IEEE 1596.3-1996

1596.3-1996 defines voltage differential signals for Scalable Coherent Interface (SCI), giving engineers a focused technical reference for high-speed interconnect signaling in computing and processing systems. This standard matters because it helps align signal levels, interface behavior, and implementation expectations for LVDS-based SCI designs. For teams working with components, circuits, devices, and systems, 1596.3-1996 can support clearer design decisions, interoperability, and more consistent evaluation of interface performance.

What is 1596.3-1996?

1596.3-1996 is a technical standard centered on Voltage Differential Signals (LVDS) as applied to Scalable Coherent Interface (SCI). It addresses the signaling approach used to move data reliably across linked digital systems, with attention to differential transmission characteristics that are important in compact, high-speed environments. As a standards document, 1596.3-1996 helps define how this interface should be understood and implemented, making it useful when comparing designs, reviewing requirements, or validating compatibility within SCI-related hardware.

Where is 1596.3-1996 used?

This standard is most relevant in computing and processing equipment where SCI signaling is part of the hardware architecture. It may be used in interconnect design, board-level communication paths, subsystem integration, or product development involving digital components and circuits. Engineers and procurement teams may reference 1596.3-1996 when working with interface specifications for systems that rely on differential signaling, especially where signal integrity and consistent electrical behavior are important to overall performance.

Why is 1596.3-1996 important?

1596.3-1996 is important because interface standards help reduce ambiguity in design and testing. For LVDS-based SCI implementations, a clear specification can support more consistent signal behavior, better compatibility across components, and more reliable performance verification. It may also assist organizations in procurement and documentation by giving them a defined reference for compliance and review. In practice, that can lower integration risk and help teams compare products or designs against the same technical baseline.

• LVDS signaling for SCI
• Computing and processing context
• Differential interface requirements
• Design and compatibility reference
• Inactive standard status