Nomad Unveils Slim USB-C Power Adapter: Nomad, a company renowned for its innovation in power adapters, has introduced a game-changer for tech enthusiasts with the launch of their new slim USB-C power adapters. These sleek and compact chargers come in 35W and 65W variants, promising to revolutionize the way we power our devices on the go.
Specifications
| 35W | 65W | |
|---|---|---|
| Price | $35 | $65 |
| Dimensions | 71.0 x 41.0 x 13.8mm | 76.4 x 48.5 x 14.9 mm |
| Power Output | 35W | 65W |
| Colors | Carbide | Carbide |
| Technology | GaN | GaN |
| Port(s) | 1 USB-C PD | 2 USB-C PD |
| Ultra-slim Design | Yes | Yes |
| Compatibility | iPhone, Various Devices | Various Devices |
| Simultaneous Charging | No | Yes |
| Foldable Prongs | Yes | Yes |
| Ideal for Travel | Yes | Yes |
Compatibility
35W USB-C Power Adapter: Charges smaller laptops, iPads, and your iPhone.
65W USB-C Power Adapter: Charges iPhone, iPad, MacBook, and most other USB-C charging devices.
Nomad Unveils Slim USB-C Power Adapter
The Nomad slim power adapters have garnered significant attention due to their ultra-compact design, making them an ideal travel companion. These adapters are equipped with folding power prongs, ensuring they fit seamlessly into any pocket or bag, providing the ultimate convenience for users who are constantly on the move.
What sets these adapters apart is their utilization of Gallium Nitride (GaN) technology. This cutting-edge technology enables Nomad to create a compact footprint while maintaining exceptional charging capabilities. Gone are the days of bulky, cumbersome power bricks; these slim adapters are a dream come true for those who need to pack efficiently, such as photographers with tight camera bags.
The 65W version of the Nomad slim power adapter is a powerhouse, capable of charging most Apple laptops with ease. It boasts dual-USB-C ports, with the left port delivering a high-powered 45W charge for larger USB-C devices, while the right provides 20W for your iPhone or other smaller gadgets. When using a single port, either one can deliver the full 65W of power, ensuring your devices are charged quickly and efficiently.
For those with smaller devices, the 35W version of the Nomad slim power adapter is an excellent choice. Not only is it more compact than its 65W counterpart, but it also delivers a versatile 35W charge, making it perfect for smaller laptops, iPads, and iPhones. This adapter is a versatile addition to any tech enthusiast’s arsenal.
Features
One standout feature of these power adapters is their thoughtful design. The cables run flat against the wall, eliminating the inconvenience of protruding cables. This design feature ensures that your cables remain intact, even when plugged into tight spaces, making it perfect for home use behind the couch or while traveling.
Nomad’s commitment to quality shines through in the design and build of these slim power adapters. The GaN internals offer three times more efficiency than silicon-based alternatives, reducing heat output significantly. This not only ensures safe and reliable charging but also extends the lifespan of the adapter.
Price
The 65W version is priced at $65, while the 35W version is a budget-friendly $35. Nomad’s efficient shipping process ensures that your adapter will be in your hands within just 2-3 days.
What is Gallium Nitride (GaN)
Gallium nitride (GaN) is a super tough and mechanically stable semiconductor with some remarkable advantages over silicon. It has a higher breakdown strength, faster switching speed, better thermal conductivity, and lower resistance. GaN can be grown on various surfaces like sapphire, silicon carbide (SiC), and silicon (Si). When we grow a layer of GaN on silicon, we can use existing silicon manufacturing facilities, saving money and making use of large, inexpensive silicon wafers.
People use GaN in making power devices, radio frequency (RF) components, and light-emitting diodes (LEDs). GaN has the potential to replace silicon in power conversion, RF, and analog applications.
The future of Gallium Nitride (GaN) technology looks bright, and it’s an exciting time for power design engineers to harness its benefits. GaN materials offer several advantages:
- Lower On-Resistance: GaN reduces conductance losses, which means less energy is wasted when electricity flows through it.
- Faster Devices: GaN components switch on and off more quickly, resulting in fewer energy losses during these transitions.
- Reduced Capacitance: GaN has lower capacitance, which means it loses less energy when charging and discharging devices.
- Lower Power Requirements: GaN circuits require less power to operate efficiently, contributing to energy savings.
- Compact Design: GaN devices are smaller, occupying less space on printed circuit boards (PCBs), allowing for more efficient use of available space.
- Cost-Effective: GaN technology can be more cost-effective, making it a practical choice for various applications.
