Exceptional Price/Performance/Watt
The latest processor technology AMD Opteron dual-core processors means the PowerEdge SC1435 has an
exceptional price/performance/watt ratio. AMD’s Direct Connect Architecture directly connects CPUs, memory and I/O to
help reduce latency and optimize memory performance. Additionally, AMD PowerNow! with Optimized Power
Management is designed to decrease overall system power consumption without compromising performance by
dynamically adjusting individual core frequencies for improved power. And the PowerEdge SC1435 server provides a
seamless upgrade to future quad-core processing in the same thermal envelope.
Comprehensive Business Relevant Solutions for HPCC and Web serving
Built with HPCC and distributed Web serving challenges in mind, the PowerEdge SC1435 helps organizations make
the most of their resources in distributed cluster applications. Dell engineers, working closely with our HPCC
partners, fully integrate, test and preconfigure HPCC solutions to take the guesswork out of configuring a cluster. These
pre-configured bundles provide a validated solution that can be easily deployed. Additionally, Dell Services are focused on
simplifying HPCC operations and helping you achieve the full value of your systems.
Availability to Help Maximize Uptime Without Sacrificing Density
The PowerEdge SC1435 server offers processor speeds up to 2.8GHz with as much as 32GB of low latency
power effcient DDR2-667 memory. It also includes the latest high performance I/O and storage technologies. Optional
TCP/IP Offload Engine (TOE) NIC adapters help improve processor utilization by offloading TCP/IP traffic from the host
processor to an integrated NIC processor. Up to two SATA or SAS drives provide flexible and reliable storage.
Manageability for Reduced Complexity
Featuring dual-core AMD OpteronTM processors, the rack-dense, 1U PowerEdge SC1435 server provides the
cost-effective performance and low power consumption that distributed cluster environments need. It is designed to
reduce complexity making it easy to deploy in high performance computing clusters (HPCC) and Web farms.