Olympus MH-984 RGB Printer Cable 28AWG Medical Equipment Interface

• Model: MH-984
• Signal Format: Analog RGB
• Wire Gauge: 28 AWG
• Connector Type: Proprietary Olympus connectors on each end matched to older Olympus video processors and display or printing devices

The Olympus MH‑984 RGB Video Cable is a professional‑grade medical imaging interface cable engineered to deliver reliable analog RGB video transmission between Olympus video processors and compatible monitors or color printers. Designed as part of Olympus’ suite of endoscopy and diagnostic imaging accessories, this cable ensures that high‑quality image signals — broken into separate red, green, and blue channels — are delivered accurately with minimal distortion, making it an essential component for clinical visualization workflows.

Built with a robust 28 AWG construction, the MH‑984 cable supports stable signal integrity over its length while resisting interference common in intricate medical equipment environments. Its connectors are precisely matched to Olympus systems, allowing seamless integration with CV‑series processors and other legacy medical video devices. Whether you’re connecting to a high‑resolution monitor for live endoscopic visualization or routing video output to a color printer for procedural documentation, this cable plays a key role in maintaining clarity and performance.

Ideal for hospitals, clinics, imaging centers, and medical device technicians, the Olympus MH‑984 RGB Video Cable enhances system connectivity and expands the utility of existing Olympus video equipment. Its dependable design and trusted compatibility make it a go‑to accessory for endoscopy suites and diagnostic labs looking to preserve image fidelity throughout their video and print workflows. Keep your medical imaging systems running at peak performance with this essential interface cable.

This medical equipment item is a subcomponent or part that has been extracted from a larger system or unit. It is intended for use as a replacement part or for integration into another system. Its condition may vary, but it has been removed with care to preserve its functionality.