Frequently Asked Questions About CorelixRF

CorelixRF is positioned as a factory-direct RF manufacturer with in-house engineering, production and testing capability. We support RF power amplifiers, SDR digital RF source modules, antennas and project-based RF chain requirements for B2B engineering buyers.

CorelixRF focuses on RF power amplifiers, SDR digital RF source modules, omnidirectional antennas, directional antennas and custom RF integration support. Our work is not limited to single product supply; we can also help review amplifier, antenna and SDR matching for system-level projects.

CorelixRF combines factory production, technical review and RF validation support. Buyers can evaluate standard platforms, request custom modifications and discuss complete RF chain needs instead of sourcing each module separately without engineering alignment.

Yes. CorelixRF supports overseas B2B customers, system integrators, laboratories and project buyers who need RF hardware, customization, technical documentation or pre-order engineering review.

Yes. We encourage technical discussion before ordering, especially when the project involves custom frequency bands, output power, antenna matching, thermal design, connector changes or OEM system integration.

Yes. For sensitive or project-specific RF development, NDA-based communication can be supported before deeper technical discussion, document exchange or customized engineering review.

The most useful details are frequency range, output power, input signal level, duty cycle or CW operation, antenna type, load condition, supply voltage, connector preference, control interface, operating environment, quantity and project stage.

Start with the required frequency range, target output power, input drive level, supply voltage, CW or pulsed operating mode, cooling condition, connector interface and load or antenna condition. For system projects, we also recommend checking antenna power handling and RF chain loss before final selection.

CorelixRF supports standard and custom amplifier platforms including 30–512 MHz, 300–1700 MHz, 300–2700 MHz, 2–6 GHz, 6–18 GHz, 18–40 GHz, UHF and narrowband RF amplifier projects. Custom frequency ranges can also be reviewed based on application requirements.

Yes. CorelixRF supports 30–512 MHz RF power amplifier platforms for low-frequency and wideband RF applications. Buyers can start from a standard platform and request review of power level, connector, control or integration changes.

Yes. The 300–1700 MHz and 300–2700 MHz ranges are important CorelixRF amplifier paths for wideband RF chain applications. These bands are commonly reviewed together with antenna coverage, SDR source compatibility and system-level output requirements.

Yes. CorelixRF supports 2–6 GHz RF amplifier platforms for higher-frequency RF systems, SDR-driven chains, laboratory testing and custom integration projects. Model selection should be based on the required output power, cooling, DC supply and output-side condition.

Yes. CorelixRF can support 6–18 GHz and 18–40 GHz RF amplifier requirements. These higher-frequency projects usually need closer review of gain flatness, output power target, connector selection, thermal design, mechanical layout and test method.

Yes. CorelixRF supports UHF and narrowband RF amplifier requirements. Narrowband projects can be optimized around the target frequency window, output power, efficiency, thermal condition and antenna matching requirement.

Yes. Pulsed RF amplifier requirements can be reviewed based on frequency range, peak power, pulse width, duty cycle, repetition rate, switching/control needs and thermal limits. Please provide waveform and timing details for accurate engineering review.

Yes. CorelixRF can support EMC and laboratory RF amplifier platforms. For EMC-related systems, the amplifier should be reviewed together with field strength target, antenna type, test distance, load condition, protection needs and lab integration method.

CorelixRF supports multiple standard and custom power levels. Common standard references include 30 W, 50 W, 100 W, 150 W and 200 W for several amplifier families, while other power levels can be reviewed based on frequency, thermal design and integration constraints.

Yes. Frequency range, output power, RF connector, control interface, mechanical structure, cooling approach and system integration details can be reviewed and customized for qualified projects.

Yes. CorelixRF can review amplifier compatibility with SDR source modules and antennas. The main checks include frequency overlap, input drive level, gain, output power, antenna power handling, connector path and system-level RF loss.

Many CorelixRF amplifier platforms are designed for CW or saturated output operation under stated datasheet conditions. Buyers should still confirm thermal margin, supply headroom, airflow, load condition and antenna matching for continuous operation.

Yes. Mechanical outline information can be provided for engineering review so that buyers can check mounting space, connector direction, heat dissipation path and system enclosure compatibility before placing an order.

Choose an omnidirectional antenna when you need 360° coverage around the installation point. Choose a directional antenna when you need more focused energy toward a target area, higher directional gain or controlled beam coverage.

CorelixRF supports omnidirectional antennas, directional antennas, broadband antennas, narrowband antennas, panel-style antennas, horn antennas and custom antenna development for RF system integration.

Yes. Broadband antennas are suitable when one antenna must cover a wide operating range. Narrowband antennas are suitable when the project needs better performance around a specific frequency window.

Yes. Antenna frequency band, gain target, connector, mounting structure, radome details, cable option and integration format can be reviewed for customization based on the installation and RF system requirement.

Yes. We can recommend antenna and amplifier combinations based on frequency overlap, amplifier output power, antenna power handling, gain requirement, connector path, cable loss and installation scenario.

Antenna power handling should be checked against amplifier output power, duty cycle, VSWR condition, connector rating, cable loss, heat dissipation and installation environment. We recommend leaving adequate margin rather than matching only the nominal wattage.

Yes. VSWR curves, radiation pattern information and other antenna data can be provided where applicable to help buyers check matching, coverage and installation suitability.

Yes. Antenna suitability depends on the model, mounting method, environmental requirement, connector protection and system layout. CorelixRF can review outdoor, fixed-site and system-level antenna integration requirements.

Yes. Custom antenna development can be supported for specific frequency bands, gain targets, mechanical structures, mounting conditions, connector formats and system integration needs.

Please provide the operating frequency, omni or directional coverage requirement, gain target, amplifier power, installation height, mounting method, connector preference, indoor or outdoor environment and quantity.

The SDR digital RF source module is used as a programmable RF signal source for OEM integration, RF system development, lab testing and SDR-driven RF chains with amplifiers and antennas.

The current CorelixRF SDR module path supports 100 MHz to 6 GHz, making it suitable for many RF chain development and signal source applications within that range.

Yes. The SDR module can be reviewed together with CorelixRF CW amplifier platforms. The important checks are frequency coverage, SDR output level, amplifier input drive requirement, gain, linearity expectation and final antenna or load condition.

Yes. The SDR module is suitable for OEM integration when the mechanical space, DC input, communication interface, RF output, thermal condition and system control logic are confirmed before design-in.

Yes. CorelixRF can help review the SDR source, amplifier gain/output level, antenna frequency coverage, antenna power handling, connector path and overall RF chain suitability for project applications.

Custom waveform, control interface or integration format can be reviewed for qualified projects. Please provide the target frequency range, modulation or waveform requirement, control protocol expectation and system integration constraints.

CorelixRF can review customization for frequency range, output power, RF connector, control interface, mechanical size, cooling method, mounting layout, enclosure format, cable path and system integration details.

Yes. Custom frequency range can be reviewed for amplifiers, antennas and system-level RF chain projects. Feasibility depends on bandwidth, power target, gain flatness, thermal design and available platform resources.

Yes. Output power can be reviewed and customized based on frequency range, duty cycle, size limit, cooling condition, DC supply and reliability target. Higher power may require changes to thermal design and mechanical structure.

Yes. RF connector type, control connector, communication interface and pin definition can be reviewed according to the system requirement. Please provide the preferred interface and any existing system constraints.

Yes. CorelixRF can support module-level, chassis-level and system-level RF integration review. This includes amplifier modules, SDR source modules, antenna matching, enclosure planning, cooling layout and connector path review.

Yes. OEM and ODM projects can be supported for qualified RF hardware and system integration requirements, including customized electrical specifications, structure, interface and documentation needs.

For clear technical requirements, initial engineering feasibility review is typically handled within 24–48 hours for qualified projects. More complex projects may require additional discussion, drawings or test condition confirmation.

Useful files include a requirement sheet, frequency and power table, block diagram, mechanical space drawing, connector preference, control interface notes, antenna or load information, operating environment and expected quantity.

Yes. Products are tested before shipment according to the product type and project requirement. RF testing can include electrical performance checks, connector inspection, output verification and documentation review.

Yes. Unit-level test data can be provided where applicable, especially for amplifier, antenna and custom RF project deliveries. The available data depends on the model, test setup and agreed documentation scope.

Common RF parameters include frequency range, gain, output power, gain flatness, input/output VSWR, harmonic or spurious performance, current consumption, efficiency, antenna VSWR and radiation pattern data where applicable.

Yes. Mechanical drawings or outline information can be provided to help buyers review installation space, mounting holes, connector locations, airflow direction and system enclosure compatibility.

Yes. VSWR data and radiation pattern data can be provided for applicable antenna models or project requirements. These files help buyers check coverage, matching and installation suitability.

Yes. Environmental or reliability validation can be reviewed based on the product type and project requirement. Please share temperature range, vibration, humidity, installation and duty cycle conditions for review.

CorelixRF can reference quality and compliance-related frameworks such as ISO 9001, GJB 9001C, RoHS and CE/FCC-related documentation where applicable. The exact document set depends on product category and project scope.

Yes. Datasheets, outline drawings, performance references, VSWR curves, pattern files or test data samples can be provided for technical review when available and appropriate for the project stage.

Yes. CorelixRF amplifiers and antennas can be reviewed for EMC and laboratory test systems. The correct selection depends on frequency range, field strength target, antenna gain, test distance and system protection requirements.

Yes. CorelixRF can support SDR-driven RF chains where the SDR source feeds an amplifier and the amplified signal is delivered to an antenna, load or device under test. Frequency matching and input drive level should be checked carefully.

Yes. CorelixRF products can be reviewed for UAV, C-UAS, EW, SIGINT and related RF engineering applications when the buyer provides the required frequency range, power level, operating mode, integration format and compliance expectations.

Yes. CorelixRF can recommend amplifier and antenna combinations by checking frequency overlap, antenna power handling, gain target, connector compatibility, cable loss and installation scenario.

Yes. Load condition, antenna VSWR, cable loss, airflow, heat sinking, duty cycle and enclosure temperature are important for RF power systems. We can help review these items before model selection or custom development.

Yes. CorelixRF supports laboratory validation, field installation and OEM integration projects. Each project should be reviewed based on frequency, power, environment, mechanical space, interface and documentation needs.

MOQ depends on whether the requirement is a standard model, modified platform or fully customized project. Evaluation orders can be reviewed based on model availability, technical complexity and project stage.

Yes. Sample or evaluation orders can be reviewed for standard models and suitable project requirements. Please provide frequency range, power level, application and quantity so we can confirm the best evaluation path.

Lead time depends on model, quantity, stock status and test documentation requirements. Standard platforms are usually faster than customized projects, but final lead time should be confirmed after RFQ review.

Custom project lead time depends on frequency, power, mechanical changes, interface changes, prototype work, test scope and documentation requirements. After feasibility review, CorelixRF can provide a more accurate schedule.

Yes. International shipment can be supported based on product type, destination, export documentation requirements and buyer shipping preference. Shipping details should be confirmed during quotation.

For a faster quotation, please provide product category, frequency range, output power or gain target, quantity, application, connector preference, control interface, delivery country and whether you need standard or customized documentation.

Send your RF requirement through the contact form or email our team with frequency, power, product type, antenna or load condition, quantity and project stage. We will review whether a standard platform or custom development path is more suitable.