The Hynix H5TQ4G83CFR-RDJ is a 4Gb DDR3 SDRAM (Synchronous Dynamic Random-Access Memory) chip, manufactured by Hynix Semiconductor. This high-capacity memory component is designed for a broad range of applications requiring substantial memory and high-speed data transfer. Its features and architecture are optimized for both performance and power efficiency.

Applications

• Desktop PCs
• Laptop Computers
• Graphics Cards
• Gaming Consoles
• Networking Devices (routers, switches)
• Servers
• Embedded Systems requiring significant memory

Features

• Capacity: 4Gb (512M x 8)
• Organization: Configured as 512M x 8 bits
• Interface: DDR3, supporting high-speed data transmission
• Data Rate: Up to 1600 Mbps (PC3-12800)
• Voltage: Operates at 1.5V, designed for reduced power consumption
• Operating Temperature: Standard commercial temperature range
• Package: FBGA (Fine-pitch Ball Grid Array) for optimized board space and thermal dissipation

Benefits

• Large Memory Capacity: 4Gb capacity supports demanding applications and large datasets.
• High Bandwidth: DDR3 interface enables fast data transfer, enhancing system responsiveness.
• Low Power Consumption: 1.5V operation extends battery life in portable devices and reduces overall system power.
• Improved System Performance: Faster memory access times contribute to quicker application loading and smoother multitasking.
• Reliable Operation: Manufactured by Hynix, ensuring high quality and dependable performance.

Additional Details

The H5TQ4G83CFR-RDJ DDR3 SDRAM is compliant with JEDEC standards for DDR3 memory. It features power-saving modes to minimize energy usage during idle states. Key architectural features include write leveling, dynamic on-die termination (ODT), and auto-refresh, improving signal integrity and system stability. The FBGA package facilitates efficient heat dissipation, allowing for reliable operation even under heavy workloads. This chip is ideal for use in a variety of consumer, industrial, and server applications where a large memory footprint, high performance, and power efficiency are critical. Its widespread adoption in numerous electronic devices highlights its versatility and reliability in meeting the demands of modern computing.