1SX280HH1F55I2VG

1SX280HH1F55I2VG Product Details

Product Overview

The 1SX280HH1F55I2VG is part of Intel's Stratix® 10 series, a high-performance FPGA designed for demanding applications requiring extensive computational capabilities, flexibility, and scalability. With advanced HyperFlex™ architecture and support for high-bandwidth memory, this FPGA offers significant improvements in power efficiency and performance compared to previous generations. It is ideally suited for applications in data centers, networking, high-performance computing, and other industries requiring large-scale data processing and bandwidth management. The 1SX280HH1F55I2VG enables faster time-to-market, reduced development costs, and scalability for complex designs.

Key Features & Advantages

• HyperFlex™ Architecture: Delivers higher performance with lower power consumption, enabling faster data processing.

• High-Bandwidth Memory (HBM): Supports high-speed memory interfaces for data-intensive applications.

• Advanced Power Efficiency: Optimized for low power consumption, helping reduce operational costs.

• Scalable Performance: Provides flexibility to scale performance based on application needs, making it suitable for a wide range of uses.

• Built-in Security Features: Protects sensitive data with advanced encryption and security protocols, critical for defense and communication applications.

• Integrated DSP Blocks: Enhanced for faster and more efficient signal processing, ideal for digital communications and image processing.

Specifications

Application Range

The 1SX280HH1F55I2VG FPGA is designed for use in high-performance computing environments, where speed and scalability are critical. Its key application areas include:

• Data Centers: Supports large-scale, high-throughput operations like cloud computing, database management, and virtualization.

• Networking Infrastructure: Ideal for network packet processing, offering high data bandwidth and low latency, crucial for 5G networks and internet service providers.

• High-Performance Computing (HPC): Used in applications like scientific simulations, artificial intelligence (AI) training, and big data analytics, where massive data sets need to be processed in real time.

• Military and Aerospace: Suitable for mission-critical operations, including secure communications, radar systems, and signal intelligence.

Use Cases

• Cloud Computing: Accelerates data processing for cloud-based services, offering more efficient resource allocation and scalability in data centers.

• Telecommunications: Manages data traffic in 5G infrastructure, ensuring fast and reliable data transmission.

• AI and Machine Learning: Handles the high processing needs of training deep learning models with large datasets, improving inference speeds.

• Medical Imaging: Supports real-time image processing for advanced medical diagnostic equipment.

Logistics & Shipping Methods

When shipping the 1SX280HH1F55I2VG globally, you can choose from the following international logistics providers:

• DHL Express: Offers fast delivery (1-3 days), full tracking, and customs clearance services. Best for urgent shipments.

• FedEx International Priority: Provides reliable, time-definite delivery in 1-3 business days, with full international coverage and tracking.

• UPS Worldwide Express: Guarantees quick delivery, typically within 1-3 business days, known for reliability and comprehensive tracking options.

• TNT Express: Cost-effective for slightly longer transit times (4-6 days), suitable for less time-sensitive shipments.

• EMS (Express Mail Service): A more economical option, though delivery times are longer (5-7 business days). Often used for lighter or less time-critical items.

Frequently Asked Questions

1. What is the main advantage of HyperFlex™ architecture?
HyperFlex™ allows for higher performance and better energy efficiency, making it ideal for power-conscious applications that require high-speed data processing.

2. Can this FPGA be used in AI applications?
Yes, the 1SX280HH1F55I2VG is well-suited for AI training and inference tasks, thanks to its high number of logic elements and integrated DSP blocks for parallel processing.

3. Is this FPGA suitable for 5G networks?
Yes, it is ideal for 5G infrastructure due to its high bandwidth, low latency, and advanced processing capabilities for network packet handling.

4. How does this FPGA handle security?
It includes built-in security features, including encryption protocols to protect sensitive data, making it suitable for secure communications in military and aerospace applications.