June 17, 2026 – In a significant move to address the tightening space and efficiency requirements of modern technology, XP Power has officially launched its APM240 series. This new line of 240W external desktop AC-DC power supplies is engineered to bridge the gap between high-performance power delivery and the increasingly compact design constraints found in medical, home healthcare, and industrial robotics sectors. By leveraging cutting-edge Gallium Nitride (GaN) technology, the APM240 series aims to set a new benchmark for power density and regulatory compliance in the global market.
Main Facts: A Paradigm Shift in Power Delivery
The APM240 series represents a strategic evolution in desktop power management. Designed to meet the rigorous demands of engineers working on patient monitoring systems, surgical robotics, and industrial process control, the units offer a robust 240W output within a surprisingly small chassis.
Measuring a mere 168.0 x 73.0 x 31.5 mm (6.61" x 2.87" x 1.24"), the APM240 is among the smallest 240W desktop adapters currently available. This physical reduction is not merely an aesthetic choice but a functional imperative; as medical carts and industrial control cabinets become increasingly packed with sensors, processors, and connectivity modules, the "real estate" available for power infrastructure has shrunk.
The adoption of GaN technology is the primary driver behind this form factor. By allowing for higher switching frequencies with significantly lower energy losses than traditional silicon-based MOSFETs, XP Power has achieved an efficiency rating of up to 94%. This high efficiency translates directly to reduced heat dissipation, which in turn improves the long-term reliability of the device—a critical factor for medical equipment that must remain operational for extended periods.
Chronology: The Development and Market Entry
The development of the APM240 series reflects a multi-year effort by XP Power to address the dual challenge of global energy regulation and the miniaturization of high-end technology.
- Q3 2024: Initial conceptualization and research into GaN-based power topologies, aimed at maximizing power density for medical-grade applications.
- Q1 2025: Prototyping phase, focusing on thermal management and the integration of medical safety protocols (2 x MOPP).
- Q4 2025: Successful completion of rigorous EMC and safety testing, including certifications for ITE and medical standards.
- June 17, 2026: Global product launch. The series is made immediately available through major international distributors, including DigiKey, Mouser, Newark, and RS, as well as through XP Power’s direct sales channels.
This timeline underscores the company’s focus on "future-proofing" its products. By building the APM240 to be "Level VII ready"—even while the industry currently operates under Level VI energy efficiency standards—XP Power is attempting to stay ahead of the regulatory curve for global energy consumption.
Supporting Data: Technical Specifications and Performance Metrics
The technical architecture of the APM240 is designed for versatility and reliability. Below are the key performance metrics that define the series:
Electrical Versatility
- Input Range: A universal input range of 80 to 264VAC ensures that the units can be deployed in any market without modification, streamlining the global supply chain for OEMs.
- Output Options: Providing output voltages from 12VDC to 54VDC, the series covers a broad spectrum of load requirements, from sensitive logic boards to higher-power motor controllers.
- Energy Efficiency: Achieving up to 94% efficiency, the units keep no-load power consumption below 0.15W, effectively eliminating "vampire" power drain when equipment is in standby mode.
Safety and Environmental Resilience
- Medical Compliance: The inclusion of 2 x MOPP (Means of Patient Protection) isolation (4kVAC input to output) is vital for equipment that comes into contact with patients. The leakage current of less than 100µA makes these units suitable for BF-rated equipment.
- Durability: The IP22-rated gasketed enclosure protects against dust and water ingress, essential for home healthcare environments where equipment may be exposed to liquids or non-sterile conditions.
- Operational Range: The unit functions effectively in ambient temperatures from -30°C to +60°C, ensuring stability in environments ranging from sterile surgical suites to high-heat industrial factory floors.
Official Responses and Strategic Positioning
XP Power, headquartered in Singapore and listed on the London Stock Exchange (LSE: XPP), has positioned the APM240 as a cornerstone of its current product roadmap.
In a statement accompanying the launch, company spokespeople emphasized that the APM240 is not just a power supply, but a solution to the "integration friction" often faced by system designers. By providing a unit that is already compliant with both ITE (Information Technology Equipment) and medical safety standards, XP Power is removing the burden of validation from the end-user.
"The goal," said a representative from XP Power, "is to allow our partners in robotics and healthcare to focus on their core innovation—the algorithms and the mechanical design—while we provide the silent, reliable, and compliant backbone of the system."
The company’s commitment to service is bolstered by a standard three-year warranty, providing the necessary reassurance for medical device manufacturers whose products have long lifecycles and require a stable, reliable supply of components.
Implications: How the APM240 Changes the Landscape
The introduction of the APM240 has several broad implications for the electronics and medical device industries.
1. The "GaN-ification" of Medical Power
The widespread adoption of GaN in consumer electronics (such as laptop chargers) has now fully matured into the professional/industrial space. By proving that GaN can meet the stringent safety standards of medical equipment, XP Power is likely to trigger a wave of competitors rushing to update their own aging silicon-based catalogs. This is a win for the industry, as it will inevitably drive down the footprint of high-power medical devices.
2. Streamlining Regulatory Compliance
For an OEM, the cost of certifying a product for medical use is significant. By offering a pre-certified, "ready-to-go" power solution that already exceeds current energy efficiency standards, XP Power is effectively lowering the barrier to entry for smaller, specialized medical device startups. These companies can now integrate a high-performance power supply that satisfies international regulators out of the box, saving months of testing and development time.
3. Sustainability and Energy Regulation
As nations tighten their energy efficiency mandates, the APM240’s "Level VII readiness" serves as a strategic hedge. Manufacturers integrating this power supply today are unlikely to face obsolescence or the need for a redesign when, in the coming years, energy efficiency standards inevitably shift from Level VI to Level VII. This long-term planning reduces the amount of electronic waste generated by "mid-cycle" product refreshes.
4. Impact on Robotics and Automation
In industrial robotics, the "power-to-size" ratio is the limiting factor in mobility. By reducing the physical footprint of the external adapter, XP Power is enabling smaller, more agile robots. Whether it is an automated cart delivering medicine in a hospital or a robotic arm on an assembly line, the ability to fit a 240W power source into a smaller space without sacrificing safety or performance is a significant engineering breakthrough.
Conclusion
The APM240 series by XP Power stands as a testament to the current trends in high-performance power electronics: miniaturization, efficiency, and global compliance. By successfully merging GaN technology with the strict requirements of the medical sector, XP Power has created a product that addresses the immediate needs of today’s engineers while anticipating the regulatory and design shifts of tomorrow. As the demand for more intelligent, compact, and energy-efficient systems continues to grow, the APM240 is well-positioned to become a staple component in the next generation of industrial and medical equipment.
