Supermicro X13sch-ln4f Intel C266 Lga 1700 Micro Atx
Best price right now (among 2 stores)
£679.86
£ 781.84SAVE 13%updated Thursday 24th September at 03:28
Compare prices
2 stores have this offer
- Cheapest
PCNovaWebDelivery 1-4 days | Cost: £ 4£ 679.86£ 781.8413% 
GamingKitWebDelivery 3 days | Cost: £ 4£ 679.86
Price history
Lowest 30 days
£ 678.58
PCNova, 24 August
Highest 30 days
£ 683.71
PCNova, 18 August
Average
£ 680.33
You save £ 1.74
Product Review
4,2
What others say
The Supermicro X13SCH-LN4F is a compact Micro-ATX server motherboard using Intel’s C266 chipset and a single LGA-1700 socket. It supports Intel Xeon 6300-series, Xeon E-2400-series and Pentium processors with CPU TDPs up to 95W.
The Supermicro X13SCH-LN4F is a compact Micro-ATX server motherboard using Intel’s C266 chipset and a single LGA-1700 socket. It supports Intel Xeon 6300-series, Xeon E-2400-series and Pentium processors with CPU TDPs up to 95W.
Pros
- Compact Micro-ATX format suitable for space-constrained server builds.
- Supports ECC DDR5 UDIMM memory up to 128GB.
- Compact Micro-ATX format suitable for space-constrained server builds.
- Supports ECC DDR5 UDIMM memory up to 128GB.
- Includes remote management through the ASPEED AST2600 BMC and a dedicated management LAN port.
- Provides eight SATA ports, RAID support and two PCIeinterfaces.
- Offers one PCIex16 slot plus two PCIex4 slots.
Cons
- −Processor support is limited to compatible LGA-1700 server and Pentium families, with a maximum CPU TDP of 95W.
- −Memory support is limited to ECC DDR5 UDIMMs rather than standard desktop memory types.
- −Processor support is limited to compatible LGA-1700 server and Pentium families, with a maximum CPU TDP of 95W.
- −Memory support is limited to ECC DDR5 UDIMMs rather than standard desktop memory types.
- −Networking is limited to 1GbE ports, with no higher-speed Ethernet integrated.
- −The platform provides four memory slots and a maximum capacity of 128GB, which may constrain larger server configurations.
Based on user reviews collected from publicly available sources.