Low Power Consumption Industrial Computers

Low-power operation for industrial computers offers several critical benefits for edge computing, automation, and intelligent transportation: radically reduced operational costs from power savings, an extended hardware lifespan, and improved reliability in harsh environments.

Lower power consumption translates directly to less heat generation. By minimizing thermal output, these systems eliminate the need for active cooling fans, paving the way for fully sealed, ruggedized fanless designs that protect internal components from dust, moisture, and vibration while lowering your electricity footprint.

Industrial PC offers a comprehensive selection of power efficient industrial PCs from leading manufacturers like Neousys, Arbor, and Cincoze. Whether you need a 15W Intel processor for a confined smart factory cabinet or a highly efficient NVIDIA Jetson platform for edge AI, our team of experts can help you select and customize the ideal low-power embedded solution.

Compare Low Power Industrial Computers

We believe in transparent pricing and clear specifications. Use the table below to compare our most popular low-power fanless computers side-by-side, including their unique features and operating limits.

The 2+1 Warranty
2 Years Manufacturer Coverage
+1 Year Industrial PC, Inc. Extended Warranty
Product ImageModel (Processor)PriceMax. Power Consumption†Unique Features
SB-244-11315U
(i3-1315U)		$799TBD
  • DIN-rail mount
  • Front facing I/O
  • Discrete TPM for Win 11 Pro support
  • Over-voltage and Reserved Power Insertion Protection
  • -20 to 60C operating temp.*
SB-244-11335U
(i5-1335U)		$986TBD
  • DIN-rail mount
  • Front facing I/O
  • Discrete TPM for Win 11 Pro support
  • Over-voltage and Reserved Power Insertion Protection
  • -20 to 60C operating temp.*
DI-1200-i3
(i3-1215UE)		$1217TBD
  • Certified UL, cUL, EN 50121-3-2, EN 61000-6-2/4, MIL-STD-810H, EN 62368-1
  • CMI & M.2 Expansion for additional I/O and features
  • Widest -40 to 70C Operating Temp.*
  • Optional ignition control
DI-1200-i5
(i5-1245UE)		$1330TBD
  • Certified UL, cUL, EN 50121-3-2, EN 61000-6-2/4, MIL-STD-810H, EN 62368-1
  • CMI & M.2 Expansion for additional I/O and features
  • Widest -40 to 70C Operating Temp.*
  • Optional ignition control
DI-1200-i7
(i7-1265UE)		$1795104.74W
  • Lowest power consumption i7
  • Certified UL, cUL, EN 50121-3-2, EN 61000-6-2/4, MIL-STD-810H, EN 62368-1
  • CMI & M.2 Expansion for additional I/O and features
  • Widest -40 to 70C Operating Temp.*
  • Optional ignition control
SB-240-1N97
(N97)		$520TBD
  • Short supply N97
  • 4x GbE ports, 2x Video, 6x USB
  • -20 to 60C operating temp.*
FPC530-R2314
(AMD R2314)		$429TBD
  • Embedded AMD Ryzen CPU
  • 4x HDMI, 2x GbE, 2x COM, 4x USB 3.2, and USB-C
  • Thin case (less than 1.5”)
  • -20 to 60C operating temp.*
POC-600
(Atom x7425E)		$819TBD
  • DIN-rail mount
  • Front facing I/O
  • 2x PoE ports w/ 30W (UL) or 50W (max) power budget plus 1x GbE port
  • Certified UL, MIL-STD-810H
  • MezIO Expansion for additional I/O and storage
POC-610
(Atom x7425E)		$718TBD
  • DIN-rail mount
  • Front facing I/O
  • Certified UL (optional), MIL-STD-810H
  • MezIO Expansion for additional I/O and storage
POC-915
(AMD Ryzen 8640U)		$1165TBD
  • AMD Ryzen CPU and Radeon RDNA3 Graphics
  • 4x PoE w/ 32W (UL) to 100W (max) power budget
  • Front facing I/O
  • Certified UL (optional), MIL-STD-810H
  • MezIO Expansion for additional I/O and storage

† Max. Power Consumption: Details Coming Soon
* Operating Temp: Details Coming Soon

Frequently Asked Questions

What are the benefits of a low power consumption industrial PC?
Low-power operation reduces electricity costs and minimizes heat generation. Because they produce less heat, these computers do not require active cooling fans. This extends their lifespan, eliminates moving parts that can fail, and allows the chassis to be completely sealed against dust and debris in rugged industrial environments.
Can a low power industrial computer handle edge AI and machine vision?
Yes. Modern low-power processors, such as the Intel Core Ultra series or the NVIDIA Jetson Orin NX, provide massive AI inference capabilities (TOPS) and GPU acceleration while remaining within a tight thermal envelope, often drawing less than 30W of power.
Why do fanless embedded computers use less power?
Fanless embedded computers utilize highly efficient SoCs (System on a Chip) and mobile-grade processors combined with advanced passive cooling (like extruded aluminum heat sinks). This allows them to operate efficiently without drawing the continuous power required to run mechanical cooling fans.