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Hardware Specification

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Unless otherwise specified, all specifications below refer to the Full Kit version of the AnyShake Explorer.

General

ItemSpecification
Dimensions135 mm × 135 mm × 104.5 mm
Weight0.65 kg
Enclosure RatingIP10 (indoor use)
Power Supply9 V – 12 V DC
Power Consumption~0.6 W (50 mA @ 12 V)
Operating Temperature-20 °C to 70 °C
Time SynchronizationGNSS (via active antenna) / NTP
Timing AccuracyGNSS: ±1 ms, NTP: ±10 ms
InstallationPlug-and-play with leveling mode
Display0.96" OLED (SSD1306, I²C interface)
Tilt SensorDigital inclinometer (firmware mode)
Warranty2 years from shipment date

Sensor System

ItemSpecification
Geophones3 × 4.5 Hz open-loop velocity sensors
Frequency Response~0.5 Hz – 27 Hz (with gain & filtering)
Accelerometer3-axis, 16-bit (±2g), STMicroelectronics LSM6DS3
ADC32-bit delta-sigma ADC, differential input
Measurement Range±2.5 V
Sampling ModesGeophone-only / Accelerometer-only / Combined 6-channel
Supported Sample Rates50 / 100 / 200 / 250 SPS
Earthquake WarningCompatible with EEW systems
Compatibility Warning

Only 4.5 Hz open-loop magnetic geophones are supported.
Do not connect broadband seismometers or sensors with other transfer functions.

Data Interfaces

InterfaceSpecification
Packet Interval100 ms per packet, EEW compatible
RS-2322 × DB9 ports (±12 V, up to 409600 bps)
RS-4851 × 2-pin terminal block (half-duplex, 3.3 V)
TTL Serial3-pin header (3.3 V logic, up to 409600 bps)
SWD Debug Port3-pin 2.54 mm header (compatible with ST-Link)
GNSS AntennaSMA connector, 3.3 V bias for active antennas
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Use only active GNSS antennas with L1/L5 support. Passive antennas are not supported.

Software Support

AnyShake Observer is the official open-source companion software for the AnyShake Explorer. It provides real-time data visualization, historical waveform access, earthquake detection, and network integration.

ItemSpecification
PlatformsWindows, Linux, macOS, BSD
DeploymentSingle-binary executable or Docker container
UIWeb-based interface, responsive layout
LanguagesGo (backend), TypeScript (frontend)
Real-Time MonitoringLive waveform viewer, multi-channel
Historical Data QueryTime-based or event-based search
Earthquake DetectionQuakeSense (STA/LTA, Z-Detect algorithms)
Export FormatsMiniSEED, SAC, TXT, WAV
ProtocolsSeedLink, TCP (raw stream), HTTP
Database CompatibilitySQLite, PostgreSQL, MySQL/MariaDB, SQL Server
Multi-User SupportYes
SeisComP IntegrationYes
Offline OperationFully supported
Daily HelicordersAuto-generated with sharing support