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Supermicro X7SLA-L Socket PBGA437 Intel 945GC Flex-ATX Motherboard
- Integrated Intel 945GC Chipset
- Socket PBGA437
- Flex-ATX Form Factor
- Supports DDR2 Memory
- Low Power Consumption
- Compact Footprint
- SATA II Storage Interface
- Onboard Graphics and LAN
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Product Overview
The Supermicro X7SLA-L is a Flex-ATX motherboard with an integrated Intel 945GC chipset and a PBGA437 socket processor. It is designed for compact, energy-efficient server and embedded computing solutions.
Technical Information
| Socket Type | PBGA437 |
| Chipset | Intel 945GC |
| Form Factor | Flex-ATX |
Additional Specifications
| Memory Type | DDR2 |
| Storage Interface | SATA II |
Product Description
The Supermicro X7SLA-L is a compact and energy-efficient motherboard designed for specialized computing tasks, particularly in server and embedded system applications. It features an integrated Intel 945GC chipset and a processor soldered directly onto the board (PBGA437 socket), which optimizes for a small form factor and reduced power requirements. This makes it an ideal choice for 1U rackmount servers, network appliances, or industrial control systems where space and power are limited. This motherboard supports DDR2 memory, offering a balance of performance and power efficiency suitable for its target applications. It comes equipped with essential I/O and connectivity features, including SATA II ports for storage, USB ports for peripherals, and integrated graphics and LAN controllers. The Flex-ATX form factor ensures compatibility with a wide range of compact chassis, providing design flexibility. Built with Supermicro's reputation for reliability, the X7SLA-L is designed for continuous operation in demanding environments. Its integrated nature minimizes the need for additional components, contributing to a lower total cost of ownership and simplified system assembly. It serves as a dependable platform for applications such as network attached storage (NAS), firewalls, or basic server functions where size and power efficiency are paramount.
