The KINGPO W7320A WLAN Signaling Test Set operates as a WLAN access point and connects to a DUT in station mode through normal IEEE 802.11 signaling. It supports DUT TX power, uplink PER, TX duty cycle and uplink-rate measurements across 2.4 GHz, 5 GHz and 6 GHz.
2.4 / 5 / 6 GHzWLAN bands
Up to 320 MHzWi-Fi 7 bandwidth
TX PowerBurst RMS / Peak
UL PERpacket error rate
Direct answer: The W7320A is a WLAN Signaling Test Set for Wi-Fi 7 and earlier IEEE 802.11 generations. It is designed for signaling-based characterization of client-mode WLAN devices while the DUT follows a normal AP-to-STA connection process.
What Does the W7320A Measure?
DUT TX power: Burst RMS and Burst Peak
Uplink packet error rate (UL PER)
DUT TX duty cycle
Uplink MCS / data-rate control or monitoring
Configured PASS / FAIL evaluation
How Does WLAN Signaling Testing Work?
W7320A emulates the WLAN access point.
The DUT associates as a WLAN station (STA).
Band, channel, bandwidth and PHY mode are configured.
Front panel, PC software, HTTP REST; Swagger /docs
Control, Automation and Reporting
Tester UI — WLAN configuration with real-time RMS, Peak and PER results.PC Automation — parameter sweeps, PASS/FAIL evaluation, logging and report generation.
Measurement Scope and Configuration Boundary
Documented on this page: TX power, UL PER, TX duty cycle, uplink-rate behavior, 2.4 / 5 / 6 GHz operation, up to 320 MHz bandwidth, PC automation and REST API integration.
Confirm with KINGPO before specifying: EVM, receiver sensitivity, 2×2 MIMO, AP-mode DUT testing, cellular-WLAN interworking and formal conformance coverage.
When Is This WLAN Signaling Test Set a Good Fit?
The W7320A WLAN Signaling Test Set is a good fit when the test plan centers on normal AP-to-STA signaling, Wi-Fi 7 operation up to 320 MHz, DUT TX power, UL PER and repeatable PC/API automation. Projects requiring EVM, receiver sensitivity, MIMO RF analysis, AP-mode DUT testing or formal conformance coverage should confirm whether a broader platform is required.
Frequently Asked Questions
What is a WLAN Signaling Test Set?
A WLAN Signaling Test Set establishes a standards-based IEEE 802.11 connection with the DUT instead of relying only on a direct RF test mode. The W7320A emulates a WLAN access point and connects to the DUT in station mode for the supported signaling and RF measurements.
Does the W7320A support Wi-Fi 7 and 320 MHz bandwidth?
Yes. The W7320A supports IEEE 802.11 a/b/g/n/ac/ax/be across 2.4 GHz, 5 GHz and 6 GHz. For IEEE 802.11be / Wi-Fi 7 applications, channel bandwidths up to 320 MHz are supported in the 6 GHz band.
Does the DUT need dedicated test firmware?
For the measurements documented on this page, dedicated DUT test firmware or a special DUT-side test application is not required. The DUT follows the normal IEEE 802.11 authentication and association process.
Which measurements are included in the current W7320A scope?
The documented scope includes DUT TX power, Burst RMS and Burst Peak power, uplink packet error rate (UL PER), DUT TX duty cycle, and uplink MCS/data-rate control or monitoring.
Does the current W7320A configuration include EVM or receiver sensitivity?
These functions are not claimed by the current specification on this page. If EVM, modulation accuracy, receiver sensitivity, MIMO RF analysis or other advanced measurements are required, confirm the exact hardware and software configuration with KINGPO.
Can the W7320A WLAN Signaling Test Set be automated?
Yes. The PC software supports automated test sequences and parameter sweeps, while HTTP REST control enables integration into engineering, regression-test and production-sampling workflows.
Technical Resources
W7320A WLAN Signaling Test Set Datasheet (V1.0)Available on request
W7320A User ManualAvailable on request
PC Test SoftwareAvailable on request
REST API / Swagger DocumentationTechnical resource
Confirm Your Wi-Fi 7 Test Requirements
Send the required band, bandwidth, DUT type and measurement items to KINGPO for configuration confirmation.
