Viking Technology Introduces Industry’s Highest Density 16GB DDR4 Multi-Chip Package

Viking Technology, a division of Sanmina Corporation, announces their newly released 16GB DDR4 Multi-Chip Package (MCP).

Viking Technology, a division of Sanmina Corporation, announces their newly released 16GB DDR4 Multi-Chip Package (MCP). This high-density MCP is engineered to excel in embedded systems and rugged applications, setting new standards for performance, efficiency, and compactness in demanding environments.

“Viking’s 16GB DDR4 MCP offers unmatched storage capacity in a compact BGA footprint. The new DDR4 MCP technology, delivers enhanced memory density and accelerated speeds compared to its predecessors,” said Hamid Shokrgozar, President at Viking Technology. “Our 16GB DDR4 MCP has a remarkably compact design, offering significant space savings when compared to Standard DIMM Modules. Enhanced ruggedness is delivered through soldered connections rather than traditional DIMM connectors. Its small size provides exceptional memory capacity per cubic inch, delivering superior signal integrity and high memory bandwidth efficiency. Additionally, its simplified DDR routing contributes to lower motherboard costs, making it a cost-effective solution for various applications.”

Viking Technology’s 16GB DDR4 MCP is engineered to meet the demanding requirements of the defense and aerospace environments, where durability and reliability are critical, reinforcing Viking’s reputation as a trusted solution provider in defense technology.

The 16GB DDR4 MCP has demonstrated its robustness and reliability in the most demanding environments. From missile applications to fighter jets, its performance has proven instrumental in enhancing guidance systems, ensuring precision targeting and mission success. Additionally, its integration into Digital Signal Processing (DSP) boards unlocks advanced signal processing capabilities, enabling real-time data analysis and decision-making in complex battlefield situations underscoring the product’s versatility and effectiveness in meeting the stringent requirements of defense applications.

Exit mobile version