يونيتك
محول يونيتك من USB-C إلى منفذ لشاشة العرض 1.4 موديل V1415A
Pay 4-Months Interest-Free Installments اعرف المزيد
- Resolution: Supports up to 4K@144Hz or 8K@60Hz.
- Display Modes: Mirror or extend USB-C laptop displays.
- Streaming: Compatible with HDCP 2.3 for protected content.
- Compatibility: Works with Mac, iPad, XPS, Surface, and more.
- Portability: Compact design for easy transport.
شامل ضريبة القيمة المضافة
- الضمان One Year
المعلومات الأساسية
- اللون: رصاصي داكن
- النوع: محول
تفاصيل المنتج
محوّل يونيتك USB-C إلى منفذ الشاشة 1.4 يوفّر اتصالاً سلساً وموثوقاً بين أجهزتك التي تدعم USB-C مثل ماك بوك وآيباد أو أجهزة الكمبيوتر المحمولة وشاشات الكمبيوتر التي تدعم منافذ الشاشة DisplayPort، مثالي للألعاب، بث الفيديو، والعروض التقديمية، يضمن تجربة بصرية عالية الجودة.
UltraHD Resolution
Experience exceptional quality with our USB-C to DisplayPort 1.4 Cable, supporting resolutions up to 4K at 144Hz or 8K at 60Hz. Perfect for feature-rich content and high frame rates, this 1.8-meter cable ensures smooth visuals and vibrant colors. Elevate your gaming and streaming experience with unparalleled clarity!
Multiple Display Modes
Allowing you to easily extend or mirror your screen from your USB-C PC to any display device. Whether for presentations, multitasking, or gaming, switch between modes effortlessly to enhance your viewing experience and productivity!
Stream with HDCP 2.3
Our adapter supports HDCP 2.3, allowing you to broadcast Netflix, Disney+, and other OTT content that is digitally protected onto your monitor. Enjoy your favourite shows and movies in high definition without any interruptions, making it the perfect solution for your streaming needs!
Ultimate Compatibility
Works with a huge range of devices including USB- C enabled Mac, iPad, XPS, Surface, and much more.
Perfect Portability
Compact and flexible. User-friendly, non-slip connector for easier plugging and unplugging. Premium aluminium casing allows for better heat dissipation. The flexible cable makes lesser chance of the wire breaking, ensuring stable and seamless signal transfer
