display-protocols-dat

protocols convert

• RGB-to-LVDS-dat

protocols

MIPI stands for Mobile Industry Processor Interface.

• MIPI-DSI-dat - HDMI-dat - LVDS-dat - VGA-dat

• eDP-dat - SLVS-EC-dat

• parallel-display-dat - RGB-LCD-dat

• MIPI-dat - MIPI-CSI-dat - MIPI-DSI-dat

Other Display Interfaces

1. MIPI-CSI (Camera Serial Interface)

• Direction: Camera → Processor
• Also uses MIPI D-PHY (similar electrical layer as DSI).
• Serial, differential, high-speed.
• Instead of pixel-out, it’s pixel-in.

2. LVDS (Low-Voltage Differential Signaling)

• Parallel pixel data serialized over multiple lanes.
• Widely used in laptops before MIPI-DSI became popular.
• Lower data rate per lane (~945 Mbps) but can use many lanes.
• Simpler than DSI (no packet protocol like DSI).

3. eDP (Embedded DisplayPort)

• Mostly used in laptops and tablets.
• Based on DisplayPort standard.
• Packet-based like DSI, but higher bandwidth (multi-Gbps per lane).
• Supports very high resolutions (4K, 8K).

4. HDMI

• For external displays/TVs.
• Packetized video + audio.
• Higher voltage, not as power-efficient as DSI.
• Not usually used for mobile internal displays.

5. Parallel RGB / TTL

• Old-school direct pixel bus (1 wire per color bit + sync signals).
• Very high pin count, no serialization.
• Easy to understand but not good for high resolution.

6. SLVS-EC (Scalable Low Voltage Signaling – Embedded Clock)

• Newer serial interface from Sony and others.
• Competes with MIPI for camera & display links.
• Higher speeds than D-PHY in some cases.

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💡 Main takeaway:

• MIPI-DSI = optimized for internal mobile/tablet displays, low pin count, low EMI, power-efficient.
  
• LVDS and eDP = laptop displays.
  
• HDMI = external monitors/TVs.
  
• Parallel RGB = simple, low-res systems.

ref

• display-dat