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Compatibility engineering brief

HPE Aruba Optical Module Compatibility Engineering

HPE Aruba approval is platform-specific. CX hardware and AOS-CX must not be mixed with legacy ArubaOS-Switch assumptions, even when the form factor and nominal speed match.

HPE Aruba portfolios include different hardware and software generations. A compatible identity must be tested against the exact CX SKU and AOS-CX build used in the project.

Stacking, VSF/VSX, uplink and breakout roles can change the port conditions. The approval record should capture the logical role as well as speed and physical interface.

MingApex coordinates independent sourcing, coding and QC; it does not claim HPE or Aruba manufacture, certification or endorsement.

01 / Scope record

Freeze the exact approval record before selecting a code

Separate CX/AOS-CX scope from legacy ArubaOS-Switch scope before testing.

Required field What to record Why it changes the result
Host model / hardware Exact HPE Aruba switch SKU: for example CX 6300/6400/8325/8360, including module or line-card identity. Support can differ by chassis, line card, ASIC and port cage.
Software version Exact AOS-CX release; legacy ArubaOS-Switch systems are recorded as a separate software/hardware scope. Allow-lists, alarms, breakout and FEC behaviour can change by release.
Port mode Port speed, VSF/VSX or uplink role, breakout profile and peer interface. A physical cage may expose several mutually exclusive speed or breakout modes.
FEC policy Configured/operational FEC for 25G/100G/400G and the peer expectation. The wrong FEC policy can leave a recognized module without a stable link.
DOM / DDM AOS-CX transceiver detail, power, temperature, bias, thresholds and warning state. Recognition alone does not prove valid telemetry, thresholds or alarm reporting.
Coding identity Approved HPE Aruba-oriented identity including vendor/part-number fields and traceable serial profile. Vendor fields and part-number identity must match the approved coding profile.
Sample boundary Serialized sample tested on the named CX switch, AOS-CX release, port role and peer. A result belongs to the tested unit and named host tuple unless the scope says otherwise.
02 / Technical checks

What must be checked on the named platform

The review verifies platform generation, port role, telemetry and repeatable sample identity.

01

Exact switch SKU

Record JL/JR or equivalent platform identifier, module and port.

02

Software family

Separate AOS-CX from legacy ArubaOS-Switch and capture the full build.

03

Port role

Record access, uplink, VSF/VSX, breakout or stacking use.

04

FEC and peer

Verify both ends agree at the intended high-speed mode.

05

DOM visibility

Capture readings, thresholds and warnings from the named switch.

06

Operational test

Monitor counters and link stability during representative traffic and temperature.

04 / Validation

Named-host sample and production-release workflow

The sample must reproduce the target CX port role and preserve the programmed identity for later lot inspection.

  1. 1

    Freeze the host tuple

    Record the exact device, chassis or line card, software release, port identifier and intended link role for HPE Aruba compatibility.

  2. 2

    Confirm physical and protocol fit

    Match form factor, line rate, reach, wavelength, fibre, connector, breakout mode and required FEC before coding.

  3. 3

    Program and identify the sample

    Lock vendor fields, part number, serial format, DOM profile and sample identity so the tested unit can be traced.

  4. 4

    Test on the named host

    Record recognition, link state, DOM, alarms, error counters, FEC status and traffic stability for the stated software baseline.

  5. 5

    Bridge sample approval to the lot

    Release production only when coding identity, optical checks, labels and change-control records remain tied to the approved sample and order line.

05 / Decision patterns

Common approval scenarios and their limits

Campus access, VSF/VSX, data-centre uplinks and legacy refreshes require distinct approval records.

CX campus access

Tie 1G/10G optics to the exact CX SKU and AOS-CX build.

VSF/VSX link

Validate the intended port role, peer and redundancy behaviour.

100G fabric uplink

Check breakout/FEC/DOM and counters under sustained load.

Legacy refresh

Treat ArubaOS-Switch as a separate host matrix, not a CX extension.

06 / Buyer evidence

Compatibility evidence pack

Use these redacted records to define what must be captured for the exact host, sample and order line.

07 / Risk control

Failure modes to remove before production approval

Software-family mixing

AOS-CX evidence cannot silently approve ArubaOS-Switch.

Port-role omission

An uplink result may not represent VSF/VSX or stacking behaviour.

Warning-only acceptance

Ignoring platform warnings weakens repeatable support evidence.

Uncontrolled replacement

A later lot with different coding or components may not match the approved sample.

08 / Buyer questions

Compatibility-specific questions

Does one HPE Aruba code cover all CX switches?

No. Exact SKU, AOS-CX, port role, FEC, DOM and sample evidence define the scope.

Can legacy ArubaOS-Switch use the CX result?

Not automatically. It is a separate software and hardware matrix.

Should VSF/VSX be named?

Yes. Port role and peer behaviour belong in the approval record.

What must be repeated for production?

Coding identity, optics, label/serial format and approved change controls must match the sample.

Controlled next step

Send the exact HPE Aruba switch SKU and software family.

MingApex will return a named-switch sample and lot-control plan without extending the claim beyond the tested HPE Aruba scope.

Open the prefilled compatibility RFQ