Aspeed Ast2500 Datasheet New !!exclusive!! [RECOMMENDED]

Enables the BMC to share a physical network port with the host Network Interface Card (NIC).

Integrated encryption engines for secure management sessions (SSL/TLS). 5. I/O and Networking Networking: Dual 10/100/1000 Mbps MAC for Management LAN. USB: Supports multiple USB 2.0 host and device ports.

Features an 800MHz ARM11 core, optimized for management tasks.

Native PCIe 2D VGA provides local display capability without needing a separate graphics card. 4. Remote Management & Security aspeed ast2500 datasheet new

remains a staple in the data center and server management landscape, even as newer generations arrive. As a high-performance integrated , the

If you need help implementing a specific interface from the datasheet, let me know: Which you plan to use (eSPI or LPC)? Your preferred firmware stack (OpenBMC or AMI MegaRAC)? Any specific peripheral routing constraints you are facing?

Whether you are managing a single server or a massive cloud fleet, the AST2500 provides the stability and feature set required to keep systems running smoothly in 2026 and beyond. AST2500 - ASPEED Technology Enables the BMC to share a physical network

The AST2500 is typically housed in a 19mm x 19mm, 403-pin TFBGA package. Correct signal routing is crucial to avoid signal integrity (SI) failures on high-speed lines. High-Speed Signal Routing Rules

Access, monitor, and diagnose servers via Console Redirection and Keyboard/Video/Mouse (KVM) over IP.

The AST2500 is offered as the mass-production variant, which incorporates silicon revision "A2" (addressing earlier memory controller errata from the "A1" stepping) and "GP" (Green Package, RoHS/halogen-free compliance). Below is a consolidated specification matrix derived from authoritative datasheets and technical references: I/O and Networking Networking: Dual 10/100/1000 Mbps MAC

Multiple high-speed UARTs for serial-over-LAN (SOL) functionality and debugging. Monitoring and Control

Engineers must design power delivery networks (PDN) within strict thermal limits to ensure chip reliability. Voltage Rails 1.2V typical. I/O Voltage ( VDDIOcap V sub cap D cap D cap I cap O end-sub