Core Application Scenarios

• Automotive Telematics Testing — Concurrently test WAVE (802.11p), GPS, and FM in V2X modules (Based on concurrent architecture)

• Smartphone Production — Validate Wi-Fi 6 + Bluetooth® 5.0 + NFC in single test cycle (Based on multi-standard support)

Concurrent Test Architecture

Features "Dedicated RF Paths + Modular DSP Processing" design: Independent hardware channels handle GPS/GLONASS/FM (76-1606MHz) and Wi-Fi/BT/WiMAX/NFC/Zigbee (2.15-6GHz) simultaneously (Source: Frequency bands). Software-defined radios (SDRs) with FPGA-based processing enable real-time protocol emulation. Modular licensing activates standards via software keys (no hardware changes). Test sequencer coordinates concurrent measurements (e.g., GPS position fix while streaming Bluetooth® audio).

Automotive V2X Module Test Workflow

1. Connection: DUT antenna ports to IQ2015 RF I/O, enable WAVE/GPS/FM licenses

2. Configuration:
   - Set GPS L1 (1575.42MHz) + GLONASS (1602MHz) signals
   - Configure WAVE (802.11p) at 5.9GHz with vehicle-to-vehicle scenario
   - Program FM transmitter (87.5-108MHz) with RDS data

3. Concurrent Testing:
   - Verify GPS/GLONASS position accuracy (<2m error)
   - Measure WAVE packet error rate at 120km/h mobility
   - Test FM broadcast quality (THD <0.1%)

4. Output: Generate integrated report with pass/fail for all radios

Frequency Band Limitation

Maximum 6GHz frequency excludes mmWave bands (e.g., 5G NR FR2) (Based on frequency spec). Mitigation: ① For sub-6GHz devices, use as primary tester; ② For mmWave testing, integrate with external frequency converters.