Multi-chip Package Solutions
High performance memories for reliable instant-on systems
Infineon multi-chip package (MCP) solutions enable feature rich applications in space constrained designs by combining high-performance Infineon Flash memory and other high quality memory devices into a single small, consistent footprint.
Cellular handset designers and other leading manufacturers face many challenges providing the latest features in decreasing footprints. Infineon MCP devices meet these challenges by offering a single, space-saving package with the performance and quality that customers expect from Infineon products.
Because the various Infineon MCP solutions are stacked in a consistent footprint and pinout, you can easily design a single-board using a universal MCP footprint and provide differentiated products without redesigning your board. In addition, the advanced stacking technology utilized can readily be applied to new Flash, SDRAM or other devices as they are introduced.
As a high volume consumer of SRAMs and pSRAMs for integration into MCPs, Infineon can secure supply at reduced prices and pass on those savings to you. In addition, we manage the complex logistics, quality and inventory management issues that can arise when procuring memory, thereby enabling you to streamline your supply chain.
Last Updated: May 06, 2022
Infineon works directly with our partners to ensure our HYPERBUS™ memory solutions are fully compatible with existing and new chipsets. This effort ensures Infineon’s products can be easily paired with chipsets from industry-leading manufacturers while shortening customers’ embedded system design cycles.
Check back regularly to verify the growing list of microcontrollers supporting HYPERBUS™ products.
HYPERBUS™ Chipset Support
| Partner | Chipset / Platform Name | Application | HyperFlash | HyperRAM |
| Infineon |
TRAVEO™ S6J331x | Automotive Cluster | • | • |
| TRAVEO™ S6J335x | Automotive Gateway | • | • | |
| TRAVEO™ S6J326Cx | Automotive Cluster | • | • | |
| TRAVEO™ S6J324Cx | Automotive Cluster | • | • | |
| TRAVEO™ S6J327Cx | Automotive Cluster | • | • | |
| TRAVEO™ S6J328Cx | Automotive Cluster | • | • | |
| TRAVEO™ S6J32DAx | Automotive Cluster | • | • | |
| TRAVEO™ S6J32BAx | Automotive Cluster | • | • | |
| TRAVEO™ II CYT4BF | Automotive Body | • | • | |
| TRAVEO™ II CYT3BB/4BB | Automotive Body | • | • | |
| FM4 Family S6E2DH Series | Industrial | • | • | |
| Altera/Intel |
MAX10 | Industrial | • | • |
| Cyclone 10 LP | Industrial | • | • | |
| Faraday Tech |
A600 | IoT | • | • |
| GCT | GDM7243i | IoT | • | • |
| Gowin Semiconductor | GW1NSR-2C | FPGA, Industrial | • | • |
| Greewaves Technologies | GAP8 | Artificial Intelligence(AI), IoT | • | • |
| Lattice Semiconductor | CrossLink-NX | Image Sensor | • | |
| Maxim | MAX32650 | Industrial, Portable Medical, IoT | • | • |
| Microchip | PolarFire | Industrial, Communications, Defence | • | • |
| NXP
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MAC57D5xxx | Automotive Cluster | • | |
| S32K148 | Automotive Generic / Body | • | ||
| S32V23x | Automotive ADAS | • | ||
| Kinetis K80 | Industrial | • | ||
| Kinetis K82 | Industrial | • | ||
| Kinetis K27F / K28F | Industrial | • | ||
| i.MX8 Family | Automotive Infotainment, Industrial, Consumer | • | • | |
| i.MX 8ULP | Industrial, Smart Home, HMI |
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| i.MX RT1050 |
Industrial |
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| i.MX RT1020 |
Industrial |
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| i.MX RT1060 |
Industrial |
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| i.MX RT1064 |
Industrial |
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| MCU-Based Solution for Alexa Voice Service |
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| Industrial, Consumer |
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| Industrial, Medical |
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| Automotive Networking, Industrial |
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| I.MX RT family |
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| Automotive Radar |
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| Consumer, Wearable, IoT |
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| Renesas
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Automotive Cluster |
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| Automotive Infotainment / ADAS |
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| Automotive Digital Cockpit, infotainment |
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| Automotive Infotainment / ADAS |
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| Automotive Gateway, Domain Control |
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| Automotive ADAS |
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| Automotive ADAS |
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| ADAS / Autonomous Driving |
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| Automotive ADAS and A.D. |
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| Industrial, A.I. |
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| Semidrive |
Automotive Cluster and Body |
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ST
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STM32L4Rx |
Industrial |
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| Automotive Gateway |
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| SPC58EHx / SPC58NHx |
Automotive Body, Network, Security |
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| Industrial |
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| Industrial |
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Texas Instruments |
Industrial |
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| Industrial, Networking |
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| Automotive Digital Cockpit |
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| ADAS |
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Xilinx
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Communications |
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| Communications |
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| Communications |
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| Communications / Industrial |
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| Networking |
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| Networking |
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| Various |
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| Industrial |
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| Industrial |
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HYPERBUS™ 3rd Party Development Platform
| Partner | 3rd Party Development Platform |
Application | HyperFlash | HyperRAM |
| Trenz Electronics |
TE0725 with Xilinx Artix-7 | Industrial | • | • |
| TE0748 with Xilinx Artix | Secure SD | • | • | |
| Devboards | HyperMAX with Altera MAX10 | Industrial, Medical, Automotive |
HyperBus Memory Controller IP
| IP Supplier |
Link |
Can be integrated in FPGA as Soft IP |
Can be integrated in a SoC |
| Infineon |
• |
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| Cadence |
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| Mobiveil |
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| Synaptic Laboratories Ltd. |
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Synopsys |
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HyperBus Memory Controller Verification IP
| IP Supplier | Link | HyperFlash | HyperRAM |
| Cadence | Link for Cadence | • | • |
Infineon works with chipset partners to qualify Infineon memories with partner SoCs. Chipset partners get early access to Infineon products and dedicated support to qualify our memories on their boards. These efforts result in pairing charts that map our Infineon memory products with chipset partner product portfolios. The table below contains links to the pairing charts. Select a memory from these pairing charts to shorten your design cycle.
Chipset pairing charts:
- Map Infineon memory products with our chipset partner portfolios
- Indicate for each SoC, the supported memory interfaces
- Highlight both recommended memories and qualified memories
- Indicate (when applicable) which software version has been qualified
Infineon IC qualification with an SoC is performed by our SoC partner via a reference design, evaluation board, bring-up board, demonstration board, validation board, or turnkey reference design.
Guidelines for how to use chipset pairing charts:
- Use them to select the best Infineon solution(s) for your chipset of choice
- Use them to fine-tune the selection of Infineon solutions (compliant memory interface, voltage, memory density, etc.)
Do you have a question about pairing Infineon memory with a particular chipset, whether or not referenced on our site? Do you have a more generic question about Infineon memory support with a given chipset partner? Please Get in Touch with us!
| Company |
x4 Serial NOR Flash |
x8 Serial NOR Flash |
Parallel NOR Flash |
Synchronous SRAM |
Summary Guide |
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Ambarella Inc. |
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Aspeed Technology |
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Faraday Technology Corp. |
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HiSilicon |
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Infineon (MCU and SoC) |
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Intel (FPGA) |
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Maxlinear |
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Marvell Technology Group |
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Maxim Integrated, Inc. |
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MediaTek, Inc. |
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Mobileye |
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Novatek |
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NVIDIA Corp. |
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NXP Semiconductors |
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Qualcomm Inc. |
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Realtek Semiconductor Corp. |
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Renesas Electronics Corp. |
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SemiDrive |
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STMicroelectronics |
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SunPlus |
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Telechips |
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Texas Instruments Inc. |
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Toshiba Corporation |
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Xilinx, Inc. |
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