19-Type Waterproof and Dustproof Panel PC High Range Operation Version 'WTP-8B66-19W'

The 21.5-inch model equipped with the Intel 12th generation Alder Lake Core-i5 CPU, the 'WTP-9H66-22', has already been released, and now the narrow bezel version 'WTP-9H66-22F' has been launched. Compared to the standard model 'WTP-9H66-22', the dimensions of the case are approximately 30mm smaller in both width and height. Additionally, it features a "bezel-free structure," making the front of the touch panel a product with an "even more seamless full-flat design" than the standard model, which also makes it less prone to dust accumulation. Furthermore, the stainless steel material of the case has been upgraded from the conventional SUS304 to the more corrosion-resistant SUS304L. The CPU is equipped with the Intel Core-i5-1245UE, reaching a maximum turbo frequency of 4.4 GHz. The main memory uses DDR4 and can be expanded up to 32GB. Although it is a high-performance CPU, it is a low-power version, achieving low overall power consumption. Additionally, it is equipped with the high-performance graphics chip "Intel Iris Xe Graphics," which allows for smoother image processing.

Wincomm has released a new series of fanless touch panel PCs primarily for embedded applications, featuring a 15-inch model with an ATOM processor and a 21.5-inch model with a 12th generation Core-i5 processor, both of which are "high brightness and wide operating temperature versions." The front bezel (touch panel area) is designed to be IP66 compliant for dust and water resistance, allowing for complete dust and water protection when integrated into enclosures or walls. At the same time, we have also released a fully dust and waterproof ATOM version 15-inch panel PC that is IP66 compliant and supports a wide operating temperature range. The "wide operating temperature version" incorporates a unique hardware mechanism that enhances heat dissipation efficiency at high temperatures, enabling the use of heat generated by the CPU to warm the entire unit at low temperatures. It also includes a preheating heater circuit, allowing the device to start after reaching a certain temperature in sub-zero conditions. Key components such as the CPU, LCD panel, RAM, SSD, and touch panel control board are all made with parts that support a wide operating temperature range. Additionally, a "smart control system" is implemented in the BIOS to automatically control the CPU clock for temperature rise management, ensuring a more reliable and safe user experience.

Wincomm has released the 'WTP-9H66 series', a completely dustproof and waterproof fanless touch panel PC equipped with an Intel 12th generation Alder Lake Core-i5 CPU, compliant with IP66/IP69K. This series is available in four sizes: 15-inch, 19-inch, and 21.5/24-inch full HD versions. The main applications remain as before, in environments requiring dust and water resistance, such as factories for food, pharmaceuticals, and sheet metal processing. Additionally, the projected capacitive touch panel (PCAP) version also supports IP69K (protection against high-temperature, high-pressure water, and steam cleaning), making high-pressure washing possible. It is equipped with USB 3.2 Type-C that supports DisplayPort 1.4a video output, and can also accommodate RFID or barcode readers and waterproof speakers. Furthermore, it can support a second storage option and is compatible with a special cable gland option that allows for customizable I/O port selection.

Wincomm, a leader in Taiwan's industrial and medical computer industry, has released the fully dustproof and waterproof fanless panel PC 'WTP-8J66 series' equipped with Elkhart Lake CPU. This series is available in three sizes: 15 inches (XGA: 1024 x 768), 19 inches (SXGA: 1280 x 1024), and 21.5 inches (Full HD: 1920 x 1080), just like the previous models. It is primarily used for production management applications in industries such as food, pharmaceuticals, and sheet metal processing indoors. This series also supports Windows 11 as standard and achieves high performance while maintaining low power consumption.