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NORVI Product Series Comparison

Overview Comparison

Feature NORVI Agent One NORVI ENET (ESP32) NORVI GSM NORVI IIOT
Primary Use Case
Low-power IoT nodes, battery-powered applications
Ethernet-based industrial IoT with wired connectivity
Cellular connectivity for remote locations
Wi-Fi-based industrial IoT applications
Target Applications
Sensor nodes, remote monitoring, battery-operated devices
Industrial automation with stable network, data servers
Remote monitoring without WiFi coverage, mobile IoT
Connected factories, smart buildings, Wi-Fi-enabled environments

Hardware & Processing

Specification Agent One ENET ESP32 NORVI GSM NORVI IIOT
Processor (Standard)
ESP32-WROVER-B with PSRAM
ESP32-WROOM32
ESP32-WROOM32
ESP32-WROOM32
Processor (Low Power)
STM32L series (ARM Cortex-M3)
N/A
N/A
N/A
Flash Memory
4MB
4MB
4MB
4MB
RAM
520KB SRAM + PSRAM
520KB SRAM
520KB SRAM
520KB SRAM
ROM
448KB
448KB
448KB
448KB
Clock Speed
Up to 240 MHz
Up to 240 MHz
Up to 240 MHz
Up to 240 MHz
Low Power Features
Ultra-low power STM32L variants, transistor outputs for sensor power control

Connectivity Options

Connectivity Agent One ENET ESP32 NORVI GSM NORVI IIOT
Wi-Fi
Built-In (ESP 32 Modules
Built-In
Built-In
Built-In
Bluetooth
BLE
BLE
BLE
BLE
Ethernet
W5500 (10BaseT/100BaseTX)
W5500
W5500 (select models)
Cellular (2G/3G/4G LTE)
Available with LTE add-on
SIM7500 or EC25 modem
LoRa
Available with LoRa add-on
NB-IoT
Available with NB-IoT add-on
RS-485
(varies by model)

Input/Output Capabilities

I/O Type NORVI Agent One NORVI ENET (ESP32) NORVI GSM NORVI IIOT
Digital Inputs
Varies by model (typically 2-6)
8 inputs (18-32V DC)
8 inputs
Varies (typically 4-8)
Analog Inputs
0-10V (varies by model)
4 inputs (0-10V, 16-bit ADS1115)
0-10V / 4-20mA options
0-10V / 4-20mA options
Relay Outputs
Available on select models
N/A (ENET-AE06-V model)
Available (typically 6-8)
Available on select models
Transistor Outputs
With power control for sensors
N/A
Available
Available
Input Voltage Range
18-32V DC
18-32V DC
24V DC
24V DC
Maximum Switching Frequency
N/A
1 kHz
N/A
N/A

Features & Peripherals

Feature NORVI Agent One NORVI ENET (ESP32) NORVI GSM NORVI IIOT
Display
Pixel RGB LED indicator
0.96″ OLED (SSD1306)
0.96″ OLED
0.96″ OLED
Buttons
Front panel button
Front panel button
Multiple buttons
microSD Card
SPI interface
RTC (Real-Time Clock)
DS3231 with CR2032 backup
DS3231
DS3231
External Antenna
SMA connector
For cellular
Expansion Port
Limited
10-pin with I2C, UART, power

Physical & Environmental

Specification NORVI Agent One NORVI ENET (ESP32) NORVI GSM NORVI IIOT
Mounting
DIN-Rail
DIN-Rail / Mounting tabs
DIN-Rail
DIN-Rail
Enclosure
Compact
NORVI 204
Standard industrial
Standard industrial
Dimensions
Compact form factor
90.5 × 60.6 × 56.6 mm
Standard
Standard
IP Rating
IP20
IP20
IP20
IP20
Operating Temperature
-10°C to +85°C
-10°C to +85°C
-10°C to +85°C
-10°C to +85°C
Operating Altitude
0-2000m
0-2000m
0-2000m
Shock Resistance
N/A
15 gn for 11ms
N/A
N/A

Power Requirements

Power Spec NORVI Agent One NORVI ENET (ESP32) NORVI GSM NORVI IIOT
Supply Voltage
12-24V DC (varies
24V DC
24V DC
24V DC
Current Consumption
Low (varies by variant)
400mA typical
Higher (due to cellular modem)
300-500mA
Recommended Power
Battery or 12-24V 1A
24V DC 1A
24V DC 1-2A
24V DC 1A
Battery Operation
Optimized for battery use

Programming & Software

Feature NORVI Agent One NORVI ENET (ESP32) NORVI GSM NORVI IIOT
Programming Interface
Mini USB
Mini USB
Mini USB
Mini USB
Supported IDEs
Arduino IDE, ESP-IDF
Arduino IDE, ESP-IDF
Arduino IDE, ESP-IDF
Arduino IDE, ESP-IDF, Soapbox Snap, Rapid SCADA
Protocols Supported
MQTT, HTTP, Modbus RTU
MQTT, HTTP, Modbus RTU, TCP/IP, UDP
MQTT, HTTP, Modbus RTU
MQTT, HTTP, Modbus RTU
OTA Updates
Over Wi-Fi
Over Wi-Fi/Ethernet
Over Wi-Fi/Cellular
Over Wi-Fi

Certifications & Compliance

Certification NORVI Agent One NORVI ENET (ESP32) NORVI GSM NORVI IIOT
EN 61131-2:2007
EN 61010-1:2010+A1:2019
EN IEC 61010-2-201:2018
Annex III, Part B, Module C
ESD Protection
Standard
4kV contact / 8kV air
Standard
Standard
EMI Resistance
Standard
10V/m (80MHz-1GHz)
Standard
Standard

Expansion Capabilities

Expansion Type NORVI Agent One NORVI ENET (ESP32) NORVI GSM NORVI IIOT
Analog Input
I2C-based expansion
Digital Input
I2C-based expansion
Analog Output
I2C-based expansion
Transistor Output
I2C-based expansion
Relay Output
I2C-based expansion
Communication
LoRa, NB-IoT, LTE
Limited
N/A (built-in)
Ethernet, RS-485

Key Differentiators

Agent One

  • Best for: Battery-powered applications, ultra-low power requirements.
  • Unique features: STM32L low-power variants, transistor outputs for sensor power management, modular connectivity (LoRa/NB-IoT/LTE add-ons).
  • Ideal scenarios: Remote sensor nodes, agriculture monitoring, wildlife tracking.

ENET ESP32

  • Best for: Reliable wired connectivity in industrial settings.
  • Unique features: W5500 Ethernet with 8 independent sockets, hardware TCP/IP stack.
  • Ideal scenarios: Factory automation, building management systems, stable network environments.

GSM

  • Best for: Remote locations without WiFi coverage
  • Unique features: Cellular connectivity (2G/3G/4G LTE), redundant. communication paths (WiFi + Cellular + Ethernet).
  • Ideal scenarios: Agricultural monitoring, infrastructure monitoring, mobile equipment tracking.

IIOT

  • Best for: WiFi-enabled industrial environments.
  • Unique features: Balanced feature set, wider IDE support, OPC server compatibility.
  • Ideal scenarios: Smart factories, connected buildings, IoT gateways.

Model Naming Convention

Example: NORVI ENET-AE06-V

  • ENET: Product series
  • AE: Analog and Ethernet
  • 06: 6 total I/O points (4 analog + 2 reserved)
  • V: Voltage inputs (0-10V)

Other suffixes:

  • I: Current inputs (4-20mA)
  • R: Relay outputs
  • T: Transistor outputs
  • G: GSM 2G modem
  • L: LTE modem
  • ES: ESP32 variant
  • SI: Standard industrial

Note: Specifications may vary by specific model variant. Always refer to individual datasheets for precise specifications. This comparison is based on available documentation as of the knowledge cutoff date.