Switch Series & Supported Models
Browse common switch series and models supported for each brand.
800G OSFP Finned Top 800G OSFP Finned Top InfiniBand NDR Active Optical Cable
P/N: O800-NDR-A SKU: 30204
US$2,021.00
Compatible Brands:
MSA Standard
NVIDIA(InfiniBand)
Length:
1m (3ft)
5m (16ft)
10m (33ft)
15m (49ft)
20m (66ft)
30m (98ft)
50m (164ft)
Length Price Table
| Length | Price |
|---|---|
| 1m (3ft) | US$2,021.00 |
| 5m (16ft) | US$2,056.00 |
| 10m (33ft) | US$2,090.00 |
| 15m (49ft) | US$2,145.00 |
| 20m (66ft) | US$2,179.00 |
| 30m (98ft) | US$2,266.00 |
| 50m (164ft) | US$2,440.00 |
Quantity:
-
30-day return and refund
-
3-year warranty
-
Available for delivery within 2 days
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Free shipping for orders over
Products Highlight
- 14W Max Power per End
- 8×100G PAM4 Architecture
- VCSEL-Based Optical Engine
- No MPO Connector Design
- OFNP-Rated Cable Jacket
- Digital Optical Monitoring
Specifications
| Connector Type | OSFP(Finned Top) to OSFP(Finned Top) | Data Rate | 850Gbps to 850Gbps |
|---|---|---|---|
| Media | Fiber | Cable Type | AOC |
| Cable Length | 1m~50m(3ft~165ft) | Outer Diameter | 3.0mm |
| Jacket Material | OFNP | Minimum Bend Radius | 30mm |
| Power Consumption | ≤14.0W | Case Operating Temperature | 0 to 70°C (32 to 158°F) |
| Protocol | 800 Gigabit Ethernet 800G RoCE 2x 400G Infiniband NDR | Application | Swicth to Switch |
Applications
Certification
Features
Resources
FAQ
Ask a QuestionFind answers to common questions about our products.
Where does this 800G OSFP AOC fit best in an InfiniBand network?
It is well suited for high-bandwidth InfiniBand NDR links in AI clusters, HPC systems, cloud data centers, and large-scale switch-to-switch or switch-to-adapter connections. It helps provide low-latency optical connectivity where copper cables are not ideal.
What signal format does the 800G OSFP AOC use?
This cable uses an 8×100G PAM4 electrical interface to deliver 800G aggregate bandwidth. This lane structure is commonly used in 800G NDR high-speed interconnects.
Why choose an 800G AOC instead of an 800G copper cable?
AOC is usually preferred when the link needs better routing flexibility, lower weight, and longer reach than passive or active copper cables can comfortably support. It is a good choice for dense racks and high-performance fabric connections.
How should I choose the right cable length for my deployment?
Choose the shortest length that can meet your routing path while leaving enough slack for safe installation and maintenance. For rack-to-rack or row-level links, AOC is often more practical than thick copper cabling.
Have a question?
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Questions & Answers Title
Ask a questionThis AICPLIGHT high-speed cable has been very stable so far. Latency and link status look normal, and we had no compatibility issues for short-reach connections.
The cable quality is good, and the connector fit is solid. Would be nice to see more length options later.
Setup was simple, basically plug and play. Signal looked stable during testing, good for in-rack connections.