IPPS-4805-APL9 is a fanless Passenger Information System, serving as a reliable
View this email in your browser
You are receiving this email because of your relationship with Litemax. Please reconfirm your interest in receiving emails from us. If you do not wish to receive any more emails, you can unsubscribe here.
48" Bar-type Slim PIS Panel PC 
  with Intel® Apollo Lake Atom® SoC
IPPS-4805-APL9 is a fanless Passenger Information System,  serving as a reliable platform to provide passenger information on the wide versatility of vehicles, such as trains and trams. It features an extra slim and light design to fit in a cramped space.
Powered by Intel® Atom®/Pentium®/Celeron® (Apollo Lake SoC) Processor, and designed from the ground up to be robust with Front IP (Ingress protection) 65 with a fully flat design.  It supports sunlight readable with auto-dimming for smooth implementation in a wide working temperature ranging from -20°C to 50°C, to make sure its best operation in harsh environments and deliver real-time information to passengers.
Front IP65
Full Flat Design
Fanless with Intel® Apollo Lake Atom SoC
Slim bezel shape under 1.5mm  thickness
Sunlight-readable 48” stretch display
Fanless with Intel® Apollo Lake Atom Soc
Front IP65 Full Flat Design
Slim bezel shape under 1.5mm  thickness
Auto-dimming for different environments
• 48” TFT LCD UHD SDM-ready display
• Aspect ratio 16: 3, brightness 1000 nits
Support Intel® SDM-S/SDM-L
• Built-in Speakers
• One M.2 Key E 2230 slot for Wi-Fi
About Litemax

With more than 20 years of experience, Litemax focused on innovative design and manufacturer of high-brightness LCDs, sunlight-readable LCDs, resizing LCDs, industrial motherboards, embedded systems, edge computing and panel PCs. Its applications include transportation, digital signage, smart automation, gaming, and AIoT/Industry 4.0.

This message was sent from marketing@litemax.com to marketing@litemax.com
8F., No.137, Ln. 235, Baoqiao RD.,Xindian, New Taipei city, Taiwan 23145, Taiwan

Update Profile/Email Address