800G AOC

BWNFiber 800G OSFP Active Optical Cable (AOC)

The buying decision comes down to three checks: host form factor, lane mode, and installed route length. The BWNFiber 800G OSFP AOC, also specified as a OSFP active optical cable, is built for a same-speed OSFP optical link for cable runs that need lower cable bulk and immunity to electromagnetic interference. The optical cable body reduces copper bulk and removes susceptibility to electromagnetic interference along the cable run. Standard and custom ordering options should be confirmed against the host port, requested length, and environmental requirements before the BOM is approved.

800G — Aggregate link OSFP — Endpoint mapping Up to 30 m — Datasheet guidance
Verified Specifications

800G OSFP Active Optical Cable (AOC) Specifications

Link roleA same-speed OSFP optical link for cable runs that need lower cable bulk and immunity to electromagnetic interference.
Endpoint form factorOSFP at both cable ends
Aggregate data rate800G
Lane / channel detailData rate 106.25 Gb/s PAM4 per lane
Length guidanceUp to 30 m
Power approachPower consumption < 14 W per end
Standards / managementCMIS V5.1 compliant
Cable constructionIntegrated multimode optical cable assembly
Operating temperature0C ~ +70C
Configuration statusStandard and custom options must be confirmed in the quotation and approved BOM

Search terminology for this configuration includes 800G AOC cable, 800G OSFP AOC, 800G active optical cable AI, OSFP AOC data center. These phrases describe the same purchase task only when the endpoint form factor, link mode, and ordered length match this page.

Standards context: SNIA SFF technology affiliates · Ethernet Alliance technology overview.

Selection

When to Use This 800G AOC

  • Use it for OSFP links where up to 30 m and an integrated optical assembly fit the route plan.
  • Choose AOC for inter-rack routing, tighter cable-management paths, or environments where copper EMI exposure is undesirable.
  • Confirm the host accepts the cable coding and that the installed bend path protects the optical cable body.
Choose an alternative when: Use passive DAC for shorter in-rack runs where minimum cable power is the priority. Use separate transceivers and fiber when a field-replaceable or patch-panel-based optical channel is required.
Deployment Control

Compatibility and Acceptance Checklist

  1. Confirm the connector at each end: OSFP.
  2. Confirm the required aggregate rate and host lane mode: Data rate 106.25 Gb/s PAM4 per lane.
  3. Measure the routed path, not the straight-line rack distance; the current datasheet states up to 30 m.
  4. Send switch/NIC part numbers and firmware versions for coding review; no platform-specific compatibility is assumed without validation.
  5. Protect the optical cable bend path and avoid loading the connector during service-loop routing.
  6. Specify commercial or industrial temperature requirements and the requested jacket/label/packaging details.
  7. At receipt, verify labels and part numbers, inspect latches and cable jackets, then test the complete link at the intended data rate.

Cable Length Tolerance & Operating Conditions

Cable Length (m)Tolerance (cm)
< 1.0+7 / -0
1.0 ~ 7.0+10 / -0
>= 7.0+2% / -0
BOM Planning

Ordering Options

Part NumberDescriptionLength
BWN-AOC-OSFP-800G-01M800G OSFP Active Optical Cable1 m
BWN-AOC-OSFP-800G-03M800G OSFP Active Optical Cable3 m
BWN-AOC-OSFP-800G-05M800G OSFP Active Optical Cable5 m
BWN-AOC-OSFP-800G-07M800G OSFP Active Optical Cable7 m
BWN-AOC-OSFP-800G-10M800G OSFP Active Optical Cable10 m
BWN-AOC-OSFP-800G-15M800G OSFP Active Optical Cable15 m
BWN-AOC-OSFP-800G-20M800G OSFP Active Optical Cable20 m
BWN-AOC-OSFP-800G-30M800G OSFP Active Optical Cable30 m
BWN-AOC-OSFP-800G-xxM800G OSFP Active Optical CableCustom
Buyer Questions

Common Procurement Objections

Will it work in my switch or NIC?

Form factor and standards alignment are necessary but not sufficient. Send the exact host model, firmware, port mode, length, and coding requirement for a compatibility review.

Which length should I order?

The current datasheet lists up to 30 m. Measure the routed path, include a controlled service loop, and avoid ordering unnecessary slack.

Should I use DAC instead?

Use passive DAC for shorter in-rack runs where minimum cable power is the priority. Use separate transceivers and fiber when a field-replaceable or patch-panel-based optical channel is required.

Can BWNFiber customize the assembly?

Datasheet ordering tables include standard and/or custom entries. Submit the endpoint, length, label, jacket, coding, temperature, packaging, and quantity requirements for feasibility confirmation.

Related Choices

Related High-Speed Cable Options

Engineering RFQ

Request a Configuration Review

Send endpoint models, firmware, port mode, length, quantity, temperature, labeling, packaging, and acceptance requirements. BWNFiber can return a proposed cable code and BOM for review.

Send Your Requirements

FAQ

800G OSFP Active Optical Cable (AOC) FAQ

What is the BWNFiber 800G OSFP Active Optical Cable (AOC)?

BWNFiber 800G OSFP Active Optical Cable is an 8-channel, pluggable, parallel fiber-optic OSFP AOC designed for high-performance short-range multi-lane data communication and interconnect applications. It integrates eight data lanes in each direction with 8×53.125 GBd PAM4 signaling, delivering 106.25 Gbps per lane and an aggregate bandwidth of 800 Gb/s. These modules operate over multimode fiber systems using a nominal wavelength of 850 nm, with a typical reach of up to 30 m on OM3 fiber. The electrical interface uses a 60-contact edge-type connector and is fully hot-pluggable. The page uses the supplied datasheet as the claim source; final host compatibility remains configuration-specific.

What link length is available for this AOC?

The current datasheet indicates up to 30 m. The usable length for a particular deployment still depends on the ordered part number, host electrical budget, route, and acceptance criteria.

Which interfaces does this cable connect?

This product is defined as OSFP. Match the complete connector, lane mode, and endpoint role rather than relying on aggregate speed alone.

Do both ends need the same speed setting?

Both endpoints must support the selected interface and link mode. Auto-negotiation behavior varies, so configure and verify the ports using the host documentation.

How do I check OSFP compatibility?

Provide the two host model numbers, firmware versions, port type, port mode, required cable code, and planned length. A standards match does not by itself prove a host will accept every third-party cable code.

When should I choose AOC for this link?

Use it for OSFP links where up to 30 m and an integrated optical assembly fit the route plan. Choose AOC for inter-rack routing, tighter cable-management paths, or environments where copper EMI exposure is undesirable. Confirm the host accepts the cable coding and that the installed bend path protects the optical cable body.

What should be included in an RFQ?

Include endpoint A and B, host models, firmware, port mode, length and service-loop allowance, quantity, temperature, jacket, label, packaging, destination, and required acceptance tests.

How should the cable be accepted on arrival?

Verify the label and ordered part number, inspect the cable and latches, connect to the intended hosts, confirm link state and lane mode, then run the site-defined traffic or BER acceptance procedure.

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