VIPER

VIPER™ Configurable VPX Power Development & Integration Platform

VIPER™ VPX Power Supply Integration Kit

The NAI VIPER™ is a development and integration tool for VPX power systems, giving engineers real-time visibility, configurability, and protocol-level debug of power architectures. Built for aerospace, defense, and industrial integration teams, it eliminates trial-and-error troubleshooting and keeps power configuration flexible until validation is complete — not before.

At its core is a built-in I²C / IPMI protocol analyzer with VITA 46.11 packet decoding, color-coded by slot and classified by request/response. Engineers can capture every transaction on the bus in real time, set current limits, configure rise times, monitor current share and sequencing, and verify outputs against design intent — all from a single integrated software suite.

VIPER also includes an AI Assistant grounded in NAI documentation and live system telemetry, enabling plain-English queries about your specific hardware. With its integrated USB oscilloscope, I²C host, and direct chassis bus connection, VIPER replaces a bench full of instruments and turns VPX power integration into a controlled, measurable, and repeatable process.

Features

• Real-time I²C bus capture with per-transaction timestamping and decode
• VITA 46.11 IPMI packet analysis, color-coded by slot and filtered by request/response Built-in AI Assistant grounded in NAI documentation and live telemetry
• (See link to Demo in Documentation section)
• Configurable current limits, rise times, and power-sequencing parameters
• Current share and power telemetry monitoring across rails and slots
• Direct connection to chassis I²C bus and power rails — no fixture redesign
• Integrated USB oscilloscope for output verification
• I²C host and protocol analyzer included — no external bench instruments required
• Comprehensive configuration, monitoring, and diagnostics software suite
• Simplifies the ordering process by enabling configurable, flexible power supplies
• Accelerates development, test, and integration with controls in the engineer's hands
• Reduces program risk through measurable, repeatable integration workflows