Note: It generally does support 3rd Generation (Ivy Bridge) CPUs like the i5-3470 without specific BIOS updates, which are largely unavailable.

Because this motherboard was built as an Original Equipment Manufacturer (OEM) component, a standalone retail user manual can be incredibly difficult to find on the official Acer Support Drivers and Manuals page . Technical Specifications Overview

| Pin | Signal | Pin | Signal | | :--- | :--- | :--- | :--- | | 1 | HDD LED (+) | 2 | Power LED (+) | | 3 | HDD LED (-) | 4 | Power LED (-) | | 5 | Ground | 6 | Power Button (+) | | 7 | Ground | 8 | Power Button (-) | | 9 | Reserved | 10 | | | 11 | Ground | 12 | Speaker (5V) |

(often manufactured by ECS) is a common hurdle. This micro-ATX board is a reliable LGA 1155 workhorse, but its proprietary origins mean clear documentation is hard to come by.

While the socket is physically compatible, Ivy Bridge CPUs (e.g., i7-3770) require a BIOS version later than P11-A2. Without it, the system will beep but not boot.

1 x PCIe 2.0 x16, 2 x PCIe x1, and 1 x PCI slot.

On some Acer boards, the red connector is designated for high-speed SATA III (DVD/SSD), while black connectors are SATA II.

While pin configurations can vary slightly between V1.0 and V1.1, the standard Acer front panel header (usually labeled or similar near the bottom right of the board) typically follows this layout:

Advantages of using Network Olympus:

Tracks all connected devices.
Extracts relevant data about the network structure.
Versatile scanning options.
Flexible scheduling of scanning operations.
Fast scanning compared to similar solutions.
Clear and advanced network mapping.
Accurate display of network structure.
Easy management of devices and groups.
Efficient monitoring of network devices.
Quick retrieval of device parameters (IP address, OS, hostname).
Quick and simple actions directly from the network map.

FAQ

What is network discovery in Network Olympus?

It is a feature that automatically detects all devices connected to your network. Afterwards, this helps you visualize your network topology and monitor the status of each device.

How does Network Olympus perform network discovery?

Network Olympus uses various scanning techniques to identify devices on your network. These include IP range scanning, SNMP (Simple Network Management Protocol) queries, and network service detection to gather detailed information about each device.

How often can I update my network discovery data?

Network Olympus allows you to customize how often network discovery data is updated to suit your needs. You can set up scheduled scans to keep your network map and device information up to date.

What types of devices can Network Olympus detect?

Network Olympus can detect a wide range of devices, including routers, switches, servers, workstations, printers, and other network-connected hardware. The level of detail provided depends on the device's responsiveness and the protocols supported.