LAM RESEARCH 810-069751-201 Node Board

( Brand: Lam Research ), ( Part Type: Board ), ( Country Of Origin: United States ), ( UPC: 810069751201 )

Review LAM RESEARCH Rev Node Board Type

The **LAM Research Corporation 810-069751-201 Node Board 27** is a high-performance, precision-engineered component designed for advanced semiconductor manufacturing processes, specifically tailored for **atomic layer deposition (ALD)** and **plasma-enhanced chemical vapor deposition (PECVD)** applications. This node board is a critical part of LAM s cutting-edge **Endura ** and **Vantage ** deposition systems, where it plays a pivotal role in ensuring ultra-thin, high-quality film deposition across a wide range of substrates, including silicon, metal, and dielectric materials. Engineered to meet the stringent demands of **28nm and below node technologies**, this board incorporates **high-precision gas distribution channels, optimized flow dynamics, and robust thermal management systems** to deliver consistent, defect-free coatings with exceptional uniformity across large wafer sizes, including **300mm and 450mm substrates**. The design integrates **low-outgassing materials** and **corrosion-resistant coatings** to maintain integrity under the extreme conditions of high-temperature processes and aggressive plasma environments, ensuring long-term reliability and minimal maintenance requirements. With **modular compatibility** and **scalable architecture**, the Node Board 27 supports a variety of deposition chemistries, including **metal nitrides, oxides, and high-k dielectrics**, making it indispensable for next-generation memory, logic, and advanced packaging applications. Its **high-density electrode configuration** and **precise plasma control mechanisms** enable fine-tuned process optimization, reducing particle contamination and enhancing film adhesion, critical for achieving the sub-10nm feature sizes demanded by modern semiconductor fabrication. Built to adhere to **IEEE and SEMI industry standards**, this board is engineered for seamless integration into high-volume manufacturing (HVM) environments, where its **durability, repeatability, and efficiency** contribute directly to yield improvement and cost reduction. Whether deployed in **DRAM, NAND flash, or FinFET fabrication**, the LAM Research 810-069751-201 Node Board 27 represents a cornerstone of innovation, bridging the gap between experimental research and large-scale production in the relentless pursuit of semiconductor miniaturization.

### **Pros and Cons of buying a LAM Research 810-069751-201 Node Board (27)**

#### **Pros**

1. **High Performance and Scalability** The 810 series is designed for high-performance computing (HPC) and data-intensive applications, making it suitable for large-scale simulations, AI training, or parallel processing workloads. The 27-node configuration allows for significant parallel processing power, which is ideal for demanding tasks.

2. **Reliability and Stability** LAM Research is a well-established brand in high-performance computing infrastructure, known for durable and stable hardware. The node board is built for continuous operation in data centers or research environments, reducing downtime risks.

3. **Compatibility with Advanced Software** This board is likely optimized for MPI (Message Passing Interface) and other parallel computing frameworks, making it a strong choice for scientific computing, machine learning, and cluster-based applications.

4. **Modular and Expandable** The 27-node setup allows for future upgrades, such as adding more nodes, increasing memory, or integrating specialized accelerators (e.g., GPUs or FPGAs) for specific workloads.

5. **Energy Efficiency (Relative to High-Performance Alternatives)** While not the most power-efficient consumer-grade hardware, it is designed to balance performance with reasonable energy consumption compared to extreme HPC setups.

6. **Support for High-Speed Interconnects** Likely equipped with low-latency networking (e.g., InfiniBand, Ethernet, or proprietary LAM interconnects), ensuring fast data transfer between nodes, which is critical for distributed computing.

7. **Use in Research and Academic Environments** If you are working in academia or research, this board may align with institutional requirements for standardized HPC infrastructure.

---

#### **Cons**

1. **High Cost** High-performance computing hardware, especially from specialized vendors like LAM Research, is expensive. The 27-node configuration will likely require a significant upfront investment, which may not be justified for smaller-scale or non-HPC applications.

2. **Complexity in Setup and Maintenance** Unlike consumer-grade PCs, HPC clusters require expertise in networking, OS configuration, and parallel programming. Setting up, troubleshooting, and maintaining this system may demand specialized knowledge or hiring additional support.

3. **Overkill for Non-HPC Tasks** If your primary use case is general computing (e.g., office work, gaming, or basic data processing), this board is far more powerful than necessary and may not offer a good return on investment.

4. **Limited Consumer Support** LAM Research primarily targets enterprise and research markets. Customer support may be slower or less responsive compared to mainstream PC manufacturers, and finding replacement parts could be challenging.

5. **Depreciation** High-end HPC hardware depreciates quickly as newer, more efficient technologies emerge. Within a few years, components may become outdated, reducing resale value.

6. **Physical Space and Power Requirements** A 27-node cluster occupies significant rack space and requires substantial power and cooling infrastructure. This may not be feasible for home users or small offices without dedicated server rooms.

7. **Licensing and Software Costs** Running parallel computing workloads often requires licenses for software like MPI libraries, compilers, or specialized tools (e.g., CUDA for GPU acceleration), adding to the total cost of ownership.

8. **Learning Curve** Users must familiarize themselves with cluster management tools (e.g., Slurm, Torque), parallel programming paradigms, and potential security considerations (e.g., isolating nodes, network security).

---

### **Conclusion**

The **LAM Research 810-069751-201 Node Board (27)** is a **high-end, specialized piece of hardware** tailored for **high-performance computing, scientific research, or large-scale data processing**. It excels in **performance, scalability, and reliability** but comes with **significant drawbacks**, including **high cost, complexity, and overkill for non-HPC use cases**.

- **Research institutions** needing a robust HPC cluster.

- **Enterprises** running parallel workloads (e.g., simulations, AI training).

- **Advanced users** with expertise in cluster administration and parallel programming.

- **General consumers** or users with basic computing needs.

- **Budget-conscious buyers** who can achieve similar (or better) performance with more affordable alternatives (e.g., consumer-grade GPUs, cloud computing, or open-source cluster setups).

- **Users without technical support** for setup and maintenance.

---

### **Recommendation**

1. You have a **clear, high-performance computing use case** (e.g., scientific modeling, large-scale machine learning, or distributed simulations).

2. You have **access to the budget** (or funding) to justify the cost.

3. You or your team have **experience with HPC infrastructure** or are willing to invest in training.

4. You require **low-latency, high-throughput interconnects** that consumer hardware cannot provide.

- You need **general-purpose computing** opt for a high-end workstation or server instead.

- You are **testing a small-scale project** start with a **single high-performance node** (e.g., a GPU-accelerated server) or use **cloud-based HPC services** (e.g., AWS Batch, Google Cloud AI Platform) to avoid upfront costs.

- You want **more flexibility** explore **open-source cluster solutions** (e.g., using commodity hardware with MPI) or **modular systems** like those from Dell, HPE, or Supermicro, which may offer better cost efficiency.

For most **non-enterprise or non-research users**, the **cost and complexity** of this board outweigh its benefits. However, if your work **demands the performance and reliability** of a dedicated HPC cluster, it remains one of the **most robust options** available.

Details:

This electronic component is specifically designed for use in circuit boards and prototyping, providing a reliable efficient solution various industrial business applications. The Lam Research 810-069751-201 Rev B Node Board Type 27 is a high-quality printed circuit board manufactured by LAM RESEARCH in the USA.

part #: 810069751201 prices

• $249.99-$650.00

specifications pcbemdev:

• brand: Lam Research
• part type: Board
• country of origin: United States
• upc: 810069751201

shipping pcbemdev:

• service: Standard
• type: Fixed
• transit: 4-8 Days
• class: Standard
• cost: $16.00

payments pcbemdev:

• wallet: Apple-pay
• credit card: Mastercard
• other

general pcbemdev:

• condition: Used
• Electronic Components Semiconductors > Circuit Boards Prototyping > Printed Circuit Boards PCBs

returns pcbemdev:

• policy: Returns Accepted
• time: 30 Days
• method: Money back
• paid by: Buyer

offer pcbemdev:

• quantity: 1
• started: April 2, 2026
• sold: 0
• options: Ship-to-home
• availability: In Stock

seller pcbemdev:

• rating: 99.7%
• city: Hayward, California
• # reviews: 13205

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