CISCO AIR-AP4800-K-K9C Aironet 4800 Series Access Points

AIR-AP4800-K-K9C Order Identity

AIR-AP4800-K-K9C is a Cisco Aironet 4800 Series, controller-based 802.11ac Wave 2 access point order. This exact SKU is a 4800 internal-antenna access point, carries regulatory-domain token K, and uses a configurable single-unit order.

Antenna and quantity boundary

Integrated multiradio antenna system; no external Wi-Fi antenna is selected as part of this SKU. Confirm mounting orientation, ceiling structure, Hyperlocation requirements and RF survey assumptions because the antenna system is integral to the platform.

This K9 order form represents one access point; antennas, mounting choices, power source and controller dependencies remain separate unless the authorized bill of materials states otherwise.

The C suffix marks a configurable order form. The final Cisco quotation must preserve the selected regulatory domain and any configuration choices; the suffix does not make the unit globally deployable.

Regulatory-domain control

The order carries regulatory-domain token K. Treat that token as an identifier, not a country name. Complete authorized source confirmation and deployment-location control against Cisco's current compliance resources before shipment or activation.

Cisco uses the variable regulatory-domain position in its ordering structure. Deployment eligibility must be checked for the destination country; this page does not infer a country mapping from token K.

Controller readiness

Record the intended Cisco wireless controller, supported software train and join method. Validate the AP on a staging network before changing the production RF plan. The acceptance file should identify the controller address, discovery path, AP authorization method and the release evidence used for approval. Capture the first successful join, configuration download and radio state, then remove any temporary staging authorization. This makes a later controller migration traceable without claiming that every software release supports the hardware.

Mounting inventory

List the ceiling or wall bracket, enclosure, safety restraint and access requirements. Receiving should reject a mechanically incomplete deployment kit. Receiving should identify the bracket and any above-ceiling, wall, enclosure or seismic requirement before scheduling installers. Photograph the mounting label and cable entry after installation, and record access constraints for replacement. Missing mechanical parts should be resolved as a bill-of-material exception, not hidden in the AP description.

Cable qualification

Test the permanent link and preserve the cable result, patch-cord identity and switch port. A successful low-speed link does not prove multigigabit readiness. Store the certification result for the permanent link and both patch leads, including the test standard and date. Investigate pair faults, excessive length and negotiation fallback before AP commissioning. Link the cable record to the switch port and AP serial so later throughput problems can be separated from radio behavior.

Software lifecycle

Check the target controller release against Cisco support documentation and the approved migration architecture before buying additional 3800 Series capacity. The lifecycle note should name the approved controller release, last tested release, security-maintenance owner and migration review date. Review Cisco notices before each expansion because available inventory does not extend software compatibility. A replacement design should cover controller, licensing, power, cabling and mounting rather than only the radio unit.

Replacement planning

Cisco lists the 3800 Series in its end-of-life notices. Record the permitted service horizon, replacement trigger and successor design with this purchase. Document the event that ends further 3802 deployment, the approved successor family and any controller coexistence constraint. Include funding, survey impact and installation sequencing. If the item is purchased as a spare, set a final-use date so old inventory does not silently outlive the network's supported architecture.

Spare policy

State whether the unit is production capacity, a cold spare or a replacement. Define firmware, storage, periodic test and ownership requirements for unused stock. A spare should have a named site scope, compatible controller image, storage condition and periodic power-on test. Record whether its regulatory domain, antenna form and mounting kit match the protected population. Before use, repeat compliance and software checks because suitability can change while the unit is held in stock.

Lifecycle and migration evidence

Cisco's support site lists an end-of-life announcement for the Cisco Aironet 4800 Series. Confirm current support dates, controller compatibility and the approved replacement path before treating available stock as suitable for a new deployment.

Related 4800 internal-antenna access point records

• AIR-AP4800-B1-K9C
• AIR-AP4800-S-K9C
• AIR-AP4800-Q-K9C

Official evidence: Cisco Aironet 4800 Series data sheet, Cisco Aironet 4800 Series getting started guide, and Cisco end-of-life notices.