Boosting Telecoms Efficiency with new Advanced Energy 1300 W DC-DC Converter
Advanced Energy, a global leader in precision power solutions, has made a significant breakthrough in power conversion with its latest offering – the Artesyn® ADH1300-48S28 DC-DC converter.
Packed with cutting-edge technology, this compact device promises to transform the efficiency of radio frequency (RF) telecom power amplifiers by delivering unparalleled performance. With the telecommunications industry constantly demanding more power and efficiency, this innovation couldn’t have come at a better time.
A Game Changer for Telecoms: The ADH1300-48S28 DC-DC Converter
At the heart of the new ADH1300-48S28 converter lies its ultra-high efficiency. Operating at an impressive 96% efficiency at full load, it not only reduces power consumption but also helps telecom companies lower their operational expenses (OpEx). This marks a major leap in energy savings, especially in an industry where every watt counts.
Designed in an industry-standard half-brick form factor, the 1300 W device delivers a robust 28 V output, tailored to the demanding environments of radio frequency power amplifiers (RFPAs). These power amplifiers are critical components in wireless base stations, often being the most energy-consuming part. Given the rising energy demands in telecom networks, operators are seeking out power solutions that can deliver more with less – and this converter does just that.
“RF power amplifiers, the highest energy-consuming part of base stations, need the highest available efficiency during all operations,” said Joe Voyles, Advanced Energy’s vice president of Industrial Power Conversion Products. “As power demands increase, Advanced Energy’s compact half-brick ADH1300-48S28 converters deliver more power with greater efficiency without increasing the form factor. This enables more compact designs, helps ensure uninterrupted network coverage for operators and can lower operating costs – essentially helping to future-proof RFPA applications.”
Efficiency and Flexibility Combined
Telecom operators and equipment designers alike will appreciate the converter’s flexibility. Offering a wide range of voltage adjustments, the ADH1300-48S28 allows designers to fine-tune its performance for specific applications. This adaptability is essential in an era where telecom equipment must be customisable and future-proofed for evolving technology.
Moreover, the thermal design of the converter makes it ideal for Ingress Protection (IP)-sealed enclosures – equipment such as remote radio head (RRH) setups, where space and cooling are at a premium. The device is optimised for contact-cooled environments, eliminating the need for traditional air-cooling mechanisms and thus enhancing its longevity and reliability in the field.
Digital Control and Advanced Protection Features
What sets this converter apart is its integrated PMBus interface, which offers remote configuration, monitoring, and control capabilities. In a sector where downtime and maintenance costs are significant concerns, these digital control features provide a critical advantage. With real-time remote monitoring, operators can predict and prevent potential failures, drastically cutting down on costly repairs and ensuring smoother operations.
In addition to its digital control capabilities, the ADH1300-48S28 is loaded with protective features designed to enhance its robustness. It includes safeguards against over-voltage, over-current, and short-circuit conditions, ensuring that the converter remains stable and operational even in unpredictable conditions. These features not only prolong the device’s lifespan but also ensure consistent performance across a range of demanding applications.
Lowering Operational Costs for RF Telecom
Reducing OpEx is a major priority for telecom operators, and power-hungry RF power amplifiers have long been a target for efficiency improvements. With the ADH1300-48S28, Advanced Energy addresses this challenge head-on by delivering more power in a smaller footprint, without sacrificing efficiency.
This converter doesn’t just focus on raw power. By lowering energy consumption and offering remote management capabilities, it significantly cuts down on maintenance and downtime costs. The high-power density design further enhances the value proposition by enabling more compact designs in base stations, where space and cooling are often limited resources.
Future-Proofing Telecom Networks
Telecom networks are evolving fast, with 5G rollouts demanding more bandwidth, power, and reliability than ever before. The ADH1300-48S28 is designed to help future-proof these networks. With its high efficiency, digital control interface, and advanced protection features, the converter positions itself as an integral component for telecom operators looking to stay ahead of the curve.
As telecoms shift towards smarter, more efficient power management systems, products like the ADH1300-48S28 represent a critical step forward. Operators can now meet increasing power demands without having to significantly reconfigure or expand their equipment – an essential consideration in the fast-moving world of telecommunications.
Advanced Energy’s Mission
Advanced Energy has long been a driving force in the world of precision power conversion and control solutions. Headquartered in Denver, Colorado, and with four decades of expertise under its belt, the company has earned a reputation for innovation and reliability. By building strong partnerships with its clients across a range of industries – from telecommunications and data centres to industrial manufacturing and healthcare – Advanced Energy has consistently pushed the boundaries of what’s possible in power management.
The launch of the ADH1300-48S28 is another example of how the company’s commitment to mission-critical applications is reshaping industries. From boosting energy efficiency in base stations to future-proofing networks, this product showcases Advanced Energy’s ongoing dedication to meeting the needs of a rapidly changing world.
