Featuring the Intel® Celeron N2930 Quad-Core fanless SoC processor, dual DDR3L memory support up to 8GB and quad Gigabit Intel LAN ports, this PC offers reliable connectivity. It includes a 3G module with a SIM card slot and expansion options like Mini PCIe and mSATA. With support for up to 2 COM (RS232) ports, optional TPM and 4 x Gigabit LAN with 1 pair of LAN bypass , it's both versatile and secure. Compatible with both Windows and Linux, all of this is packed into an ultra-slim and compact chassis.

The Mini PC is a robust networking solution featuring the Intel® Celeron N2930 Quad Core fanless SoC processor. Equipped with a LAN Bypass function, this system guarantees the smooth transmission of packets downstream to bypass any failures, thereby enhancing network resilience and offering a cost-effective, optimized network plan.

Featuring support for dual channel DDR3L 1333/1066Mhz memory up to 8GB, quad Gigabit Intel LAN, and LAN bypass function on 1 pair LAN, as well as 1 x Mini PCIe for expansion and an internal VGA port for display, this mini PC is tailor-made for industrial automation and control applications. Additionally, it offers the option of TPM2.0 for enhanced security and boasts a slim, compact, and fanless design, ensuring a worry-free and seamless networking experience.

Networking / Network Appliances:

The Intel® Bay Trail N2930 LAN bypass Networking PC offers 1 x pair LAN with LAN Bypass, a crucial feature that guarantees uninterrupted network connectivity in the event of a network appliance failure, such as a firewall or router. This feature allows network traffic to bypass the failed appliance and continue flowing through the network, ensuring the network remains operational. The J103 is a cost-effective and efficient solution to enhance network resilience and minimize downtime, making it an ideal choice for maintaining a reliable network infrastructure.

Features: 

- Intel® Celeron N2930 SoC Processor

- Long life support

- Quad Gigabit Intel LAN & 1 Pair LAN Bypass

- Ultra Slim with flexible I/O design 

- ECO-design for EuP/ErP