Parameter differences and differences between Taiwan Ange AG6202 and Taiwan Richida CS5210 | HDMI to VGA solution comparison | AG6202 and CS5210 circuit design differences

                                                                         Parameter differences and differences between Taiwan Ange AG6202 and Taiwan Richida CS5210 | HDMI to VGA solution comparison | AG6202 and CS5210 circuit design differences

Taiwan Ange AG6202 and Taiwan Richie CS5210 are both used to design chip solutions that convert HDMI to VGA without audio output.

Overview of Taiwan Ange AG6202 and Taiwan Ricky CS5210 Chips

The AG6200 chip is an HDMI (High Definition Multimedia Interface) to VGA bridge chip. It converts HDMI signals into standard VGA signals, which can be designed in adapters, smart cables and other devices.

The CS5210 HDMI to VGA converter combines HDMI input interface and analog RGB DAC output. Support internal LDO, save cost, optimize circuit board space. The embedded microcontroller is based on the industry standard 8051 core. CS5210 is suitable for various market systems and display applications, such as notebook computers, motherboards, desktops, conversion and docking systems.

Comparison of the characteristic parameters of Taiwan Ange AG6202 and Taiwan Richie CS5210:

Taiwan Ange AG6202 parameters:

AG6202 supports 1920x1200@60Hz video resolution

Support hot plug detection

No crystal, integrated crystal on chip

AG6202 built-in 3.3 vand 1.2V voltage regulator

Chip HDCP engine, in line with HDCP 1.4 specification

Chip integrated HDCP1.4 key

1.2V core power supply and 3.3VI/O power supply

2KV ESD anti-static performance

AG6202 working temperature range: 0°~ +85°

Taiwan Ricky CS5210 parameters:

HDMI 1.4 compatible receiver

 

VGA output interface, DAC speed up to ~200 MHz pixel rate, 8 bits

 

Video resolution supports up to 1920x1200@60 and 1920X1080@60Hz

 

Built-in oscillator, no need for external crystal

 

Embedded Linear Difference Regulator (LDO)

 

Embedded microcontroller

 

On-chip HDCP engine compliant with HDCP 1.4 specification (optional)

 

Integrated on-chip HDCP 1.4 key (optional)

 

Embedded EDID (If the terminal device does not have it, CS5210 will respond with EDID)

 

Support EEPROM free mode by using internal pre-written ROM

 

Support automatic power saving mode

 

Support VGA connection detection

 

Internal power-on reset (POR)

 

Dual-channel 16-bit resolution sigma-delta DAC

 

I2C slave interface and HDMI DDC interface can be used for debugging and firmware update.

 

QFN32 4x4 packaging

 

HDMI digital input

 

HDMI 1.4 compatible

 

Built-in high-performance adaptive equalizer

 

Support hot plug detection

 

VGA output interface

 

Triple 8-bit DAC (digital-to-analog converter) with clock frequency up to 200 MHz

 

Video resolution supports up to 1920x1200@60 and 1920X1080@60Hz

 

Embedded V-sync/H-sync 5V buffer

 

HBM 4-KV for VGA connector pins

 

Compliant with VESA VSIS v1r2

 

Embedded microcontroller

 

Industry standard 8051 core

 

Support I2C master-slave up to 400 KHz.

 

Power and technology

 

Single 5V power supply

 

Ultra-low standby power < 100uW

Chip packaging and pin configuration of Taiwan Ange AG6202 and Taiwan Richie CS5210:

1. Taiwan Ange AG6202 chip package and pin configuration:

 Table 1 AG6202 package information

Figure 1 AG6202 pin configuration

 2. Taiwan Riqida CS5210 chip package and pin configuration:

Table 2 CS5210 configuration information

Figure 2 CS5210 pin configuration

 

 Circuit design schematic diagram of Taiwan Ange AG6202 and Taiwan Ricky CS5210 chip

The schematic diagram of AG6202 circuit design:

 

 CS5210 circuit design schematic diagram:

In summary, it can be seen that the Taiwan Ange AG6202 chip is QFN48-pin, and the peripheral circuit is more complicated, the overall BOM cost is higher, and the chip unit price is higher, and the overall solution is not cost-effective.
Taiwan Riqida CS5210 chip is QFN32 pin, and the peripheral circuit is simple, the built-in LDO design is simpler, the overall BOM cost is lower than AG6202, and the chip unit price is more advantageous than AG6202, and the overall product design compatibility is also good.

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Origin blog.csdn.net/qq1659747718/article/details/114261806