01
In-House RF Engineering
Engineering support for product selection, interface matching, and project-level communication for integration-driven RF applications.
Factory-Direct SDR RF Source Module
100 MHz–6 GHz SDR RF Source Module for OEM Integration
CRF-SG-100M6000M-200M · 100–6000 MHz · 200 MHz max real-time bandwidth · RS422 interface · SMA RF output · 60 × 140 × 14 mm package.
Designed and manufactured by CorelixRF for embedded RF platforms, signal-source development, and engineering-driven OEM integration. Built for buyers who need direct factory communication instead of a generic catalog transaction.
100 MHz–6 GHz
SMA RF Output
RS422 Control
OEM / ODM Support
Evaluation Support
CRF-SG-100M6000M-200M — Compact OEM SDR Source Module
100 MHz–6 GHz
Frequency coverage
SMA
RF OUT connector
60 × 140 × 14 mm
Compact OEM form factor
RS422
Equipment-level control interface
-40°C to +70°C
Operating temperature range
Evaluation
Evaluation sample support
Why Factory-Direct
Why Buy Directly From the Manufacturer
This is not a generic catalog listing. CorelixRF designs, manufactures, tests, and supports RF hardware in-house. For customers evaluating SDR source modules for OEM integration, that means faster technical alignment, clearer communication, and more practical support during sample review, interface discussion, and project ramp-up.
PCBA / Factory Process
RF Test Bench
Module Detail
02
Faster OEM Communication
Direct factory communication reduces repeated clarification when buyers need waveform, interface, sample, or documentation support.
03
Prototype to Volume Support
Sample evaluation support, engineering review, and production coordination for customers moving from prototype to volume programs.
Typical Integration Scenarios
Where This Module Fits
The CRF-SG-100M6000M-200M is best suited for projects that need compact wideband RF source capability, board-level integration, and practical control architecture for engineering development.
01 // Prototyping
Embedded RF System Prototyping
For compact RF subsystems where board size, supply range, and controllable RF output matter during early design verification.
02 // RF Source
Wideband Signal Source Development
For applications requiring SMA RF output for signal generation, verification, or controlled waveform-related tasks.
03 // OEM Integration
OEM RF Equipment Integration
Designed for equipment manufacturers integrating compact SDR-based source modules into custom platforms rather than using bench-top instruments.
04 // Industrial RF
Laboratory & Controlled Industrial RF
For controlled RF environments where compact footprint, digital control, and project-specific integration are more important than lab-only form factors.
Decision Support
Why Choose a Compact OEM SDR Source Module Instead of a Bench-Top Signal Generator?
This page is designed for system builders and technical buyers. The goal is not only to show a module, but to clarify when a board-level RF source is the better fit for an equipment-level project.
Use this module when your project needs embedded RF generation, host-side control, compact mechanical integration, and direct factory engineering support.
Easier Equipment Integration
Board-level form factor allows direct mounting inside enclosures and subsystems, reducing dependence on external test equipment in production environments.
Smaller Footprint
At 60 × 140 × 14 mm and under 200 g, the module fits inside compact platforms, mobile units, and space-constrained designs.
Direct Digital Control
RS422 serial interface enables automated host-controlled operation without manual intervention.
Better System-Level Fit
Designed for OEM integration from the start. Power, mechanical, and interface architecture are built for project-level deployment.
Core Technical Highlights
Built for Engineering Review & Integration
Beyond frequency coverage, this module is built around compact integration, 200 MHz real-time bandwidth, SMA RF output architecture, and practical communication structure for OEM-oriented RF projects.
01
SMA RF Output Interface
SMA RF output and RS422 control / upgrade interface support compact equipment-level integration and RF routing review.
02
Wide Frequency Coverage
100 MHz to 6 GHz frequency coverage helps reduce the need for multiple source modules across different development stages.
03
RS422 Communication
RS422 control supports equipment-level communication requirements where stable, structured interface control is needed.
04
Compact OEM Form Factor
Compact 60 × 140 × 14 mm structure and lightweight design suit board-level integration where space and mechanical planning matter.
200 MHz BWSMA RF OUTRS422 Bus9–32 VDC
Engineering Review — SDR Source Module
Source & Interface Support
Built-In Multiple Source Support for OEM Projects
The datasheet defines built-in multiple interference sources, RS422 communication / upgrade interface, 200 MHz max real-time bandwidth, and SMA RF output. Project-specific source configuration should be confirmed during engineering review.
Built-In Multiple Sources
Built-In Multiple Sources
The datasheet specifies built-in multiple interference source capability for project-oriented RF source applications.
- Suitable for embedded RF source and controlled signal development.
- Application scope should be confirmed during engineering review.
- Integration review can include source behavior, output path, and control method.
200 MHz Max Real-Time Bandwidth
200 MHz Max Real-Time Bandwidth
The module covers 100–6000 MHz and supports 200 MHz maximum real-time bandwidth for wideband source-module evaluation.
- Useful for wideband RF source development.
- Output power variation is specified as <1 dB.
- Out-of-band suppression is specified as >40 dB.
RS422 Control / Upgrade Interface
RS422 Communication Interface
The datasheet lists RS422 for both communication and upgrade interface, supporting equipment-level control architecture.
- Review command/control requirements before sample evaluation.
- Confirm host-side interface and wiring during integration.
- Use the mechanical outline for connector location planning.
SMA RF Output
SMA RF Output Connector
The RF output connector is specified as SMA. Downstream amplifier, cable, shielding, and antenna-chain matching should be reviewed by project.
- 50Ω RF system assumption should be maintained.
- VSWR is specified as <2.5.
- Confirm downstream amplifier and antenna requirements if used.
Evaluation Support: Engineering communication may include source configuration, RS422 interface discussion, mechanical outline review, and sample-stage support based on the datasheet parameters.
Specifications & Design-In Notes
Full Specifications
| RF Performance | |
| Frequency Range | 100 MHz – 6000 MHz continuous |
| Max Real-Time Bandwidth | 200 MHz |
| Max Output Power | >0 dBm |
| Output Dynamic Range | >25 dB |
| Frequency Accuracy | <0.1 MHz |
| VSWR | <2.5 |
| Out-of-Band Suppression | >40 dB |
| Output Power Variation | <1 dB |
| Waveform Options | |
| Interference Source | Built-in multiple sources |
| Waveform Support | Built-in options available; scope aligned during engineering review |
| Interface / Control | |
| Control Interface | RS422 serial bus |
| RF Output Connector | SMA |
| Standby Power | <5 W |
| Mechanical / Power | |
| Dimensions | 60 × 140 × 14 mm |
| Weight | <0.2 kg |
| Supply Voltage | DC 9–32 V |
| Current Consumption | ≤ 0.5 A @ 9 V |
| Operating Temperature | −40°C to +70°C |
Design-In Notes
For OEM integration, SDR source module selection should be reviewed together with host control architecture, RF output path, power supply, cooling, enclosure layout, amplifier stage, and antenna selection.
- Confirm required frequency range, bandwidth, waveform type, and control logic.
- Review RF connector routing, cable length, shielding, and enclosure conditions.
- Match downstream amplifier and antenna power handling where applicable.
- Request unit-level test documentation if needed for technical purchasing review.
Typical Signal Chain
01
Host Control System
RS422 bus · parameter setting
02
CRF-SG-100M6000M-200M Module
100–6000 MHz · 200 MHz BW · 9–32 VDC
03
Power Amplifier
Broadband · application-dependent
04
Broadband Antenna
Directional / omni · project fit
Manufacturing Evidence
Manufacturing Evidence Behind the Module
CorelixRF supports SDR source module projects with in-house production, RF test workflow, and documentation support for technical buyers.
33,995 m²
Factory Site
Manufacturing environment for RF modules, amplifiers, antennas, and system-level hardware.
168
R&D Engineers
In-house RF and system engineering team for project review and OEM support.
8 Labs
Validation Support
Dedicated testing and validation resources support RF module projects and technical buyer review.
Production Line
RF Test Bench
Factory Area
Module Detail
Quality & Test Process
Quality and Test Process for Project Evaluation
Each unit goes through a documented quality workflow before shipment. For project evaluation and OEM review, test communication can be aligned with the buyer's engineering concerns.
Phase 01
Incoming Material Control
- Critical component inspection as required
- Traceability log maintained for key parts
- Incoming inspection includes visual and instrument-based checks
- Vendor evaluation updated per batch
Phase 02
Assembly and Functional Verification
- Assembly-stage checks confirm module integrity
- Functional frequency verification across operating range
- Port consistency and output isolation checks
- RS422 command-response functional test
Phase 03
Final RF Test and Documentation
- Final RF verification at rated conditions
- Environmental validation available by project requirement
- Post-test RF performance confirmation
- Test documentation may be provided upon request
RF Chain Path
From SDR Source Module to Complete RF Chain Integration
The SDR source module is not an isolated product. It normally becomes the RF source stage inside a complete chain: source module, amplifier stage, antenna / radiating end, and OEM integration review.
Recommended engineering path: confirm the SDR source module first, then review amplifier output power, antenna bandwidth / power handling, control interface, enclosure constraints, and documentation before sample evaluation.
Chain Entry 01
Power StageRF Power Amplifier Platforms
Move from the SDR source stage to broadband or band-specific RF amplifier platforms according to required output power, cooling method, frequency range, and enclosure layout.
Chain Entry 02
Radiating EndAntenna Solutions
Continue to antenna platforms when the project needs a complete source-to-amplifier-to-antenna RF output path with bandwidth, connector, and power-handling review.
Chain Entry 03
OEM PathCustom RF Development
Use this path when waveform options, RS422 control logic, board-level integration, enclosure design, or system-level RF chain structure needs factory engineering support.
Direct CTA
Engineering ReviewRequest RF Chain Review
Send your frequency range, bandwidth, output power target, control interface, and integration constraints for a factory-side engineering review.
FAQ for OEM Buyers
FAQ for OEM Buyers & Engineering Teams
Is this module suitable for OEM integration rather than standalone lab use?
Yes. The CRF-SG-100M6000M-200M is a compact SDR RF source module designed for OEM integration, embedded RF development, and project-based equipment design rather than as a traditional bench-top instrument.
Can CorelixRF support engineering communication before sample purchase?
Yes. Engineering discussion can cover application fit, interface direction, and integration-related considerations before the project moves into sample review.
What control interface does this module use?
The module uses RS422 communication, which is suitable for equipment-level control architecture in integration-oriented projects. The datasheet specifies RS422 for communication and upgrade interface.
Can waveform options be discussed or upgraded?
Yes. The module supports upgradeable built-in waveform options. Specific waveform availability and implementation scope should be aligned during engineering review according to the intended application.
Is the module suitable for small-batch evaluation before volume rollout?
Yes. Sample evaluation and project-stage communication can be discussed before volume rollout, depending on project requirements and application direction.
Can unit-level quality documentation be provided?
Yes. Unit-level test documentation may be provided upon request as part of the documented three-phase quality process.
Project Workflow
From Inquiry to Volume Production
CorelixRF supports a structured project workflow from initial inquiry through volume delivery. Each stage includes direct engineering communication.
Step 01
Requirement Review
Frequency range, waveform, bandwidth, interface, power supply, and mechanical constraints are reviewed.
Step 02
Module Fit Check
Engineering team confirms whether the standard SDR module fits or needs project-level adjustment.
Step 03
Sample Evaluation
Evaluation sample support allows the buyer to verify integration before moving to production planning.
Step 04
Documentation Review
Datasheet, test communication, interface notes, and project questions can be aligned with engineers.
Step 05
Batch Production
After sample confirmation, CorelixRF supports production planning and shipment coordination.
Engineering Review
Discuss Your RF Project With the Factory Engineering Team
If you are evaluating the CRF-SG-100M6000M-200M wideband SDR RF source module for OEM integration, use the Request CTA buttons to open the RFQ popup, or use Datasheet / Data CTA buttons to open the short datasheet access popup before redirecting to the datasheet library. Our team can support application matching, RS422 interface review, sample-stage communication, and documentation questions for engineering-driven RF projects.
Use the CTA buttons instead of an embedded form on this page. Request CTAs open the standard RFQ popup. All Datasheet / Data / Test Data CTAs open the short Datasheet Access Popup with name, phone, and email, then redirect to the datasheet library after successful submission.
- Frequency range and bandwidth target
- RS422 control / upgrade requirements
- Waveform or built-in source requirement
- Sample quantity and project stage
- Documentation or unit-level test data needs
- Amplifier / antenna chain matching questions
Factory Engineering Team — Direct Support
Manufacturer
CorelixRF
Model
CRF-SG-100M6000M-200M
200 MHz
Max real-time bandwidth
RS422
Communication / upgrade interface
SMA
RF output connector