
Vertiv R48-500A Compact Telecom Rectifier Module -48V 10A 500W
Vertiv R48-500A is an ultra-compact 1U telecom rectifier module delivering -48VDC/10A (500W), ideal for NetSure 212 subracks in small-cell sites.
Browse products and technical information for Power management.

Vertiv R48-500A is an ultra-compact 1U telecom rectifier module delivering -48VDC/10A (500W), ideal for NetSure 212 subracks in small-cell sites.

Vertiv R48-5800A is a heavy-duty 5800W (-48V/100A peak) switch-mode rectifier module for central office telecom power plants like NetSure 801.

Engineered with advanced dual-DSP digital architecture and active Power Factor Correction (PFC), the R48-5800E minimizes harmonic distortion while maintaining flat efficiency curves across varying loads. Featuring intelligent variable-speed forced-air cooling, CAN bus system integration, and live hot-pluggability, this rectifier provides maximum service continuity, silent acoustic optimization, and resilient power conversion under harsh grid and thermal conditions.

Engineered with fully digital signal processor (DSP) control and soft-switching resonant topologies, the R48100G1 combines class-leading power density with peak conversion efficiency (≥96.0%) to slash operational thermal footprints. Featuring forced air cooling via an intelligent variable-speed fan, an extended operating temperature profile of -40°C to +75°C, high-speed CAN bus telemetry, and live hot-plug capability, it ensures uninterrupted DC bus reliability in mission-critical N+1 and N+X redundant architectures.

Featuring ultra-high energy efficiency, intelligent digital control, and comprehensive electrical protection, Huawei R48100N1 delivers uninterrupted 24/7 power and communication stability.

Featuring a digital signal processing (DSP) architecture and advanced LLC resonant soft-switching technology, the R4815N1 delivers a peak efficiency exceeding 94.0%, significantly cutting electrical thermal dissipation. It incorporates intelligent variable-speed fan cooling designed to operate in extreme industrial conditions from -40°C to +75°C. With carrier-grade surge protection, seamless CAN communication, and hot-swappable reliability, the module guarantees zero-downtime performance in distributed sites.

Achieving a peak conversion efficiency of ≥94.0%, the module features forced-air cooling via an intelligent speed-controlled brushless DC fan, DSP digital loop control, and native CAN bus communication, providing carrier-grade reliability, low acoustic emission, and robust electromagnetic immunity for mission-critical infrastructure.

Featuring an ultra-high peak efficiency exceeding 96%, the R4850G1 incorporates a digital signal processor (DSP) core, active power factor correction (PFC), and LLC resonant converter topologies. It delivers forced-air cooling, an ultra-wide AC input operating window, seamless live hot-plug capability, and carrier-class MTBF designed for critical 24/7 mission-critical telecom architectures.

Featuring ultra-high energy efficiency, intelligent digital control, and comprehensive electrical protection, Huawei R4850N6 delivers uninterrupted 24/7 power and communication stability.

Featuring full DSP architecture and ultrafast MPPT algorithms, the S48-2000E3 delivers over 96% peak conversion efficiency. Built with variable-speed fan cooling, hot-pluggable connectivity, and seamless integration into Vertiv NetSure hybrid DC systems, it substantially curtails diesel generator run hours and remote station OPEX.

Powered by advanced digital signal processing (DSP) and soft-switching resonant topologies, the S48-3000 achieves outstanding energy conversion efficiency of ≥96.0% while lowering thermal dissipation across all load stages. Featuring intelligent variable-speed forced-air cooling, an industrial operating window from -40°C to +75°C, autonomous active load sharing, and live hot-swappability, it guarantees uninterrupted carrier-grade DC power supply even in harsh, off-grid environments.

Featuring a peak conversion efficiency of ≥ 91.5%, the SMPS2004 integrates active power factor correction (APFC) with a digital microprocessor control topology. Engineered with forced-air cooling via an intelligent variable-speed fan and an ultra-wide input range of 90V AC to 290V AC, it delivers live hot-plug capability and carrier-class availability for mission-critical telecom and industrial platforms.
Our engineers will determine the right system configuration for free.