SINSMART | AMR AGV Computers Manufacturer

We deliver rugged, fanless embedded solutions designed to eliminate downtime through superior vibration resistance, wide-temperature durability, and seamless real-time sensor integration.

Our factory-direct advantage ensures long-cycle support and customizable I/O, providing the reliable processing power needed for precise navigation in the most demanding smart logistics environments.

Rugged Design
- Fanless design;
- MIL-STD-810G/H vibration resistance.
Compact Integration
- Ultra-slim form factors;
- Fit into tight chassis without sacrificing I/O ports.
Low-Latency Connectivity
- Instant LiDAR/Sensor data processing;
- High-speed PoE/USB 3.0 and M.2 (5G/Wi-Fi 6) integration.
Deep Customization

Custom I/O (CAN bus, GPIO, PoE) to match your specific sensor arrays.

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Types of AGV AMR Computers

Intel® 12th/13th/14th Gen C...

1. CPU:Supports Intel® 12th/13th/14th generation Core™ 65W/35W LGA1700 processors.
2. Memory: 1*SODIMM slot, supporting up to 32GB of non-ECC DDR4 3200 SDRAM
3. Image: Integrated Intel® UHD Graphics 770 (32EU) / 730 (24EU)
4. Display interfaces: 1*VGA port, supporting resolutions up to 1920 x 1200; 1*DisplayPort port, supporting resolutions up to 4096 x 2304.
5. Storage: 1*easily replaceable 2.5" drive bay, 1*M.2 2280 M-key slot (PCIe Gen4x4), supporting NVMe SSDs.
6. Ethernet: 4*2.5GBASE-T Ethernet ports, using 1* Intel® I226-IT Gigabit Ethernet controller.
7. USB: 4*USB 3.2 Gen1 (5 Gbps) ports, 2*USB 2.0 ports.
8. Dimensions: 212 mm (W) x 165 mm (D) x 45 mm (H),weight about 2.4kg

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Intel® Core™ Ultra 200S AI ...

CPU:Supports Intel® Core™ Ultra 200S CPUs (LGA 1851 socket, 65W/35W)
Memory: 1*SODIMM slot, supporting up to 64 GB DDR5 6400 memory
Image: Integrated Intel® Xe LPG Graphics
Display interfaces: 1 HDMI port, supporting a maximum resolution of 3840 x 2160; 1 DisplayPort port, supporting a maximum resolution of 3840 x 2160.
Storage: 1*easily replaceable 2.5" drive bay (can install 7mm hard drives/SSDs), 1*M.2 2280 M-key slot (PCIe Gen4x4), supporting NVMe SSDs.
Ethernet: 4*2.5GBASE-T Ethernet ports with locking screws, using an Intel I226 Gigabit Ethernet controller. Port 4 supports Wake-on-Network (WOL).
USB: 4 USB 3.2 Gen1 (5 Gbps) ports, 2 USB 2.0 ports
Dimensions: 212 mm (W) x 165 mm (D) x 63 mm (H),weight about 2.2kg
Suitable for: robotic arms, AMRs, machine vision systems, and roadside cabinets

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SINSMART Core 12/13th Rich ...

▶ CPU:supports Core 12/13 generation processors
▶ Memory:2*DDR5,64G
▶ Display2*DP, 2*HDMI
▶ Network port:1*Intel@i225-V 2.5GbE, 1*Intel@i225-LM2.5GbE
▶ USB:4*USB3.2 (Gen.2) rear I/O, 4*USB2.0
▶ COM:2*RS232/422/485, 2*RS232, 1*RS232 internal lead
▶ Chassis size:306*199*79mm weight about 5.5kg
▶ Operating system:Windows 11, Ubutun, CentOS

▶ Model:SIN-3291-Q670E

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SINSMART Intel 8th/9th I3/I...

▶ Processor：Support Intel 8th/9th generation Pentium/I3/I5 processor
▶ Memory：Support 32GB DDR4 2666/2400 SDRAM
▶ Hard disk：1*M.22280 slot (SATA protocol),Optional 256G/512G/1T
▶ Display：1*DVI-I ,1*DP
▶ USB:4*USB3.1, 2*USB2.0
▶ Chassis size:269*167*48 mm weight about 2.5 kg
▶ Operating system:Windows7, Windows8.1, Windows 10, Ubutun, CentOS
▶ Application areas:Unmanned driving,AGV car,Logistics sorting,Industrial manufacturing

▶ Model:SIN-3004-H310

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SINSMART Intel Core 6-9th H...

▶ Chipset: Intel Core 6-9th H110
▶ Memory:2*DDR4 supports up to 32G memory
▶ Hard Drive:2*SATA3.0, support 1*2.5"Hard disk,1*Mini-PCIe slot (mSATA)
▶ Display:1*HDMI ,1*DVI-D
▶ USB:8*USB port (4*USB3.0, 4*USB2.0)
▶ Size:268*200*75mm
▶ Operating system:Windows7/8.1/10/11, Windowsserver2016
▶ Application Areas：AGV carts, machine vision, industrial automation logistics sorting, bridges and tunnels, etc.

▶ Model: SIN-3025-H110

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SINSMART Intel Core i5-1035...

▶ CPU:Intel Core i5-1035G1 processor
▶ Memory:1*DDR4 32G memory
▶ Hard Drive:1*SATA3.06Gbps interface
▶ Display:1*HDMI
▶ USB:6*USB (4*USB3.2, 2*USB2.0 internal lead)
▶ Size:214*156*52mm
▶ Operating system:Windows 10/11 Linux
▶ Application Areas:Industrial automation,AGV robots,Machine vision

▶ Model: SIN-3002-1035

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Intel® Atom™ E3826 Ultra-th...

▶ CPU：Intel® Atom™ E3826 1.46 GHz dual-core processor
▶ Memory：1*SODIMM slot, can be inserted into DDR3L-1333 memory, support 8GB
▶ Display:1*VGA port, can be connected to 2*RGB output,Resolution supports up to 2560x1600
▶ Harddisk:1*Full size mSATA slot
▶ Power support:Built-in 8-35V DC input
▶ Operating temperature:Standard configuration -10-60℃, -25-70℃ wide temperature
▶ Weight:0.9 kg
▶ Application areas:Automated industry,Robotics project

▶ Model: SIN-1012-E3826

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Intel®Core™i5-1135G7 Embedd...

▶ Intel®Core™i5-1135G7, quad-core, clocked at 2.4GHz.
▶ 1*DDR4 3200MHz non-ECC SO-DIMM,Supports up to 32GB
▶ 1*SATA 3.0 Harddisk
▶ Chassis size(268*156*55mm),Weight about 2.7kg
▶ Thefanless pc is suitable for AGV car, machine vision, new energy, industrial automation and other fields.

▶ Model:SIN-3092-1135

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AMR AGV Fanless Computer Advantages

Real-Time Processing

AGV computers require real-time control and low-latency computing to process sensor data, navigation, and collision avoidance reliably.

Compact size

AMR computers often need a small footprint to fit inside mobile robots without affecting payload capacity or mobility.

Flexible Connectivity

Support for multiple interfaces (Ethernet, CAN bus, USB, serial ports, Wi-Fi/5G) is essential for integrating sensors, LiDAR, cameras, and fleet management systems.

Fanless Operation

To reduce dust intake and maintenance needs, AGV/AMR computers are typically fanless and optimized for energy efficiency.

Rugged Design

AGV computers must withstand vibrations, shocks, and temperature variations inside mobile robots to ensure continuous operation in warehouses or factories.

Real-Time Processing

Compact size

Flexible connectivity

Fanless Operation

Rugged Design

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AGV AMR Fanless PC Applications

SINSMART AGV computers and AMR computers enable autonomous robots to operate reliably in warehouses, factories, hospitals, and fulfillment centers. Rugged, fanless, and real-time capable, they reduce downtime, handle complex navigation, and improve productivity.

Warehousing & Logistics

Pain Points:

Manual inventory movement is slow and error-prone.
High operational costs due to labor-intensive tasks.
Frequent downtime when robots fail or lose navigation accuracy.

How AGV/AMR Computers Solve It:
AGV computers and AMR computers provide real-time navigation and sensor processing, allowing autonomous robots to transport goods efficiently. Rugged, fanless designs ensure continuous operation in dusty or temperature-variable warehouse environments, reducing downtime and operational costs.

agv amr pc application in retail ecommerce centers

Retail & E-commerce Fulfillment Centers

Pain Points:

Fast order fulfillment is needed to meet same-day delivery promises.
Manual picking and packing cause errors and delays.
Warehouse space constraints require flexible robot paths.

How AGV/AMR Computers Solve It:
AGV computers and AMR computers power autonomous robots that efficiently pick, transport, and sort orders. Compact, fanless, and low-power designs support 24/7 operation, while real-time control ensures collision avoidance and dynamic routing in crowded warehouses.

agv amr computer application in manufacturing assembly line

Manufacturing & Assembly Lines

Pain Points:

Bottlenecks caused by human material handling.
Need for precise and synchronized delivery of parts to multiple stations.
Machines and robots require reliable integration with factory automation systems.

How AGV/AMR Computers Solve It:
Embedded AGV computers and AMR computers enable smooth coordination with MES/ERP systems, delivering components exactly when needed. Real-time processing ensures accurate path planning, obstacle avoidance, and fleet management, boosting production efficiency.

amr agv computer application in healthcare & hospital

Healthcare & Hospital Logistics

Pain Points:

Timely delivery of medical supplies and lab samples is critical.
Contamination risk if human staff manually transport sensitive materials.
Strict uptime and safety requirements for autonomous delivery.

How AGV/AMR Computers Solve It:
Medical AGV computers and AMR computers drive autonomous carts for transporting medicines, meals, or lab samples safely and on schedule. Rugged, reliable computing ensures uninterrupted operation and precise navigation, meeting strict safety standards.

SINSMART Embedded Computer Production Photos

We manufacture Embedded Computers ourselves. High-quality assembly, rigorous testing, fast delivery. Industrial Embedded PC manufacturing in SINSMART production workshop.

sinsmart embedded pc test production workshop

sinsmart embedded computer production workshop

sinsmart embedded pc production workshop

sinsmart embedded pc assembling production workshop

sinsmart embedded computer performance test workshop

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Partnering with Global Enterprises Since 2008, SINSMART is trusted by Industry Leaders Worldwide.

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FAQs About AMR AGV Computers

1. What is an AGV computer and how does it differ from a regular embedded PC?

An AGV computer is a rugged embedded PC designed for autonomous mobile robots, featuring fanless operation, vibration resistance, and real-time processing for navigation and fleet management.
2. Can an AMR computer handle real-time navigation and obstacle avoidance?

Yes. AMR computers are optimized for low-latency sensor processing, LiDAR, and camera input to ensure safe, precise autonomous movement.
3. What environments are AGV/AMR computers suitable for?

They are built for warehouses, factories, hospitals, fulfillment centers, and automotive plants, tolerating vibrations, shocks, dust, and wide temperature ranges.
4. Do AGV computers support integration with sensors and fleet management systems?

Absolutely. They offer multiple I/O options, including Ethernet, CAN bus, USB, and wireless connectivity, to integrate LiDAR, cameras, and fleet management software.
5. Are these computers fanless and energy-efficient?

Yes. Most AGV/AMR computers use fanless designs to reduce maintenance, prevent dust intake, and optimize power consumption for mobile robots.
6. Can I customize an AGV/AMR computer for my specific robot model?

Yes. Many embedded PCs can be customized in terms of size, I/O ports, GPU support, and mounting options to match your robot and application requirements.
7. How reliable are AGV computers in long-term industrial use?

These computers are designed for 24/7 operation with rugged construction and long lifecycle support, minimizing downtime in critical applications.
8. What kind of software can run on an AMR computer?

They support operating systems like Windows and Linux, ROS (Robot Operating System), AI/vision software, and custom navigation or fleet management platforms.
9. Can AGV/AMR computers handle multiple robots in a fleet?

Yes. Real-time processing and connectivity features allow AGV/AMR computers to manage multiple robots, enabling efficient fleet coordination and monitoring.