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Tag Archives: Broadwell-EP

Intel to release 22-core Xeon E5 v4 “Broadwell-EP” late in 2015

Intel Corp. this week reaffirmed plans to release the next generation of its multi-core Xeon E5 v4 central processing units code-named “Broadwell-EP”, which were rumoured to be cancelled earlier this year. The new chips will emerge later this year, they will increase core-count, memory bandwidth and will also feature micro-architecture-level improvements. …

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Intel: DDR4 will dominate PCs and servers next year

Development of DDR4 dynamic random access memory took a long time. However, adoption of the new DRAM will be rather quick. Already next year the majority of servers and personal computers will rely on DDR4. The DDR4 memory standard is currently supported by Intel Corp.’s server platforms as well as …

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Intel: First full-custom Xeon CPUs are due next year

The needs of modern cloud datacenters require developers of microprocessors to implement certain custom functionality into their products. As reported, Intel Corp. has incorporated multiple special-purpose technologies into its latest Xeon platform and offers optimized versions of CPUs to select customers. However, the company still does not offer chips that …

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Intel delays Broadwell-E processor for high-end desktops to 2016

Intel Corp. has decided to delay mass production of its next-generation code-named “Broadwell-E” microprocessor to the first quarter of 2016. Exact reasons for the decision are unclear, but probably the issues with the company’s 14nm process technology as well as the lack of competition on the market of ultra-high-end desktop platforms …

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Intel finds erratum in Haswell and Broadwell chips, disables TSX instructions

One of the features of Intel Corp.’s Haswell micro-architecture (and Broadwell micro-architecture) were transactional synchronization extensions (TSX), which could significantly boost performance in multi-threaded applications that take advantage of them. As it appears, usage of the technology leads to unpredictable PC behaviour due to an erratum. As a result, Intel …

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