Samsung Electronics has quietly launched its new Wireless Charger Magnetic 25W alongside the Galaxy S26 series announcement. This charger offers a compact and modern charging solution tailored for Galaxy users who seek the convenience of magnetic wireless charging without the need for a traditional charging pad.
Unlike many generic wireless chargers, this device adopts the latest Qi2 standard. Qi2 is a next-generation wireless charging protocol that supports precise magnetic alignment, similar to Apple’s MagSafe technology. This alignment ensures that the charging coils between the phone and the charger remain perfectly aligned, enabling more efficient and stable power transfer.
However, it is important to note that the Galaxy S26 series phones do not come with built-in magnets compatible with Qi2. Therefore, users must use a compatible magnetic case to enable the charger to securely attach and deliver maximum power.
Slim Design with Robust Performance
The Wireless Charger Magnetic 25W features an ultra-thin body measuring approximately 4.4 millimeters. It is equipped with a 1.5-meter USB-C braided cable, which enhances durability and prevents tangling during daily use.
Regarding charging power, the magnetic charger can deliver up to 25 watts wirelessly. This maximum speed is fully supported by the Galaxy S26 Ultra. The S26+ model allows for wireless charging at up to 20 watts, while the base S26 supports up to 15 watts.
Samsung claims that the charger can replenish the Galaxy S26 Ultra’s battery to about 50 percent in less than one hour. This speed makes it one of the fastest wireless charging solutions currently available in Samsung’s Galaxy ecosystem.
Market Availability and Pricing
The Wireless Charger Magnetic 25W has already been launched in select markets including the United States. It is priced at $49.99. Samsung plans to gradually expand its availability to other regions, including key Asian markets such as India in the near future.
This release marks Samsung’s strategic move to expand its accessory ecosystem with a more integrated and competitive wireless charging option. Although the company has not embedded internal magnets for Qi2 compatibility directly into the new Galaxy S26 phones, this approach offers users greater flexibility. They can choose from various magnetic cases without compromising compatibility with features like the S Pen or altering the internal phone design.
Key Features at a Glance
- Charging Standard: Utilizes the latest Qi2 wireless charging protocol with magnetic alignment for improved efficiency.
- Compatibility: Designed for Galaxy S26 series with magnetic-compatible cases required for full magnetic attachment.
- Charging Output:
- Galaxy S26 Ultra: Up to 25W wireless charging.
- Galaxy S26+: Up to 20W wireless charging.
- Galaxy S26: Up to 15W wireless charging.
- Design: Ultra-thin profile (4.4 mm) with a durable 1.5-meter braided USB-C cable.
- Price: $49.99, with ongoing market rollout planned.
Samsung’s latest wireless charger brings a new level of convenience and speed tailored to its flagship Galaxy line. As wireless charging technology continues to evolve, this magnetic charger sets a new standard in both performance and design for Samsung users who prioritize efficient and hassle-free charging.
Looking ahead, Samsung’s adoption of Qi2 with magnetic alignment suggests the company’s commitment to staying competitive in wireless charging technology. It may also pave the way for future Galaxy models to integrate native magnetic capabilities, simplifying the user experience further. Meanwhile, the current model supports a versatile ecosystem where users can personalize their device protection and charging setup with compatible magnetic cases.
This Wireless Charger Magnetic 25W offers notable improvements in speed and practicality over traditional wireless chargers, making it a valuable accessory for the Galaxy S26 series user base. Its introduction complements the launch of the new Galaxy phones and highlights Samsung’s focus on enhancing user convenience through ecosystem innovation.