company blog about Mingjiada Electronics Supply Maxim MAX96752FGTN/V GMSL2 Deserializer

Mingjiada Electronics Supply Maxim MAX96752FGTN/V GMSL2 Deserializer

Shenzhen Mingjiada Electronics Co., Ltd. — as a renowned supplier of electronic components, consistently provides multi-brand chip solutions including the MAX96752FGTN/V. This GMSL2 deserialiser chip, manufactured by Maxim, has become a critical component in video transmission systems for automotive electronics and industrial vision applications due to its high performance, low latency, and exceptional reliability.

01 Product Overview
The MAX96752FGTN/V is a high-performance second-generation Gigabit Multimedia Serial Link (GMSL2) deserialiser chip, specifically engineered for high-speed video and data transmission requirements.
This chip converts single-link or dual-link GMSL serial inputs into single-channel or dual-channel OLDI outputs, while integrating full-duplex communication, audio transmission, and peripheral control functions.
Certified to AEC-Q100 standards, the MAX96752FGTN/V operates within the automotive-grade temperature range of -40°C to +105°C, making it suitable for demanding applications such as in-vehicle systems, industrial control, and medical equipment.

02 Specifications
Detailed technical specifications for the MAX96752FGTN/V are as follows:
Type: Deserialiser
Data Rate: 6Gb/s
Power Supply Polarity: Single supply
Operating Voltage: 1.7V to 1.9V
Operating Supply Current: 125mA
Power Dissipation: 2.2W
Input Type: Serial
Output Type: LVDC
Number of Inputs: 2 Inputs
Number of Outputs: 2 Outputs
Package: TQFN-56
Mounting Style: SMD/SMT
Operating Temperature: -40°C to +105°C

03 Product Features
High-Performance Video Transmission
The MAX96752FGTN/V supports bidirectional transmission up to 6Gbps, meeting real-time transmission requirements for 4K@60Hz video signals.
Each OLDI output port supports pixel clock frequencies up to 150MHz. In dual-port mode, it delivers a combined pixel clock frequency of up to 300MHz, capable of driving multiple high-resolution displays.
The chip supports video cloning and dual-view partitioning, enabling dual-display operation for multi-screen output from a single video source or simultaneous partitioned display of different sources on a single screen.
Comprehensive Control and Audio Capabilities
The MAX96752FGTN/V integrates full-duplex control channels supporting I²C or UART modes, providing two transparent I²C/UART channels and one SPI channel for real-time peripheral control.
The bidirectional audio channel supports up to eight channels in I2S stereo and TDM modes, with audio sampling rates up to 192kHz and latency below 2ms, meeting high-quality audio transmission requirements.
High Reliability Design
The MAX96752FGTN/V complies with ASIL-B functional safety standards, integrating 16-bit CRC checksum (control channel) and 32-bit video line CRC checksum. It supports error retransmission mechanisms to enhance system reliability.
The chip incorporates an intelligent thermal management module, achieving an MTBF exceeding 100,000 hours at 105°C under full load conditions. Sleep mode power consumption remains below 15mW, making it suitable for battery-powered devices.

04 Core Application Scenarios
Automotive Electronics
Within the automotive sector, the MAX96752FGTN/V finds extensive application in intelligent cockpit systems, driving multi-screen synchronous display for instrument clusters, Head-Up Displays (HUDs), central control screens, and rear-seat entertainment displays.
This chip also serves as a core component in ADAS systems, transmitting video streams from surround-view cameras to ECUs with sub-10ms latency to ensure driving safety.
Specific applications include: instrument clusters with head-up displays, central information displays, and rear passenger entertainment screens.
Industrial Control
The MAX96752FGTN/V excels in industrial machine vision systems, transmitting industrial camera data to industrial PCs via STP cables with superior noise immunity compared to traditional LVDS solutions.
Additionally, this chip supports multi-sensor fusion, enabling simultaneous transmission of video, SPI sensor data, and I²C control signals, significantly simplifying system cabling.
Medical Equipment
Within the medical field, the MAX96752FGTN/V is employed in endoscopic systems, transmitting 1080p@120Hz video and 8-channel audio in real time, while supporting bidirectional communication between doctors and patients.
Its CRC verification mechanism ensures patient data integrity, complying with IEC 60601-1-2 electromagnetic compatibility standards for applications such as medical imaging archiving.

The MAX96752FGTN/V, with its outstanding performance and rich feature integration, stands as an ideal choice for GMSL2 video transmission systems. Whether for multi-screen interaction in automotive smart cockpits, high-precision inspection in industrial machine vision, or real-time image transmission in medical endoscopes, the MAX96752FGTN/V delivers reliable solutions.

Mingjiada Electronics maintains ample stock of the MAX96752FGTN/V, ensuring customers can promptly obtain required components. This chip is packaged in TQFN-56 format, with flexible procurement quantities available to suit customer needs.

For further product information or pricing enquiries regarding the MAX96752FGTN/V, please visit Mingjiada Electronics' official website (https://www.integrated-ic.com/) for comprehensive supply details.