Whether you’re trying to minimize power consumption, maximize board space, increase speed, or do everything at once, Micron’s MCPs can drive your design no matter the application. Our fully tested, stackable MCPs and PoPs are the small form factors your mobile designs need.
Form factor, speed, power—your mobile customers want all three. With Micron's
MCPs you can respond to customers' ever-increasing demands without compromising
leading-edge performance. And you can do it with memory solutions from a manufacturer
whose primary focus is semiconductors. And because we manufacture all the memory elements
of our MCPs—from the NAND Flash to the Mobile
LPDRAM—we can offer MCP/PoP solutions with a variety of packages and technology options; please contact us for inquiries and more information.
Tech Support Throughout Your Design Cycle
Want to simplify NAND integration? Our suite of engineering software and services
for MCPs and PoPs makes it easy. We’ve anticipated your technical challenges
and collaborated with chipset vendors and OS engineers to solve them. Learn
how to optimize your mobile design and ease your development process with our
NANDcode™ Software, processor-optimization tech notes, and system compatibility
reports. It’s all available to our customers on our Mobile Engineering
Secure Site.
Powerful, High-Density NAND Flash
With industry-standard densities, configurations, and interfaces, our NAND Flash
enables drop-in compatibility and easy integration. Enable ever-smaller and
ever-sleeker product designs with small footprints and low heights, and get
the mass storage you need for sequential data, such as pictures, movies, and
music. Design with confidence knowing that we've anticipated the technical challenges
and collaborated with chipset vendors and operation system engineers to solve
them. Streamline time-to-market with experienced, market-specialized design
support, and take your designs in new and different directions knowing that
we have you covered for everything mobile.
High-Performance Mobile LPDRAM
Our Mobile LPDDR delivers a 1.8V power supply to reduce power consumption, and
the 1.2V I/O option available on some devices improves signaling for high-speed,
high-bandwidth operation. You can also achieve data transfer rates of 400 Mb/s
with parts that deliver clock speeds up to 200 MHz. And with a myriad of package
options and a full range of densities, you have the design flexibility and migration
path to provide your customers with all the high-performance features and functionality
that their mobile needs require.
Technical Support
Streamline time-to-market with our design expertise, systems understanding,
and familiarity with the overall NAND market.
Custom Software Support
Design with confidence knowing that we've anticipated the technical challenges
and collaborated with chipset vendors and operation system engineers to solve
them.
Compact Footprint
Enable ever-smaller and sleeker product designs with small footprints and low
heights.
SoC, SiP, PoP, MCP? Choose the Right Die-Stacking Solution
No one die-stacking technology suits every application. Each offers different benefits in terms of four key design elements: board space, height, performance, and cost. In the 20-minute online presentation titled "Multi-Die Stacking: Choosing the Right Solution," learn the advantages and disadvantages of four popular stacking solutions—SoC, SiP, PoP, and MCP. Let Micron’s experts help you pick the best technology for your application.
IBIS Behavioral Models:
Micron has been a member of the IBIS Open Forum for many years and fully supports the IBIS specification. IBIS models for most Micron products are available for download from the Micron Web site.
TN-00-07
11/2009
168KB
Thermal Applications:
Defines a general method and criteria for measuring and ensuring that Micron components and modules do not exceed the maximum allowable temperature
TN-00-08
5/2010
258KB
Recommended Soldering Parameters:
Defines the recommended soldering techniques and parameters for
Micron Technology, Inc., products.
Understanding Signal Integrity:
Describes how memory design, test, and verification tools can be used to the greatest advantage, from conception of a new product through end of life
TN-00-20
12/2009
2MB
Micron Small Form Factor PoP Helps Gumstix:
Micron's PoP NAND Flash/LPDRAM solution provides performance in small form factor for Gumstix' Linux-based, single-board computers.
ESD Precautions for Die/Wafer Handling and Assembly:
Describes the benefits of controlling ESD in the workplace, including higher yields and improved
quality and reliability, resulting in reduced manufacturing costs.
Environmental Programs:
Describes the environmental programs at Micron, including air quality, pollution prevention, reclamation and reuse, and waste recycling and reduction.
Please Note: To view Secure Documents () please log in or click on a secured document to request access.
What PoP/MCP parts have been validated with the OMAP™35x?
Micron works closely with Texas Instruments (TI) to validate and optimize our parts for the OMAP35x processors. As we work with the OMAP35x team, the list of validated memory devices expands frequently. For the most current information, contact your local Micron support, or contact Micron Product Technical Support. Be sure to select MCP for the quickest response time.
Can I use a discrete package with the OMAP™35x?
The PoP versions of the OMAP35x (package designations, CBC and CBB) are specifically designed to take advantage of the PoP interface for the NAND and Mobile LPDDR signals through the top of the OMAP package. However, you can route the NAND and Mobile LPDDR signals out of the bottom of the OMAP to a discrete package. The nonPoP OMAP35x package (package designation CUS) is specifically designed to use discrete memory packages.
Do I use only Mobile LPDDR with the OMAP™35x, or can I use a standard SDR/DDR/DDR2/DDR3 part?
The OMAP35x is only compatible with Mobile LPDRAM. Standard SDR/DDR/DDR2/DDR3 is not supported.
Do you have any reliability data on the PoP?
Yes. We do have reliability data on the PoP. Contact Micron for more information.
For a PoP/MCP, does the qualification testing at the factory differ from testing on the discrete components?
No. the PoP/MCP parts undergo the same qualification testing as the discrete components.
How do I know the Micron part number for the part on the Beagle Board?
The Beagle Board uses our NAND + Mobile LPDDR PoP combination parts, and the densities vary depending on which version of the Beagle Board you have. Type the second 5-digit alphanumeric code on the physical part into our FBGA Decoder, which will provide you with the corresponding Micron part number.
I am using the Logic Zoom™ OMAP™35x kit. What is the Micron part number for the part used on this platform?
The Logic Zoom OMAP35x kit uses our NAND + Mobile LPDDR PoP combination parts, and the densities vary depending on which Logic Zoom OMAP35x kit that you have. Type the second 5-digit alphanumeric code on the physical part into our FBGA Decoder, which will provide you with the corresponding Micron part number.
I’ve heard that opting for a PoP/MCP solution is more expensive than using discretes, so why should I use it?
From a system-solution perspective, because the PoP mates directly onto the processor, it eliminates the need to have traces routed on the PCB. This saves costs for the customer, as well as provides better signal integrity.
Our contract manufacturer has little experience with PoP. Why should we try something new?
The market is driving the requirement for the smaller PoP form factor, and several contract manufacturers have already enabled this technology. PoP can help save in routing costs and improve signal integrity. Given those cost and performance advantages, Micron recommends that you work very closely with your CM to ensure a good transition to this technology. Micron worked closely with Texas Instruments (TI) on the technical notes PCB Design Guidelines Part I and
PCB Assembly Guidelines Part II. These can also help provide guidelines to help you work with your CM for the best success on your conversion to PoP.
We designed in discrete parts, but now we are using PoP parts. They appear to be limited in what speeds we can achieve. What is the problem?
When moving from testing with discrete parts to PoP, care should be taken that no stubs are left from the design containing the discrete components. If needed, a 0 Ohm resistor could isolate the memory from the traces used for the discrete part.
What are your PoP/MCP offerings for x8 NAND and/or x16 Mobile LPDDR?
Our standard offerings are x16 NAND and x32 Mobile LPDDR. We also have x8 NAND and x16 Mobile LPDDR. For the most current information, contact your local Micron support.
What is an MCP? What is a PoP? What is the difference between the two devices?
MCP is multichip package that contains multiple die and can be used by any controller. PoP is a form of an MCP made specifically to stack on top of a processor that has pads on the top side that mate to the ballout of the PoP. Because the PoP package stacks right on top of the processor, it eliminates the need to have traces routed on the PCB and provides better signal integrity. A variety of PoP packages are designed for various processors. PoP and MCP devices give designers the ability to take advantage of z space and to provide the flexibility to offer different logic in one package (for example, NAND + Mobile LPDDR or e-MMC™ + NAND + Mobile LPDDR). We have a wide selection of offerings to meet our customer’s needs.
What is the maximum amount of memory that Micron can support on the OMAP™35x processors?
Micron works closely with Texas Instruments (TI) to validate and optimize our parts for the OMAP35x processors. As we work with the OMAP35x team, the list of validated memory devices expands frequently. For the most current information, contact your local Micron support, or send an e-mail to mcpsupport@micron.com.
What parts have been validated for TI OMAP™ processors?
Micron works closely with Texas Instruments (TI) to validate and optimize our parts for the OMAP35x processors. As we work with the OMAP35x team, the list of validated memory devices expands frequently. For the most current information, contact your local Micron support, or send an e-mail to mcpsupport@micron.com.
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We look forward to the opportunities this acquisition brings. In fact we’re already hard at work to integrate the products, support, and technical information on our Website — so if you’re looking for information or support for Numonyx products, just use the "Navigate Numonyx" tab above.