Multichip packages

uMCP storage (UFS-based memory multichip packages)

Our UFS-based multichip packages (uMCPs) take advantage of the ultra-fast Universal Flash Storage (UFS) controller to provide big performance and power savings in a small footprint for slim designs.

Choose a density

  • 536Gb
  • 544Gb
  • 560Gb
  • 1072Gb
  • 1088Gb
  • 2096Gb
  • 2112Gb
  • 2144Gb
  • 2176Gb
  • 4160Gb
  • 4192Gb
  • 4224Gb

Details

I/O Voltage Operating Temp
1.1/0.6 VOLTS -25C to +85C
1.8 VOLTS -25C to +85C, -55C to +85C
1.1 VOLTS -25C to +85C
1.2 VOLTS -25C to +85C
1.2 VOLTS -25C to +85C
1.2 VOLTS -25C to +85C
1.2 VOLTS -25C to +85C
1.2 VOLTS, 1.8 VOLTS -25C to +85C
1.2 VOLTS -25C to +85C
1.2 VOLTS -25C to +85C
1.2 VOLTS -25C to +85C
1.2 VOLTS -25C to +85C

Resources & documentation

Winning the race to the IoT edge

Get an overview of the IoT edge landscape and learn how Micron's broad offering of high-performance memory and storage solutions supports the growing demands of the IoT edge. Read more

Automotive segment flyer

Micron is powering the automotive industry with leading, comprehensive automotive-qualified memory. Read more

Multichip Packages FAQs

Find answers to frequently asked questions about Micron's multichip packages. Read more

Micron uMCP5

Micron’s uMCP5 product brings flagship-level performance into high-end phones, delivering unparalleled efficiency and battery life in a compact design. Micron uMCP5 offers the industry’s fastest storage and memory interface, able to process heavier workloads associated with 5G without compromising on performance or power use.

Unleashing 5G performance in high-end smartphones

The world is rapidly shifting to mobile networks powered by 5G, which will support immense amounts of data at the heart of disruptive technologies. Micron uMCP5 allows smartphones to handle data-intensive 5G data workloads with increased speed and power efficiency. Building on the uMCP4 framework, uMCP5 uses Micron LPDDR5 memory to optimize 5G networks and provides a nearly 20% power efficiency boost compared to LPDDR4. Devices with uMCP5 will support a maximum DRAM bandwidth of up to 6.4 Gb/s, a 50% increase compared to previous generations of LPDDR technology.

Key performance features

  • Maximum DRAM bandwidth of up to 6.4 Gb/s to enable full 5G support
  • 2x storage interface speeds supported by UFS 3.1, compared to UFS 2.1
  • Almost half the footprint of discrete memory solutions
  • UFS 3.1 that consumes almost 40% less power than its predecessor UFS 2.1
  • Endurance boosted by 66%, extending smartphone life span for heavy-use cases
  • LPDDR5 that is nearly 20% more power efficient than LPDDR4X

Featured Resources

Design tools

Your single source for tools and resources needed to maximize Micron's products and solutions for your design needs.