High-Speed Precision Analog (HSPA™) telemetry core powered by Seeed XIAO nRF54LM20A. 5,000 samples/sec transient capture, 2 MB on-chip RRAM, motion-activated Bluetooth 5.4, and zero-cable offline field servicing.
Engineered for subterranean durability, extreme battery autonomy, and high-frequency transient surveillance in water distribution assets.
Nordic 22nm ARM Cortex-M33 @ 128 MHz with continuous 5,000 samples/sec 12-bit SAADC loop. Captures water hammer shockwaves, pump surges, and transient ruptures.
1.52 MB dedicated storage partition holding 75,000 records (>2.1 years history). Byte-writable Resistive RAM with zero page-erase penalty and no external memory chips.
LIS2DW12 3-axis accelerometer automatically shuts down BLE radio after 1 hour stationary. Shaking or tapping the logger (≥10% motion delta) instantly re-arms BLE advertising.
Zero app installation, zero cables. Field technicians connect over Web Bluetooth directly inside Chrome to run 2-point calibration, oscilloscope diagnostics, and CSV log exports.
MOSFET power gate on P3.10 achieves 0 µA zero quiescent draw when idle. On-demand fix lock saves GPS coordinates permanently to RRAM ZMS with Google Maps link generation.
Direct support for water storage tanks and reservoirs using submersible hydrostatic pressure sensors (RS-485 Modbus, 10m vented PUR cable). Plus BME280 chamber diagnostics and SDI-12 / Pulse expansion.
Real-time cloud station for field operations. Ingesting 400,000+ data points with sub-second analytics, live interactive GPS mapping, dual-pressure waveform telemetry, and cellular diagnostics.
Geographic pinpointing of active field loggers with instant visual health flags, module counts, and live telemetry.
High-resolution dual channel sensor analysis with min/max aggregates, zoomable timeframes, and instant live stream.
Configure transmit schedules, sampling frequencies, and calibration matrices remotely over cellular airwaves.
Instant automated WhatsApp & email alerts dispatched to on-call PICs upon threshold breach with zero spam.
Critical water network anomalies require immediate action. Our engine continuously evaluates incoming telemetry against configurable dual-pressure and battery thresholds, instantly routing rich WhatsApp & Email alerts to field engineers.
Connect your company WhatsApp via native QR pairing. Zero external SMS fees. Delivers structured breach reports with site name, coordinates, and exact readings directly to engineering groups.
Define time-sensitive monitoring schedules (e.g. peak pumping hours vs nighttime low-demand windows). Apply distinct threshold matrices based on operational shifts and duty rosters.
Smart state detection notifies immediately upon entering an alarm state, and dispatches a recovery notification when resolved. Eliminates alert fatigue from repeated pings.
Configure dual independent sensor limits (High Pressure, Low Pressure) with 6-decimal precision alongside low battery voltage alarms (e.g. < 3.3V) per district or logger.
Service underground valve chambers without hauling proprietary cables or laptop adapters. The PANAMA-X Web Bluetooth PWA runs directly inside mobile and desktop Chromium browsers with 100% offline service-worker caching.
Real-time multi-channel canvas oscilloscope with dynamic unit conversion between Bar, PSI, kPa, and Raw Volts alongside live min/max envelope tracking.
High-throughput BLE log sync directly from 1.52 MB non-volatile RRAM. Displays dual sensor logs, modem event audits, and enables one-click CSV export.
Configure sampling rates (Continuous to 1m), logging intervals, moving memory FIFO overflow strategies, and assign P1.29 pin modes (RS485 / SDI-12 / Pulse).
Guided 2-point calibration (Zero Tare + Span Reference) for both pressure channels with live ADC slope verification and instant RRAM coefficient commit.
Industrial telemetry demands high-speed acquisition, extreme power efficiency, and seamless wireless field diagnostics. Here's why nRF54LM20A with 5,000 samples/sec and Bluetooth connectivity outperforms the competition.
| Feature |
nRF54LM20A
Norway
|
ESP32-C3
China
|
ATSAML21
USA
|
STM32U0
Europe
|
|---|---|---|---|---|
| Origin | Norway | China | USA | Europe |
| Core Tech | 22nm Cortex-M33 | 40nm Single-Core | 90nm Single-Core | 90nm Single-Core |
| Sampling Rate | 5,000 Samples/s (5 kHz) | 1,000 Samples/s | 1,000 Samples/s | 1,000 Samples/s |
| Local Connectivity | Bluetooth 5.4 (BLE) | BLE 5.0 / Wi-Fi | None (External) | None (External) |
| Field Diagnostics | Web Bluetooth PWA (Offline) | Custom App Required | Serial Cable Only | Serial Cable Only |
| On-Chip Storage | 2.0 MB RRAM | 4 MB Flash | 256 KB Flash | 256 KB Flash |
| Bootup Delay | Instant (10 µs) | Very Slow (50,000 µs) | Fast (15 µs) | Instant (10 µs) |
| Active Power | Ultra-Efficient | High Consumption | Ultra-Efficient | Ultra-Efficient |
| Voltage Range | 1.7V to 3.6V | 3.0V to 3.6V | 1.62V to 3.6V | 1.71V to 3.6V |
Advanced 22nm fabrication technology vs. 40nm (ESP32-C3) and 90nm (ATSAML21/STM32U0). Smaller transistors mean better power efficiency, faster performance, and lower heat generation.
High-speed analog acquisition up to 5,000 samples per second with integrated Bluetooth 5.4 connectivity for rapid, wireless on-site technician interfacing.
2 MB on-chip non-volatile Resistive RAM paired with our offline-first Web Bluetooth PWA (/webapp) allowing field calibration without internet coverage.
For industrial water telemetry, nRF54LM20A delivers an uncompromising single-chip solution: 22nm architecture, 5,000 samples/sec acquisition, Bluetooth 5.4 connectivity, 2MB on-chip RRAM, and offline-capable Web Bluetooth PWA configuration.
1. TRANSIENT SAMPLING: Acquire raw 12-bit SAADC readings at continuous 5,000 Hz.
2. RRAM LOGGING: Compute calibrated mathematical aggregates (Mean / Peak Max / Spot) over configurable windows stored into 1.52 MB RRAM.
3. CELLULAR DISPATCH: Pushes encrypted telemetry packets to cloud REST API with edge-triggered WhatsApp alarm evaluation.
Our firmware acquires readings at high-speed 5,000 samples per second (5 kHz), then computes calibrated mathematical averages over configurable windows for transmission. Total control over data density, transient capture, and 4G airtime.
Enterprise protection mechanisms built into every deployment
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