RF & Wireless Test
RF & Wireless Automated Test Solutions
Integrated automated test systems for Wi-Fi, Bluetooth, NB-IoT, RFID and RF-enabled products, covering RF measurement, calibration, functional validation, programming and production test.
Integrated Wireless Test Architecture
A typical architecture starts from test software and connects instruments, RF path, shielding box, fixture and DUT. Interfaces such as JTAG, UART, Ethernet and GPIO are configured by project needs.Core RF Test Capabilities
The capability set covers common engineering applications including RF measurement, calibration, communication validation and production test.Transmit power measurement and calibration
Receiver sensitivity test
Frequency and frequency-offset measurement/calibration
Cable / path loss calibration
Packet loss monitoring
Parallel production test
Programming + RF Test
Modern wireless production testing is often more than RF measurement. Programming, memory configuration, RF calibration, functional communication and traceability can be organized in one flow.RF Signal Path & Calibration
One key issue in wireless test systems is that the signal seen by the instrument is not always the same as the actual DUT interface signal. The intermediate path needs loss, compensation and calibration consideration.Transmitter Test
Covers project-supported capabilities such as transmit power, frequency, frequency offset and modulated signal verification.
Receiver Test
Uses controlled RF input to evaluate DUT receiving behavior under different signal conditions, limited to existing capability terms such as receiver sensitivity and packet loss.
RF Functional Test
RF performance and product function can be verified together, such as RFID range, antenna detection, Wi-Fi functional connection and remote server interaction.
Wireless Application Scenarios
The following application scenarios show how RF test systems are used across different product directions.RFID
Automatic programming, LED verification, RF signal, RF power and functional range.
View RFID Test CaseAntenna / Amplifier
FM, AM, gain, modulated frequency and signal power; 12–24 boards per panel is presented as a project configuration, not standard system capacity.
View Antenna Amplifier CaseAutomotive RF / V2X
S-parameter, FEM RX/TX mode, detector voltage calibration, antenna detection, LIN and RF attenuation/calibration.
Explore Automotive & EV View V2X RF CaseParallel Production Test Architecture
For products suitable for parallel test, shared instrument resources, switching, multi-DUT fixture and parallel test sequence can build a multi-DUT architecture.Test Fixture & Shielding
Fixture design needs to consider mechanical positioning, electrical interface, RF path, repeatability and production operation.
Software Architecture
Operator UI, test executive, programming, RF test, functional communication, instrument/DUT drivers and data/report/traceability form the test software architecture.
Engineering Evidence
Related cases show RF test engineering across different product applications.Wi-Fi PCBA Automated Functional Test Station
Automated test station case for Wi-Fi PCBA covering online programming, EEPROM/Flash writing, RF transmit power/frequency verification, UART/GEA communication and remote server joint test.
RFID Deactivator PCBA Functional Test System
Functional test case for RFID Deactivator PCBA covering online programming, LED verification, RF signal/power test and tag deactivation distance validation.
Antenna Amplifier Multi-Board RF Functional Test System
Multi-board panel RF functional test case for antenna amplifiers, covering FM, AM, gain, modulated frequency and signal power.
V2X Automotive RF EOL Test System
RF measurement, S-parameter, production calibration, error proofing and LIN communication test case for V2X automotive wireless electronics.
Wireless Application Matrix
The matrix presents RF application directions and the engineering resources commonly combined for them.| Application | TX | RX | Prog | RF Cal | Functional |
|---|---|---|---|---|---|
| Wi-Fi | Yes | - | Yes | Project-specific | Yes |
| RFID | Yes | - | Yes | - | Yes |
| Antenna Amp | Yes | - | - | - | Yes |
| V2X | Yes | Yes | - | Yes | Yes |
Related Products
Only product platforms truly related to complex RF automated test integration are listed.Mass Interconnect
Standardized high-reliability connection between complex test resources and fixtures.
View DetailsETS Embedded Test Platform
Builds modular test resources for control, acquisition, IO and communication.
View DetailsSBS Mini Mate Test Platform
Compact test resources for embedding inside FCT fixtures and automation equipment.
View DetailsRS485 Test & Measurement Modules
Signal switching, multi-channel measurement and automated test system expansion.
View DetailsRelated Engineering Capabilities
RF and wireless test projects usually require multidisciplinary engineering coordination.Planning an RF or wireless automated test system?
onTAP can start from DUT interfaces, RF path, shielding fixture, instruments, programming configuration, functional communication and production traceability to help customers evaluate and build maintainable automated test systems.