The BIT-MSE-8K-106Pro is an industrial-grade 8K multi-screen extender developed independently by Bitvisus, specifically designed for multi-desktop operation and multi-channel image processing scenarios. It can simultaneously receive two 8K video signals (any combination of HDMI2.1 or DP1.4) and seamlessly splice six displays via six 4K HDMI outputs. It supports 1×N, N×1, and M×N point-to-point splicing without stretching or distortion.

Dual 8K inputs: Optional HDMI2.1 and DP1.4 interfaces, with a maximum resolution of 7680×4800@30Hz, ensures full detail.

Multi-resolution output: Supports 4K30, 1080p60, 1200p60, 1080p120, 1200p120, and other modes, with backward compatibility with conventional HD monitors.

Point-to-point splicing: 1×N, N×1, and M×N splicing options ensure smooth, undistorted images and a wider field of view.

Fully hardware-based real-time processing: Utilizing a 28nm programmable FPGA, the fully hardware-based real-time processing architecture delivers extremely fast processing speeds and zero latency.

Industrial-grade reliability: Thickened 6-layer PCB, 16KV ultra-strong anti-static protection, overheat protection, and anti-interference design make it suitable for long-term operation in harsh environments.

Parallel expansion: Supports parallel operation of multiple devices, meeting large-scale splicing requirements such as large-screen real-time displays, video wall controllers, and multi-screen walls.

Low power consumption and energy saving: Utilizing 18W thermal conductivity materials, efficient internal heat dissipation ensures a balanced balance of performance and energy efficiency. Supporting Software: Paired with Bit Windowing Software, it enables flexible 8K multi-screen layouts, further enhancing the flexibility of multi-screen workstations.

What are common multi-screen extender application scenarios?

Command Center/Multi-Channel Surveillance: Simultaneously display multiple high-resolution surveillance feeds and splice 4K/8K video streams in real time.

Large Exhibitions/Exhibition Halls: Splice multiple 4K/8K large screens to create an immersive circular screen or panoramic wall.

Advertising Walls/Outdoor LCD Screens: High-brightness, long-running multi-screen advertising.

Virtual Reality/VR: 8K input ensures detailed images, and point-to-point splicing creates panoramic immersion.

Dual 8K Input: Compared to traditional multi-screen extenders that only support a single 8K channel, dual inputs provide greater signal redundancy and flexibility.

Fully Hardware-Based Real-Time Processing: FPGA-based hardware acceleration eliminates delays caused by software decoding, ensuring smooth, low-latency video output.

Industrial-Grade Protection: A 6-layer PCB and 16KV anti-static design ensure stable operation in high-temperature and strong electromagnetic interference environments.

Parallel Scalability: Multiple units can be connected in parallel to create video walls spanning thousands of square meters, meeting the needs of large-scale applications such as large advertising walls and exhibition halls.

Low-Power Design: 18W heat dissipation material and an efficient internal heat dissipation structure ensure low power consumption and low temperatures during extended operation.

What details should be considered during purchase and deployment?

Interface Compatibility: Confirm that the graphics card outputs HDMI 2.1 or DP 1.4, and select the corresponding input port.

Cooling Environment: Although the internal heat dissipation is excellent, it is recommended to place the device in a well-ventilated cabinet or open space to extend its service life.

Parallel Layout: For large-scale video wall construction, please refer to the official parallel usage guide to ensure network synchronization and clock consistency. Power Requirements: It is recommended to use a power supply with a rated power of ≥ 150W and voltage regulation to meet peak power consumption requirements.

Software Configuration: When using Bit Windowing software for multi-screen layout, first preset the resolution and splicing mode to ensure that each output corresponds to the correct display device.

Q1: Can the BIT-MSE-8K-106Pro drive six 4K displays simultaneously?

A: Yes. It provides six HDMI 4K outputs, supporting a variety of resolutions such as 4K30, 1080p60, and 1200p60, making it compatible with both conventional HD monitors and 4K UHD large screens.

Q2: If my graphics card only has a DisplayPort port, can I still use it?

A: Yes. DisplayPort and HDMI are optional input methods. You can use the DisplayPort 1.4 port to connect an 8K signal.

Q3: Will the image appear stretched or distorted when splicing multiple displays?

A: No. The BIT-MSE-8K-106Pro supports 1×N, N×1, and M×N point-to-point splicing, maintaining the original pixel ratio and ensuring the image is not stretched or distorted.

Q4: Can multiple BIT-MSE-8K-106Pro units be connected in series to create a larger advertising wall?

A: Yes. The product supports parallel operation, enabling real-time display of a multi-screen wall or video wall spanning thousands of square meters via network synchronization.

Q5: What are the power consumption and heat dissipation characteristics of the device?

A: Utilizing 18W thermal conductivity material and a well-designed internal heat dissipation design, the operating temperature remains within a safe range for extended periods, resulting in low power consumption and high energy efficiency.

Q6: Does it require an additional graphics card or decoder card?

A: No. Full hardware real-time processing based on a 28nm FPGA directly handles 8K/4K signal decoding, distribution, and output.