An ideal combination of price and performance, the single-socket Dell™ Precision™ T3500 is designed to provide productivity and scalability gains well beyond the range of standard business desktop systems.
The T3500 features the latest generation of Intel® Xeon™ architecture for fast, energy-efficient performance on a variety of single-socket workstation applications.
The T3500 supports up to 24 GB of system memory (including both DDR3 ECC and non-ECC memory), allowing for superior levels of application performance and data manipulation.
Offering two PCIe x16 slots as well as ample power for its supported graphics cards, the Dell™ Precision™ T3500 works quickly to bring your design, animation, imaging or engineering projects to life.
Enjoy peak performance from high-end graphics cards: The T3500 can be equipped with a range of workstation-class graphics options from ATI® and NVIDIA®.
The T3500 offers tested or certified graphics drivers to help ensure superb performance with excellent reliability.
Intel® Turbo Mode (designed to shift processor performance into a higher speed without consequences to system heat) and direct cache access help accelerate both single- and multi-threaded applications.
Dell’s advanced thermal engineering and efficient processor heat sinks help to sustain Turbo Mode even under extended periods of activity.
Dell™ partners with leading ISVs to certify system compatibility, ensuring that the certified workstation applications you load onto the T3500 will run gracefully right out of the box.
The Dell™ Precision™ T3500 offers a high level of energy efficiency and conforms to major worldwide energy standards, including ENERGY STAR® and EPEAT registered configurations.
The new generation of Intel® Xeon® technology affords the T3500 additional levels of energy efficiency, including the individual management of processor-core clock speeds (using the processor’s internal power-control unit) and the ability to boost performance using Intel® TurboMode.
All new Dell™ Precision™ tower workstations feature 85 percent efficient, wide-ranging power supplies for environmentally conscientious computing that doesn’t sacrifice on performance.