Dell XTN0R Intel VRAN PCI-E Adapter Dedicated Accelerator New

In the rapidly evolving world of technology, the demand for high-performance computing continues to surge. Dell, a renowned name in the realm of computing solutions, addresses this need with the Dell XTN0R ACC100 Peripheral Component Interconnect Express (PCI-E) 3.0 X16 Low Profile Full Height VRAN Dedicated VRAN Accelerator Adapter. This cutting-edge component is designed to enhance the overall performance of systems, catering to the demands of modern applications, particularly those involving Virtual Reality (VR) and Accelerated Computing.

VRAN, or Virtual Reality Accelerated Computing, is a specialized field in computing that focuses on optimizing hardware components to deliver superior performance in virtual reality applications. The Dell XTN0R ACC100 is specifically designed as a VRAN Dedicated Accelerator, signifying its commitment to delivering an enhanced computing experience for VR applications.

The Dell XTN0R ACC100 utilizes the PCI Express 3.0 X16 interface. This specification denotes the third generation of the PCI-E standard, with X16 referring to the number of lanes available for data transmission. In simple terms, the X16 configuration provides a substantial bandwidth, allowing for faster and more efficient data transfer between the adapter and the motherboard.

The term 'Dedicated Accelerator' implies that the ACC100 is purpose-built for accelerating specific workloads, and VR-related tasks. This specialization allows for optimized processing, reducing the burden on the system's main processor and graphics card. As a result, users can expect smoother VR experiences with reduced latency and improved frame rates.

The low-profile design of the Dell XTN0R ACC100 is a testament to Dell's commitment to space efficiency. This feature is particularly advantageous for users with slimline desktops or those looking to build compact, sleek systems without compromising on graphics performance. The low-profile nature of the adapter allows it to fit seamlessly into small form factor cases, opening up possibilities for powerful computing in confined spaces.

One notable feature of the Dell XTN0R ACC100 is its low-profile design. This design is particularly advantageous in scenarios where space is a premium, such as in compact form-factor systems or rack-mounted servers. The low profile form factor ensures compatibility with a diverse range of systems without compromising on performance.

Despite its low-profile design, the ACC100 maintains full-height compatibility. This versatility enables its integration into a broader spectrum of computing setups, accommodating both compact systems and traditional full-sized desktop configurations.

The Dell XTN0R ACC100 features a state-of-the-art GPU architecture designed to meet the demands of modern computing workloads. The details of the architecture, including the number of CUDA cores, clock speeds, and memory specifications, contribute to the overall performance and efficiency of the accelerator.

Memory plays a critical role in the performance of any accelerator. The ACC100 comes equipped with a dedicated VRAM (Video Random Access Memory) configuration optimized for VR workloads. This ensures that the accelerator has quick and efficient access to the necessary data, further enhancing its performance in VR applications.

Apart from its primary PCI-E 3.0 X16 interface, the ACC100 may offer additional interface support for connectivity with other peripherals. Understanding the available interfaces is crucial for ensuring compatibility with existing systems and peripherals.

The Dell XTN0R ACC100's VRAN Dedicated Accelerator is particularly well-suited for VR content creation. Whether it's 3D modeling, virtual environments, or immersive simulations, the dedicated accelerator enhances the rendering capabilities, reducing processing times and allowing content creators to bring their visions to life more efficiently.

For professionals working in fields such as engineering, design, or scientific research, the ACC100 becomes an asset by accelerating complex computations and simulations. Its compatibility with full-height configurations makes it suitable for integration into professional workstations demanding high computational power.

• Enhanced Virtualization Performance: The VRAN Dedicated Accelerator significantly enhances virtualization performance, allowing for smoother and more efficient operation of virtualized network functions. This is particularly beneficial in scenarios where multiple virtual machines are running concurrently.
• Reduced Latency: With dedicated acceleration for VRAN, the Dell XTN0R ACC100 helps reduce latency in virtualized network environments. Lower latency is crucial for applications that demand real-time responsiveness, such as online gaming, video streaming, and communication platforms.
• Optimized Network Resource Utilization: The dedicated accelerator optimizes the utilization of network resources, ensuring that the VRAN functions operate efficiently without placing undue strain on the overall network infrastructure. This results in a more balanced and responsive network environment.
• Scalability: The VRAN Dedicated Accelerator contributes to the scalability of virtualized network deployments. As network demands grow, the adapter can efficiently scale to meet increased workloads, providing a future-proof solution for evolving network architectures.

To assess the real-world performance of the Dell XTN0R ACC100, it's essential to explore performance metrics and benchmarks. Conducting tests under various workloads and scenarios helps users understand the tangible benefits of incorporating this dedicated accelerator into their systems.

• Graphics Intensive Applications: The Dell XTN0R ACC100 excels in handling graphics-intensive applications, making it a valuable asset for gamers, content creators, and professionals working with 3D modeling and rendering. Benchmarks in graphics performance showcase the adapter's ability to deliver smooth and responsive visuals.
• Data Processing Speed: For users engaged in data-intensive tasks, such as video editing, data analysis, and scientific simulations, the Dell XTN0R ACC100 demonstrates impressive data processing speeds. The dedicated VRAN accelerator enhances overall system performance, contributing to faster data throughput.
• VRAN Workloads: In virtualized network environments, the dedicated accelerator proves its worth by efficiently handling VRAN workloads. Benchmarks in this category highlight the reduction in latency, improved responsiveness, and optimized resource utilization when compared to systems without dedicated VRAN acceleration.

• Manufacturer: Dell
• Part Number or SKU# XTN0R
• Product Type: Accelerator Adapter

• Bus Type/Bus Width: PCIe 3.0 x16
• Accelerator: Intel VRAN Dedicated Accelerator ACC100
• Bracket: Low Profile and Full Height

• LDPC Encoder/Decoder
• Code Block CRC Generation/Checking
• Rate Matching/De-matching
• HARQ Buffer Management

• Turbo Encoder/Decoder
• Code Block CRC Generation/Checking
• Rate Matching/De-matching

Manageability

• SMBus: Operates at up to 1 Mbps

Power Consumption

• Power: 53W

Thermals and Airflow

• 55 °C - 550 LFM
• 61 °C - 650 LFM

In general, the Dell XTN0R ACC100 PCI-E 3.0 X16 Low Profile Full Height VRAN Dedicated Accelerator Adapter represents a significant advancement in the realm of accelerated computing. Its low profile design, combined with full height compatibility, makes it versatile for various system configurations. The focus on VRAN as a dedicated accelerator underscores its commitment to delivering superior performance in virtual reality applications.

As technology continues to evolve, components like the ACC100 play a pivotal role in meeting the escalating demands of modern computing. Whether it's for VR content creation, gaming, or professional workstations, the ACC100 stands as a testament to Dell's commitment to providing innovative solutions that push the boundaries of performance and efficiency. As users explore the possibilities offered by the ACC100, they can expect a seamless integration process, enhanced system performance, and an overall enriched computing experience.