Huizhou C-FLINK Technology Co., Ltd.

1.6T OSFP224 ACC

1.6T OSFP224 ACC

1.6T OSFP224 ACC complies with the InfiniBand XDR and IEEE802.3dj standards, utilizes Macom chips and a dual-chip 16-pair cable, supports 8x200G-PM4 transmission up to 3 meters, and is suitable for data centers and AI applications.
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1.6T OSFP224 ACC
High-speed data transmission
Data center adaptation
Hot-swappable compatible
Macom chip
Product Details

1.6T OSFP224 ACC

Product Overview

The 1.6T OSFP224 ACC is a high-performance cable designed specifically for high-speed data transmission scenarios. It strictly complies with InfiniBand XDR and IEEE802.3dj standards, supporting high-speed transmission modes from 8x200G-PM4 to 8x200G-PM4. The product employs an advanced dual-core 16-pair bulk cable assembly scheme paired with Macom’s professional chips, offering excellent mechanical durability and electromagnetic shielding performance. This effectively reduces signal crosstalk, ensuring the stability and integrity of data transmission. It supports a maximum transmission distance of 3 meters and conforms to the hot-plug OSFP MSA standard, with an operating temperature range covering 0℃–70℃, making it suitable for data centers, high-performance computing, and other demanding environments.

Core Technical Features

This cable is built according to industry-leading specifications, meeting high-end data transmission requirements in both hardware configuration and performance parameters. First, it strictly adheres to InfiniBand XDR and IEEE802.3dj standards, ensuring perfect compatibility with network devices and computing platforms that follow the same standards, allowing stable operation without additional adaptation or debugging. Second, its dual-core 16-pair bulk cable assembly structure, combined with Macom chips, enhances the cable’s mechanical strength while strengthening its resistance to interference, effectively reducing crosstalk during transmission and ensuring more stable high-speed data transfer. Additionally, the product supports the hot-plug OSFP MSA standard, enabling cable insertion and removal during device operation without downtime, significantly improving operational efficiency and system continuity.

Performance Parameters

1. Transmission specification: 8x200G-PM4 to 8x200G-PM4
2. Compliance standards: InfiniBand XDR, IEEE802.3dj
3. Hardware configuration: Dual-core 16-pair bulk cable, Macom chips
4. Maximum transmission distance: 3 meters
5. Mechanical standard: Conforms to the hot-plug OSFP MSA standard
6. Operating temperature: 0℃–70℃

Core Advantages

1. Authoritative standard compliance: Compliant with the two major industry standards—InfiniBand XDR and IEEE802.3dj—ensuring seamless compatibility with mainstream high-speed network devices and computing platforms, thereby reducing equipment compatibility risks.
2. Low-interference, stable transmission: The dual-core 16-pair bulk cable, coupled with professional shielding design and Macom chip signal optimization capabilities, effectively minimizes signal crosstalk, guaranteeing the stability and accuracy of 1.6T-class high-speed data transmission.
3. Outstanding mechanical durability: The special cable assembly structure enhances the product’s resistance to bending and pulling, adapting well to frequent plugging/unplugging and complex cabling environments typical of data centers, thus extending the product’s service life.
4. Convenient hot-plug maintenance: Conforming to the OSFP MSA hot-plug standard, it allows cable insertion and removal while the device is running, eliminating the need for downtime during maintenance or expansion and boosting system operational efficiency and continuity.
5. Wide-temperature environment adaptability: With an operating temperature range of 0℃–70℃, it can accommodate diverse temperature conditions found in data center server rooms, outdoor edge computing nodes, and other settings, ensuring stable operation under varying environmental conditions.

Core Product Value

1. Provides stable 1.6T-class high-speed data transmission support for high-performance computing, AI accelerators, and similar applications, helping to boost computational efficiency.
2. Its low-crosstalk design ensures accurate data transmission, minimizing data errors and system failures caused by signal interference.
3. Hot-plug capability and wide-temperature adaptability enhance the flexibility of data center system operations and their ability to adapt to different environments.
4. Compliance with authoritative industry standards provides assurance for compliant equipment deployment and overseas market expansion.

Target Customer Groups

High-performance computing (HPC) equipment manufacturers, network switch and router producers, AI accelerator developers, data center infrastructure providers, cloud computing solution suppliers, and edge computing system integrators.

Application Scenarios

This product is specifically designed for high-speed data transmission scenarios, primarily used for connecting nodes within high-performance computing (HPC) clusters, ensuring rapid data exchange in large-scale parallel computing; compatible with high-speed ports on switches and routers, building high-bandwidth core network architectures; supports data transmission needs of machine learning (ML) frameworks and AI accelerators, meeting the demands of massive data throughput during AI training; and also applicable to server storage cluster connections in data centers and cloud computing platforms, enhancing internal data transmission efficiency and providing stable, high-bandwidth support for cloud services.

Industry Pain Point Solutions

1. Addresses the issue of traditional high-speed cables having weak anti-interference capabilities and severe crosstalk, leading to high data transmission error rates, thereby ensuring the stability of 1.6T-class high-speed transmission.
2. Improves upon the shortcomings of ordinary cables—insufficient mechanical strength and susceptibility to damage—enhancing product durability in complex data center cabling and frequent plugging/unplugging scenarios.
3. Resolves the problem of non-hot-pluggable cables requiring downtime for maintenance by adopting the OSFP MSA hot-plug standard, boosting system operational efficiency and reducing business interruption time.
4. Avoids equipment compatibility issues arising from certain cables not meeting authoritative industry standards, ensuring seamless integration with InfiniBand XDR and IEEE802.3dj-compliant devices, thus lowering deployment costs and adaptation risks.

Common Questions FAQ

Q1: What transmission specifications does the 1.6T OSFP224 ACC support?
A: This cable supports high-speed transmission modes from 8x200G-PM4 to 8x200G-PM4, meeting the bandwidth requirements of the 1.6T class.
Q2: Does the product comply with industry standards?
A: It strictly complies with InfiniBand XDR and IEEE802.3dj standards, and also meets the hot-plug OSFP MSA standard, ensuring perfect compatibility with devices adhering to these standards.
Q3: What is the product’s maximum transmission distance?
A: Under the condition of maintaining signal stability, it supports a maximum transmission distance of 3 meters, suitable for connecting devices within data centers.
Q4: What is the product’s operating temperature range?
A: The operating temperature covers 0℃–70℃, accommodating most data center server rooms and outdoor edge node temperature environments.
Q5: Does the product support hot-plugging?
A: Yes, it conforms to the hot-plug OSFP MSA standard, allowing insertion and removal while the device is running without requiring downtime.

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