hoco Lightning to 3.5mm Audio Nylon Braided Cable 1m UPA32A
- Premium Material Construction : Featuring a durable aluminum alloy housing combined with a nylon braided cable exterior, offering exceptional resistance to tangling, fraying, and daily wear for long-term reliability.
- High-Purity Audio Transmission: Engineered with a high-quality 10/0.10BC OD3.8 cable core, ensuring minimal signal loss and pristine digital audio conversion from Lightning to analog 3.5mm devices.
- Universal Device Compatibility: Seamlessly connects Lightning-equipped Apple devices (iPhone, iPad) to any 3.5mm audio port, supporting headphones, car stereos, speakers, and more for versatile use.
- Plug-and-Play Simplicity: Hassle-free setup—directly plug the Lightning connector into your Apple device and the 3.5mm jack into your audio gear for instant high-fidelity sound without software or adapters.
- Lightweight & Travel-Ready: Weighing just 21.5g with a compact 1-meter length, this cable is effortlessly portable and tangle-free, ideal for on-the-go listening without bulk.
SPECIFICATION:
- Model: UPA32A
- SKU: 9734
- Housing Material : Precision-machined aluminum alloy
- Cable Length: 1 meter
- Net Weight: 21.5 grams
- Cable Jacket: Abrasion-resistant nylon braiding
- Conductor Construction: 10 strands × 0.10mm BC (Bare Copper) wires
- Outer Diameter: 3.8mm ±0.1mm
- Connector A: Apple-certified Lightning male
- Connector B: 3.5mm TRS stereo male
Q: Will this cable work with my new iPhone running the latest iOS?
A: Absolutely. Being MFi-certified by Apple ensures full compatibility with all iPhones and iPads running iOS 10 or newer, including iPhone 15 models and future iOS updates.
Q: How does the audio quality compare to Bluetooth headphones?
A: It delivers superior, uncompressed digital-to-analog conversion via the Lightning port. You’ll notice clearer vocals, deeper bass, and zero latency—perfect for hi-res music, gaming, and videos.
Q: Can I use this while charging my phone simultaneously?
A: Unfortunately not. The Lightning port is occupied by the cable, but our design allows low power consumption (