Products
E1M Product Line
E1M-AEN Edge AI System-on-Module
Ultra-Efficient MCU SoM Optimized for Real-Time AI
The E1M-AEN is a compact 35×35 mm module built on the Alif Ensemble MCU platform, engineered for ultra-low-power edge intelligence. With built-in NPU acceleration, ISP, JPEG encoder, and support for MIPI CSI/DSI, it enables smart cameras, IoT sensors, and real-time AI workloads without external compute.
Starting from
$29
Key Highlights
Ensemble MCU + NPU-based design
Industrial-grade temperature support
Standardized E1M footprint for easy upgrades
OSPI memory interface
Ethernet PHY, MIPI CSI, MIPI DSI
Real-time ML acceleration
Ultra-low-power performance
ISP & JPEG encoder built-in
Specification
Dimensions
35 × 35 mm
Platform
Alif Ensemble MCU
NPU
Built-in NPU Acceleration
Camera Interface
MIPI CSI
Display Interface
MIPI DSI
Memory
OSPI Interface
Connectivity
Ethernet PHY
Temperature Range
-40°C to +85°C
Documents
Alp Lab E1M-AEN HW Design Guide [Coming Soon].pdf
Alp Lab E1M-AEN EVK Getting Started [Coming Soon].pdf
Alp Lab E1M EVK Schematic & PCB [Coming Soon].zip
Alp Lab E1M-AEN 3D Step [Coming Soon].zip
Block Diagram
Dimensions
35 × 35 mm
Platform
Alif Ensemble MCU
NPU
Built-in NPU Acceleration
Camera Interface
MIPI CSI
Display Interface
MIPI DSI
Memory
OSPI Interface
Connectivity
Ethernet PHY
Temperature Range
-40°C to +85°C
High-Performance SoM for Edge AI with Alp Lab’s E1M-AEN Alp Lab’s E1M-AEN is a smart and flexible System-on-Module made for today’s connected devices and industrial projects. It belongs to the Edge-1 AI Module family and brings computing power, fast connectivity, and AI into one compact board. This makes it easier for developers to build products where intelligence runs close to the device, not far away in the cloud. The standard pinout and shared software tools also help teams move from idea to prototype faster, while keeping costs under control.
Specification
Dimensions
35 × 35 mm
Platform
Alif Ensemble MCU
NPU
Built-in NPU Acceleration
Camera Interface
MIPI CSI
Display Interface
MIPI DSI
Memory
OSPI Interface
Connectivity
Ethernet PHY
Temperature Range
-40°C to +85°C
-40°C to +85°C
The E1M-AEN focuses on local data processing, so information stays secure, and responses stay quick. This is ideal for smart sensors, factory equipment, robots, and other connected machines. For teams looking for the best embedded SoM products, Alp Lab offers more than just strong hardware. The open-source Alp SDK gives developers the freedom to switch between processor types without starting over. With Alp Lab, building a reliable SoM for edge AI applications becomes simpler, faster, and more future-ready.
Documents
Type | Title | Revision | Date |
|---|---|---|---|
Brochure |
1.0 |
Jan - 2026 | |
Datasheet |
0.1 |
Dec - 2025 | |
Guide |
Alp Lab E1M-AEN HW Design Guide [Coming Soon].pdf |
— |
— |
Guide |
Alp Lab E1M-AEN EVK Getting Started [Coming Soon].pdf |
— |
— |
Schematic |
Alp Lab E1M EVK Schematic & PCB [Coming Soon].zip |
— |
— |
CAD |
0.9 |
Dec - 2025 | |
3D |
Alp Lab E1M-AEN 3D Step [Coming Soon].zip |
— |
— |
Ordering Options
MPN | SoC | MPU | # | MHz | MCU | # | MHz | ROM | RAM | GPU | ISP | AI | WIFI/BLE | Temperature |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
E1M-AEN701 |
E7 |
A32 |
2 |
800 |
M55 |
2 |
160 - 400 |
5.5MB |
13.5MB |
Y |
— |
250 GOPS |
Y |
-40°C ~ 85°C |
E1M-AEN501 |
E5 |
A32 |
1 |
800 |
M55 |
2 |
160 - 400 |
5.5MB |
13.5MB |
Y |
— |
250 GOPS |
Y |
-40°C ~ 85°C |
E1M-AEN301 |
E3 |
— |
— |
— |
M55 |
2 |
160 - 400 |
5.5MB |
13.5MB |
Y |
— |
250 GOPS |
Y |
-40°C ~ 85°C |
E1M-AEN801 |
E8 |
A32 |
2 |
800 |
M55 |
2 |
160 - 400 |
5.5MB |
9.75MB |
Y |
Y |
500 GOPS |
Y |
-40°C ~ 85°C |
E1M-AEN601 |
E6 |
A32 |
1 |
800 |
M55 |
2 |
160 - 400 |
5.5MB |
9.75MB |
Y |
Y |
500 GOPS |
Y |
-40°C ~ 85°C |
E1M-AEN401 |
E4 |
— |
— |
— |
M55 |
2 |
160 - 400 |
5.5MB |
9.75MB |
Y |
Y |
500 GOPS |
Y |
-40°C ~ 85°C |
Alp Lab supports custom options. Please contact us.
Evaluation Kit
This evaluation kit provides a complete hardware platform for testing, prototyping, and developing applications using the integrated SoM and onboard connectivity features.
