s with 14-bit resolution, our signal platforms generate wideband digital IQ modulations with an Error Vector Magnitude (EVM) below 0.5% across Ka and V bands, eliminating instrument-induced constellation smearing.
For automated test equipment (ATE) environments, electronic warfare (EW) agile radar simulation, and frequency-hopping communications, switching latency directly drives operational test cost. Utilizing high-speed digital state machines and solid-state attenuators, our signal generators achieve frequency and amplitude switching speeds under 20 microseconds, maximizing throughput across mass semiconductor manufacturing and module verification.
| Performance Parameter | Standard Laboratory Class | Advanced Aerospace Grade | Manufacturing Impact & Benefit |
|---|---|---|---|
| Frequency Range | 9 kHz to 20 GHz / 40 GHz | 100 kHz to 67 GHz (Coaxial up to 110 GHz) | Enables complete coverage from Sub-6 GHz to mmWave FR2/FR3 bands without frequency doublers. |
| SSB Phase Noise (@ 10 GHz, 10 kHz) | -108 dBc/Hz | < -120 dBc/Hz (Ultra-Clean LO) | Prevents reciprocal mixing; crucial for testing high-dynamic-range radar receivers and ADCs. |
| Harmonics & Non-Harmonic Spurious | < -30 dBc / < -60 dBc | < -55 dBc / < -85 dBc | Eliminates false spurs during intermodulation distortion (IMD) and receiver blocking tests. |
| Maximum Output Power | +15 dBm to +18 dBm | +25 dBm with Active High-Power Amp Option | Overcomes test bench path losses, fixture insertion losses, and probe attenuation without external amps. |
| Internal Baseband / IQ Bandwidth | 160 MHz to 500 MHz | Up to 2 GHz internal / 4 GHz external differential | Validates ultra-wideband radar pulses, satellite transponders, and next-generation IEEE 802.11be transceivers. |
Navigating global supply chain volatility requires direct integration with precision manufacturing centers. Situated in the world's most advanced electronics hardware corridor spanning Shenzhen and the Greater Bay Area, our operations bridge elite microwave component synthesis with industrial-scale manufacturing economies.
By leveraging a qualified network of over 2,000 component suppliers and precision CNC machining facilities, we produce multi-cavity hermetic RF shielding modules, low-loss dielectric substrates, and high-frequency microwave microstrip assemblies with unmatched lead-time predictability.
Our deep inventory buffering in Hong Kong and Shenzhen ensures uninterrupted availability of high-value gallium nitride (GaN) power amplifiers, indium phosphide (InP) mixers, and ultra-stable rubidium timebase references. Global procurement managers bypass long lead-time logjams, maintaining test bench uptime and accelerating project milestone execution across industrial production facilities.
Precision measurement demands international compliance. We adhere to rigorous global quality frameworks, providing worldwide aerospace, telecommunications, and defense organizations with accredited confidence.
Every microwave signal generator is calibrated in clean-room laboratories accredited under ISO/IEC 17025. Calibration certificates deliver unbroken traceability back to NIST (USA), NIM (China), or PTB (Germany) standards, detailing expanded measurement uncertainty, actual readings, and guard-banded tolerance limits for full regulatory audit compliance.
Global operations require stringent safety and electromagnetic compatibility compliance. Our hardware carries CE marking, FCC Part 15 Class A certifications, and compliance with the RoHS 3 (Directive 2015/863) environmental standard. Enclosures are engineered with honeycombed EMI ventilation filters to suppress stray emissions below MIL-STD-461G specifications.
Operating export hubs in Hong Kong and Shenzhen, we handle all dual-use classification declarations, strategic commodity licenses, and international customs paperwork. Shock-monitored, desiccated, multi-layer pelican crates safeguard high-precision internal YIG cavities during transit, ensuring uncompromised out-of-box performance across 100+ nations.
The rapid convergence of artificial intelligence, commercial space mega-constellations, and sub-terahertz semiconductor verification is revolutionizing RF instrumentation requirements.
As 5G Advanced matures, research consortiums and tier-1 defense contractors are moving into the D-band (110 GHz to 170 GHz) and G-band (140 GHz to 220 GHz). Modern signal generators are shifting from bulky standalone chassis to hybrid modular topologies equipped with frequency extension modules. These systems preserve calibrated power leveling and phase coherence right at the device under test (DUT) wafer probe tips.
Superconducting quantum computing architectures demand precise microwave pulse envelopes at 4 to 8 GHz with phase jitter controlled down to sub-femtosecond levels. Signal generator designs are integrating multi-channel coherent AWGs capable of dynamic phase, frequency, and amplitude modulation on dozens of channels simultaneously to manipulate quantum qubit states inside dilution cryostats.
Emerging signal generators integrate onboard neural-network accelerators that execute real-time digital pre-distortion (DPD). This automatically characterizes non-linearities in the internal amplifier path and external test fixtures, delivering exceptional flatness (±0.2 dB across 40 GHz) and neutralizing wideband memory effects during complex 4096-QAM symbol transmission.
From cleanroom automated wafer probes to airfield tactical radar maintenance, our microwave signal generation solutions provide mission-critical fidelity across diverse operating domains.
Generates complex multi-emitter electronic countermeasures (ECM) environments, radar cross-section (RCS) scenarios, and chirp-modulated radar pulses with high fidelity. Supports angle-of-arrival (AoA) phase-synchronized simulation across multi-channel coherent antenna arrays.
Delivers high-stability FMCW signals required to calibrate 77 GHz and 79 GHz automotive radar sensors. Supports sweeping bandwidths up to 4 GHz with linear frequency slope accuracy, ensuring reliable collision-avoidance verification in automated production test cells.
Provides Ku and Ka-band Doppler shift simulation and realistic atmospheric path loss modeling for Low Earth Orbit (LEO) non-terrestrial networks. Enables comprehensive payload BER and link margin testing for cubesat transponders and phased-array user terminals.
Integrates directly with automated RF wafer probers to characterize monolithic microwave integrated circuits (MMICs), high-electron-mobility transistors (HEMT), and GaN power switches. Features SCPI, IVI-COM, and Python automation drivers for test rack integration.
Technical clarity for procurement managers, RF system engineers, and international equipment buyers.
Expand your RF, bit error rate, and mixed-signal acquisition capabilities with our tier-1 inventory of digital oscilloscopes, BERT testers, modular chassis, and network analyzers.
