Stock Status: 1x unit in stock
Powerfully Petite
Our 65W laptop charger is kind of a big deal. It plays well with most USB-C® devices[1], packs two powerful ports for simultaneous charging[2], and it's smaller than ever. Pack this petite power player and enjoy fast charging[3] wherever you roam and the efficiency of gallium nitride (GaN) technology .
Specs
| Weight & dimensions |
| Cable length |
1 m |
| Width |
75 mm |
| Depth |
53 mm |
| Height |
22 mm |
| Weight |
85 g |
| Packaging content |
| Quantity per pack |
1 pc(s) |
| Operational conditions |
| Operating relative humidity (H-H) |
10 - 95% |
| Design |
| Product colour |
Black |
| Performance |
| USB connectivity |
Yes |
| USB connector type |
USB Type-C |
| Logistics data |
| General Product Safety Regulation (GPSR) URL |
https://support.hp.com/us-en/document/ish_6126692-6126777-16?openCLC=true |
| Packaging data |
| Package width |
75 mm |
| Package depth |
53.3 mm |
| Package height |
22 mm |
| Package weight |
525 g |
| Features |
| Purpose |
Laptop |
| Power supply type |
Indoor |
| Output voltage |
5,9,12,15,20 V |
| Maximum input power |
65 W |
| USB ports quantity |
2 |
| Sustainability |
| Sustainable technologies and materials |
Outside box and corrugated cushions are 100% sustainably sourced and recyclable; 30% post-consumer recycled plastic |
| Brand-specific features |
| HP GTIN (EAN/UPC) |
196337694859 |
Features
HP 65W GaN USB-C Laptop Charger. Purpose: Laptop, Power supply type: Indoor, Output voltage: 5,9,12,15,20 V. USB connector type: USB Type-C. Product colour: Black. Sustainable technologies and materials: Outside box and corrugated cushions are 100% sustainably sourced and recyclable; 30% post-consumer.... Cable length: 1 m, Width: 75 mm, Depth: 53 mm
Product Description
Powerfully Petite
Our 65W laptop charger is kind of a big deal. It plays well with most USB-C® devices[1], packs two powerful ports for simultaneous charging[2], and it's smaller than ever. Pack this petite power player and enjoy fast charging[3] wherever you roam and the efficiency of gallium nitride (GaN) technology .
