Highly efficient parallel processing, fast response to real-time events, and 50% performance gains position the I7200 as the core of choice for high performance embedded applications
SANTA CLARA, Calif., May 2 (Bernama-GLOBE NEWSWIRE) -- MIPS, provider of the widely used MIPS processor architecture and IP cores for licensing, today announced the I7200 multi-threaded multi-core processor, a new high performance licensable IP core in their midrange 32-bit product lineup. Class-leading efficiency is essential to power sensitive applications such as the high bandwidth modem subsystems in Advanced LTE Pro and upcoming 5G smartphone SoCs, as well as networking ICs, and other applications. The I7200 delivers 50% higher performance in less than 20% area increase than the previous generation from MIPS.
“MIPS CPUs are widely used in a range of LTE applications for mobile broadband,” said David Lau, MIPS’ Vice President of Engineering. “The performance gains across the board on the new I7200 deliver a leap forward in support of the transition to 5G systems, while providing a range of configurable features that enable the CPU core to be optimized for a specific application. For communications processing in LTE modems, where small size and power consumption are at a premium, and latency and deterministic responsiveness are critical to system performance, the I7200 can be tuned to optimize the characteristics for real-time embedded processing.”
SANTA CLARA, Calif., May 2 (Bernama-GLOBE NEWSWIRE) -- MIPS, provider of the widely used MIPS processor architecture and IP cores for licensing, today announced the I7200 multi-threaded multi-core processor, a new high performance licensable IP core in their midrange 32-bit product lineup. Class-leading efficiency is essential to power sensitive applications such as the high bandwidth modem subsystems in Advanced LTE Pro and upcoming 5G smartphone SoCs, as well as networking ICs, and other applications. The I7200 delivers 50% higher performance in less than 20% area increase than the previous generation from MIPS.
“MIPS CPUs are widely used in a range of LTE applications for mobile broadband,” said David Lau, MIPS’ Vice President of Engineering. “The performance gains across the board on the new I7200 deliver a leap forward in support of the transition to 5G systems, while providing a range of configurable features that enable the CPU core to be optimized for a specific application. For communications processing in LTE modems, where small size and power consumption are at a premium, and latency and deterministic responsiveness are critical to system performance, the I7200 can be tuned to optimize the characteristics for real-time embedded processing.”
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