Experience exceptional performance-per-U
Help maximize performance and rack density with up to 96 cores and 1TB* memory in a 2U enclosure—excellent for oil and gas exploration, scientific and medical research, video rendering and other challenging HPC projects.
Break through those computing bottlenecks.
If you’re overwhelmed by projects, simulations and calculations, and your data is growing too fast for you to keep up, Dell PowerEdge C6145 servers can provide the HPC muscle you need.
- AMD processing power: 8- and 12-core AMD OpteronTM 6100 processors can deliver up to two times the performance level of AMD’s previous generation 6-core processors. This includes an 85-percent increase in integer performance and a 113-percent increase in floating point performance*.
- Blazing I/O speed: 40Gbps I/O per card with three x16 PCIe Gen 2 slots, one x8 mezz slot, and a dedicated host interface card (HIC) slot per server, means fast connections between network and storage nodes, without weak links in the communications chain. Each part goes faster, so you can bring your results to life faster.
Configure and scale with superb flexibility
Shape your server to meet your needs. The PowerEdge C6145 provides a near-endless supply of options for solving your specific problems. It's one of the only servers to combine two 4-socket servers and 10 total PCIe slots in a single 2U chassis.
Economize without compromise
The high density of PowerEdge C6145 servers enables you to design an economical data center without sacrificing performance. Two 4-socket servers in just 2U of space permits shared mechanicals, power supplies and high-efficiency fans that can use less power and cooling resources while conserving rack space and cabling.
The AMD Opteron 6100 series processor that powers the server also has outstanding price/performance characteristics. When compared to a best-performing competitive two-processor (2P) platform, an AMD Opteron 6000 processor-based 4P platform can yield up to twice the performance at more than 10 percent lower total processor cost*.