Motorola PMKN4265A USB Programming Cable R7 (APX/MOTOTRBO radios)

The Motorola PMKN4265A is an original OEM USB programming cable designed for Motorola MOTOTRBO and Astro-series radios. It connects compatible radios (R7/R7a, MOTOTRBO Ion, APX N30/N50/N70, MXP600/MXP7000) to a PC via a 150cm USB 2.0 Type-A to Motorola Mini-GCAI (13-pin) interface. This high-speed cable enables two-way data transfer - firmware updates, codeplug (radio configuration) uploads, and audio/data file downloads - between the radio and Windows computer, making radio setup and maintenance fast and reliable.

Original Motorola Quality: Genuine PMKN4265A cable, manufactured by Motorola Solutions. Fully shielded with a ferrite core to suppress RF interference. No external Radio Interface Box (RIB) is needed - plug directly into PC and program radios using Motorola CPS 2.0/Radio Management or ASTRO 25 CPS software.

Compatible Radios: Works with Motorola MOTOTRBO and Astro radios - specifically R7/R7a, MOTOTRBO Ion, APX N30/N50/N70, and MXP600/MXP7000 models.

Software Support: Fully supports Motorola CPS 2.0 (Radio Management) and ASTRO 25 CPS utilities, enabling reading/writing of codeplugs and cloning or transferring radio settings (frequency, zones, time-slots, CTCSS/DCS, etc.).

Durable Design: 150cm high-speed (USB 2.0, 480Mbps) cable length provides flexibility. The USB-A and Mini-GCAI connectors feature screw-lock fixings on the radio end for a secure connection.

Certifications: Complies with CE, RoHS and WEEE standards for quality and safety.

Complete Packaging: Includes the original Motorola PMKN4265A cable with a protective cap on the connector, a branded zip-lock poly bag with model/revision/serial markings, CE/UKCA/EAC labels, and manufacturer documentation (declaration of conformity, RoHS/REACH info, disposal instructions). This full OEM kit ensures authenticity and proper handling during transport.

Ideal for radio technicians and system programmers, this cable simplifies routine firmware updates and codeplug management, ensuring reliable performance of mission-critical Motorola radios.