100G QSFP28 Active Optical Cable AOC OM4 Multimode 5m
This 100G QSFP28 Active Optical Cable delivers high-speed, low-power connectivity over OM4 multimode fiber in a compact, plug-and-play design. Ideal for data centers, HPC, and telecom environments, it simplifies 100G deployment while reducing cabling complexity. We support OEM/ODM customization and volume manufacturing to meet diverse project requirements.
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Description
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Specification
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Features
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Application
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Custom Service
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FAQ
The 100G QSFP28 Active Optical Cable (AOC) is a high-speed, factory-terminated interconnect solution designed to deliver stable 100 Gigabit Ethernet performance over OM4 multimode fiber. Equipped with QSFP28 connectors on both ends, this AOC integrates optical transceivers and fiber into a single plug-and-play assembly, eliminating the complexity of separate modules and patch cords.
Built on a four-lane full-duplex architecture, the cable supports reliable parallel data transmission while maintaining low latency and minimal signal degradation. Its compact QSFP28 form factor complies with SFF-8665 specifications and supports I2C-based management via the SFF-8636 interface, enabling real-time monitoring of operational parameters. With a maximum power consumption of 2.5W per end, the cable is optimized for energy-efficient deployment in dense environments.
Manufactured under controlled production processes and compliant with RoHS environmental requirements, this AOC is well-suited for long-term operation in data centers, HPC clusters, and telecom infrastructures. It is intended for short-reach 100G links where high bandwidth, reduced cabling bulk, and simplified installation are critical. Proper handling during installation is recommended to avoid excessive bending or tensile stress on the fiber section.
Featured DAC & AOC Cable Solutions
| SKU | Cable Type | Data Rate | Form Factor A | Form Factor B | Wire Type | Length |
| AOC-100GQSFP28-5 | AOC | 100G | QSFP28 | QSFP28 | OM4 Fiber Cable | 5M |
| AOC-10GSFP-10 | AOC | 10G | SFP+ | SFP+ | OM4 Fiber Cable | 10M |
| AOC-25GSFP28-3 | AOC | 25G | SFP28 | SFP28 | OM4 Fiber Cable | 3M |
| AOC-40GQSFP-10 | AOC | 40G | QSFP+ | QSFP+ | OM3 Fiber Cable | 10M |
| AOC-QSFP-10G4SFP-5 | AOC | 40G | QSFP+ | 4*SFP+ | OM3 Fiber Cable | 5M |
| AOC-QSFP28-4SFP28-3 | AOC | 100G | QSFP28 | 4×SFP28 | OM3 Fiber Cable | 3M |
| DAC-100GQSFP28-25G4SFP28-P5 | DAC | 100G | QSFP28 | 4×SFP28 | 24AWG | 5M |
| DAC-100GQSFP28-P3 | DAC | 100G | QSFP28 | QSFP28 | 26AWG | 3M |
| DAC-10GCX4-P05 | DAC | 10G | CX4 | CX4 | 28AWG | 3M |
| DAC-10GSFP-P10 | DAC | 10G | SFP+ | SFP+ | 24AWG | 10M |
| DAC-10GSFP-XFP-A10 | DAC | 10G | SFP+ | XFP | 24AWG | 10M |
| DAC-400GQSFP-P5 | DAC | 400G | QSFP-DD | QSFP-DD | 30AWG | 5M |
| DAC-40GQSFP-P07 | DAC | 40G | QSFP+ | QSFP+ | 28AWG | 7M |
| DAC-QSFP-10G4SFP-P03 | DAC | 40G | QSFP+ | 4 * SFP+ | 30AWG | 3M |
| DAC-SFP-P05 | DAC | 1.25G | SFP | SFP | 30AWG | 5M |
| Product Type | 100G QSFP28 Active Optical Cable |
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| Cable Length | 5 Meters |
| Connector A | QSFP28 |
| Connector B | QSFP28 |
| Fiber Type | OM4 Multimode Fiber (MMF) |
| Cable Type | Active Optical Cable (AOC) |
| Features | 4 independent full-duplex channels | SFF-8665 QSFP28 compliant | SFF-8636 I²C management | RoHS compliant | 2.5W max power dissipation (each end) |
| Lead Time | 5–7 days |
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Supports 100G data rates over 4 independent full-duplex channels
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QSFP28 connectors compliant with SFF-8665 standards
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Integrated I2C management interface (SFF-8636)
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OM4 multimode fiber optimized for short-reach, high-speed transmission
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Low power design with maximum 2.5W power dissipation per end
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Fully assembled and tested for plug-and-play deployment
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RoHS compliant for environmentally responsible installations
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High-density data center switch-to-switch and switch-to-server connections
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High-performance computing (HPC) clusters requiring low-latency links
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Telecom aggregation and short-reach interconnect scenarios
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Spine–leaf architectures where cable management and airflow are critical
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Ideal for installations requiring fast deployment with minimal on-site configuration
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Maintenance-friendly design reduces troubleshooting time compared to discrete optics and fiber
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Custom cable lengths beyond standard offerings to match rack layouts
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Private labeling and OEM branding on cable jackets or packaging
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Connector orientation, EEPROM programming, and compatibility tuning per target switch platform
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ODM support for system integrators developing proprietary interconnect solutions
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Engineering assistance for signal integrity validation and product optimization
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Batch-level customization to support project-based or large-scale rollouts
Customize DAC & AOC High-Speed Cable Solution
| Cable Type | Passive DAC / Active DAC (ACC) / Active Optical Cable (AOC) |
| Form Factor | SFP+ / SFP28 / QSFP+ / QSFP28 / QSFP56 / QSFP-DD / OSFP |
| Data Rate | 10G / 25G / 40G / 50G / 100G / 200G / 400G / 800G |
| Cable Length | 0.5m–15m (DAC) / 1m–100m (AOC) |
| Transmission Medium | Twinax Copper / Multimode Optical Fiber |
| Connector Compatibility | Cisco / NVIDIA / Arista / Juniper / Dell / HPE / Generic Compatible |
| Jacket Type | PVC / LSZH |
| EEPROM Coding | OEM Compatible Programming Available |
| Operating Temperature | Commercial / Industrial Grade |
Ordering & Service Information
Flexible MOQs are available for both standard and customized configurations. Typical production lead time ranges from 1–3 weeks depending on order volume and customization requirements. Each cable undergoes functional and optical testing prior to shipment, with technical documentation available upon request.
Q&A
Q1: How does an AOC differ from a DAC cable in 100G applications?
AOC uses optical fiber instead of copper, allowing longer reach, lighter weight, and improved signal integrity, especially in high-density or EMI-sensitive environments.
Q2: Is this cable compatible with mainstream 100G switches?
Yes. The cable follows QSFP28 MSA standards and is compatible with most major switch vendors. Vendor-specific coding can be provided if required.
Q3: Can this AOC be hot-plugged?
Yes. The cable supports hot-plug operation, enabling installation or replacement without powering down network equipment.
Q4: What is the recommended bending radius during installation?
To ensure long-term reliability, the minimum bending radius should follow OM4 fiber guidelines, and sharp bends near the connector housing should be avoided.
Q5: Can monitoring data be accessed through network equipment?
Yes. Through the SFF-8636 I2C interface, supported devices can read diagnostic information such as temperature and power status.
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