MFA1A00-E005 Active Optical Cable InfiniBand EDR Up To 100Gb/S QSFP LSZH 5m

High-Performance 100Gb/s InfiniBand EDR Active Optical Cable

The NVIDIA® MFA1A00-E005 represents cutting-edge connectivity technology designed for data-intensive environments. This QSFP28 Active Optical Cable delivers exceptional 100Gb/s bandwidth for InfiniBand EDR systems while maintaining significantly lower power consumption than traditional solutions. Engineered for reliability and performance, this fiber optic solution eliminates electromagnetic interference concerns while providing extended reach capabilities.

Distinguishing Characteristics

• Optimized for 100Gb/s InfiniBand EDR performance with 5-meter reach
• Advanced VCSEL-based optical technology ensuring signal integrity
• Hot-pluggable design facilitating effortless installation and maintenance
• Energy-efficient operation at 2.2W typical power consumption per endpoint
• Comprehensive digital diagnostics for real-time performance monitoring

Technical Implementation

This advanced Active Optical Cable implements four 25Gb/s VCSEL-based optical channels compliant with SFF-8665 specifications. The integrated architecture incorporates signal retiming capabilities, programmable equalization, and adaptive output pre-emphasis to maintain signal integrity across the entire cable length. The embedded microcontroller supports SFF-8636 management interface standards for comprehensive monitoring and control.

Operational Methodology

The transmission process begins with electrical signals entering the QSFP28 interface, where they undergo conditioning through programmable equalizers. The signals then drive VCSEL lasers that convert electrical impulses to optical signals for transmission through multi-mode fibers. At the receiving terminal, photodiodes convert the optical signals back to electrical form, which then pass through output drivers with programmable amplitude and pre-emphasis before delivery to the host system.

Implementation Environments

• High-performance computing clusters requiring low-latency interconnects
• Artificial intelligence and machine learning training infrastructures
• Financial trading systems demanding ultra-low latency connectivity
• Research and scientific computing environments with high data throughput needs
• Cloud data center spine-leaf architectures requiring high-bandwidth links
• Storage area networks supporting high-speed data transfer requirements

Technical Specifications

Competitive Advantages

• Superior signal integrity compared to passive copper alternatives
• Reduced weight and increased flexibility facilitating improved cable management
• Complete immunity to electromagnetic interference ensuring reliable performance
• Integrated diagnostic capabilities enabling proactive maintenance
• Lower power consumption per gigabit than competing solutions
• Extended reach capabilities without signal degradation

Customer Support Services

We provide extensive global support infrastructure including round-the-clock technical assistance, expedited logistics options, and comprehensive warranty protection. Our engineering team offers integration consultancy and custom configuration services to ensure optimal implementation within your specific operational environment.

Frequently Asked Questions

Q: What distinguishes this Active Optical Cable from direct attach copper alternatives?
A: This fiber-based solution provides significantly longer reach, complete EMI immunity, and reduced weight while maintaining equivalent performance metrics.

Q: Can this product operate in Ethernet environments despite its InfiniBand optimization?
A: Yes, this versatile Active Optical Cable maintains full compatibility with 100Gb Ethernet implementations while being optimized for InfiniBand EDR performance.

Q: What monitoring capabilities does the integrated diagnostics provide?
A: The comprehensive monitoring system tracks temperature, voltage, laser bias current, and both transmitted and received optical power with threshold-based alerts.

Q: Are special tools required for installation and maintenance?
A: No specialized tools are needed beyond standard fiber optic inspection and cleaning equipment recommended for any high-performance optical infrastructure.

Installation and Operational Guidelines

• Maintain minimum bend radius exceeding 30mm during installation and operation
• Operate strictly within specified temperature and humidity parameters
• Implement appropriate ESD protection measures during handling procedures
• Verify host system compatibility and firmware requirements before deployment
• Follow appropriate disposal procedures in compliance with RoHS regulations

Corporate Profile

Leveraging more than a decade of specialized experience, we maintain extensive manufacturing capabilities supported by sophisticated technical resources. As an authorized partner for industry-leading brands including Mellanox, Ruckus, Aruba, and Extreme Networks, we stock over ten million units ensuring reliable availability. Our comprehensive product portfolio encompasses authentic networking equipment including switches, adapters, wireless access points, controllers, and connectivity solutions. We combine competitive pricing with uncompromising quality standards, supplemented by continuous customer support and technical consultation services. This unwavering commitment to excellence has established our distinguished reputation throughout global technology markets.