The Epson HC3800 employs precision lens technology to achieve exceptional image clarity and uniformity. This projector also integrates Bluetooth functionality, allowing seamless audio connectivity with minimal latency.
The Epson HC3800 utilizes advanced optical design principles, particularly through its multi-element precision glass lens structure. This design minimizes optical aberrations and maximizes light transmission efficiency, resulting in enhanced image clarity and focus across the entire display surface. The incorporation of HDMI 2.0 circuitry facilitates full 18 Gbps support, which is critical for transmitting high bandwidth 4K HDR content without degradation. Furthermore, the projector’s built-in dual 10 W speaker system illustrates the importance of acoustic design, offering adequate sound output for minimalist setups while utilizing aptX Bluetooth technology to leverage high-quality audio transmission to external speakers, reducing latency and preserving fidelity.
Key Features
-
Full 18 Gbps HDMI 2.0 Support: Enables transfer of high-resolution video signals with higher frame rates, maintaining integrity in color depth and range for HDR content.
-
Precision Lens: Composed of multiple glass elements that reduce distortion and improve focus uniformity from edge to edge, ensuring that the entire image is sharp.
-
Built-in Stereo Speakers: Features dual rear-firing speakers designed to deliver a balanced sound profile, useful for basic audio needs without reliance on external systems.
-
aptX Bluetooth Connectivity: Facilitates high-quality wireless audio streaming with low latency, ensuring synchronized sound and image output.
-
Active 3D Support: Uses advanced eyewear technology to reproduce 3D content accurately, leveraging precise timing in image displays to create an immersive viewing experience.
Technical Specifications
- Resolution: 4K PRO-UHD
- HDMI Standard: 2.0
- Color Depth: 10-bit
- Refresh Rate: 60 Hz
- Speaker Output: Dual 10 W
- Bluetooth Protocol: aptX
- Lens Shift: Precision vertical and horizontal