High-efficiency power converters engineered to support mission-critical operations and high-density network clusters.
As the primary technological incubator of Northern California, the San Francisco Bay Area and adjacent Silicon Valley drive some of the world's most sophisticated utility requirements. Edge computing facilities, micro-data hubs, and highly dense optical networking systems require reliable, clean power to support artificial intelligence algorithms, deep-learning models, and sub-millisecond data delivery.
Within this ecosystem, the demand for 19inch 2U DC DC Converters has escalated. In San Francisco and the wider Bay Area, old-school AC-based architectures are rapidly giving way to high-voltage DC distribution systems. DC networks minimize conversion phases, thereby eliminating harmonic distortions, decreasing thermal footprints, and saving operational space within crowded standard server racks.
Exploring structural design patterns, international power architectures, and procurement preferences.
Standard 19-inch mounting systems are universal across global facilities. The 2U vertical profile optimizes high convective cooling capabilities, integrating internal active thermal management while maintaining structural strength for safe rack deployment.
To safeguard high-performance computation equipment, galvanic isolation blocks common-mode noise and prevents line surges. Industrial converters with wide input ranges provide continuous regulation during high input drops.
Procuring direct from standard manufacturers eliminates distribution markups, giving engineers high design flexibility, custom input-output ranges, and factory-certified quality controls.
Telecom infrastructure providers globally (from North America's LTE/5G expansions to Europe's smart city transformations) require standardized converters to interface high input voltages (such as 220VDC or 110VDC) with reliable low-voltage loads (typically 48VDC or 24VDC). This is where our 19-inch rack-mount modules excel, providing steady performance in continuous operational environments.
Shenzhen Wemaxpower Technology Co., Ltd. is an established manufacturer with over 7 years of specialization in industrial programmable power supplies, custom DC-DC converters, and switching power modules. By exporting to major markets globally, our processes comply with international safety, environmental, and performance standards.
Our core engineering relies on a comprehensive 4-Step Quality Control (QC) Process designed to eliminate faults and ensure reliability under load:
From marine control boards in San Francisco Bay to optical networks in Silicon Valley, here is how our technology integrates locally.
Our rack-mount and enclosed modules use advanced thermal engineering, featuring high-performance heat-sinks, and active cooling configurations designed to withstand environmental variations.
This comparison table shows typical industrial DC-DC converter models built to support diverse inputs, and provide output regulation for critical equipment:
| Model Series | Nominal Input Voltage | Adjustable Output Voltage | Maximum Output Current | Application Category |
|---|---|---|---|---|
| WMP-220-48-40 | 220 VDC (180 - 270 VDC Wide) | 48 VDC (Isolated) | 40 A | Telecom Racks & Central Office Power |
| WMP-110-48-60 | 110 VDC (90 - 130 VDC Wide) | 48 VDC (Isolated) | 10A to 60A Configurations | Micro-grid Controller Power Supplies |
| WMP-CC-15K | 200 VDC / 250 VDC / 300 VDC | Constant Current Variable | Up to 75 A | High Power Research & Lab Testing |
| WMP-WP-48-19 | 48 VDC Nominal | 19 VDC (IP67 Waterproof) | 5 A | Vehicle, Truck, and Marine Controls |
Get in touch with our design engineers to customize electrical parameters, chassis configurations, and connector profiles.
Explore our full line of switching power supplies, variable controllers, high-voltage battery chargers, and rugged waterproof modules.
Visualizing the manufacturing processes, assembly precision, and shipment workflows at Wemaxpower.
Our factory team delivers high-quality, fully tested power conversion equipment to your projects.
Find answers to technical design inquiries, quality processes, customization options, and global shipping policies.
The 19-inch configuration matches standard network and telecom rack mounts. A 2U height provides sufficient vertical space to integrate active cooling (internal fans) and robust electrical isolation boundaries without exceeding horizontal layout spacing constraints.
Galvanic isolation isolates input circuits from output lines using magnetic couplers. This isolates input-side surges, grid spikes, and common-mode noise from reaching low-voltage output electronics, preventing equipment damage.
We inspect raw component inputs, verify board integration during semi-finished testing, perform functional calibrations at the finished stage, and run a 100% capacity dynamic burn-in test over extended periods to ensure product reliability.
Yes. We design and manufacture custom configurations. Customers can request specialized DC inputs (such as 180V-270V ranges), adjustable or regulated outputs (like 24V, 48V, or 110V), dynamic current thresholds, and outdoor-rated waterproof enclosures.
We export products directly from our Shenzhen facility. Small-volume air orders arrive via SFO (San Francisco International Airport), while containerized freight ships to the Port of Oakland. All shipments are packed in reinforced, vibration-tested transit cases.
Our converters are designed to comply with CE, RoHS, and major UL standards. By utilizing high-grade flame-retardant enclosures, standard overload, overvoltage, over-temperature, and short-circuit protections, we ensure safe integration into commercial and industrial grids.
Connect with our technical sales division to discuss power supply options, bulk pricing structures, and customizable input-output parameters.
Wemax Power
