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PRODUCT DETAIL

MCP1600-E003E26 Compatibility: Ports and Short-Reach Links

MCP1600-E003E26 Compatibility: Ports and Short-Reach Links
MCP1600-E003E26 Compatibility: Ports and Short-Reach Links
PRODUCT OVERVIEW

MCP1600-E003E26 Compatibility: Ports and Short-Reach Links

MCP1600-E003E26 NVIDIA Mellanox MCP1600 IB EDR 100G QSFP28 Copper Cable 3

  • Product Model MCP1600-E003E26 Compatibility: Ports and Short-Reach Links
  • Product Categories NVIDIA DAC/AOC Cables
  • Service Support Project delivery and optimization support
View More NVIDIA DAC/AOC Cables Product selection and project support

Product Details

DETAIL MODULES

Compatibility answer

MCP1600-E003E26 is physically a 3 m QSFP28 passive copper cable and is identified for 100Gb/s InfiniBand EDR. A connector that fits does not prove the link will operate. Port mode, protocol, firmware, cable identification and speed negotiation must agree at both endpoints.

Five compatibility checks

  1. Endpoint models: record the complete switch, network adapter or server adapter model at each end.
  2. Port mode: confirm that both QSFP28 ports support the intended InfiniBand EDR operation.
  3. Firmware: compare the device releases and the cable ordering code with available compatibility guidance.
  4. Physical route: verify that 3 m is appropriate and that bend radius, strain and rack routing can be maintained.
  5. Link test: observe link state, negotiated speed, error counters, stability and behavior under sustained load.

Connection-method comparison

MethodTypical fitMain checks
Passive DACShort, low-power in-rack or adjacent-device linkLength, bend radius, coding and port support
AOCMore reach or a lighter cable assemblyDevice coding, power, route and service method
Optics plus fiberStructured cabling or longer distanceModules, fiber type, wavelength, polarity and distance

Pre-production test record

  • Capture how each endpoint identifies the cable.
  • Confirm that the target rate remains stable without persistent errors.
  • Run a representative workload and monitor counters and temperature.
  • Save endpoint, firmware, port and cable OPN details with the result.

Frequently asked questions

Is a third-party endpoint automatically unsupported?

Not necessarily, but no cross-vendor conclusion should be made from connector type alone. Use documented support or a controlled interoperability test.

What if the cable is too short or difficult to route?

Do not pull or exceed bend limits. Compare an appropriate AOC or optical design before changing the rack route.

Evidence boundary: This page provides a verification method, not a universal compatibility claim. The tested endpoint pair and firmware versions define the usable result.

See the interconnect compatibility workflow or browse the DAC and AOC catalog.

Buyer guidance and procurement support

BUYER CHECKLIST
SPEC

Specifications

Confirm model, interface type, rate, power, airflow and software version before ordering.

COMPATIBILITY

Compatibility Boundaries

Check the host server, switch fabric, firmware, slot, optics or cable and supported operating mode before ordering.

PROJECT

Project Conditions

Share quantity, topology, deployment window, delivery region and replacement requirements for a practical recommendation.

TEST

Testing and Validation

Validate the representative host, peer device, driver, firmware and link media before a wider rollout.

Quick Answers and FAQs

FAQ & NEXT STEP
FIT CHECK

Is MCP1600-E003E26 Compatibility: Ports and Short-Reach Links the right model?

Start with the required speed, interface, host platform and deployment role before comparing nearby models.

TEST PATH

What should be tested with MCP1600-E003E26 Compatibility: Ports and Short-Reach Links?

Confirm firmware, drivers, optics or cables, peer-device interoperability and the workload that matters to the project.

DELIVERY

What information is needed for a quote?

Provide the model, quantity, topology, target equipment, delivery region and required date so the next step is clear.

FAQ 01

What is MCP1600-E003E26 Compatibility: Ports and Short-Reach Links suitable for?

MCP1600-E003E26 Compatibility: Ports and Short-Reach Links can be evaluated for NVIDIA DAC/AOC Cables projects, capacity expansion and replacement planning.

FAQ 02

Which interfaces and systems should I check?

Confirm the host or switch model, slot, port mode, speed, firmware, operating system and the required cable or optic.

FAQ 03

What should a compatibility test include?

Use the intended peer device and workload to check link negotiation, driver or firmware behavior, throughput and stability.

FAQ 04

How is MCP1600-E003E26 Compatibility: Ports and Short-Reach Links selected for a project?

Match the model to the required interface, rate, topology, software boundary, lifecycle and delivery schedule.

FAQ 05

How do I confirm the compatibility boundary for MCP1600-E003E26 Compatibility: Ports and Short-Reach Links?

Compare the server or switch, port mode, speed, media, firmware and deployment environment; use a PoC when any boundary is uncertain.

FAQ 06

What information should I provide for a product request?

Send the target model, quantity, existing equipment, link speed, distance, delivery date and replacement tolerance.