DDR5-5600 Registered Long-DIMM – Driving AI Performance in E-Mobility
A high-speed, highly reliable memory solution built to empower AI-driven automotive systems.
Transcend’s TS4GAR80V6E DDR5-5600 Registered Long-DIMM delivers high-speed data transfer and reliability for AI-driven automotive systems. Its stability, efficiency, and wide-temperature endurance empower next-generation in-vehicle computing.
As the automotive industry accelerates toward intelligent mobility, high-performance memory solutions are essential for enabling real-time data processing in AI-driven applications such as ADAS, autonomous driving, and in-vehicle infotainment.
Transcend’s TS4GAR80V6E DDR5-5600 Registered Long-DIMM is purpose-built for these demanding environments. With blazing-fast transfer speeds, robust error correction, and extended temperature tolerance, it ensures stable operation and optimal efficiency for data-intensive automotive workloads. Designed to meet JEDEC standards, this module delivers the reliability and endurance required for long-term deployment in critical automotive systems.
Features
- DDR5-5600 Registered Long-DIMM
- 32GB capacity, 288-pin design
- Standard temperature range: 0°C ~ 95°C
- 30µ” PCB Gold Finger for improved durability
- 1.1V low operating voltage for energy efficiency
- JEDEC-compliant design with error correction capability
- Anti-sulfur protection for harsh environments
Applications
- ADAS (Advanced Driver Assistance Systems)
- Autonomous driving platforms
- Automotive data loggers
- In-vehicle infotainment systems
- Edge AI computing in connected vehicles
Key components
- DDR5-5600 DRAM architecture
- 2Rx8, 32GB capacity configuration
- Blazing-fast performance for AI data workloads
- Independent dual-channel transfer design
- On-DIMM PMIC (Power Management Integrated Circuit)
- On-die ECC correction for enhanced reliability
- Registered buffer for stable data transfer
- Built-in error correction capability (ECC)
- Anti-sulfur resistors for environmental resistance
- 30µ” PCB Gold Finger for improved signal integrity
- Standard temperature support (0°C to 95°C)
- Compliant with JEDEC and RoHS 2.0 standards
Benefits
- Ensures reliable performance under extreme automotive conditions
- Supports real-time AI processing with fast and efficient data handling
- Reduces power consumption with on-module power management
- Enhances data integrity and system stability through ECC protection
- Delivers long-term endurance for embedded automotive systems
