Home Test & Measurement Spectrum Analysers SHA860A Series
SIGLENT SHA860A handheld signal analyzer front view
SIGLENT SHA860A spectrum and real-time analysis screen
SIGLENT SHA860A cable and antenna test workflow
SIGLENT SHA860A 5G NR and LTE OTA measurement interface
SIGLENT SHA860A field signal analysis application view
SIGLENT SHA860A Series

SHA860A — Handheld Signal Analyzer, 9 kHz to 3.6 / 7.5 GHz

Portable signal analyzer platform for field RF, 5G/LTE deployment and interference work — combining spectrum analysis, real-time analysis, OTA measurements, cable/antenna test and optional 1-path 2-port VNA workflows.

Models
SHA861A · SHA862A
Frequency Range
9 kHz – 3.6 / 7.5 GHz
DANL
−165 dBm/Hz typ.
Real-time BW
40 / 110 MHz
Field Use
2.5 h battery · 3.2 kg
Handheld SA5G/LTE OTA110 MHz RTSACable/AntennaVNA workflow
ModelFrequency RangeDANLAnalysis BandwidthField Workflows
SHA861A9 kHz – 3.6 GHz−165 dBm/Hz typ.40 MHz / 110 MHz optionSA · RTSA · 5G/LTE OTA · CAT · VNA option
SHA862A9 kHz – 7.5 GHz−165 dBm/Hz typ.40 MHz / 110 MHz optionSA · RTSA · 5G/LTE OTA · CAT · VNA option

Key Features

Handheld Platform for Field RF Work

SHA860A combines spectrum analysis, real-time spectrum analysis, cable/antenna test and network-analysis workflows in a portable battery-powered instrument for on-site RF troubleshooting.

3.6 GHz / 7.5 GHz Model Coverage

SHA861A covers 9 kHz to 3.6 GHz, while SHA862A extends coverage to 7.5 GHz for wider cellular, wireless, satellite IF and field-spectrum applications.

Real-time Spectrum Analysis

With up to 110 MHz real-time bandwidth and 3.51 μs 100% POI, the analyzer can capture short transients, burst activity and intermittent interference that ordinary swept measurements may miss.

5G NR and LTE OTA Measurement

Configurable OTA workflows support 5G NR and LTE FDD/TDD field measurements such as PCI, SSB, frequency error, channel power, ACPR and occupied bandwidth for base-station deployment checks.

Cable, Antenna and VNA Workflows

Cable/antenna testing supports return loss, VSWR, cable loss and distance-to-fault; the VNA option adds 1-path 2-port S11/S21 network analysis for deeper feedline and component verification.

Mapping, Trace Replay and Modulation Analysis

GNSS-based trace recording/playback, indoor/outdoor mapping, pulse profile, IQ acquisition and analog/digital modulation-analysis options make it suitable for field survey and fault isolation work.

Specifications

ParameterUnitValue / Description
MODEL / FREQUENCY
ModelsSHA861A · SHA862A
Frequency rangeGHz0.000009 to 3.6 / 7.5, model-dependent
RBWHz1 Hz to 10 MHz, 1-3-10 sequence
SPECTRUM ANALYSIS
DANLdBm/Hz−165 typ.
SSB phase noisedBc/Hz−104 typ. @ 1 GHz, 10 kHz offset
Total amplitude accuracydB±0.7
Standard preamplifierYes
REAL-TIME / IQ
Analysis bandwidthMHz40 / 110
100% POIμs3.51 with 110 MHz real-time bandwidth
FFT rateFFT/s300,000
IQ acquisition1 GB RAM · 300 MHz sample rate · 110 MHz bandwidth
FIELD MEASUREMENT FUNCTIONS
5G NR / LTE OTA5G NR, LTE FDD/TDD OTA measurements depending on configuration
Cable and antenna testReturn loss · VSWR · cable loss · distance-to-fault
Vector network analysis1-path 2-port S11/S21 option; 40 dB S11 directionality, 114 dB S21 dynamic range
Independent sourceGHzUp to 7.5
Bias outputVdc12 to 32
Pulse profilepoints10,001 measurement points
PHYSICAL
Display8.4-inch multi-touch screen
Battery / weight2.5 hours working time · 3.2 kg net weight

Applications

Base-station Commissioning

Verify 5G NR and LTE OTA signal quality, power, bandwidth and cell parameters during deployment and acceptance checks.

Field Interference Hunting

Use real-time spectrum, spectrogram, density display and trace replay to capture transient or frequency-hopping interference.

Feedline and Antenna Maintenance

Measure VSWR, return loss, cable loss and distance-to-fault to isolate connector, cable and antenna problems.

Indoor / Outdoor Mapping

Use GNSS-based trace recording and map workflows to document coverage, weak-signal areas and high-interference zones.

Portable Spectrum and Network Test

Carry one instrument for spectrum measurements, IQ capture, source output and S11/S21 verification in field or lab work.

EMI and Pulse Investigation

Use EMI, pulse-profile and modulation-analysis workflows for field screening and fault isolation before deeper lab testing.

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