Key benefits Reliable metal bus construction for durable, long service life and stable signal grounding. Supports both bitparallel and bitserial twoway signal transmission, enabling flexible interfacing with a wide range of instruments. Busmode design lets devices connect directly in parallel with no intermediary unit, simplifying wiring and reducing points of failure. Native IEEE488 (GPIB) compatibility for straightforward data transmission with GPIBequipped instruments and controllers. Main features Interface type: Metal bus interface supporting bitparallel and bitserial twoway transmission. Bus mode: Direct parallel connection to the bus; no intermediary unit required. Transmission distance: 20 Signal/transfer performance: Typical signal transmission speed 500 kb/s; transmission speed 1 m/s. Bus supports up to 15 connected devices. Connector: GPIB 24pin interface with a 24pin pure copper insert for durable mechanical contact and stable data transfer. Standard: IEEE488 GPIB line used for GPIB interface data transmission. Why customers need this product / how it solves problems Simplifies instrument interconnection by providing a single GPIBcompatible bus that supports multiple devices, reducing cable complexity and system cost. Durable metal construction and pure copper 24pin connectors minimize contact wear and signal degradation over time, reducing maintenance and downtime. Dualmode signal handling (parallel and serial) increases compatibility with different test and measurement equipment, avoiding the need for protocol converters. Compatibility and materials Compatible with IEEE488 (GPIB) interfaces and GPIBequipped instruments. 24pin GPIB connector uses pure copper inserts for improved contact reliability. Metal housing/bus for robustness and extended service life. Typical applications / use scenarios Research laboratory instrument control: Connect oscilloscopes, multimeters, spectrum analyzers and data loggers to a single GPIB bus for automated measurement sequences. Manufacturing test lines: Integrate up to 15 test instruments on a production line for automated functional testing and data collection. University and institutional labs: Reliable, longlife GPIB connections for teaching labs and research facilities that require stable, repeatable instrumentation networks. Notes on performance Designed for conventional GPIB data transmission; typical signal transmission speed cited as 500 kb/s with a listed transmission speed of 1 m/s. Bus supports up to 15 devices. Physical durability is emphasized through metal construction and pure copper 24pin inserts for consistent electrical contact and extended service life. What sets it apart Combination of metal bus construction, dualmode signal transmission, standard IEEE488 GPIB compatibility, and pure copper 24pin connectors delivers a durable, interoperable solution for instrument connectivity in labs and production environments.