In-Vehicle Fanless Computer Supplier

Fanless in-vehicle computer is a specialized computing device designed for use in vehicles, crafted to handle intense conditions such as extreme temperatures and vibration. These systems are critical for applications like traffic monitoring, autonomous driving, and edge-based data processing, enabling real-time computing without the need for cooling fans.

Benefits of Fanless In-Vehicle Computers for Edge Applications

Durability in Harsh Environments

Neardi’s in-vehicle fanless computers are built with rugged, all-metal designs and high-grade passive cooling to operate reliably in extreme temperatures. This makes them ideal for deployment in various edge applications like autonomous driving and remote monitoring.

Reduced Downtime and Maintenance

Without the need for cooling fans, Neardi’s fanless in-vehicle computers reduce potential points of failure, resulting in lower maintenance requirements. This leads to enhanced reliability and reduced downtime in edge environments.

Real-Time Local Processing

Equipped with advanced processors like the Rockchip RK series, Neardi’s computers are optimized for real-time processing. This allows for tasks like real-time inference analysis and efficient data handling, making them ideal for IoT computing and connected vehicle applications.

Neardi provides a one-stop solution service, from design and customization to technical support. Their in-vehicle computers are built to address specific project needs, with customization options for unique configurations, power requirements, and more.

Model	LPA3588 In-Vehicle Fanless Computer Supplier	LPA3568 In-Vehicle Fanless Computer Supplier	LPA3399Pro In-Vehicle Fanless Computer Supplier

Processor

RK3588, Quad-core A76 + Quad-core A55, up to 2.4 GHz

RK3568, Quad-core A55, up to 2.0 GHz

RK3399Pro, Dual-core A72 + Quad-core A53, up to 1.8 GHz

Graphics

ARM Mali-G610 MP4, OpenGL ES, OpenCL, Vulkan, 450 GFLOPS

ARM G52 2EE, supports OpenGL ES, OpenCL, Vulkan

Mali-T860 MP4, supports OpenGL ES, OpenVG, OpenCL, DX11

NPU

6.0 TOPS, TensorFlow/Caffe/MXNet/PyTorch supported, expansion-ready

1.0 TOPS, TensorFlow/Caffe/MXNet/PyTorch supported, expansion-ready

3.0 TOPS, supports TensorFlow, Caffe models

Build

All-aluminum, fanless passive cooling, operates 24/7

Metal body, passive cooling, operates 24/7

Power Supply

9V-36V wide voltage, with over-voltage, over-current, and surge protection

Audio/Video I/O

8x AHD camera input, 3x HDMI output, 1x DP output, LVDS, HDMI input

5x AHD camera input, 1x HDMI output

Networking

Dual-band WiFi 6, BT5.0, 2x 1000M Ethernet, 4G/5G module support

Dual-band WiFi, BT5.0, 1000M Ethernet, 4G, GPS+BD

Storage Options

M.2 SSD, Micro SD

Micro SD, USB

Interfaces

3x USB 3.0, UART, RS485, CANBUS, 12V/5V/3.3V out

4x USB 3.0, UART, RS485, CANBUS, 12V/5V/3.3V out

RS232, RS485, CAN

Industrial Control

4x relay, 4x switch input, 4x analog input

4x controllable voltage output, 7x switch input

Operating System

Android, Ubuntu, Buildroot, Debian

Storage Configurations

4+32GB, 8+64GB, 16+128GB

3+16GB, 6+16GB, 6+64GB

Dimensions

182(L) x 120(W) x 63(H) mm

200(L) x 120(W) x 57(H) mm

Key Applications of Neardi’s In-Vehicle Fanless Computers

Autonomous Driving

Neardi’s in-vehicle computers support autonomous vehicle processing, enabling real-time data analysis and decision-making for increased safety and performance.

Remote Edge Deployments

Built for durability, Neardi’s fanless computers ensure uninterrupted performance in remote locations, from construction sites to transport fleets.

Traffic Control Systems

Neardi’s computers can be deployed in smart traffic control systems, supporting edge applications that require high reliability and rapid processing.

FAQ

What advantages do fanless designs offer for in-vehicle computers?

Fanless designs are ideal for reliability and durability in automotive environments since they reduce the risk of dust or debris-related malfunctions. Neardi’s fanless in-vehicle computers, for example, are engineered for continuous performance in challenging conditions, making them ideal for deployment in autonomous and IoT applications.

Can Neardi’s in-vehicle computers support AI tasks?

Yes, Neardi offers in-vehicle computers equipped with powerful Neural Processing Units (NPUs) that support artificial intelligence tasks such as machine learning and real-time data analysis, making them a strong choice for AI-driven vehicle applications.

What operating systems are available on Neardi’s fanless in-vehicle computers?

Neardi’s in-vehicle computers are compatible with multiple operating systems, including Android, Ubuntu, Buildroot, and Debian, providing a flexible solution for different use cases.

How do Neardi’s fanless computers improve safety in edge applications?

By processing data locally, Neardi’s computers enhance data security and reduce the need for data transmission to central servers, lowering the risk of security breaches. Additionally, Neardi’s devices are built with secure, isolated designs that prevent interference, ideal for use in remote or autonomous deployments.