- **Hybrid Expansion Architecture:** Equipped with 2 dedicated ISA slots, 2 dedicated PCI slots, and 2 combination ISA/PCI slots, allowing flexible configuration of legacy and modern expansion cards. - **Slot CPU Support:** Designed to accommodate a slot-type CPU card, enabling modular system design and easy CPU upgrades without replacing the entire motherboard. - **Integrated Power Connector:** Provides a dedicated power input connector for stable and efficient power distribution across all slots. - **Status Indicators:** Includes 4 integrated LEDs for system status indication, power monitoring, or diagnostic feedback. - **Compact Industrial Form Factor:** With dimensions of 132 mm x 262 mm, the backplane fits within standard industrial chassis and enclosures. - **High Reliability:** Built for continuous operation in industrial environments, offering stable signal integrity and robust mechanical construction. - **Legacy System Compatibility:** Supports both ISA and PCI buses, ensuring compatibility with a wide range of existing industrial control cards, data acquisition modules, and communication interfaces. - **Ease of Integration:** Standardized connectors and layout simplify integration into custom or off-the-shelf industrial PC systems.

Manufacturer: No category

Category: Backplanes

- **Hybrid Expansion Architecture:** The AP-PSL06H features a total of five expansion slots, including one ISA slot, three PCI slots, and one shared ISA/PCI combination slot. This hybrid configuration allows simultaneous use of legacy ISA cards and modern PCI devices, ensuring compatibility across multiple generations of hardware. - **Slot CPU Compatibility:** Designed to interface with slot-type CPU cards, the backplane provides a stable and standardized connection for single-board computers (SBCs) used in industrial PCs. - **Integrated Power Connector:** The board includes a dedicated power connector to supply stable voltage to all expansion slots and onboard components, ensuring reliable operation under continuous load. - **Status Indicators:** Four onboard LEDs provide visual feedback for power and system status, aiding in diagnostics and system monitoring. - **Compact Form Factor:** With dimensions of 180 mm × 133 mm, the AP-PSL06H is suitable for compact chassis and embedded enclosures where space efficiency is critical. - **Industrial-Grade Design:** Built with high-quality materials and designed for continuous operation, the backplane supports industrial temperature ranges and vibration-resistant mounting. - **Flexible Integration:** The combination of ISA and PCI slots allows integration of a wide range of I/O, communication, and control cards, making it ideal for system upgrades or mixed-technology environments.

Manufacturer: No category

Category: Backplanes

- **Hybrid Expansion Architecture:** The AP-PSL08 features a total of eight expansion slots, comprising **3 ISA slots**, **3 PCI slots**, and **2 combination ISA/PCI slots**. This hybrid configuration allows simultaneous use of legacy ISA cards and modern PCI cards, offering flexibility for system integrators managing mixed-generation hardware. - **Slot CPU Compatibility:** Designed to interface with **slot-type CPU cards**, the backplane serves as the central interconnect for system components, providing data, power, and signal routing between the CPU and peripheral cards. - **Integrated Power Connector:** Equipped with a **dedicated power connector**, the backplane ensures stable and efficient power distribution to all installed components. - **Status Indicators:** Includes **4 integrated LEDs** for system status indication, power monitoring, or diagnostic signaling, enhancing system management and troubleshooting. - **Compact Industrial Form Factor:** With dimensions of **222 mm x 257 mm**, the AP-PSL08 fits within standard industrial chassis and rackmount enclosures, supporting compact system designs. - **High Reliability Construction:** Built with industrial-grade materials and PCB design standards to ensure long-term stability, vibration resistance, and thermal endurance in demanding environments. - **Legacy Support:** Maintains full electrical and mechanical compatibility with ISA bus standards, ensuring continued usability of legacy expansion cards in modern systems. - **PCI Bus Compliance:** Supports standard PCI signaling and bus speeds, enabling integration of a wide range of PCI-based I/O, communication, and control cards.

Manufacturer: No category

Category: Backplanes

- **Hybrid Expansion Architecture:** The AP-PSL14 integrates multiple bus standards—ISA, PCI, and PICMG—on a single backplane, enabling flexible system configurations that can accommodate both legacy and contemporary add-on cards. - **Total of 14 Slots:** The slot configuration includes **8 ISA slots**, **4 PCI slots**, and **2 PICMG ISA/PCI slots**, providing extensive expansion capability for industrial control, automation, and data acquisition systems. - **PICMG Compatibility:** The inclusion of **2 PICMG ISA/PCI slots** allows the use of single board computers (SBCs) that interface through the PICMG standard, ensuring compatibility with a wide range of industrial CPU cards. - **Optimized Power Distribution:** The backplane includes a **dedicated power connector** designed to deliver stable and efficient power to all slots, ensuring reliable operation under continuous industrial workloads. - **Status Indication LEDs:** Equipped with **4 integrated LEDs** for power and system status indication, facilitating quick diagnostics and operational monitoring. - **Compact Industrial Form Factor:** With dimensions of **317 mm x 257 mm**, the backplane is designed to fit standard industrial chassis and enclosures, optimizing space utilization while maintaining accessibility. - **Durable Construction:** Built with high-quality PCB materials and industrial-grade connectors to ensure long-term reliability in harsh environments. - **Flexible Slot Arrangement:** The slot layout follows the sequence **4PCI - 1ISA - 1PICMG - 2ISA - 1PICMG - 5ISA**, providing a balanced distribution of bus types for optimal signal integrity and mechanical stability.

Manufacturer: No category

Category: Backplanes

- **14 Expansion Slots:** Supports a total of 14 slots, including 6 ISA, 7 PCI, and 1 shared ISA/PCI (PICMG) slot configuration. - **Hybrid Interface Support:** Enables integration of both legacy ISA cards and modern PCI expansion cards within a single system. - **PICMG Slot Compatibility:** The shared ISA/PCI slot supports PICMG single-board computers (SBCs), allowing flexible system architecture and CPU board integration. - **Industrial-Grade Design:** Built for continuous operation in industrial environments, offering robust electrical and mechanical stability. - **Power Connector Integration:** Equipped with a dedicated power connector for stable and efficient power distribution across all slots. - **Status Indicators:** Includes **4 integrated LEDs** for system status monitoring, power indication, and diagnostic feedback. - **Compact Form Factor:** Dimensions of **317 mm x 257 mm**, optimized for standard industrial chassis and rackmount enclosures. - **High Compatibility:** Designed to work with a wide range of industrial SBCs, CPU cards, and peripheral modules. - **Ease of Integration:** Standardized slot spacing and connector alignment for straightforward installation and maintenance.

Manufacturer: No category

Category: Backplanes

- **4 ISA Expansion Slots:** Supports up to four ISA interface cards, enabling flexible system expansion for industrial control, data acquisition, and legacy hardware integration. - **4-Layer PCB Design:** The multilayer printed circuit board enhances signal integrity, reduces electromagnetic interference (EMI), and ensures stable power distribution across all slots. - **Passive Backplane Architecture:** No active components or logic circuitry; relies on the CPU card or single-board computer (SBC) for bus control, ensuring high reliability and minimal failure points. - **Compact Form Factor:** Measuring only 170 mm x 90 mm, the AP-SL04 is suitable for compact enclosures, embedded systems, and rack-mounted industrial PCs. - **ISA Bus Compatibility:** Fully compliant with the ISA bus standard, supporting 8-bit and 16-bit ISA cards. - **Industrial Reliability:** Designed for continuous operation in industrial environments, offering robust mechanical construction and stable electrical performance. - **Ease of Integration:** Standardized slot spacing and connector layout allow seamless integration with existing ISA-based systems and chassis. - **Optimized Signal Routing:** The 4-layer PCB structure provides dedicated layers for power and ground planes, minimizing noise and crosstalk between signal traces. - **Legacy System Support:** Ideal for maintaining or upgrading existing ISA-based systems without redesigning the entire platform.

Manufacturer: No category

Category: Backplanes

- **6 Expansion Slots:** Supports up to six ISA interface cards, allowing flexible system configuration and expansion. - **4-Layer PCB Design:** Ensures superior signal integrity, reduced electromagnetic interference (EMI), and optimized power and ground plane separation for stable operation. - **Passive Architecture:** No active components; relies on the system’s CPU card or single-board computer (SBC) for bus control and signal processing, minimizing failure points and simplifying maintenance. - **ISA Bus Compatibility:** Fully compliant with the Industry Standard Architecture (ISA) bus specification, supporting 8-bit and 16-bit ISA cards. - **Compact Form Factor:** Dimensions of **175 mm x 134 mm**, suitable for small enclosures, embedded systems, and industrial control units. - **High Reliability:** Designed for continuous operation in industrial environments, offering long-term stability and durability. - **Optimized Power Distribution:** Multi-layer design provides dedicated power and ground planes to ensure consistent voltage delivery across all slots. - **Mechanical Stability:** Rigid PCB construction supports heavy or full-length ISA cards without flexing or mechanical stress. - **Ease of Integration:** Compatible with standard industrial chassis and power supplies, enabling straightforward system assembly.

Manufacturer: No category

Category: Backplanes

- **8 ISA Expansion Slots:** Provides eight full-length ISA slots for peripheral and controller cards, enabling flexible system expansion and integration of multiple industrial I/O modules. - **4-Layer PCB Construction:** Multi-layer design enhances electrical performance by minimizing crosstalk, improving grounding, and ensuring stable signal transmission across all slots. - **Passive Backplane Architecture:** No active components; relies on a separate CPU card or single-board computer (SBC) for processing. This design improves reliability and simplifies maintenance. - **ISA Bus Compatibility:** Fully compliant with the ISA bus standard, supporting 8-bit and 16-bit ISA cards used in industrial automation, data acquisition, and control systems. - **Compact Industrial Form Factor:** Dimensions of 218 mm × 175 mm allow installation in compact chassis or custom enclosures. - **Robust Power Distribution:** Optimized power traces and ground planes ensure stable voltage delivery to all slots, supporting high-load industrial cards. - **High Reliability for Legacy Systems:** Ideal for maintaining or upgrading existing ISA-based systems in manufacturing, laboratory, or process control environments. - **Ease of Integration:** Standardized slot spacing and connector alignment ensure compatibility with a wide range of ISA cards and industrial chassis. - **Long-Term Availability:** Designed for extended lifecycle support, ensuring continuity for legacy system maintenance and replacement.

Manufacturer: No category

Category: Backplanes

- **10 Expansion Slots:** Supports up to ten ISA bus expansion cards, allowing flexible system configuration and scalability. - **4-Layer PCB Design:** Multi-layer construction enhances signal integrity, reduces electromagnetic interference (EMI), and improves power distribution across the board. - **Passive Backplane Architecture:** Contains no active electronic components; relies on the CPU card for bus control and signal processing, ensuring long-term reliability and simplified maintenance. - **ISA Bus Compatibility:** Fully compliant with the ISA (Industry Standard Architecture) bus standard, supporting 8-bit and 16-bit ISA cards. - **Industrial-Grade Design:** Built for continuous operation in demanding environments, with high-quality PCB materials and robust connectors. - **Compact Form Factor:** Dimensions of 224.5 mm × 175 mm make it suitable for integration into small or mid-sized industrial chassis. - **Stable Power Distribution:** Optimized power and ground planes within the 4-layer PCB minimize voltage drops and noise. - **Legacy System Support:** Ideal for maintaining or upgrading existing ISA-based systems in industrial and laboratory environments. - **Ease of Integration:** Standardized slot spacing and connector alignment for compatibility with a wide range of ISA cards and CPU boards.

Manufacturer: No category

Category: Backplanes

- **12 ISA Expansion Slots:** Supports up to twelve ISA interface cards, enabling extensive system expansion and peripheral integration. - **4-Layer PCB Design:** Multi-layer construction enhances signal routing, reduces electromagnetic interference (EMI), and improves overall electrical performance. - **Passive Architecture:** No active components (e.g., chipsets or controllers) are present, ensuring maximum reliability and minimal failure points. - **ISA Bus Compatibility:** Fully compliant with the Industry Standard Architecture (ISA) bus specification, supporting legacy and industrial-grade ISA cards. - **Compact Form Factor:** Optimized board dimensions (277 mm × 182 mm) allow integration into standard industrial chassis or custom enclosures. - **High Signal Integrity:** The 4-layer PCB layout provides dedicated ground and power planes, minimizing crosstalk and maintaining stable voltage distribution. - **Industrial Durability:** Designed for continuous operation in industrial automation, control, and monitoring systems. - **Flexible System Integration:** Compatible with a wide range of single-board computers (SBCs) and CPU cards that utilize ISA edge connectors. - **Maintenance-Free Operation:** Passive design eliminates the need for firmware updates or active cooling components.

Manufacturer: No category

Category: Backplanes

- **14 Expansion Slots:** Supports up to 14 ISA interface cards, enabling extensive system expansion and peripheral integration. - **4-Layer PCB Design:** Multi-layer construction ensures improved signal integrity, reduced crosstalk, and enhanced electrical performance compared to 2-layer designs. - **Passive Backplane Architecture:** No active components; relies on the CPU card or single-board computer (SBC) for system control, ensuring high reliability and minimal failure points. - **ISA Bus Compatibility:** Fully compliant with the Industry Standard Architecture (ISA) bus specification, supporting 8-bit and 16-bit ISA cards. - **Industrial-Grade Design:** Engineered for continuous operation in demanding environments such as factory automation, process control, and legacy equipment maintenance. - **Compact Dimensions:** 310 mm (length) x 174 mm (width) form factor allows integration into mid-sized industrial chassis. - **Stable Power Distribution:** Optimized power and ground planes across four layers ensure consistent voltage delivery to all slots. - **High Signal Integrity:** The 4-layer PCB layout minimizes electromagnetic interference (EMI) and supports stable data transmission across all slots. - **Legacy System Support:** Ideal for maintaining or upgrading existing ISA-based systems without redesigning the entire platform. - **Ease of Integration:** Standardized mechanical layout and connector spacing for compatibility with a wide range of industrial enclosures and SBCs.

Manufacturer: No category

Category: Backplanes

- **20-Slot Configuration:** Supports up to 20 expansion boards, enabling extensive system scalability and modularity. - **4-Layer PCB Design:** Multi-layer construction enhances signal integrity, reduces electromagnetic interference (EMI), and improves power distribution across all slots. - **Passive Architecture:** No active components on the backplane; relies on the CPU or controller card for signal processing, ensuring high reliability and minimal failure points. - **Industrial-Grade Design:** Engineered for continuous operation in demanding environments such as automation, process control, and industrial computing. - **Optimized Signal Routing:** Layered PCB design minimizes crosstalk and impedance mismatches, supporting stable high-speed data communication between modules. - **Compact Form Factor:** Dimensions of **417 mm × 199 mm** allow integration into standard industrial chassis or custom enclosures. - **High Compatibility:** Designed to support a wide range of bus architectures (e.g., ISA, PCI, or proprietary industrial buses, depending on configuration). - **Ease of Maintenance:** Passive design simplifies troubleshooting and replacement, reducing downtime in mission-critical systems. - **Scalable Power Distribution:** Supports multiple voltage rails for diverse peripheral requirements, ensuring stable operation of all connected modules. - **Durable Construction:** Manufactured using high-quality FR-4 or equivalent PCB material for mechanical stability and long service life.

Manufacturer: No category

Category: Backplanes

- **20-Slot Configuration:** Supports up to 20 expansion cards, enabling high system density and scalability. - **4-Layer PCB Design:** Ensures superior signal integrity, reduced crosstalk, and optimized power distribution across all slots. - **Segmentable Architecture:** Can be divided into **1, 2, or 4 independent segments**, allowing flexible system partitioning for multi-CPU or multi-system configurations. - **Passive Backplane Design:** No active components; relies on the connected CPU or controller boards for processing, ensuring high reliability and minimal failure points. - **Industrial-Grade Construction:** Built for continuous operation in demanding environments such as automation, telecommunications, and data acquisition systems. - **Compact Form Factor:** Dimensions of **417 mm (width) × 199 mm (depth)** allow integration into standard industrial chassis or custom enclosures. - **High Compatibility:** Designed to support a wide range of bus architectures (e.g., ISA, PCI, or hybrid configurations depending on variant), ensuring broad compatibility with legacy and modern expansion cards. - **Segmented Power and Signal Distribution:** Each segment can operate independently, providing electrical isolation and enabling system redundancy or parallel processing setups. - **Ease of Maintenance:** Passive design simplifies troubleshooting and reduces downtime; no firmware or active circuitry to manage. - **Scalable System Design:** Ideal for applications requiring modular expansion, allowing users to start with fewer slots and expand as needed.

Manufacturer: No category

Category: Backplanes

- **10 Expansion Slots:** Supports up to ten ISA interface cards, enabling extensive system expansion and peripheral integration. - **4-Layer PCB Design:** Multi-layer construction enhances signal integrity, reduces electromagnetic interference (EMI), and improves overall electrical performance. - **ISA Bus Architecture:** Fully compliant with the Industry Standard Architecture (ISA) bus specification, ensuring compatibility with a wide range of legacy and industrial ISA cards. - **Passive Backplane Configuration:** Contains no active components; relies on the CPU card or SBC for bus control and signal processing, improving reliability and simplifying maintenance. - **Compact Form Factor:** Dimensions of **219 mm x 175 mm**, suitable for small to mid-sized industrial enclosures and rackmount systems. - **High Reliability:** Designed for continuous operation in industrial environments, offering stable electrical connections and long-term durability. - **Optimized Signal Routing:** The 4-layer PCB layout provides dedicated layers for power and ground planes, minimizing noise and crosstalk between signal traces. - **Ease of Integration:** Compatible with standard industrial chassis and power supplies, allowing straightforward system assembly and configuration. - **Legacy System Support:** Ideal for maintaining or upgrading existing ISA-based control systems, instrumentation, or automation platforms.

Manufacturer: No category

Category: Backplanes

- **8 Expansion Slots:** Supports up to eight ISA interface cards, enabling flexible system configuration and expansion. - **4-Layer PCB Design:** Multi-layer construction enhances signal integrity, reduces electromagnetic interference (EMI), and ensures stable power distribution across all slots. - **ISA Bus Architecture:** Fully compliant with the Industry Standard Architecture (ISA) bus, supporting 8-bit and 16-bit ISA cards. - **Passive Backplane Design:** Contains no active electronic components; relies on the CPU card or system board for bus control and signal processing, improving reliability and reducing failure points. - **Industrial-Grade Construction:** Designed for continuous operation in industrial environments, offering robust mechanical stability and long service life. - **Compact Dimensions:** 218 mm (width) x 175 mm (depth) footprint allows installation in small or mid-sized industrial enclosures. - **Optimized Signal Routing:** The 4-layer PCB layout minimizes crosstalk and ensures consistent signal quality across all slots. - **Legacy System Support:** Ideal for maintaining or upgrading existing ISA-based control systems, instrumentation, and automation platforms. - **Ease of Integration:** Standardized slot spacing and connector alignment for compatibility with a wide range of ISA cards and industrial chassis.

Manufacturer: No category

Category: Backplanes

- **Dual-Slot Configuration:** Provides two expansion slots—one **PCI slot** and one **PISA slot**—enabling flexible system expansion and compatibility with both legacy and modern interface cards. - **PISA Bus Architecture:** Supports the **PISA (PCI + ISA)** hybrid bus standard, allowing simultaneous use of PCI and ISA signals through a single backplane interface. - **4-Layer PCB Design:** The multilayer board structure enhances signal routing, minimizes crosstalk, and improves electromagnetic compatibility (EMC). - **Passive Backplane Design:** Contains no active electronic components, relying on the CPU card for system control and bus management, which increases reliability and simplifies maintenance. - **Industrial-Grade Construction:** Designed for continuous operation in industrial environments, offering durability, long lifecycle support, and stable electrical performance. - **Compact Form Factor:** Optimized for small-scale or embedded systems where space efficiency and modularity are critical. - **High Compatibility:** Supports a wide range of PISA CPU cards and PCI peripheral cards, ensuring flexibility in system configuration. - **Ease of Integration:** Standardized connectors and mounting holes facilitate straightforward installation into industrial chassis or rackmount enclosures. - **Low Power Consumption:** As a passive component, the backplane consumes negligible power, contributing to overall system efficiency.

Manufacturer: No category

Category: Backplanes

- **3-Slot PISA Bus Architecture:** Supports up to three expansion slots, enabling integration of multiple peripheral or I/O cards. - **Dual PCI and Dual PISA Slots:** Provides two PCI slots for modern peripheral cards and two PISA slots for legacy ISA/PISA interface cards, ensuring backward compatibility and flexible system configuration. - **4-Layer PCB Design:** Enhances electrical performance, signal integrity, and EMI resistance, ensuring stable operation in industrial environments. - **Compact Form Factor:** Measuring only 176 mm x 79 mm, the HPS-3S is optimized for space-constrained enclosures and embedded chassis. - **Passive Backplane Construction:** No active components; relies on the CPU card for system control, improving reliability and reducing potential points of failure. - **Industrial-Grade Reliability:** Designed for continuous operation in demanding environments such as factory automation, process control, and embedded computing systems. - **High Compatibility:** Supports a wide range of PISA CPU cards and PCI expansion modules, making it suitable for both legacy system upgrades and new industrial PC builds. - **Optimized Power Distribution:** The 4-layer PCB layout ensures efficient power routing and minimal voltage drop across slots. - **Ease of Integration:** Standardized slot spacing and connector alignment simplify installation and maintenance.

Manufacturer: No category

Category: Backplanes

- **3-Slot Configuration:** Supports a total of three expansion slots — **two PCI slots** and **one PISA slot** — allowing integration of both legacy and modern interface cards. - **4-Layer PCB Design:** Ensures superior electrical performance, reduced crosstalk, and enhanced signal integrity, critical for high-speed data communication. - **Passive Backplane Architecture:** No active components; relies on the CPU card for system control and bus management, improving reliability and reducing failure points. - **PISA Bus Compatibility:** Fully compliant with the PISA (PCI + ISA) bus standard, supporting hybrid SBCs that bridge PCI and ISA interfaces. - **Industrial-Grade Construction:** Designed for continuous operation in industrial environments, offering durability, stability, and long lifecycle support. - **Flexible Expansion:** Enables system integrators to combine PCI-based I/O cards with PISA SBCs for versatile system configurations. - **Compact Form Factor:** Optimized for small to mid-sized industrial chassis, providing efficient use of space while maintaining expandability. - **High Signal Integrity:** The 4-layer board layout includes dedicated power and ground planes to minimize electromagnetic interference (EMI). - **Ease of Integration:** Standardized connectors and mounting holes ensure compatibility with a wide range of industrial enclosures and power supplies.

Manufacturer: No category

Category: Backplanes

- **14 Total Expansion Slots:** - 12 × PCI slots for modern peripheral expansion - 1 × PICMG slot for CPU or system host board connection - 1 × ISA slot for legacy device support - **Dual PCI Bridge Architecture:** Equipped with **2 × DEC 21150 PCI-to-PCI bridge chips**, enabling efficient data throughput and bus segmentation for improved performance and stability in multi-slot configurations. - **Hybrid Bus Support:** Supports both **PCI** and **ISA** buses, allowing integration of legacy ISA cards alongside newer PCI-based modules. - **Power Compatibility:** Features both **AT** and **ATX** power connectors, offering flexibility for various industrial power supply configurations. - **Diagnostic Indicators:** Includes **5 LED indicators** for system status monitoring, power indication, and troubleshooting assistance. - **Compact Industrial Form Factor:** Dimensions of **317 mm × 263 mm** provide a balance between slot density and manageable board size, suitable for mid-sized industrial enclosures. - **High Reliability Design:** Built for continuous operation in industrial environments, with robust PCB construction and high-quality connectors to ensure long-term durability. - **Scalable System Integration:** Designed to interface with PICMG single-board computers (SBCs), enabling scalable system configurations for automation, control, and data acquisition applications.

Manufacturer: No category

Category: Backplanes

- **Hybrid Slot Configuration:** The PBPX-14P7 features a total of **14 expansion slots**, comprising **2 PICMG**, **7 PCI**, and **5 ISA** slots. This hybrid configuration allows simultaneous support for modern PCI-based peripherals and legacy ISA cards, ensuring long-term system flexibility and upgradeability. - **Full-Size Industrial Design:** With a **full-size form factor (316.2 x 254 mm)**, the backplane is optimized for use in standard industrial chassis such as **IEC-822B** and **IEC-830B**, providing a stable mechanical and electrical interface for high-performance SBCs. - **PICMG Compatibility:** Compliant with **PICMG 1.0** specifications, the backplane supports full-size single-board computers (SBCs) that utilize the PICMG interface standard, ensuring interoperability across a wide range of industrial computing platforms. - **Passive Architecture:** The PBPX-14P7 is a **passive backplane**, meaning it contains no active electronic components. This design enhances reliability, reduces heat generation, and simplifies maintenance, making it ideal for mission-critical industrial environments. - **High Expandability:** The combination of multiple bus types allows integration of diverse I/O, communication, and control cards, supporting applications in automation, data acquisition, machine control, and industrial networking. - **Industrial-Grade Construction:** Built with high-quality PCB materials and precision connectors, the backplane ensures stable signal integrity and long operational life under demanding industrial conditions. - **Compatibility with Full-Size SBCs:** Designed to work seamlessly with **Arbor full-size SBCs** (as referenced in the manufacturer’s documentation, Page 3-2), ensuring optimal performance and system integration.

Manufacturer: No category

Category: Backplanes