ULANZI GL01 GlowUp Luz de selfie LED MagSafe para iPhone, 2500K-9000K, CRI 97, branca

With a CRI of ≥95 and TLCI of ≥97, the ULANZI GL01 GlowUp delivers studio-grade colour accuracy in a pocket-sized magnetic light. It snaps onto any MagSafe iPhone for instant, professional lighting anywhere.

Overview

The ULANZI GL01 GlowUp is a magnetic LED selfie light designed for iPhone 12 and later models. Its MagSafe compatibility ensures a secure, tool-free attachment to the back of your phone, while the stepless dimming and wide colour temperature range give you full creative control. Whether you're shooting vlogs, taking selfies, or on a video call, this light provides soft, flicker-free illumination that flatters every subject.

What stands out

• MagSafe magnetic mounting: attaches instantly to any MagSafe-compatible iPhone, no clips or adhesives needed.
• Ultra-high colour fidelity: CRI ≥95 and TLCI ≥97 reproduce colours faithfully, making skin tones look natural and vibrant.
• Wide colour temperature range: adjustable from warm 2500K to cool 9000K to match any ambient lighting or creative mood.
• Stepless dimming: smoothly adjust brightness from 0 to 100% for precise exposure control.
• Compact and lightweight: at only 110g, it adds minimal bulk to your phone and fits easily in a pocket.
• USB-C fast charging: recharge the built-in 2000mAh battery in about 2.5 hours.

Technical details

• Light source: 60 LED beads (30 warm, 30 cool) with a 120° beam angle.
• Maximum illuminance: 800 lux at 0.5m.
• Battery: 2000mAh lithium-ion, providing up to 1.5 hours at full brightness and up to 10 hours at 10% brightness.
• Charging: USB Type-C, 5V/2A input, approximately 2.5 hours for a full charge.
• Material: ABS + PC, durable and lightweight.
• Compatibility: iPhone 12 series and later with MagSafe.

Our verdict

The ULANZI GL01 GlowUp is a compact powerhouse for mobile content creators. Its magnetic mount and studio-quality light output make it an essential accessory for anyone serious about iPhone photography and videography.