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- ISA Slot CPU Board: Designed for integration into ISA backplane systems, ensuring compatibility with legacy industrial chassis and expansion cards.
- Intel 386 Processor: Utilizes the 32-bit Intel 80386 CPU, offering stable performance for embedded control and industrial computing tasks.
- Disk-On-Chip Socket: Provides a dedicated socket for a Disk-On-Chip (DOC) solid-state storage module, enabling bootable flash storage without the need for mechanical drives.
- Integrated VGA/LCD Controller: Supports both CRT VGA output and flat-panel LCD displays, allowing flexible display configurations for industrial HMI or monitoring applications.
- Compact Form Factor: Optimized for embedded system integration, with a layout suitable for confined industrial enclosures.
- Legacy Support: Maintains compatibility with older ISA-based systems, ideal for equipment upgrades or replacements where continuity of hardware and software environments is essential.
- Industrial Reliability: Designed for continuous operation in demanding environments, with robust component selection and extended temperature tolerance (typical for industrial-grade boards).
- Low Power Consumption: Efficient 386 architecture ensures minimal heat generation and reduced power requirements, suitable for fanless or low-noise systems.
- Intel 386 Processor: Utilizes the 32-bit Intel 80386 CPU, offering stable performance for embedded control and industrial computing tasks.
- Disk-On-Chip Socket: Provides a dedicated socket for a Disk-On-Chip (DOC) solid-state storage module, enabling bootable flash storage without the need for mechanical drives.
- Integrated VGA/LCD Controller: Supports both CRT VGA output and flat-panel LCD displays, allowing flexible display configurations for industrial HMI or monitoring applications.
- Compact Form Factor: Optimized for embedded system integration, with a layout suitable for confined industrial enclosures.
- Legacy Support: Maintains compatibility with older ISA-based systems, ideal for equipment upgrades or replacements where continuity of hardware and software environments is essential.
- Industrial Reliability: Designed for continuous operation in demanding environments, with robust component selection and extended temperature tolerance (typical for industrial-grade boards).
- Low Power Consumption: Efficient 386 architecture ensures minimal heat generation and reduced power requirements, suitable for fanless or low-noise systems.
1. Product Overview
Product Name: NuPro-335
Model: NuPro-335
Series: NuPro Industrial CPU Board Series
Article Number: NuPro-335
Manufacturer: [Manufacturer not explicitly stated; typically associated with Advantech or similar industrial computing vendors producing NuPro-series boards]
The NuPro-335 is an industrial-grade ISA slot CPU board built around the Intel 386 microprocessor architecture, designed for embedded and legacy industrial computing applications. It integrates a VGA/LCD controller and a Disk-On-Chip (DOC) socket, providing a compact, all-in-one solution for systems requiring reliable performance, long lifecycle support, and compatibility with ISA backplanes. The board is engineered for use in industrial automation, control systems, instrumentation, and other embedded environments where stability, extended availability, and legacy interface support are critical.
2. Key Features
- ISA Slot CPU Board: Designed for integration into ISA backplane systems, ensuring compatibility with legacy industrial chassis and expansion cards.
- Intel 386 Processor: Utilizes the 32-bit Intel 80386 CPU, offering stable performance for embedded control and industrial computing tasks.
- Disk-On-Chip Socket: Provides a dedicated socket for a Disk-On-Chip (DOC) solid-state storage module, enabling bootable flash storage without the need for mechanical drives.
- Integrated VGA/LCD Controller: Supports both CRT VGA output and flat-panel LCD displays, allowing flexible display configurations for industrial HMI or monitoring applications.
- Compact Form Factor: Optimized for embedded system integration, with a layout suitable for confined industrial enclosures.
- Legacy Support: Maintains compatibility with older ISA-based systems, ideal for equipment upgrades or replacements where continuity of hardware and software environments is essential.
- Industrial Reliability: Designed for continuous operation in demanding environments, with robust component selection and extended temperature tolerance (typical for industrial-grade boards).
- Low Power Consumption: Efficient 386 architecture ensures minimal heat generation and reduced power requirements, suitable for fanless or low-noise systems.
3. Technical Specifications
- Processor: Intel 80386 CPU (32-bit architecture)
- Bus Interface: ISA (Industry Standard Architecture)
- Storage Interface: Disk-On-Chip (DOC) socket for solid-state flash storage modules
- Display Interface: Integrated VGA and LCD controller supporting CRT monitors and flat-panel displays
- Memory: Typically supports onboard or socketed DRAM (exact capacity dependent on configuration; common configurations range from 1 MB to 8 MB for 386-class boards)
- Expansion: Standard ISA edge connector for backplane integration
- Form Factor: Full-size or half-size ISA CPU card (depending on variant; typically around 338 mm × 122 mm for full-size ISA CPU cards)
- Power Requirements: +5V DC input (typical for ISA CPU cards; power drawn from backplane)
- Operating Temperature: Industrial range (commonly 0°C to 60°C or extended range options)
- Weight: Approximately 0.3–0.5 kg depending on configuration
- Construction Materials: Multi-layer PCB with industrial-grade components, gold-plated edge connectors for durability and signal integrity
4. Functionality
The NuPro-335 functions as the central processing unit (CPU) card in an ISA-based industrial computer system. It plugs directly into an ISA backplane, providing the processing, memory, display, and storage control functions required by the system. The integrated VGA/LCD controller allows direct connection to either a CRT monitor or an LCD panel, enabling flexible display options for operator interfaces or monitoring systems.
The Disk-On-Chip socket allows the use of solid-state flash storage modules, which can serve as the system’s boot device or as non-volatile data storage. This eliminates the need for mechanical hard drives, improving reliability and resistance to vibration or shock.
Use Cases and Applications:
- Industrial automation controllers
- Human-Machine Interface (HMI) terminals
- Legacy equipment upgrades or replacements
- Process monitoring and control systems
- Embedded instrumentation and data acquisition systems
- Transportation and logistics control units
- Factory floor PCs and machine controllers
Compatibility:
- Compatible with standard ISA backplanes and chassis
- Supports legacy operating systems such as DOS, early Windows (3.x/95), or embedded real-time operating systems (RTOS)
- Compatible with Disk-On-Chip modules from vendors such as M-Systems (common in 386-era embedded systems)
5. Components & Accessories
Included Components:
- NuPro-335 ISA CPU board
- Integrated VGA/LCD controller
- Disk-On-Chip socket (empty, user-installable DOC module)
- Edge connector for ISA backplane interface
Optional Accessories:
- Disk-On-Chip flash storage modules (various capacities)
- LCD interface cables and adapters
- VGA output cable or bracket
- Memory modules (if socketed DRAM supported)
- Cooling accessories (optional, depending on enclosure design)
- Backplane and chassis (purchased separately)
Connectors and Interfaces:
- ISA edge connector (primary system interface)
- VGA output connector (DB-15 or pin header, depending on configuration)
- LCD interface header (for flat-panel connection)
- Power supplied via ISA backplane
- Optional serial, parallel, or keyboard/mouse headers (typical for 386 CPU cards)
6. Installation & Setup
Requirements:
- Compatible ISA backplane with appropriate power supply (+5V DC)
- Chassis or enclosure supporting ISA CPU card installation
- Display device (VGA monitor or LCD panel)
- Optional Disk-On-Chip module for storage
Installation Steps:
1. Power off the system and ensure anti-static precautions are taken.
2. Insert the NuPro-335 CPU card into the designated ISA slot on the backplane, ensuring proper alignment of the edge connector.
3. Secure the card using mounting screws or retention brackets as required by the chassis.
4. Connect the VGA or LCD display cable to the appropriate connector.
5. Install the Disk-On-Chip module into the dedicated socket if solid-state storage is required.
6. Connect any additional peripheral headers (keyboard, serial, etc.) as needed.
7. Power on the system and enter BIOS or setup utility (if applicable) to configure boot options and display settings.
Configuration:
- BIOS or firmware setup allows configuration of boot device, display mode (VGA/LCD), and memory parameters.
- Disk-On-Chip modules may require software utilities for initialization and formatting.
- Display parameters (resolution, timing) can be configured to match the connected LCD panel.
7. Performance & Capabilities
Processing Performance:
- Based on the Intel 80386 CPU, offering 32-bit processing with clock speeds typically ranging from 16 MHz to 40 MHz.
- Suitable for control logic, data acquisition, and embedded applications requiring deterministic performance rather than high computational throughput.
Storage Performance:
- Disk-On-Chip modules provide solid-state storage with faster access times and improved reliability compared to mechanical drives.
- Typical capacities range from 4 MB to 64 MB, depending on module type.
Display Capabilities:
- Integrated VGA controller supports standard VGA resolutions (e.g., 640×480, 800×600).
- LCD interface supports various monochrome or color flat panels, depending on configuration.
Efficiency:
- Low power consumption due to 386 architecture and absence of high-speed peripherals.
- Ideal for fanless or low-noise operation in sealed industrial enclosures.
Limitations:
- Limited processing power compared to modern CPUs; intended for legacy or embedded control applications.
- Restricted memory capacity and storage size due to 386-era architecture.
- Designed for ISA systems only; not compatible with PCI or modern bus architectures.
8. Standards & Compliance
Bus Standard:
- Fully compliant with the ISA (Industry Standard Architecture) bus specification, ensuring interoperability with standard ISA backplanes and expansion cards.
Display Standards:
- VGA compatibility adhering to IBM VGA specifications.
- LCD interface compliant with standard TTL or LVDS signaling (depending on configuration).
Storage Interface:
- Disk-On-Chip socket compatible with M-Systems DOC modules, following JEDEC memory socket standards.
Regulatory Compliance:
- Designed to meet industrial computing standards for EMC and safety (typical compliance includes CE, FCC Class A for industrial environments).
- Manufactured under ISO 9001 quality management systems (typical for industrial board production).
Environmental Standards:
- RoHS compliance (for later production versions, if applicable).
- Designed for operation in industrial temperature and humidity ranges.
9. Additional Information
Warranty:
- Typically supplied with a 1- to 3-year limited warranty, covering manufacturing defects and component failures under normal industrial operating conditions.
Support:
- Technical documentation includes user manual, installation guide, and BIOS setup instructions.
- Manufacturer or distributor provides technical support for configuration, compatibility, and integration assistance.
Maintenance:
- Minimal maintenance required; solid-state design reduces mechanical wear.
- Periodic inspection of connectors and cleaning of contacts recommended for long-term reliability.
- Firmware or BIOS updates may be available to enhance compatibility or fix known issues.
Lifecycle and Availability:
- Designed for long-term availability to support industrial customers with extended product lifecycles.
- Replacement and repair services typically offered for legacy system support.
Updates and Upgrades:
- BIOS or firmware updates may be provided to support newer Disk-On-Chip modules or display panels.
- Compatible with other NuPro-series boards for system scalability or phased upgrades.
Summary
The NuPro-335 ISA Slot CPU Board is a robust, industrial-grade computing solution built around the Intel 386 processor. It integrates essential system functions—including CPU, memory, VGA/LCD display control, and Disk-On-Chip storage—into a single ISA-compatible card. Designed for embedded and industrial applications, it provides a stable, long-lifecycle platform for control, monitoring, and automation systems that rely on proven ISA architecture. With its combination of legacy compatibility, solid-state storage support, and integrated display capabilities, the NuPro-335 remains a dependable choice for maintaining or upgrading existing industrial installations requiring 386-class performance and ISA bus integration.
Product Name: NuPro-335
Model: NuPro-335
Series: NuPro Industrial CPU Board Series
Article Number: NuPro-335
Manufacturer: [Manufacturer not explicitly stated; typically associated with Advantech or similar industrial computing vendors producing NuPro-series boards]
The NuPro-335 is an industrial-grade ISA slot CPU board built around the Intel 386 microprocessor architecture, designed for embedded and legacy industrial computing applications. It integrates a VGA/LCD controller and a Disk-On-Chip (DOC) socket, providing a compact, all-in-one solution for systems requiring reliable performance, long lifecycle support, and compatibility with ISA backplanes. The board is engineered for use in industrial automation, control systems, instrumentation, and other embedded environments where stability, extended availability, and legacy interface support are critical.
2. Key Features
- ISA Slot CPU Board: Designed for integration into ISA backplane systems, ensuring compatibility with legacy industrial chassis and expansion cards.
- Intel 386 Processor: Utilizes the 32-bit Intel 80386 CPU, offering stable performance for embedded control and industrial computing tasks.
- Disk-On-Chip Socket: Provides a dedicated socket for a Disk-On-Chip (DOC) solid-state storage module, enabling bootable flash storage without the need for mechanical drives.
- Integrated VGA/LCD Controller: Supports both CRT VGA output and flat-panel LCD displays, allowing flexible display configurations for industrial HMI or monitoring applications.
- Compact Form Factor: Optimized for embedded system integration, with a layout suitable for confined industrial enclosures.
- Legacy Support: Maintains compatibility with older ISA-based systems, ideal for equipment upgrades or replacements where continuity of hardware and software environments is essential.
- Industrial Reliability: Designed for continuous operation in demanding environments, with robust component selection and extended temperature tolerance (typical for industrial-grade boards).
- Low Power Consumption: Efficient 386 architecture ensures minimal heat generation and reduced power requirements, suitable for fanless or low-noise systems.
3. Technical Specifications
- Processor: Intel 80386 CPU (32-bit architecture)
- Bus Interface: ISA (Industry Standard Architecture)
- Storage Interface: Disk-On-Chip (DOC) socket for solid-state flash storage modules
- Display Interface: Integrated VGA and LCD controller supporting CRT monitors and flat-panel displays
- Memory: Typically supports onboard or socketed DRAM (exact capacity dependent on configuration; common configurations range from 1 MB to 8 MB for 386-class boards)
- Expansion: Standard ISA edge connector for backplane integration
- Form Factor: Full-size or half-size ISA CPU card (depending on variant; typically around 338 mm × 122 mm for full-size ISA CPU cards)
- Power Requirements: +5V DC input (typical for ISA CPU cards; power drawn from backplane)
- Operating Temperature: Industrial range (commonly 0°C to 60°C or extended range options)
- Weight: Approximately 0.3–0.5 kg depending on configuration
- Construction Materials: Multi-layer PCB with industrial-grade components, gold-plated edge connectors for durability and signal integrity
4. Functionality
The NuPro-335 functions as the central processing unit (CPU) card in an ISA-based industrial computer system. It plugs directly into an ISA backplane, providing the processing, memory, display, and storage control functions required by the system. The integrated VGA/LCD controller allows direct connection to either a CRT monitor or an LCD panel, enabling flexible display options for operator interfaces or monitoring systems.
The Disk-On-Chip socket allows the use of solid-state flash storage modules, which can serve as the system’s boot device or as non-volatile data storage. This eliminates the need for mechanical hard drives, improving reliability and resistance to vibration or shock.
Use Cases and Applications:
- Industrial automation controllers
- Human-Machine Interface (HMI) terminals
- Legacy equipment upgrades or replacements
- Process monitoring and control systems
- Embedded instrumentation and data acquisition systems
- Transportation and logistics control units
- Factory floor PCs and machine controllers
Compatibility:
- Compatible with standard ISA backplanes and chassis
- Supports legacy operating systems such as DOS, early Windows (3.x/95), or embedded real-time operating systems (RTOS)
- Compatible with Disk-On-Chip modules from vendors such as M-Systems (common in 386-era embedded systems)
5. Components & Accessories
Included Components:
- NuPro-335 ISA CPU board
- Integrated VGA/LCD controller
- Disk-On-Chip socket (empty, user-installable DOC module)
- Edge connector for ISA backplane interface
Optional Accessories:
- Disk-On-Chip flash storage modules (various capacities)
- LCD interface cables and adapters
- VGA output cable or bracket
- Memory modules (if socketed DRAM supported)
- Cooling accessories (optional, depending on enclosure design)
- Backplane and chassis (purchased separately)
Connectors and Interfaces:
- ISA edge connector (primary system interface)
- VGA output connector (DB-15 or pin header, depending on configuration)
- LCD interface header (for flat-panel connection)
- Power supplied via ISA backplane
- Optional serial, parallel, or keyboard/mouse headers (typical for 386 CPU cards)
6. Installation & Setup
Requirements:
- Compatible ISA backplane with appropriate power supply (+5V DC)
- Chassis or enclosure supporting ISA CPU card installation
- Display device (VGA monitor or LCD panel)
- Optional Disk-On-Chip module for storage
Installation Steps:
1. Power off the system and ensure anti-static precautions are taken.
2. Insert the NuPro-335 CPU card into the designated ISA slot on the backplane, ensuring proper alignment of the edge connector.
3. Secure the card using mounting screws or retention brackets as required by the chassis.
4. Connect the VGA or LCD display cable to the appropriate connector.
5. Install the Disk-On-Chip module into the dedicated socket if solid-state storage is required.
6. Connect any additional peripheral headers (keyboard, serial, etc.) as needed.
7. Power on the system and enter BIOS or setup utility (if applicable) to configure boot options and display settings.
Configuration:
- BIOS or firmware setup allows configuration of boot device, display mode (VGA/LCD), and memory parameters.
- Disk-On-Chip modules may require software utilities for initialization and formatting.
- Display parameters (resolution, timing) can be configured to match the connected LCD panel.
7. Performance & Capabilities
Processing Performance:
- Based on the Intel 80386 CPU, offering 32-bit processing with clock speeds typically ranging from 16 MHz to 40 MHz.
- Suitable for control logic, data acquisition, and embedded applications requiring deterministic performance rather than high computational throughput.
Storage Performance:
- Disk-On-Chip modules provide solid-state storage with faster access times and improved reliability compared to mechanical drives.
- Typical capacities range from 4 MB to 64 MB, depending on module type.
Display Capabilities:
- Integrated VGA controller supports standard VGA resolutions (e.g., 640×480, 800×600).
- LCD interface supports various monochrome or color flat panels, depending on configuration.
Efficiency:
- Low power consumption due to 386 architecture and absence of high-speed peripherals.
- Ideal for fanless or low-noise operation in sealed industrial enclosures.
Limitations:
- Limited processing power compared to modern CPUs; intended for legacy or embedded control applications.
- Restricted memory capacity and storage size due to 386-era architecture.
- Designed for ISA systems only; not compatible with PCI or modern bus architectures.
8. Standards & Compliance
Bus Standard:
- Fully compliant with the ISA (Industry Standard Architecture) bus specification, ensuring interoperability with standard ISA backplanes and expansion cards.
Display Standards:
- VGA compatibility adhering to IBM VGA specifications.
- LCD interface compliant with standard TTL or LVDS signaling (depending on configuration).
Storage Interface:
- Disk-On-Chip socket compatible with M-Systems DOC modules, following JEDEC memory socket standards.
Regulatory Compliance:
- Designed to meet industrial computing standards for EMC and safety (typical compliance includes CE, FCC Class A for industrial environments).
- Manufactured under ISO 9001 quality management systems (typical for industrial board production).
Environmental Standards:
- RoHS compliance (for later production versions, if applicable).
- Designed for operation in industrial temperature and humidity ranges.
9. Additional Information
Warranty:
- Typically supplied with a 1- to 3-year limited warranty, covering manufacturing defects and component failures under normal industrial operating conditions.
Support:
- Technical documentation includes user manual, installation guide, and BIOS setup instructions.
- Manufacturer or distributor provides technical support for configuration, compatibility, and integration assistance.
Maintenance:
- Minimal maintenance required; solid-state design reduces mechanical wear.
- Periodic inspection of connectors and cleaning of contacts recommended for long-term reliability.
- Firmware or BIOS updates may be available to enhance compatibility or fix known issues.
Lifecycle and Availability:
- Designed for long-term availability to support industrial customers with extended product lifecycles.
- Replacement and repair services typically offered for legacy system support.
Updates and Upgrades:
- BIOS or firmware updates may be provided to support newer Disk-On-Chip modules or display panels.
- Compatible with other NuPro-series boards for system scalability or phased upgrades.
Summary
The NuPro-335 ISA Slot CPU Board is a robust, industrial-grade computing solution built around the Intel 386 processor. It integrates essential system functions—including CPU, memory, VGA/LCD display control, and Disk-On-Chip storage—into a single ISA-compatible card. Designed for embedded and industrial applications, it provides a stable, long-lifecycle platform for control, monitoring, and automation systems that rely on proven ISA architecture. With its combination of legacy compatibility, solid-state storage support, and integrated display capabilities, the NuPro-335 remains a dependable choice for maintaining or upgrading existing industrial installations requiring 386-class performance and ISA bus integration.
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