Description
60-N9TMB1000-B13 - Asus X54c Intel Laptop Motherboard Socket-989
The ASUS 60-N9TMB1000-B13 is a feature packed ATX motherboard (12 Inches x 9.6 Inches) with Intel chipset support meeting RoHS,WEEE,REACH standards. Designed for efficiency, it supports single processor configurations via SoDIMM slots. Including Gigabit Ethernet, 5.1 audio with S/PDIF and multiple USB 3.0 ports it balances performance and connectivity. The PCIe 1 x16 slot allows for GPU upgrades, while RAID support improves storage security. With VGA and DVI outputs, eSATA/USB combo and 4 SATA ports. This eco-friendly board is ideal for compact builds, HTPCs and computer unit needing reliable performance in small form factors.
Key Features:
- ATX Form Factor - Compact 12 Inches x 9.6 Inches design
- Single CPU Support - Improved for well-organized processing
- PCIe1x16 plus x1 Slots - For GPU and expansion cards
- USB 3.0 (2x rear plus 1x header) - Fast data transfers
- eSATA/USB Combo - External storage suppleness
- Gigabit Ethernet - Reliable wired networking
- 1 Audio plus S/PDIF - Premium sound output
- VGA plus DVI Outputs - Dual display support
- 4x SATA Ports - RAID 0/1/5/10 support
- RoHS,WEEE,REACH Expert - Eco-friendly
- ASUS Durability – High quality components
Compatibility and Use Cases:
Perfect for small form factor computers, home theaters and computer unit. This motherboard excels in space-controlled situations. Its RAID support benefits NAS builds, while dual displays improve output. Perfect for upgrading compact systems needing modern features like USB 3.0 and S/PDIF audio without losing expansion capabilities.
Why Choose This Motherboard?
The ASUS 60-N9TMB1000-B13 delivers great features in a small package with PCIe 1 x16 for GPUs and RAID for storage security. Its dual display outputs and 5.1 audio make it multimedia ready, while USB 3.0 confirms fast transfers. The eco-friendly design meets severe standards and ASUS reliability assurances long-term performance. Perfect for building powerful ATX systems without compromising on functionality.
