the better

SOLUTION 01 · INDUSTRIAL DATA COMPUTING

Industrial Data Computing Solution

TBEdge + TB Series — Everything to Edge Device

A heterogeneous data integration and computing solution for industrial sites, built on self-designed Edge hardware

LINEUP

  • TBEdge
  • 8 TB Series units
  • Jetson Orin NX 16G
  • −25 ~ 70°C
  • Modbus · OPC-UA · MQTT
TBEdge — self-designed industrial Edge Computing Core

Solution Overview

An industrial data computing solution comprising TBEdge — an Edge Computing Core we designed in-house on NVIDIA Jetson Orin NX — and 8 TB Series units. The collection of Analog, Digital, Pulse and Normalization Data once handled on separate relay and collection servers, along with the subsequent cleaning, analysis and visualization, is now performed directly on an integrated server. This turns data that once just piled up into a system that can be analyzed and trained on at any time, even without the internet.

SOLUTION ARCHITECTURE

4-Layer Architecture

  1. LAYER 0~1

    Source data and communication-relayed data

    8 collection terminals

    • Temperature
    • Contact
    • Communication
    • Count
    • Analog
    • Video
    • Environment
    • Process

  2. LAYER 2

    TBEdge

    Industrial Edge Computing Core (in-house design)

    In-house module

    • TB Control (Edge Control)

    On-Demand Module

    • sLLM Agents
    • Machine Vision
    • Numerical Analysis
    • Time-Series Analysis
    • Anomaly Detection
    • Simulation

  3. LAYER 3

    Analysis · visualization engine (built-in)

    • Jupyter
    • PyTorch
    • OpenCV
    • YOLO
    • n8n

  4. LAYER 4

    HW · OS base

    • NVIDIA Jetson Orin NX
    • Ubuntu
    • cuDNN

  5. OUTPUT

    Output

    • BI dashboard
    • Autonomous control
    • Reports
    • Alarms · triggers
    • API

PRODUCT LINEUP

Product Lineup

TBEdge — Edge Computing Core

PRODUCT 01

TBEdge

Edge Computing Core

Self-designed HW based on NVIDIA Jetson Orin

AI core
NVIDIA Jetson Orin NX
VRAM
16 GB
Storage
128 GB NVMe
Digital input (DI)
12 channels
Digital output (DO)
8 channels
Analog input (AI)
4 channels
Analog output (AO)
8 channels
Temperature input
PT100 · thermocouple (TC)
Relay output
4 channels (5 A)
Operating environment
−25 ~ 70 °C

PRODUCT 02

TB Series

8 industrial data collection and processing units

Full support for heterogeneous industrial protocols · component-level KC certification and RoHS compliance

TB-WF-TEMP — Real-time temperature collector

TB-WF-TEMP

Real-time temperature collector

A sensor that reports temperatures read from thermocouples and RTD sensors to the server

  • · Sensor type — TC: thermocouple / RTD: RTD sensor
  • · Reporting type — PIN: point reporting (user presses the report button manually) / P: continuous reporting
  • · Sensor options — TC: general-purpose thermocouple / RTD: RTD sensor / PIN: core-temperature sensor (TESTO)

SPECIFICATIONS

Sensor type
TC (thermocouple) / RTD
Reporting type
PIN (point reporting) / P (continuous reporting)
Input Load
AC100~230V / 50~60Hz
Output
Wifi (2.4GHz)
TB1000 — Contact collector

TB1000

Contact collector

Collects signals from buttons, photocouplers, infrared, general 24V contacts and more

  • · TR — uses a relay to handle 24V load signals
  • · DO — adds a solid-state relay to the Digital Output signal, usable without electrical noise or circuit interference

SPECIFICATIONS

Data Input Load
NPN · PNP · TR(Option) / 4 Point
Digital Output (Option)
NPN · PNP · TR / 4 Point
Input Load
AC100~260V / 50~60Hz
Output
Wifi (2.4GHz)
TB1500 — Communication data collector

TB1500

Communication data collector

Transmits RS232 · RS485 · MODBUS/RTU to the server

  • · 232 — RS232 to TCP/IP
  • · 485 — RS485 to TCP/IP
  • · SE — Modbus

SPECIFICATIONS

Input Protocol
One of RS232 · RS485 · Modbus
Input Load
AC100~260V / 50~60Hz
Output
Wifi (2.4GHz)
TB1700 — Counter collector

TB1700

Counter collector

Collects contact signals received via contacts with a general-purpose counter and transmits the counted values to the server

  • · Using a general-purpose counter makes operation and on-site configuration easy
  • · Limit signals configurable on the counter can be used as-is
  • · AT — uses the Autonics TR6D-T4 counter

SPECIFICATIONS

Signal Input
24V 0~40mA
Input Load
AC100~260V / 50~60Hz
Output
Wifi (2.4GHz)
TB0200 — Analog collector

TB0200

Analog collector

A system that transmits analog current and voltage differentials to the server

  • · High-precision analog collection at 16-bit resolution

SPECIFICATIONS

Input
24V 0–40mA voltage / 0–12V current
Resolution
16 bit
Input Load
AC100~260V / 50~60Hz
Output
Wifi (2.4GHz)
TBA100 — Environmental data collector

TBA100

Environmental data collector

A system that collects and transmits NH4, H2S, fine dust, temperature, humidity and CO2

SPECIFICATIONS

Measured parameters
NH4 · H2S · fine dust · temperature · humidity · CO2
Input
24V 0–40mA voltage / 0–12V current
Input Load
AC100~260V / 50~60Hz
Output
Wifi (2.4GHz)
TB-WF-MODBUS — Process data collector

TB-WF-MODBUS

Process data collector

A device for real-time collection of process data

SPECIFICATIONS

Input Load
AC100~230V / 50~60Hz
Output
Wifi (2.4GHz)
TBLAKE — Collected data lake

TBLAKE

Collected data lake

Configured to store and analyze collected data over the long term on cloud or Edge servers

  • · A distributed search engine based on Elasticsearch / Lucene for bulk long-term data storage and backup
  • · A data collection system suited to Advancement Level 2 (AI-based automated factories)
  • · Performance equal to or better than KAMP

SPECIFICATIONS

Technology
Distributed search engine based on Elasticsearch / Lucene
Input Load
AC100~260V / 50~60Hz

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