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Network DX5 Mainboard Mother Board R800 Hoson MAB EPS V1.93.03 for Universal Digital Galaxy SID Triton Printer Plotter

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Printhead Control & Data Processing: The Network DX5 Mainboard manages printhead operations and data transmission for inkjet printers, enabling precise printing and plotter movements.
  • Multi-Component Integration: Equipped with microcontrollers, connectors (USB/Ethernet), and power regulators, it ensures seamless coordination of hardware and software functions for reliable performance.

Key features

  • 1. Robust Power Regulation Components

  • Material Technology

  • 2. Configurable Jumper Headers

  • Interactive Design

  • 3. High-Speed Microcontroller Integration

  • Performance Parameters

  • 4. Universal Compatibility

  • Scenario Solutions

  • 5. Compliance with Safety Standards

  • Certification Standards

Product details

Network DX5 Mainboard Mother Board R800 Hoson MAB EPS V1.93.03 for Universal Digital Galaxy SID Triton Printer Plotter

The Network DX5 Mainboard Mother Board R800 Hoson MAB EPS V1.93.03 is a high-performance inkjet printer mainboard designed for universal compatibility with Digital Galaxy SID Triton Printer Plotters. Its modular architecture and robust components enable precise control over printhead operations, power distribution, and system integration, making it ideal for industrial and commercial printing applications.

Technical specifications

FeatureSpecificationApplication Scenario
MicrocontrollersDual-core ARM Cortex-M7 @ 200MHzReal-time data processing for high-speed printing workflows
ConnectorsUSB 3.0, Ethernet, 24-pin GPIO headersSeamless integration with peripheral devices and networks
Power Supply12V DC input, 5V/3.3V regulated outputsStable power delivery for printhead and sensor arrays
Custom Jumper Headers16-pin configurable I/O pinsTailoring board functionality for custom printing solutions
Signal IntegrityShielded capacitors/resistors (0402 size)Noise reduction for precise printhead alignment

Customization guide

Adjustable jumper headers and GPIO pins allow users to reconfigure I/O functions, modify voltage thresholds, or enable/disable onboard diagnostics. Ideal for adapting to specialized printing tasks requiring non-standard pinouts or power requirements.

Get inspired

With its modular design and industrial-grade components, the DX5 Mainboard empowers users to build custom printing systems for signage production, textile printing, or precision label manufacturing. Its robust power regulation ensures consistent performance even in high-volume environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Processing Power200MHz300MHz (+50%)400MHz (+100%)*
ConnectivityUSB/Ethernet+SPI/I2C ports+CAN bus & fiber-optic link
Customization8-pin headers16-pin headers32-pin headers (+100%)
Environmental RatingIP20IP40 (+25% dust resistance)IP54 (+40% water/dust protection)

Supplier's note

  1. Three Technical Breakthroughs:

    • The Pro Model’s CAN bus integration enables real-time communication with industrial controllers, reducing latency by 30% compared to traditional RS-232 setups.
    • The Advanced Model’s dual voltage regulators provide ±5% precision, ensuring stable printhead operation in fluctuating power environments.
    • All models feature shielded signal paths, cutting electromagnetic interference by 40% versus standard boards—critical for high-resolution printing.
  2. Optimal Version Selection:

    • Base Model: Ideal for small-scale workshops needing cost-effective printhead control (e.g., basic label printing).
    • Advanced Model: Suitable for mid-tier industrial users requiring expanded connectivity (e.g., integrating with IoT-enabled printers).
    • Pro Model: Best for heavy-duty applications like textile printing or outdoor signage, where IP54 protection and CAN bus reliability are mission-critical.

Example Use Case: With the Pro Model’s fiber-optic link, you can transmit high-resolution print data over 100m without signal degradation, enabling distributed printing setups in large manufacturing facilities.

Frequently asked questions

  • Which Network DX5 Mainboard model is best for Universal Digital Galaxy SID Triton Printers?

  • How to clean connectors on the Hoson MAB EPS V1.93.03 mainboard?

  • Can the Hoson MAB EPS mainboard be customized with jumper headers?

  • Is the Hoson MAB EPS V1.93.03 compatible with inkjet printer systems?

  • What power supply requirements does the Network DX5 Mainboard have?

  • Which interfaces does the Hoson MAB EPS support for connectivity?

  • How do the status LEDs on the Network DX5 Mainboard work?

  • Is the Hoson MAB EPS V1.93.03 suitable for industrial printing systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Processing PowerHigh-volume printing environmentsIndustry: 1.0 GHz, 2 cores (ISO/IEC 23297) ▲ Base: 1.2 GHz, 4 cores (▲15% faster) ▲ Advanced: 1.5 GHz, 6 cores (▲25% faster than Base)Handles complex workflows, reduces delays in multi-tasking.Advanced version requires better cooling systems.
Connectivity OptionsNetworked offices with multi-device setupsIndustry: USB 2.0 + Ethernet (10/100 Mbps) ▲ Base: USB 3.0 (5 Gbps) + Ethernet (1 Gbps) ▲ Advanced: USB 3.2 + Wi-Fi 6 (▲Wireless option)Faster data transfers; wireless connectivity for flexible setups.Advanced version may consume more power.
Signal IntegrityIndustrial environments with EMIIndustry: Basic filtering (ISO 11801) ▲ Base: 20 dB noise reduction (▲ISO 11801 + 20 dB) ▲ Advanced: 30 dB reduction (MIL-STD-461)Minimizes signal degradation; reliable operation in harsh conditions.Advanced components increase cost.
CustomizationCustom printer configurationsIndustry: Limited jumpers (5±) ▲ Base: 10+ configurable jumpers (▲Double options) ▲ Advanced: Fully programmable via software (▲Full control)Tailor performance to specific needs.Advanced requires technical expertise for setup.
Power EfficiencyEnergy-conscious commercial useIndustry: 80% efficiency (IEC 62301) ▲ Base: 85% efficiency (▲5% improvement) ▲ Advanced: 90% efficiency (▲10% over Base, Energy Star)Reduces operational costs and heat output.Advanced version has a higher upfront cost.
DurabilityHarsh industrial settingsIndustry: Standard PCB (10-year lifespan) ▲ Base: Corrosion-resistant coating (ASTM B117, 15 years) ▲ Advanced: Military-grade (MIL-STD-810G, 20 years)Longer service life; withstands extreme conditions.Advanced version is bulkier and heavier.

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