Professional RF analysis in the palm of your hand. Measure antennas, analyse RF circuits, characterise filters and troubleshoot wireless hardware... Lesen Sie mehr
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Professional RF analysis in the palm of your hand. Measure antennas, analyse RF circuits, characterise filters and troubleshoot wireless hardware with the upgraded NanoVNA-H Plus, featuring an extended 50kHz–2.7GHz frequency range.
The NanoVNA-H Plus is a compact, portable Vector Network Analyser (VNA) designed for electronics enthusiasts, RF engineers, amateur radio operators and wireless hardware developers who need powerful RF measurement capabilities without the expense of traditional laboratory equipment.
Featuring an upgraded frequency range of 50kHz to 2.7GHz, a 2.8-inch colour touchscreen and up to 80dB dynamic range, the NanoVNA-H Plus provides a practical platform for measuring antenna impedance, standing wave ratio (SWR), return loss, insertion loss and RF network characteristics.
Whether you're designing antennas, tuning RF circuits, testing filters or diagnosing signal losses, the NanoVNA-H Plus delivers valuable measurement capabilities in a rechargeable handheld device.
Extended 50kHz–2.7GHz frequency coverage: Analyse RF circuits and antennas across HF, VHF, UHF and portions of the microwave spectrum, including 433MHz, 868/915MHz and 2.4GHz applications.
Up to 80dB dynamic range: High-sensitivity transmission measurements with frequency-dependent performance.
2.8-inch colour touchscreen: Intuitive onboard controls and real-time visualisation of measurement data.
Dual-port RF analysis: Measure reflection and transmission characteristics through dedicated Port 1 and Port 2 connections.
S-Parameter measurements: Analyse S11 and S21, including impedance, reflection, insertion loss and transmission response.
Smith chart visualisation: Understand complex impedance and evaluate matching networks.
Antenna tuning and SWR measurements: Evaluate antenna resonance, impedance matching and return loss.
Built-in 1000mAh rechargeable battery: Portable operation without continuous USB power.
MicroSD storage support: Compatible with MicroSD cards up to 32GB using SPI mode.
101-point frequency sweeps: Capture and visualise measurements across configurable frequency ranges.
High-stability frequency reference: Supplier-specified frequency accuracy better than 0.5ppm.
USB Type-C connectivity: Supports charging and compatible computer-based workflows.
Calibration accessories included: Supplied Open, Short and Load standards enable practical measurement calibration.
| Specification | Details |
|---|---|
| Model | NanoVNA-H Plus |
| Device Type | Handheld Vector Network Analyzer |
| Frequency Range | 50kHz – 2.7GHz |
| Dynamic Range (50kHz–900MHz) | 80dB |
| Dynamic Range (900MHz–1.5GHz) | 60dB |
| Dynamic Range (1.5GHz–2.7GHz) | 50dB |
| Display | 2.8-inch Colour Touchscreen |
| RF Ports | 2 × SMA, Port 1 and Port 2 |
| Measurement Functions | S-Parameters, SWR, Phase, Delay, Smith Chart |
| Frequency Accuracy | Better than 0.5ppm (manufacturer stated) |
| Frequency Stability | Better than 2.5ppm (manufacturer stated) |
| Sweep Points | 101 |
| Battery | Built-in 1000mAh Rechargeable Lithium Battery |
| External Interface | USB Type-C |
| Memory Support | MicroSD up to 32GB, SPI Mode |
| Additional Feature | RTC Support |
| Calibration | Open, Short, Load |
| Operating Mode | Standalone or supported PC-connected operation |
Dynamic range decreases at higher measurement frequencies. All measurement performance specifications are supplier stated and depend on operating conditions, calibration and firmware.
Measure antenna impedance, identify resonant frequencies and evaluate standing wave ratio (SWR).
Useful for antenna design, tuning and troubleshooting across a wide range of radio frequency applications.
Measure reflected signals to evaluate impedance mismatches, return loss and reflection coefficients.
Use Smith charts to visualise complex impedance and understand how RF components behave across different frequencies.
Characterise the transmission performance of RF networks, filters, attenuators and signal paths.
Measure insertion loss and identify filter cutoff frequencies, passbands and attenuation characteristics.
Examine phase response and group delay to understand signal propagation and frequency-dependent behaviour through compatible RF networks.
Evaluate capacitors, inductors, resonant circuits, impedance-matching networks and passive RF components.
Ideal for use with the Hackitsune NanoVNA 18-in-1 RF Demo & Calibration Board, available separately.
Basic knowledge of RF measurement, antenna tuning or electronics is recommended.
Compatible SMA RF cables, adapters or connectors appropriate to the device under test.
Calibration using the supplied standards is recommended before measurement.
Optional computer and compatible NanoVNA analysis software for advanced measurement workflows.
MicroSD card up to 32GB for supported storage functionality.
The NanoVNA-H Plus includes onboard firmware and operates independently using its integrated touchscreen.
Compatible desktop analysis software may provide additional capabilities including measurement visualisation, data capture and detailed frequency response analysis.
Firmware compatibility varies between NanoVNA hardware revisions. Only install firmware specifically verified for this 2.7GHz NanoVNA-H Plus hardware variant.
Power on the analyser: Charge the integrated battery if necessary and switch on the device.
Set the frequency range: Configure the start and stop frequencies appropriate to the antenna or RF component being tested.
Calibrate the VNA: Connect the supplied Open, Short and Load standards as directed by the analyser's calibration process.
Connect your device under test: Attach the antenna to Port 1 for reflection measurements, or connect a compatible two-port RF circuit between Port 1 and Port 2 for transmission measurements.
Select measurement traces: Choose SWR, return loss, Smith chart, phase or other supported measurements.
Analyse the results: Observe impedance, resonant frequencies, insertion loss and other relevant RF characteristics.
Record your measurements: Use supported MicroSD or PC-connected measurement workflows where available.
The NanoVNA-H Plus is ideal for:
Antenna design, development and tuning.
HF, VHF and UHF amateur radio experimentation.
433MHz and 868/915MHz RF hardware development.
2.4GHz Wi-Fi and Bluetooth antenna analysis.
RF filter and attenuator characterisation.
Impedance matching and RF circuit optimisation.
Coaxial cable and connector troubleshooting.
PCB RF design and wireless product development.
Electronics education, experimentation and authorised hardware research.
Each NanoVNA-H Plus kit includes:
1 × NanoVNA-H Plus 2.7GHz Vector Network Analyzer
2 × 20cm SMA Male-to-Male RG174 RF Cables
1 × USB Type-C to Type-C Cable
1 × USB Type-C Data Cable
1 × Touchscreen Stylus
1 × Paddle Accessory
1 × SMA Open Calibration Standard
1 × SMA Short Calibration Standard
1 × SMA 50Ω Load Calibration Standard
1 × SMA Female-to-Female Adapter
1 × Simplified User Manual
Never connect the VNA directly to an active RF transmitter or powered RF output without suitable isolation and protection.
Avoid applying DC voltage or excessive RF power to the measurement ports.
Perform appropriate calibration before precision measurements.
Use quality SMA connectors and avoid excessive tightening.
Protect the touchscreen and RF connectors during transport.
Do not install firmware intended for older NanoVNA-H or NanoVNA-H4 hardware without verifying compatibility.
Use appropriate ESD precautions when handling sensitive RF components.
For accurate high-frequency measurements, minimise cable movement and maintain consistent connector conditions after calibration.
Essentials
The device needs to be calibrated with each use, we recomend using the NanoVNA calibration board (sold separatly).
This product is intended for electronics experimentation, RF engineering, antenna testing, education and authorised hardware research.
The NanoVNA-H Plus is a compact, general-purpose Vector Network Analyser and is not a substitute for laboratory-certified RF measurement equipment. Measurement accuracy and achievable dynamic range depend on frequency, calibration, cables, firmware and operating conditions.
This device is a network analyser and is not designed to function as a general-purpose real-time spectrum analyser or RF signal transmitter.
Hackitsune is not responsible for equipment damage resulting from improper connections, excessive input signals, incompatible firmware or incorrect operation.
