Intel to Customize High-End Processors
R. Colin Johnson, EETimes
11/20/2013 07:50 AM EST
PORTLAND, Ore. — Intel revealed its roadmap for the future of technical computing, including customizing its high-end Xeon and Xeon Phi processors, at this week's Supercomputing Conference (SC13), Nov. 17-22 in Denver. The company promised to start housing memory chips inside the same package with its processors as well as integrating stacked memory dies onto future processors along with integrated high-speed switches and optical fabrics.
"We have the transistor budget to do customized innovation, and secondly we have a design methodology for system-on-chip and an architectural modularity that allows us the ability to work with our customers to customize products at various levels," said Rajeeb Hazra, Intel's vice president of the technical computing group and general manager of the datacenter group, in an interview with EE Times. "We are moving forward into workload-optimized architectures at a level of collaboration with our customers that we hadn't done previously."
To read the full article, click here
Related Semiconductor IP
- Multi-channel Ultra Ethernet TSS Transform Engine
- Configurable CPU tailored precisely to your needs
- Ultra high-performance low-power ADC
- HiFi iQ DSP
- CXL 4 Verification IP
Related News
- Andes 45-Series Expands RISC-V High-end Processors 8-Stage Superscalar Processor Balances High Performance, Power Efficiency, and Real-time Determinism with Rich RISC-V Ecosystem
- Senior Intel CPU architects splinter to develop RISC-V processors - veterans establish AheadComputing
- Altera, Xilinx prep high-end PLDs as revenues dive
- IBM aims PowerPC solutions at the high-end
Latest News
- ASICLAND Partners with Daegu Metropolitan City to Advance Demonstration and Commercialization of Korean AI Semiconductors
- SEALSQ and Lattice Collaborate to Deliver Unified TPM-FPGA Architecture for Post-Quantum Security
- SEMIFIVE Partners with Niobium to Develop FHE Accelerator, Driving U.S. Market Expansion
- TASKING Delivers Advanced Worst-Case Timing Coupling Analysis and Mitigation for Multicore Designs
- Efficient Computer Raises $60 Million to Advance Energy-Efficient General-Purpose Processors for AI