OXFORD PLASMA TECHNOLOGY PC00S27873 Analogue Card Interface I/f Board
( Brand: Oxford Plasma Technology ), ( Manufacturer Part Number: PC00S27873 ), ( Part Type: Card Board )
Review OXFORD PLASMA TECHNOLOGY Analogue Card I/f Rev Interface Board
The **Oxford Plasma PC00S27873 Analog Card Interface Board (I/F 01)** is a high-performance, precision-engineered peripheral designed to seamlessly integrate with plasma display systems, enabling robust signal processing and interface functionality for professional and industrial applications. Engineered with meticulous attention to detail, this interface board serves as a critical bridge between control systems and plasma display units, ensuring flawless transmission of analog video, timing, and synchronization signals with minimal latency and maximum fidelity. Built upon a robust PCB architecture, the board incorporates a sophisticated array of analog signal conditioning circuits, including high-speed amplifiers, low-noise filters, and precision voltage regulators, all optimized to maintain signal integrity across a wide range of operating conditions. Its compact yet durable design allows for easy integration into existing plasma display setups, whether in large-format digital signage, medical imaging systems, or specialized industrial displays where reliability and performance are paramount.
At the heart of the PC00S27873 lies a **dual-channel analog interface module**, capable of handling both composite and component video signals with exceptional clarity. The board features **high-precision analog-to-digital converters (ADCs)** and **digital-to-analog converters (DACs)**, ensuring seamless upconversion and downconversion of signals while preserving color accuracy, contrast, and resolution. Additionally, it includes **embedded timing generators** that synchronize horizontal and vertical scan rates, making it ideal for applications requiring precise frame alignment, such as video wall configurations or multi-display setups. The interface board also supports **customizable signal scaling and offset adjustments**, allowing operators to fine-tune input levels for optimal performance across different display resolutions and aspect ratios.
Designed with **industrial-grade components**, the PC00S27873 is built to withstand harsh environmental conditions, including temperature fluctuations, electrical noise, and prolonged operational stress. Its **shielded connectors and robust grounding scheme** minimize electromagnetic interference (EMI), ensuring stable signal transmission even in high-noise environments. The board further incorporates **diagnostic LEDs and status indicators**, providing real-time feedback on signal integrity, power status, and operational health, which simplifies troubleshooting and maintenance. Whether deployed in a controlled laboratory setting or a demanding industrial facility, this interface board delivers **uncompromising performance**, making it an indispensable component for any plasma display system requiring precise analog signal processing.
For engineers and technicians seeking a **future-proof solution**, the PC00S27873 offers **modular expandability**, allowing for easy integration with additional signal processing modules or control interfaces as system requirements evolve. Its **compatibility with industry-standard protocols** ensures seamless interoperability with a wide range of plasma display controllers, video processors, and computer-based systems. With a focus on **reliability, precision, and adaptability**, the Oxford Plasma PC00S27873 Analog Card Interface Board stands as a testament to engineering excellence, empowering professionals to achieve superior display performance in even the most exacting applications.
The **Oxford Plasma PC00S27873 (Analogue Card I/F 01 Interface Board)** is a specialized hardware component designed for interfacing with plasma display systems, particularly those used in scientific research, industrial automation, or high-end display applications. Below is a detailed analysis of its pros and cons, followed by a conclusion and recommendation.
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### **Pros of the Oxford Plasma PC00S27873**
1. **Compatibility with Oxford Plasma Systems**
The board is specifically engineered to work with Oxford Plasma s display controllers and drivers, ensuring seamless integration with their hardware ecosystem. This reduces the risk of compatibility issues that may arise with third-party components.
2. **High-Speed Data Transfer**
Designed for real-time processing, the interface board supports fast data transmission between the control system and the plasma display. This is critical for applications requiring low latency, such as scientific visualization or industrial monitoring.
3. **Reliability and Durability**
Oxford Plasma is a reputable manufacturer known for producing robust hardware. The PC00S27873 is likely built to withstand demanding environments, with features such as stable power handling and minimal signal degradation over time.
4. **Modular and Upgradable**
The board appears to be part of a modular system, allowing for easier upgrades or replacements if newer versions are released. This flexibility can extend the lifespan of the overall setup.
5. **Technical Support and Documentation**
Oxford Plasma typically provides comprehensive documentation, including schematics, user manuals, and technical support. This can simplify troubleshooting and integration with custom software or control systems.
6. **Precision and Calibration**
The board is likely designed with precision in mind, offering accurate signal processing for applications where display fidelity is critical (e.g., medical imaging, scientific research).
7. **Backward and Forward Compatibility**
Depending on the system, the board may support both older and newer Oxford Plasma hardware, reducing the need for complete system overhauls during upgrades.
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### **Cons of the Oxford Plasma PC00S27873**
1. **Limited Availability and Vendor Lock-In**
The board is proprietary to Oxford Plasma, meaning it may not be easily replaceable with off-the-shelf alternatives. This can be a drawback if Oxford Plasma discontinues support or if the component becomes difficult to source.
2. **High Cost**
Specialized hardware like this often comes with a premium price tag. For users with budget constraints or those not heavily reliant on Oxford Plasma s ecosystem, the cost may not justify the investment.
3. **Complexity in Integration**
While the board is designed for Oxford Plasma systems, integrating it into a non-Oxford setup (e.g., custom control systems or other display technologies) may require significant additional development work, including custom firmware or drivers.
4. **Potential for Obsolescence**
If Oxford Plasma shifts focus away from plasma displays (as many manufacturers have due to the decline in plasma technology), the board may become obsolete. This could render it unusable for future projects.
5. **Dependence on Oxford Plasma s Roadmap**
Any updates, patches, or improvements to the board will depend entirely on Oxford Plasma s development cycle. Users may be at the mercy of the manufacturer s timeline for enhancements or fixes.
6. **Limited Second-Hand Market**
Unlike more common hardware, finding used or refurbished versions of this board may be challenging, which could impact resale value or replacement options in case of failure.
7. **Learning Curve for Non-Experts**
The technical specifications and integration process may be complex for users without experience in hardware interfacing or plasma display systems. This could lead to longer setup times or errors during implementation.
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### **Conclusion**
The **Oxford Plasma PC00S27873** is a highly specialized and reliable component for users deeply embedded in Oxford Plasma s ecosystem. Its strengths lie in compatibility, speed, and precision, making it ideal for applications where these factors are non-negotiable. However, its proprietary nature, high cost, and potential for obsolescence may deter users who prioritize flexibility, cost efficiency, or long-term scalability.
For **scientific research labs, industrial automation systems, or legacy plasma display setups** where Oxford Plasma hardware is already in use, this board is a strong choice due to its seamless integration and performance. Conversely, for **general-purpose computing, budget-conscious projects, or non-Oxford systems**, the drawbacks may outweigh the benefits, and alternative solutions (e.g., FPGA-based interfaces or commercial display controllers) could be more practical.
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### **Recommendation**
- **Buy the Oxford Plasma PC00S27873 if:**- You are already using Oxford Plasma hardware and need a reliable, high-performance interface board.
- Your application demands low latency and precise signal processing (e.g., real-time scientific visualization).
- You have access to technical support and are willing to invest in a specialized solution.
- You are prepared for potential long-term dependency on Oxford Plasma s ecosystem.
- **Avoid or Consider Alternatives if:**- You are working outside Oxford Plasma s system and require broader compatibility.
- Budget constraints make the high cost prohibitive, and off-the-shelf alternatives (e.g., FPGA modules or commercial display controllers) are viable.
- You anticipate needing to replace or upgrade the board frequently, as proprietary hardware may limit future options.
- Your project involves plasma displays that are no longer in active development, raising concerns about long-term support.
For users on the fence, it may be worthwhile to:- Contact Oxford Plasma s support to inquire about availability, pricing, and any upcoming alternatives.
- Explore whether newer or alternative interface boards (if available) offer similar functionality with better scalability.
- Assess whether the performance gains justify the cost compared to other solutions.
Details:
No programming or technical support included. Untested individually but assumed functional based on working system removal. Manufacturer: Oxford Plasma Technology. Features: Multi-pin connector interface.
Type: Analogue Card I/F Interface Board. Designed for Oxford Plasma systems. Condition: Pulled from a working Oxford instrument system. Clean board with no visible damage see photos.
Industrial control / signal interface board. Included: Interface board as shown. Important Notes: Sold as used industrial component. Shipping: Ships securely packed.
Oxford Plasma Technology Analogue Card Interface Board. US mainland shipping only. Part Number: PC00S27873. Revision: Rev.
part #: pc00s27873 price
- $295.00
specifications pcbemdev:
- brand: Oxford Plasma Technology
- mpn: Pc00s27873
- part type: Card Board
shipping pcbemdev:
- transit: 3-9 Days
- service: FedEx Ground Economy
- class: Economy
- cost: $0.00
- carrier: FedEx
- type: Fixed
general pcbemdev:
- condition: Used
- Electronic Components Semiconductors > Circuit Boards Prototyping > Printed Circuit Boards PCBs
offer pcbemdev:
- options: Ship-to-home
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- started: April 22, 2026
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- # reviews: 22889
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- policy: Returns Accepted
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