Digital power supplies
Smarter power for your critical systems
As power architectures become more complex, engineers need visibility, control, diagnostics, and the ability to adapt power performance throughout the product lifecycle.
Our digital power supplies combine high efficiency power conversion with advanced digital communications, real-time monitoring, and intelligent system management. Designed for medical, semiconductor equipment manufacturing, and industrial technology applications, our solutions accelerate development, improve reliability, and simplify system integration.
Digital power for advanced visibility and control
When system insight is as important as system powerÂ
Modern electronic systems require power supplies that do more than deliver stable output voltages. Designers increasingly need access to operating data, remote configuration capabilities, predictive diagnostics, and enhanced security features to maximise performance and uptime.
Digital power supplies enable engineers to monitor critical parameters in real time, configure operating limits, capture fault events, and integrate power management into wider system architectures. The result is faster development, improved troubleshooting, and greater confidence in mission-critical applications.
Unlocking the advantages of digital power supplies
Why choose a digital power supply?
Digital power supplies provide engineers with unprecedented visibility into system behaviour and operating conditions. Unlike traditional analog power solutions, digital platforms enable:
Real-time monitoring of voltage, current, temperature, and system health
Remote configuration and control
Advanced fault detection and event logging
Faster integration into connected systems
Simplified compliance testing and validation
Improved preventive maintenance and serviceability
XP Power's market-leading digital power solutions drive greater intelligence, efficiency and reliability across semiconductor manufacturing, healthcare and industrial applications.
Need a digital power supply for your next design?
Speak to our team for technical guidance, application support, product samples, and the latest pricing information.
Our proven digital power solutions
HPA1K5 series
1.5kW in 1U profile
Voltage outputs: 24V, 36V, 48V, 60V
Programmable CC/CV (0-110%)
Digital protocols - PMBus, CANopen, MODBUS & SCPI
FLXPro series
1.3kW high line, 1kW low line in 1U
SiC/GaN design with 93% efficiency
XPInsight UI for configuration, control
ES1 isolated digital communication
HPT5K0 series
5kW output, 3 phase input 180-528VAC
Voltage outputs: 48V, 60V, 100V, 200V, 400V, 800V
Programmable CC/CV (0-110%)
Digital protocols - PMBus, CANopen, MODBUS & SCPI
XPInsight intuitive UI
XPInsight streamlines product development, testing, and support with powerful diagnostics and a secure, intuitive interface. Its comprehensive dashboard offers real-time control, monitoring, graphing, and datalogging to accelerate decision-making.
Intelligent digital power for mission-critical applications
From semiconductor fabrication equipment and medical technology to industrial automation, digital power supplies deliver greater control, monitoring and diagnostics to improve efficiency and reliability.
Digital power supplies deliver precise control, higher efficiency and greater flexibility. They support real-time monitoring, remote communication and programmable operation, while reducing component count and speeding up system development for modern electronic applications.
Your digital power supply should match your application's voltage and current requirements, while providing the right level of efficiency, programmability and communication capability. You should also consider the operating environment, output stability, size, integration requirements and overall cost to ensure reliable performance and long-term value.
Digital power supplies continuously monitor key operating parameters and provide fault logging and diagnostics, enabling faster fault identification and reduced downtime. This improves system visibility and reduces mean time to repair for critical applications.
PMBus enables remote configuration, real-time monitoring, and standardized communication with system controllers. This delivers greater flexibility, improved diagnostics, and easier integration compared to traditional analog power designs.