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LattePanda Mu Overview Specification Documents Accessories Buy

LattePandaMu

A micro x86 compute module fits unique solutions.

Small but Powerful

Up to

Core CPU 3.8GHz MAX

Up to

16GB

LPDDR5 4800MT/s with In-band ECC

64GB

eMMC 5.1 Storage

Benchmark

LattePanda Mu (Intel® Core^TM i3-N305)

5249

1376

LattePanda Mu (Intel® Processor N100)

3115

1217

Raspberry Pi 5

1550

750

Intel® Celeron® N5105

1500

500

Intel® Atom™ x5-Z8350

372

135

0 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500

Multi-core

Single-core

LattePanda Mu N100 benchmark with 15W TDP setting LattePanda Mu N305 benchmark with 30W TDP setting From Geekbench 6

Silent or Wild

6W to 35W TDP, Passive to Active Cooling

Card-Sized, Fits Somewhere

Flexible Expansion

9 PCIe 3.0 lanes

Up to 0 SATA 3.0

Up to 0 USB 3.2 ports

PCle 3.0 Lanes #12

PCle 3.0 Lanes #11

PCle 3.0 Lanes #10

PCle 3.0 Lanes #9

PCle 3.0 Lanes #7

PCle 3.0 Lanes #4

PCle 3.0 Lanes #3

PCle 3.0 Lanes #2

PCle 3.0 Lanes #1

3 HDMI or DisplayPort

USB 2.0 ports

UART(RS232)

I2C

Expandable to

GPIOs

Unlimited Solutions

NAS Carrier

Freely allocate the interfaces and form factors you need in the carrier board design. Design an ultra-energy-saving NAS, or a high-performance NAS equipped with a 10GbE network. The IBECC-supported LattePanda Mu can run stably for a long time like a real server.
Router Carrier

With the excellent processing and encryption/decryption performance of the N100 processor, you can expand multiple network cards to achieve the network functions you need. You can also further add functions such as switches, PoE, etc. on the carrier board, to build it into a highly integrated and versatile network infrastructure.
Graphic Carrier

The flexible carrier board design allows the LattePanda Mu to be paired with PCIe, MXM, or even SXM and OAM graphics cards. Whether it's running games, image processing, or local ChatGPT, it's flexible enough and still keeps the entire system at an elegant size.
Cluster Carrier

Design a carrier board to connect multiple LattePanda Mu over a high-performance network, and build your own Kubernetes clusters, Proxmox VE virtualization clusters, or Ceph distributed storage. You can locally experiment with various latest network technologies and explore the cutting edge.

Making Carrier Simpler and Easier

Empowering your innovations by simplifying complexity. With all carrier board files and libraries open sourced, we provide the perfect reference for your custom designs.

Multi-OS Compatible

Empower your creations with versatile OS compatibility.

Specification

Custom Design Services

Personalize effortlessly with our design services.

Learn More

solution@lattepanda.com

LattePanda Mu is an x86 compute module with a choice of Intel N305 or N100 CPU, compatible with both Windows and Linux. It delivers two to three times the CPU performance and 10 to 30 times the GPU performance of the Raspberry Pi 5, ensuring smooth operation of demanding computational models.

LattePanda Mu's innovative design allows tailoring the thermal design power (TDP) from 6 watts to 35 watts, making it versatile for various applications and performance requirements. At its core, LattePanda Mu is a computing module that allows users to design and integrate custom carrier boards, enabling a rich assortment of interfaces, including 3 HDMI/DisplayPort ports, 8 USB 2.0 ports, up to 4 USB 3.2 ports, and 9 PCIe 3.0 lanes.

LattePanda Mu's most significant attribute is its customizability. Users can craft carrier boards aligning with their functional requirements, such as a dual-Ethernet port board for a software router, or a SATA interface for a Network-Attached Storage (NAS) solution. With up to 9 PCIe 3.0 lanes, the Mu can be outfitted with a dedicated graphics card for more potent applications or as the foundation for a computing cluster.

Comprehensive documentation will detail the functions and purposes of each pin, empowering developers to design their custom carrier boards. The most intricate components are integrated into the core board, leaving simpler aspects for users to design. Customization services are available for specialized requirements, allowing users to unleash the Mu's full potential and create something extraordinary.

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