Switch Series & Supported Models
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800G OSFP Finned Top to 4 x 200G OSFP Finned Top InfiniBand NDR Active Copper Breakout Cable
P/N: O800-4O-NDR-AC SKU: 30307
US$990.00
Compatible Brands:
MSA Standard
NVIDIA(InfiniBand)
Length:
3m (10ft)
4m (13ft)
5m (16ft)
Length Price Table
| Length | Price |
|---|---|
| 3m (10ft) | US$990.00 |
| 4m (13ft) | US$1,089.00 |
| 5m (16ft) | US$1,188.00 |
Quantity:
-
30-day return and refund
-
3-year warranty
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Available for delivery within 2 days
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Free shipping for orders over
Products Highlight
- 1.7W 800G-End Power Consumption
- 0.3W 200G-End Power Consumption
- 800G to 4x200G Breakout
- Built-In Redriver Chip
- 8x100G PAM4 Lane Mapping
- 23mm Minimum Bend Radius
Specifications
| Connector Type | OSFP(Finned Top) to 4x OSFP(Flat Top) | Data Rate | 850Gbps to 4x 212.5Gbps |
|---|---|---|---|
| Media | Copper | Cable Type | ACC |
| Cable Length | 3m~5m(10ft~16ft) | Outer Diameter | 3m@AWG 30 4m~5m@AWG 26 |
| Jacket Material | PVC | Minimum Bend Radius | 23mm@AWG 30 32.5mm@AWG 26 |
| Power Consumption | ≤1.7W @800G ≤0.3W @200G | Case Operating Temperature | 0 to 70°C (32 to 158°F) |
| Protocol | 4x 200G Breakout Ethernet 4x 200G RoCE 4x 200G Infiniband NDR200 | Application | Switch to NIC |
Applications
Certification
Features
Resources
FAQ
Ask a QuestionFind answers to common questions about our products.
Does each 200G branch work independently?
Yes. After breakout is configured on the host side, each branch is recognized as a separate 200G logical link. The four branches do not share one single 200G channel.
Is this ACC the same as an AEC cable?
No. ACC mainly uses active equalization, while AEC typically provides stronger signal processing such as retiming. ACC is a good choice when you need a longer copper reach with low latency and lower power than a retimed solution.
Does the active design increase power consumption?
Yes, it uses more power than a passive DAC because of the built-in equalizer. Typical power consumption is about 1.7W at the 800G end and about 0.3W per 200G branch end.
What should I pay attention to when routing this cable?
Because this is a 1-to-4 copper breakout cable with OSFP ends, enough space should be reserved for branch routing and bend radius. Avoid sharp bends or pulling stress near the OSFP connectors during installation.
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Questions & Answers Title
Ask a questionDelivery was really fast, and we appreciated that. We needed extra cables at the last minute, and AICPLIGHT didn’t hold up our installation window.
The labels on both ends were clear, so the onsite team didn’t mix anything up. Small detail, but it matters when you’re wiring multiple ports.
We used it for a short cross-rack run, and the length worked well. The cable is a bit stiff, so leaving extra bend room makes the routing easier.