H10 1264 2L

Optional Processor

Intel N100 Cores: 4 Threads: 4

Related Attachments (Click to download)

Product Manual

Motherboard Specifications

BIOS file

Product Features:

The BKHD H10 1264 2L is a fanless mini network host designed for small and medium business and home networks that require high-speed data transfer.
The efficient and silent design with fanless structure ensures quiet operation and reduces the risk of mechanical failure, making it suitable for quiet working environments.
Advanced processing power with Alder Lake N series processors for a wide range of embedded and light computing tasks that deliver superior performance.
High-speed network connectivity with 2 RJ45 2.5G network ports and Intel i226 chip for fast and stable network transmission. Optional fiber-optic interface supports 2 Intel 82599 10G SFP+ or 4 Intel x710 10G SFP+ ports to meet diverse high-speed networking needs.
Flexible memory support with 1 DDR5 SO-DIMM slot supporting up to 32GB 4800MT/s for multitasking and high-bandwidth applications.
1 M.2 SSD slot, compatible with PCIe or SATA protocol, ensures fast and stable data storage.
Enhanced wireless connectivity with 1x M.2 CNVi slot for WiFi/Bluetooth module to improve the performance and stability of wireless connectivity.
High definition display output with 1x DP and 1x HD output port. Supports resolutions up to 4096 x 2160@60Hz for HD display applications.

Application scenarios:

Home and Office Networking: Acts as a gateway to your home or small office, providing high-speed network connectivity and data security.
Enterprise Network Security: Acts as a firewall and router to ensure the security and stability of enterprise data connections.
Edge Computing Devices: Used in edge computing environments to help manage and process IoT devices.
Network Lab: For experimentation or development in environments that require multiple network configurations and protocol testing.
HD Content Delivery: Supports HD video output for applications that require HD content management and distribution.