
( Brand: Nexcom ), ( Manufacturer Part Number: A0J00380004X0 ), ( Model: PC-0016 ), ( Country Of Origin: China )
The **Nexcom A0J00380004X0 Nise 3800 P2E** is a high-performance, fanless industrial-grade embedded computer designed to deliver robust computing power in demanding environments where reliability, efficiency, and compact form factor are critical. Engineered with Nexcom s signature precision and innovation, this ruggedized system is built to operate seamlessly across a wide input voltage range of **9 to 30V DC**, making it an ideal solution for applications in transportation, industrial automation, medical equipment, and telecommunication infrastructure where power fluctuations or remote deployment are common. The absence of a cooling fan eliminates noise and reduces maintenance requirements, while also ensuring silent operation in sensitive environments such as hospitals, laboratories, or control rooms.
At its core, the Nise 3800 P2E is powered by an **Intel Atom processor (or compatible low-power CPU, depending on the specific model variant)**, optimized for energy efficiency and extended operational lifespans. This choice of processor ensures that the system can handle lightweight to moderate computational tasks such as real-time data processing, embedded vision, or lightweight AI inference without compromising on performance or thermal management. The fanless design achieves this through advanced thermal dissipation technologies, including heat spreaders and optimized PCB layout, allowing the system to operate reliably within a **0 C to 60 C ambient temperature range** (with extended options available for broader environmental conditions). This thermal resilience, combined with its **IP40-rated enclosure**, protects against dust and minor liquid ingress, making it suitable for both indoor and outdoor deployments in harsh or unregulated environments.
The Nise 3800 P2E is built with **industrial-grade components** that prioritize durability and longevity, ensuring minimal downtime and reduced total cost of ownership. Its compact **P2E form factor** (approximately **170mm x 120mm x 45mm**) maximizes space efficiency while providing ample connectivity options, including **Gigabit Ethernet, USB 2.0/3.0 ports, serial (RS-232/RS-485) interfaces, and optional expansion slots** for additional peripherals or storage. These interfaces cater to a variety of applications, from machine control systems to IoT gateways, where seamless data transmission and peripheral integration are essential. The system also supports **multiple operating systems**, including Windows Embedded, Linux, and real-time OS variants, offering flexibility for developers and integrators to tailor the platform to their specific needs.
Security and reliability are further enhanced by the Nise 3800 P2E s **secure boot and hardware-based encryption capabilities**, ensuring data integrity and protection against unauthorized access. Additionally, its **low power consumption** (typically under **10W**) makes it an energy-efficient choice for battery-powered or solar-based deployments, where minimizing power draw is a priority. Whether deployed in a **remote monitoring station, a medical imaging device, or an automated industrial control system**, this embedded computer delivers a balance of performance, durability, and adaptability that meets the stringent demands of modern industrial and embedded applications. With Nexcom s reputation for quality and innovation, the Nise 3800 P2E stands as a dependable workhorse for builders and engineers seeking a fanless, rugged, and versatile computing solution.
### **Pros and Cons of buying a Nexcom A0J00380004X0 (NISE 3800 P2E Fanless 9-30V)**
#### **Pros:**1. **Fanless Design** Eliminates noise, reduces maintenance, and improves reliability in dusty or vibration-prone environments. Ideal for industrial, medical, or embedded applications where cooling is critical but space is limited.
2. **Wide Voltage Range (9-30V DC)** Offers flexibility in power supply compatibility, making it suitable for systems with varying voltage requirements without needing additional converters.
3. **Compact and Rugged Form Factor** The small size (typically 3.5" x 3.75" or similar) allows for integration into tight spaces, while its industrial-grade build ensures durability in harsh conditions.
4. **Embedded Computing Capabilities** Likely equipped with a low-power processor (e.g., Intel Celeron, Atom, or ARM-based), making it suitable for lightweight computing tasks like IoT gateways, digital signage, or industrial automation.
5. **Passive Cooling** Since it s fanless, it avoids potential failures from fan wear or overheating, reducing long-term maintenance costs.
6. **Low Power Consumption** Efficient design helps extend battery life in portable or off-grid applications.
7. **Reliability in Extreme Environments** Many fanless systems are designed to operate in temperature ranges from -20 C to 70 C, making them robust for outdoor or industrial use.
8. **Silent Operation** Critical for applications where noise is a concern, such as medical devices, retail kiosks, or data centers.
9. **Long Lifespan** Fewer moving parts mean reduced failure points, leading to extended operational life.
10. **Ease of Integration** Standardized form factors (e.g., 3.5" PICMG 1.3) simplify hardware design and replacement processes.
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#### **Cons:**1. **Limited Performance** Fanless systems often use lower-power processors, which may struggle with demanding tasks like high-resolution video rendering, complex AI processing, or multi-threaded applications.
2. **Thermal Constraints** Without a fan, heat dissipation is passive, meaning the system may throttle under heavy loads or in high-temperature environments, reducing performance or requiring additional cooling solutions (e.g., heat sinks).
3. **Higher Cost per Watt** Compared to fan-equipped systems, fanless models can be more expensive for the same computational power due to their reliance on passive cooling and lower-power components.
4. **Limited Upgradeability** Many embedded systems, including fanless ones, have soldered or non-user-upgradeable components, making future hardware upgrades difficult.
5. **Power Efficiency Trade-offs** While low power consumption is an advantage, it may also limit the system s ability to handle sudden spikes in workload without overheating.
6. **Vendor Lock-in** Some embedded systems rely on proprietary software or drivers, which can complicate troubleshooting or migration to other platforms.
7. **Limited Expansion Options** Fewer ports or slots for add-ons (e.g., PCIe, USB, or M.2 slots) compared to desktop or server-grade systems.
8. **Potential for Higher Latency** Passive cooling can sometimes introduce slight thermal throttling, affecting real-time performance in applications like HMI controls or robotics.
9. **Availability of Parts** As an industrial/embedded product, finding replacement parts or technical support may be harder than for consumer-grade hardware.
10. **Not Ideal for High-Heat Applications** If deployed in environments with poor airflow (e.g., enclosed cabinets without ventilation), the system may overheat and fail prematurely.
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### **Conclusion:**The **Nexcom A0J00380004X0 (NISE 3800 P2E)** is a well-suited choice for applications where **silence, reliability, and compactness** are prioritized over raw performance. It excels in **industrial, medical, IoT, or embedded systems** where fan noise, maintenance, or environmental robustness are critical. However, if your use case demands **high computational power, frequent upgrades, or extreme thermal management**, a fan-equipped system might be more appropriate.
For most **lightweight computing, digital signage, HMI controls, or IoT gateways**, this fanless board is a solid investment due to its durability and low operational overhead.
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### **Recommendation:** - **Buy it if:**- You need a **quiet, low-maintenance** embedded system for industrial, medical, or IoT applications.
- Your workload is **light to moderate** (e.g., web browsing, data logging, simple automation).
- You operate in **harsh or enclosed environments** where fan failure is unacceptable.
- You require **long-term reliability** with minimal cooling requirements.
- **Avoid it if:**- You need **high-performance computing** (e.g., video editing, AI inference, or multi-core workloads).
- Your application involves **frequent hardware upgrades** or expansion.
- You expect **high ambient temperatures** without proper ventilation.
- You can tolerate **fan noise** and prefer the cost savings of active cooling.
For most **embedded or industrial use cases**, this board is a **strong recommendation** due to its balance of reliability and efficiency. If unsure, verify the specific model s **processor specs, thermal limits, and power requirements** against your application s demands.
Because of this, it is being sold AS-IS, untested, for parts or repair. NEXCOM NISE 3800P2E Industrial Fanless Embedded Computer. Please review all photos carefully. This is industrial equipment and may require technical knowledge to configure.
No power supply, cables, or accessories included unless shown in photos. No obvious physical damage to ports or chassis. Unit was removed from a working environment but I do not have the proper 9 30V DC power supply or Phoenix connector to test it. Ports / Features visible: Dual DB9 ports.
Cosmetic condition: Shows signs of prior installation/use. Minor scuffs and handling marks. Power Requirements per label: DC IN 9V 30V.