800G OSFP112 AOC

Product Overview

The 800G OSFP112 AOC is an active optical cable designed specifically for short-distance data communication and interconnection scenarios between OSFP ports. It features high-speed, stable, and compliant core transmission characteristics. This product integrates eight independent data channels, with a total bandwidth of up to 850 Gbit/s. Each channel employs PAM4 modulation, and when used with OM4 fiber, it can achieve a transmission distance of up to 100 meters, meeting the short-distance, high-speed interconnection needs of high-density data centers, enterprise-level network equipment, and other applications. The product is manufactured in strict compliance with industry standards such as OSFP MSA 5.0 and CMIS 5.1, while also meeting RoHS environmental requirements. It supports hot-swapping and can flexibly adapt to the interconnection needs of various OSFP interface devices.

Core Technical Parameters

1. Channel Configuration: 8-channel full-duplex transceiver module
2. Single-channel Transmission Rate: Up to 106 Gbps
3. Electrical Interface: 8 × 106.25 Gb/s 800GAUI-8 interfaces
4. Optical Component Configuration: Integrated 850 nm VCSEL array and PD array
5. Auxiliary Functions: Supports DDM functionality
6. Power Consumption: Maximum power consumption of 14 W
7. Form Factor: Hot-swappable OSFP form factor, compliant with OSFP MSA 5.0 standard
8. Compliance Standards: Meets CMIS 5.1 and RoHS standards
9. Operating Temperature: Enclosure temperature range from 0°C to +70°C
10. Supply Voltage: 3.3 V
11. Transmission Performance: Total bandwidth of 850 Gbit/s, using PAM4 modulation; OM4 fiber supports a transmission distance of 100 meters

Core Advantages

1. Ultra-High Bandwidth Transmission: With eight integrated data channels and a total bandwidth of up to 850 Gbit/s, and a single-channel rate of up to 106 Gbps, this product meets the massive, high-speed data transmission demands of big data centers and high-performance computing environments, significantly improving data exchange efficiency between devices.
2. Stable Long-Distance Transmission: Utilizing PAM4 modulation paired with OM4 fiber, it achieves a transmission distance of up to 100 meters—far greater than typical short-reach optical cables—while ensuring stable signal transmission, effectively reducing packet loss and latency issues, thus guaranteeing reliable data transfer.
3. Integrated Optical Component Design: Featuring built-in 850 nm VCSEL and PD arrays, it delivers stable optical signal transmission performance without requiring additional external optical modules, simplifying device interconnection structures and lowering overall deployment costs.
4. Intelligent Monitoring Functionality: Equipped with DDM (Digital Diagnostic Monitoring) capabilities, it enables real-time monitoring of key parameters such as cable operating status, optical power, and temperature, facilitating timely troubleshooting by operations personnel and enhancing network maintenance efficiency.
5. Low-Power, Energy-Saving Design: With a maximum power consumption of only 14 W, it consumes less energy than comparable high-speed interconnection products, helping to reduce overall operational energy use in data centers and lower long-term electricity costs.
6. Compliance and Compatibility: Strictly compliant with OSFP MSA 5.0 and CMIS 5.1 standards, while also meeting RoHS environmental requirements, its hot-swappable OSFP form factor ensures compatibility with mainstream OSFP interface devices, offering broad device compatibility and enabling rapid deployment without additional modifications.
7. Wide-Temperature Stability: With an enclosure operating temperature range spanning 0°C to +70°C, it adapts well to varying room temperatures, maintaining stable transmission performance even in extreme heat or cold, thereby enhancing its environmental adaptability.

Core Product Value

1. With a total bandwidth of 850 Gbit/s, it satisfies the high-speed transmission needs of high-density data scenarios, helping enterprises improve data processing and interaction efficiency.
2. Its 100-meter long-distance, stable transmission expands the scope of short-range interconnection applications, reducing the need for intermediate relay devices and simplifying network architecture.
3. Its integrated design and DDM monitoring functions streamline operations and maintenance processes, lowering equipment deployment and upkeep costs.
4. Its low-power and wide-temperature design enhances equipment stability, reducing long-term energy expenses and failure risks.
5. Comprehensive compliance certifications ensure compatibility with mainstream global OSFP devices, meeting overseas market deployment requirements.

Target Customer Groups

Data center construction operators, enterprise-level network equipment manufacturers, high-performance computing system integrators, cloud service providers, telecommunications network equipment suppliers, and industrial-grade data communication solution providers.

Application Scenarios

This product is primarily used in short-distance, high-speed interconnection scenarios involving OSFP interface devices, including: high-speed connections between servers and switches within data centers; data exchange among nodes in high-performance computing clusters; backbone link interconnections of enterprise core network equipment; storage and compute node interconnections on cloud service platforms; and short-distance, high-speed transmission links among core devices in telecommunications facilities. Leveraging its high bandwidth, long-distance capability, and low power consumption, it provides stable and efficient interconnection support for various high-data-volume transmission scenarios, ensuring fast and reliable data transfer.

Industry Pain Points Addressed

1. Addresses the pain point of insufficient bandwidth in traditional short-reach interconnection products, which cannot meet the massive, high-speed data transmission demands of big data centers and high-performance computing environments; its 850 Gbit/s total bandwidth significantly boosts data exchange efficiency.
2. Improves upon the limited transmission distance of ordinary short-reach optical cables, which often require additional relay devices, leading to complex network architectures and increased costs; when paired with OM4 fiber, it achieves stable 100-meter transmission, reducing the need for intermediate nodes.
3. Solves the issue of some interconnection products lacking intelligent monitoring functions, making it difficult for operations personnel to track equipment status in real time and troubleshoot faults; DDM functionality enables real-time parameter monitoring, enhancing maintenance efficiency.
4. Avoids the problem of non-compliant products having poor compatibility and failing to adapt to mainstream OSFP devices; fully compliant with OSFP MSA 5.0 and CMIS 5.1 standards, it can directly connect to various mainstream OSFP interface devices without additional modifications.
5. Alleviates the issue of excessive power consumption in high-bandwidth equipment, which drives up energy costs in data centers; its low-power design of up to 14 W effectively reduces long-term electricity expenses.

Common Questions FAQ

Q1: What is the transmission distance of the 800G OSFP112 AOC?
A: Using PAM4 modulation and OM4 fiber, this product can achieve a transmission distance of up to 100 meters, satisfying the needs of most short-distance, high-speed interconnection scenarios.
Q2: What monitoring functions does this product support?
A: The product integrates DDM digital diagnostic monitoring functionality, allowing real-time tracking of key parameters such as cable operating status, optical power, and temperature, facilitating timely fault detection and troubleshooting by operations personnel.
Q3: What is the power consumption of the 800G OSFP112 AOC?
A: The product’s maximum power consumption is 14 W, lower than that of comparable high-bandwidth interconnection products, making it suitable for data centers and other environments sensitive to power usage.
Q4: Does this product support hot-swapping?
A: The product adopts a hot-swappable OSFP form factor, compliant with OSFP MSA 5.0 standards, supporting hot-swapping operations that allow installation and removal while the equipment is running, enhancing deployment flexibility.
Q5: Which industry standards does this product comply with?
A: The product strictly adheres to OSFP MSA 5.0 and CMIS 5.1 standards, while also meeting RoHS environmental requirements, possessing comprehensive compliance qualifications, compatible with mainstream global OSFP interface devices, and satisfying overseas market compliance requirements.