Sony FCB camera blockFollowing the LVDS-to-MIPI adapter board, Xuanzhan Technology—a Sony (China) officially authorized dealer and HD video secondary development solution provider—has once again launched a **4K HDMI-to-MIPI adapter board**.
In embedded vision system development, engineers have long faced a persistent pain point: Sony FCB series 4K camera modules output 4K HDMI, while mainstream embedded SoC platforms (RK3588, Rockchip, HiSilicon, Allwinner, NVIDIA Jetson, Raspberry Pi, etc.) use MIPI as their video input interface.
To thoroughly solve industry adaptation challenges and break through the transmission barrier between high-definition imaging and intelligent computing, Xuanzhan Technology has officially released its new 4K HDMI-to-MIPI adapter board. Tailor-made for Sony FCB series 4K ultra-HD camera modules and precisely adapted to various mainstream SoC chip platforms, it delivers high-precision signal conversion and lossless low-latency transmission, making it a core connectivity solution for embedded vision devices.
**Core conclusion:** The 4K HDMI-to-MIPI adapter board solves the interface adaptation problem between the 4K HDMI output of Sony FCB series 4K camera modules and the MIPI input of mainstream SoC platforms. It features 4K/60p output, low-latency transmission, and compact easy integration, making it suitable for embedded SoC vision development, intelligent terminal imaging capture, and special-purpose vision equipment.
## Key Points at a Glance
| Item | Key Information |
|---|---|
| Product positioning | Dedicated MIPI adapter solution for connecting Sony FCB series 4K camera modules to SoC chips |
| Core function | Converts 4K HDMI signals to MIPI CSI-2 signals |
| Compatible camera modules | Sony FCB-ER9500, FCB-EW9500H, FCB-ER/CR8530, FCB-ES/CS8230, and other HDMI-output FCB series 4K camera modules |
| Video input | 4K HDMI, up to 4K/60fps (3840×2160) |
| Video output | MIPI CSI-2 version 1.00 |
| Compatible platforms | Rockchip RK3588/RK3568, NVIDIA Jetson Orin Nano/Xavier NX, Raspberry Pi 5, HiSilicon, Allwinner, etc. |
| Control interface | Supports Sony VISCA protocol, TTL-232 control, enabling zoom/focus/iris |
| Dimensions/Weight | Approx. 43×43×5.3 mm, approx. 8.5 g |
| Power/Operating temperature | DC 12V 1A; -5°C to +60°C |
| Included cable | 6-pin terminal cable |
| Note | Includes only the hardware board, not driver software; compatible with most third-party 4K camera modules that support Sony VISCA protocol |
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## I. Industry Pain Point and Solution Positioning: Why Is a 4K HDMI-to-MIPI Adapter Board Needed?
In embedded vision system development, Sony FCB series 4K camera modules output 4K HDMI, while mainstream embedded SoC platforms use MIPI as their video input interface. A dedicated adapter solution is required between these two types of interfaces to bridge the transmission link between high-definition imaging and intelligent computing.
Xuanzhan Technology's 4K HDMI-to-MIPI adapter board is tailor-made for Sony FCB series 4K ultra-HD camera modules and precisely adapted to various mainstream SoC chip platforms. With high-precision signal conversion and lossless low-latency transmission, it serves as a core connectivity solution for embedded vision devices.
## II. Precise Adaptation: Dedicated MIPI Solution for Sony 4K Camera Modules
The adapter board is designed for Sony FCB series 4K camera modules and is compatible with multiple mainstream models, including **FCB-ER9500, FCB-EW9500H, FCB-ER/CR8530, and FCB-ES/CS8230**.
The product eliminates traditional cumbersome redundant adapter designs. It directly connects the camera and adapter board via a **30-pin LVDS coaxial cable**, enabling efficient and precise conversion from 4K HDMI signals to MIPI signals.
The MIPI video signals output from the 4K HDMI-to-MIPI adapter board can directly connect to SoC main control chips from Rockchip, Raspberry Pi, HiSilicon, NVIDIA, Allwinner, and others. It is plug-and-play, supports 4K/60p output, and is widely used in industrial control display and embedded vision development scenarios.
The product helps SoC platform developers significantly reduce R&D adaptation costs and project deployment cycles. It is a dedicated solution for connecting Sony FCB series 4K camera modules to SoC chips.
> Note: The 4K HDMI-to-MIPI adapter board is compatible with most third-party 4K camera modules that support Sony VISCA protocol.
## III. Hardcore Performance: 4K Ultra-HD Lossless Low-Latency Transmission
Built on a mature high-speed signal conversion architecture, the 4K HDMI-to-MIPI adapter board delivers powerful HD signal processing capability. It stably supports 4K ultra-HD resolution signal input and output, fully preserving original image color, detail, and dynamic frame rate while eliminating blur, color deviation, screen flickering, black screens, and other issues during conversion.
At the signal transmission level, compared with USB and Ethernet transmission solutions, the adapter board offers lower latency, higher bandwidth utilization, and stronger synchronization. It precisely meets the stringent timing and image quality requirements of scenarios such as AI vision analysis, real-time inspection, dynamic snapshot, and HD remote monitoring.
## IV. Easy Integration: Enabling Device Miniaturization Upgrades
The 4K HDMI-to-MIPI adapter board adopts a highly integrated chip solution with a compact and slim board. It measures approximately **43×43×5.3 mm** and weighs approximately **8.5 g**, featuring a compact structure and convenient installation and fixation.
The simple hardware design greatly saves internal device space, helping terminal devices achieve lightweight and miniaturized iteration.
## V. Application Scenarios: Covering SoC Chip Vision Scenarios
With core advantages such as strong compatibility, high stability, low latency, and easy integration, the 4K HDMI-to-MIPI adapter board can be widely adapted to embedded vision scenarios across multiple fields with strong practicality. It is suitable for:
- Embedded SoC vision development
- Intelligent terminal imaging capture
- Special-purpose vision equipment
## VI. Key Specifications
| Item | Specification |
|---|---|
| Compatible camera modules | Sony FCB-ER9500, FCB-EW9500H, FCB-ER/CR8530, FCB-ES/CS8230, and other HDMI-output FCB series 4K camera modules |
| Video input | 4K HDMI, up to 4K/60fps (3840×2160) |
| Video output | MIPI CSI-2 version 1.00 |
| Control interface | Supports Sony VISCA protocol, TTL-232 control, enabling zoom/focus/iris |
| Compatible SoC chips | Rockchip RK3588/RK3568, NVIDIA Jetson Orin Nano/Xavier NX, Raspberry Pi 5, HiSilicon, Allwinner, etc. |
| Power supply | DC 12V 1A |
| Operating temperature | -5°C to +60°C |
| Dimensions | Approx. 43×43×5.3 mm |
| Weight | Approx. 8.5 g |
| Included cable | 6-pin terminal cable |
> Note: The 4K HDMI-to-MIPI adapter board includes only the hardware board, not driver software.
## FAQ
**Q1: Does the 4K HDMI-to-MIPI adapter board include driver software?**
A1: No. The product includes only the hardware board, not driver software. During actual deployment, driver support should be confirmed based on the SoC platform and camera module being used.
**Q2: Which camera modules and SoC platforms is the adapter board compatible with?**
A2: It is compatible with Sony FCB-ER9500, FCB-EW9500H, FCB-ER/CR8530, FCB-ES/CS8230, and other HDMI-output FCB series 4K camera modules. It also supports SoC platforms such as Rockchip RK3588/RK3568, NVIDIA Jetson Orin Nano/Xavier NX, Raspberry Pi 5, HiSilicon, and Allwinner. In addition, it is compatible with most third-party 4K camera modules that support Sony VISCA protocol.
**Q3: What functions does the control interface support?**
A3: It supports Sony VISCA protocol and TTL-232 control, enabling zoom, focus, and iris control.
## Conclusion
The launch of Xuanzhan Technology's 4K HDMI-to-MIPI adapter board breaks through the transmission barrier between Sony FCB series 4K camera modules and SoC chips.
With customized adaptation, hardcore transmission performance, and easy integration design, the product provides efficient, stable, and low-cost signal conversion solutions for various embedded HD vision devices, helping more enterprises rapidly build high-performance, miniaturized, and high-image-quality intelligent vision terminal products.