Module Detail
SDR Module Close-Up
Use a clear close-up of the SDR board, SMA connectors, and board-level structure to show that this is an OEM integration platform rather than a generic consumer device.
CorelixRF // Factory-Direct SDR Manufacturer
Custom SDR Signal Source Development for OEM RF Systems
Factory-direct SDR customization based on a mature 100 MHz–6 GHz dual-channel platform. CorelixRF supports frequency planning, waveform behavior, control interface mapping, integration documents, prototype testing, and batch supply.
Not an off-the-shelf module — a factory-backed custom development platform
Frequency
100 MHz–6 GHz
Bandwidth
100 MHz / CH
Channels
2 Independent
MOQ
Prototype 1 Unit
Verified
Factory-Direct SDR Manufacturer
Platform
Mature 100 MHz–6 GHz SDR Base
Engineering
RF / Firmware / Integration Support
Supply
Prototype to Batch Production
Who This Page Is For
A Short Custom SDR Page for Engineering Buyers
This page is designed for buyers who already know they need a signal source platform, but still need factory support to adapt frequency plan, waveform behavior, control interface, and production version control.
Use this page when your project cannot rely on a generic catalog SDR module.
Instead of presenting a long capability story, this shortened version helps visitors quickly confirm whether CorelixRF can support their SDR customization requirement and then submit an engineering review request.
01
C-UAS Integrators
Custom RF signal source support for integrated counter-UAS platforms and RF payload systems.
02
RF Test Teams
Signal simulation and validation support for laboratory, field test, and system verification tasks.
03
OEM RF Developers
Board-level SDR platform adaptation for host systems, enclosures, and system-level RF chains.
04
Repeat Supply Buyers
Prototype-to-batch support with stable BOM, firmware version control, and integration documents.
Standard Platform + Custom Options
Built on a Mature SDR Platform, Adapted for Your RF System
This structure helps customers understand that customization does not start from zero. CorelixRF adapts a mature SDR platform to reduce development risk and shorten evaluation time.
Standard SDR Platform
Base Platform- 100 MHz–6 GHz operating frequency range
- Dual-channel independent output architecture
- Up to 100 MHz bandwidth per channel
- RS422 standard control interface
- Board-level OEM integration format
- Factory RF testing and basic integration documents
What CorelixRF Can Customize
Project Scope- Frequency sub-band planning and channel allocation
- Waveform presets, modulation behavior, and IQ file loading
- RS422 command mapping or custom host-side interface logic
- Connector, mounting, and mechanical integration support
- Prototype configuration locking for batch production
- NDA-supported waveform and application-specific development
Core SDR Platform Specifications
Key Parameters Buyers Need Before Engineering Review
Keep the technical table short. Let the RFQ collect the project details.
For a custom SDR page, customers mainly need to confirm the platform range, channel architecture, bandwidth, interface, and customization availability. Detailed waveform behavior can be reviewed after NDA or project discussion.
| Frequency Range | 100 MHz – 6 GHz |
| Output Channels | 2 × independent channels; synchronized or independent behavior can be evaluated |
| Bandwidth | Up to 100 MHz per channel |
| Standard Interface | RS422 control interface |
| Optional Interface | UART, SPI, Ethernet, GPIO, or custom protocol mapping after engineering review |
| Waveform Support | Custom waveform presets, modulation behavior, and IQ file loading options |
| Project Support | Prototype MOQ 1 unit; test reports and integration documents available |
Visual SDR Proof
A Short Page Still Needs Enough Visual Trust
To keep the page compact, use only three supporting images in addition to the hero image. These should show the SDR module itself, RF test capability, and system-level integration support.
RF Validation
Test Bench & Signal Verification
Show the SDR connected to RF instruments such as a spectrum analyzer or signal test setup. This supports the page claim that the platform can be tested and reviewed before delivery.
Integration Support
SDR Within the RF Chain
Use one system-level image showing the SDR as part of a broader RF chain or engineering setup. This helps buyers understand how the module fits into amplifiers, antennas, or test systems.
Custom Development Process
A Shorter Path from Requirement Review to Prototype Supply
The shortened page keeps only the steps that matter most to engineering buyers. This avoids a long page while still showing that CorelixRF has a structured custom development process.
01
Requirement Review
Review target frequency range, output channel behavior, waveform requirement, interface, size limits, and expected quantity.
02
Configuration Confirmation
Confirm whether the standard SDR platform can be adapted directly or requires deeper firmware, waveform, or mechanical adjustment.
03
Prototype & Test
Prepare prototype configuration, perform factory RF testing, and provide available test data or integration documents.
04
Batch Supply Support
Lock configuration, BOM, firmware version, and test process for repeat production after prototype approval.
RF Review
Engineering feasibility check before prototype confirmation.
Firmware
Waveform behavior and command logic can be reviewed by project.
Documents
Datasheet, RS422 guide, command notes, and test data available.
Continuity
Locked configuration support for repeated OEM supply.
Custom SDR FAQ
Questions Before You Send an SDR RFQ
Yes. CorelixRF supports custom frequency planning within the 100 MHz to 6 GHz platform, including sub-band definition and project-specific channel allocation.
Yes. Custom waveform presets, modulation behavior, IQ file loading, and NDA-supported waveform development can be reviewed based on your application.
RS422 is the standard interface. UART, SPI, Ethernet, GPIO, and custom communication mapping can be evaluated according to your host system requirements.
Yes. Prototype MOQ can start from 1 unit. Once a configuration is approved, CorelixRF can lock BOM, firmware, and test process for repeated production.
Please provide target frequency range, channel behavior, waveform or modulation requirement, control interface, mechanical size limits, prototype quantity, and expected batch demand.
Send Your SDR Requirement
Request an SDR Engineering Review Before Prototype
Send your key SDR requirements and CorelixRF will review whether the mature 100 MHz–6 GHz platform can be adapted for your RF system, waveform logic, interface, and production plan.
FrequencyTarget frequency range or sub-band plan
WaveformModulation, signal behavior, or IQ file requirement
InterfaceRS422, UART, SPI, Ethernet, GPIO, or custom protocol
MechanicalBoard size, mounting, connector, or enclosure limits
PrototypeSample quantity and test schedule expectation
BatchExpected repeat order or production version requirement
Tip: the more complete your frequency, waveform, and interface details are, the faster our engineering team can evaluate feasibility.