Industrial Computing
Fanless Computers
FANLESS COMPUTERS
Rugged, Expandable, Passive Heat Management
The advent of the fanless industrial computer ignited a revolution that persists to this day. Previously, the heat management of a computer's CPU and other components relied solely on fans. This introduced dust, dirt, and debris while constraining the environments in which PCs could operate, ultimately limiting their lifespan.
The fanless PC has transcended its initial role in factory settings thanks to its enhanced reliability, versatility, and design adaptability. This innovation has opened a world of possibilities, extending its reach to various applications and environments. Engineers, designers, and users are no longer bound by the limitations of traditional computing solutions. They now have the freedom to deploy computational power wherever they desire.
Contact us today to find the right fanless solution to fit your needs.
Fanless Heat Management
In fanless configurations, heat dissipation relies on direct contact between the CPU and a metal plate facilitated by a conductive paste layer. This plate acts as a conduit for passive heat transfer from components such as memory modules. Through convection, fins on the plate efficiently disperse warm air away from the system, ensuring optimal thermal performance without needing a fan.
Superior Design Solution
The fanless design is a natural choice for rugged applications due to its absence of moving parts. This design ensures superior equipment performance and longevity by eliminating the necessity for circulating dusty, dirty, or damp air over electrical components. Moreover, eliminating bulky fans results in a significantly higher compute power density per cubic inch than traditional industrial equipment.
Variety of Configurations
It might seem contradictory, but a fanless computer can incorporate a fan. A GPU computer is a good example. A fan using external air cools the GPU and related components, and the compute elements are housed in a separate fanless compartment. This innovative setup allows for adding various components in separate sections (cassettes), making the fanless platform both functional and highly flexible.
Fanless Computers
POC-551VTC Neousys AMD Ryzen V1000 Ultra-compact In-vehicle Controller with PoE+, DIO and Isolated CAN bus
POC-551VTC- AMD Ryzen™ embedded V1605B quad-core 15W CPU
- -40°C to 70°C rugged wide temperature fanless operation
- Four IEEE 802.3at PoE+ ports with screw-lock
- One isolated CAN bus port for in-vehicle communication
- One M.2 socket and three mPCIe sockets
- M.2 2280 M key NVMe (Gen3 x2) socket for fast storage access
- 4-CH isolated DI and 4-CH isolated DO
- 8~35V DC input with built-in ignition power control
- E-Mark and EN 50155/ EN 45545 certificate
Starting at $1,225.00
POC-500 Neousys AMD Ryzen V1000 Ultra Compact Embedded Controller
POC-500- AMD Ryzen™ embedded V1000 series quad-core 15W/ 45W CPU
- -25°C to 70°C rugged wide-temperature operation
- Four Gigabit PoE+ ports with screw-lock
- Four USB 3.0 ports with screw-lock
- M.2 2280 M key NVMe (Gen3 x2) socket for fast storage access
- DP + VGA dual display outputs
- Front I/O access and DIN-rail mounting design
- MezIO™ compatible
Starting at $1,100.00