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computing.
MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 ARCHITECTURE
MIPS32 Architecture. The MIPS32 architecture is a highly performance-efficient industry standard architecture that is at the heart of billions of electronic products, from tiny microcontrollers to high-end networking equipment. It provides a robust instruction set, scalability from 32-bits to 64-bits, a broad-spectrum of softwaredevelopment
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
MIPS PROAPTIV PROCESSOR CORE MIPS proAptiv Processor Core. MIPS proAptiv is a family of microprocessor IP cores designed to deliver the compelling top-line performance required for connected consumer electronics including connected TVs and set-top boxes and high-performance compute in embedded applications. proAptiv CPUs are based on a wide issue, deeplyout-of-order (OoO
MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectively I-CLASS I6400 MULTIPROCESSOR CORE The MIPS I6400 CPU is a ground-up design based on a compact 9-stage dual-issue pipeline and utilizing SMT to set a new standard for performance efficiency among CPU cores in its class. It is available as fully synthesizable RTL, allowing for a wide range of implementations in a single process node and across processgeometries.
I-CLASS I6500 MULTIPROCESSOR CORE The MIPS I6500 multiprocessor core extends the variety and scalability of “off-the-shelf” licensable cores based on the proven and respected MIPS64® architecture, delivering a compelling solution for heterogeneous computing. This IP core offering provides key features to deliver “heterogeneous inside and out”, many core/multi-cluster scalable processing, and real-time deterministic MIPS – MARKET-LEADING RISC CPU IP PROCESSOR SOLUTIONSPRODUCTSMARKETSDEVELOPNEWSCOMPANYLOGIN Widely used and backed by an active ecosystem of hardware and software partners, MIPS processors are the CPU of choice for the future ofcomputing.
MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 ARCHITECTURE
MIPS32 Architecture. The MIPS32 architecture is a highly performance-efficient industry standard architecture that is at the heart of billions of electronic products, from tiny microcontrollers to high-end networking equipment. It provides a robust instruction set, scalability from 32-bits to 64-bits, a broad-spectrum of softwaredevelopment
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
MIPS PROAPTIV PROCESSOR CORE MIPS proAptiv Processor Core. MIPS proAptiv is a family of microprocessor IP cores designed to deliver the compelling top-line performance required for connected consumer electronics including connected TVs and set-top boxes and high-performance compute in embedded applications. proAptiv CPUs are based on a wide issue, deeplyout-of-order (OoO
MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectively I-CLASS I6400 MULTIPROCESSOR CORE The MIPS I6400 CPU is a ground-up design based on a compact 9-stage dual-issue pipeline and utilizing SMT to set a new standard for performance efficiency among CPU cores in its class. It is available as fully synthesizable RTL, allowing for a wide range of implementations in a single process node and across processgeometries.
I-CLASS I6500 MULTIPROCESSOR CORE The MIPS I6500 multiprocessor core extends the variety and scalability of “off-the-shelf” licensable cores based on the proven and respected MIPS64® architecture, delivering a compelling solution for heterogeneous computing. This IP core offering provides key features to deliver “heterogeneous inside and out”, many core/multi-cluster scalable processing, and real-time deterministic MIPS PROAPTIV PROCESSOR CORE MIPS proAptiv Processor Core. MIPS proAptiv is a family of microprocessor IP cores designed to deliver the compelling top-line performance required for connected consumer electronics including connected TVs and set-top boxes and high-performance compute in embedded applications. proAptiv CPUs are based on a wide issue, deeplyout-of-order (OoO
MIPS LINUX – MIPS
Linux on MIPS provides a complete Linux system for MIPS based processors, with support included in the Linux kernel and distributions including Debian, OpenWRT, Buildroot, Yocto and GENTOO.. MIPS supports the development of Linux on MIPS through our in-house Linux kernel, toolchain and distribution teams, by support to the MIPS processor based open source community. MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards. MIPS RTOS AND IOT SUPPORT MIPS Embedded OS (MEOS) MEOS is MIPS’ in-house real-time operating system (RTOS). Being in-house, it is always the first to support new cores and architecture features. INTERAPTIV PROCESSOR CORE Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputersMIPS SIMD – MIPS
MIPS architects designed the MSA with simple instructions that lead to less complex implementations. The carefully selected, simple SIMD instruction set is not only programmer- and compiler-friendly, but also hardware-efficient in terms of speed, area, and power consumption. The MSA technology specification is extensible and ableto accommodate
I-CLASS I6500-F PROCESSOR CORE Systems must be designed to adhere to industry standards for functional safety including ISO 26262 for automotive and IEC 61508 for industrial applications. The MIPS I6500-F is the newest IP core in MIPS CPU product line, extending the variety and scalability of “off-the-shelf” licensable cores based on the proven and respectedMIPS64
FIVE MOST ICONIC DEVICES TO USE MIPS CPUS Nintendo 64 (MIPS R4300i CPU) Released in June 1996, Nintendo 64 was the first major home console to use a 64-bit processor (hence the name) and the last to employ the cartridge as its primary storage format. The Nintendo 64’s CPU was the NEC VR4300 based on a MIPS R4300 microchip, running at 93.75 MHz and delivering 125 MIPS (million MIPS – MARKET-LEADING RISC CPU IP PROCESSOR SOLUTIONSPRODUCTSMARKETSDEVELOPNEWSCOMPANYLOGIN Widely used and backed by an active ecosystem of hardware and software partners, MIPS processors are the CPU of choice for the future ofcomputing.
MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products I-CLASS I6400 MULTIPROCESSOR CORE The MIPS I6400 CPU is a ground-up design based on a compact 9-stage dual-issue pipeline and utilizing SMT to set a new standard for performance efficiency among CPU cores in its class. It is available as fully synthesizable RTL, allowing for a wide range of implementations in a single process node and across processgeometries.
NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards.CODESCAPE DEBUGGER
Codescape Debugger forms the hub of a system that facilitates all stages of development alongside a low-level command-line console, built-in scripting, intelligent debug probes, emulators and simulators. For pre-hardware application development, Codescape Debugger works with the MIPS Instruction Accurate Simulator (IASim), QEMU emulator and RTLM5150 DATASHEET
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS – MARKET-LEADING RISC CPU IP PROCESSOR SOLUTIONSPRODUCTSMARKETSDEVELOPNEWSCOMPANYLOGIN Widely used and backed by an active ecosystem of hardware and software partners, MIPS processors are the CPU of choice for the future ofcomputing.
MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products I-CLASS I6400 MULTIPROCESSOR CORE The MIPS I6400 CPU is a ground-up design based on a compact 9-stage dual-issue pipeline and utilizing SMT to set a new standard for performance efficiency among CPU cores in its class. It is available as fully synthesizable RTL, allowing for a wide range of implementations in a single process node and across processgeometries.
NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards.CODESCAPE DEBUGGER
Codescape Debugger forms the hub of a system that facilitates all stages of development alongside a low-level command-line console, built-in scripting, intelligent debug probes, emulators and simulators. For pre-hardware application development, Codescape Debugger works with the MIPS Instruction Accurate Simulator (IASim), QEMU emulator and RTLM5150 DATASHEET
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputersABOUT – MIPS
About. MIPS was acquired by Wave Computing in June 2018, creating the first AI systems and embedded solutions powerhouse, and delivering the industry’s only single platform for deep learning, from the data-center to the edge. MIPS operates as an IP licensing business unit within Wave Computing, and is a leading provider of intellectualDEVELOPER TOOLS
Developer Tools. MIPS provides a complete portfolio of development tools to address all stages of product development. Whether you require state-of-the-art compiler technology, embedded RTOS and Linux support, EJTAG probes, or development boards, MIPS has the tools and software to address your development needs.TRAINING COURSES
Training Courses. These 4 video courses cover the MIPS architecture and related software interfaces. They are intended for software programmers who will be doing system software such as boot code, device drivers and OS programming. The MIPS Basic CourseMIPS32 ARCHITECTURE
MIPS32 Architecture. The MIPS32 architecture is a highly performance-efficient industry standard architecture that is at the heart of billions of electronic products, from tiny microcontrollers to high-end networking equipment. It provides a robust instruction set, scalability from 32-bits to 64-bits, a broad-spectrum of softwaredevelopment
MIPS PROAPTIV PROCESSOR CORE MIPS proAptiv Processor Core. MIPS proAptiv is a family of microprocessor IP cores designed to deliver the compelling top-line performance required for connected consumer electronics including connected TVs and set-top boxes and high-performance compute in embedded applications. proAptiv CPUs are based on a wide issue, deeplyout-of-order (OoO
FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards. MIPS RTOS AND IOT SUPPORT MIPS Embedded OS (MEOS) MEOS is MIPS’ in-house real-time operating system (RTOS). Being in-house, it is always the first to support new cores and architecture features.MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectivelyBROADCOM – MIPS
Broadcom Corporation (NASDAQ: BRCM), a FORTUNE 500® company, is a global leader and innovator in semiconductor solutions for wired and wireless communications. Broadcom® products seamlessly deliver voice, video, data and multimedia connectivity in the home, office and mobile environments. With the industry’s broadest portfolio of state-of FIVE MOST ICONIC DEVICES TO USE MIPS CPUS Nintendo 64 (MIPS R4300i CPU) Released in June 1996, Nintendo 64 was the first major home console to use a 64-bit processor (hence the name) and the last to employ the cartridge as its primary storage format. The Nintendo 64’s CPU was the NEC VR4300 based on a MIPS R4300 microchip, running at 93.75 MHz and delivering 125 MIPS (million MIPS – MARKET-LEADING RISC CPU IP PROCESSOR SOLUTIONSPRODUCTSMARKETSDEVELOPNEWSCOMPANYLOGIN Widely used and backed by an active ecosystem of hardware and software partners, MIPS processors are the CPU of choice for the future ofcomputing.
MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products I-CLASS I6400 MULTIPROCESSOR CORE The MIPS I6400 CPU is a ground-up design based on a compact 9-stage dual-issue pipeline and utilizing SMT to set a new standard for performance efficiency among CPU cores in its class. It is available as fully synthesizable RTL, allowing for a wide range of implementations in a single process node and across processgeometries.
NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards.CODESCAPE DEBUGGER
Codescape Debugger forms the hub of a system that facilitates all stages of development alongside a low-level command-line console, built-in scripting, intelligent debug probes, emulators and simulators. For pre-hardware application development, Codescape Debugger works with the MIPS Instruction Accurate Simulator (IASim), QEMU emulator and RTLM5150 DATASHEET
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS – MARKET-LEADING RISC CPU IP PROCESSOR SOLUTIONSPRODUCTSMARKETSDEVELOPNEWSCOMPANYLOGIN Widely used and backed by an active ecosystem of hardware and software partners, MIPS processors are the CPU of choice for the future ofcomputing.
MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products I-CLASS I6400 MULTIPROCESSOR CORE The MIPS I6400 CPU is a ground-up design based on a compact 9-stage dual-issue pipeline and utilizing SMT to set a new standard for performance efficiency among CPU cores in its class. It is available as fully synthesizable RTL, allowing for a wide range of implementations in a single process node and across processgeometries.
NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards.CODESCAPE DEBUGGER
Codescape Debugger forms the hub of a system that facilitates all stages of development alongside a low-level command-line console, built-in scripting, intelligent debug probes, emulators and simulators. For pre-hardware application development, Codescape Debugger works with the MIPS Instruction Accurate Simulator (IASim), QEMU emulator and RTLM5150 DATASHEET
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputersABOUT – MIPS
About. MIPS was acquired by Wave Computing in June 2018, creating the first AI systems and embedded solutions powerhouse, and delivering the industry’s only single platform for deep learning, from the data-center to the edge. MIPS operates as an IP licensing business unit within Wave Computing, and is a leading provider of intellectualDEVELOPER TOOLS
Developer Tools. MIPS provides a complete portfolio of development tools to address all stages of product development. Whether you require state-of-the-art compiler technology, embedded RTOS and Linux support, EJTAG probes, or development boards, MIPS has the tools and software to address your development needs.TRAINING COURSES
Training Courses. These 4 video courses cover the MIPS architecture and related software interfaces. They are intended for software programmers who will be doing system software such as boot code, device drivers and OS programming. The MIPS Basic CourseMIPS32 ARCHITECTURE
MIPS32 Architecture. The MIPS32 architecture is a highly performance-efficient industry standard architecture that is at the heart of billions of electronic products, from tiny microcontrollers to high-end networking equipment. It provides a robust instruction set, scalability from 32-bits to 64-bits, a broad-spectrum of softwaredevelopment
MIPS PROAPTIV PROCESSOR CORE MIPS proAptiv Processor Core. MIPS proAptiv is a family of microprocessor IP cores designed to deliver the compelling top-line performance required for connected consumer electronics including connected TVs and set-top boxes and high-performance compute in embedded applications. proAptiv CPUs are based on a wide issue, deeplyout-of-order (OoO
MIPS RTOS AND IOT SUPPORT MIPS Embedded OS (MEOS) MEOS is MIPS’ in-house real-time operating system (RTOS). Being in-house, it is always the first to support new cores and architecture features.MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectivelyBROADCOM – MIPS
Broadcom Corporation (NASDAQ: BRCM), a FORTUNE 500® company, is a global leader and innovator in semiconductor solutions for wired and wireless communications. Broadcom® products seamlessly deliver voice, video, data and multimedia connectivity in the home, office and mobile environments. With the industry’s broadest portfolio of state-of FIVE MOST ICONIC DEVICES TO USE MIPS CPUS Nintendo 64 (MIPS R4300i CPU) Released in June 1996, Nintendo 64 was the first major home console to use a 64-bit processor (hence the name) and the last to employ the cartridge as its primary storage format. The Nintendo 64’s CPU was the NEC VR4300 based on a MIPS R4300 microchip, running at 93.75 MHz and delivering 125 MIPS (millionANTHONYEXOMS
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
MIPS RTOS AND IOT SUPPORT MIPS Embedded OS (MEOS) MEOS is MIPS’ in-house real-time operating system (RTOS). Being in-house, it is always the first to support new cores and architecture features.FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards.MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectively A GUIDE TO INTERNET OF THINGS (IOT) PROCESSORS FIVE MOST ICONIC DEVICES TO USE MIPS CPUS Nintendo 64 (MIPS R4300i CPU) Released in June 1996, Nintendo 64 was the first major home console to use a 64-bit processor (hence the name) and the last to employ the cartridge as its primary storage format. The Nintendo 64’s CPU was the NEC VR4300 based on a MIPS R4300 microchip, running at 93.75 MHz and delivering 125 MIPS (million MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
MIPS RTOS AND IOT SUPPORT MIPS Embedded OS (MEOS) MEOS is MIPS’ in-house real-time operating system (RTOS). Being in-house, it is always the first to support new cores and architecture features.FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards.MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectively A GUIDE TO INTERNET OF THINGS (IOT) PROCESSORS FIVE MOST ICONIC DEVICES TO USE MIPS CPUS Nintendo 64 (MIPS R4300i CPU) Released in June 1996, Nintendo 64 was the first major home console to use a 64-bit processor (hence the name) and the last to employ the cartridge as its primary storage format. The Nintendo 64’s CPU was the NEC VR4300 based on a MIPS R4300 microchip, running at 93.75 MHz and delivering 125 MIPS (million INTERNET OF THINGS (IOT) The broad portfolio of MIPS processors can be applied to all levels of networked IoT devices, ensuring the highest level of security across an entire system. MIPS M-class processors are ideal for 32-bit microcontrollers in embedded applications, offering high performance per size. MIPS I-class processors offer incredible scalability andMIPS32 ARCHITECTURE
MIPS32 Architecture. The MIPS32 architecture is a highly performance-efficient industry standard architecture that is at the heart of billions of electronic products, from tiny microcontrollers to high-end networking equipment. It provides a robust instruction set, scalability from 32-bits to 64-bits, a broad-spectrum of softwaredevelopment
TRAINING COURSES
Training Courses. These 4 video courses cover the MIPS architecture and related software interfaces. They are intended for software programmers who will be doing system software such as boot code, device drivers and OS programming. The MIPS Basic Course NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
MIPS RTOS AND IOT SUPPORT MIPS Embedded OS (MEOS) MEOS is MIPS’ in-house real-time operating system (RTOS). Being in-house, it is always the first to support new cores and architecture features.MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectively A GUIDE TO INTERNET OF THINGS (IOT) PROCESSORS The Internet of Things is a fast-growing industry built on the promise of ubiquitous connectivity that will enable billions of devices to talk to each other and to people. The estimates for the number of IoT devices to ship by 2020 can vary widely, from the more conservative six billion figure presented by the Linley Group to the breath-taking 200 billion projection provided by Intel. FIVE MOST ICONIC DEVICES TO USE MIPS CPUS Nintendo 64 (MIPS R4300i CPU) Released in June 1996, Nintendo 64 was the first major home console to use a 64-bit processor (hence the name) and the last to employ the cartridge as its primary storage format. The Nintendo 64’s CPU was the NEC VR4300 based on a MIPS R4300 microchip, running at 93.75 MHz and delivering 125 MIPS (millionANTHONYEXOMS
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputersMSNYCINSABLY
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
MIPS RTOS AND IOT SUPPORT MIPS Embedded OS (MEOS) MEOS is MIPS’ in-house real-time operating system (RTOS). Being in-house, it is always the first to support new cores and architecture features.FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards.MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectively A GUIDE TO INTERNET OF THINGS (IOT) PROCESSORS FIVE MOST ICONIC DEVICES TO USE MIPS CPUS Nintendo 64 (MIPS R4300i CPU) Released in June 1996, Nintendo 64 was the first major home console to use a 64-bit processor (hence the name) and the last to employ the cartridge as its primary storage format. The Nintendo 64’s CPU was the NEC VR4300 based on a MIPS R4300 microchip, running at 93.75 MHz and delivering 125 MIPS (million MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
MIPS RTOS AND IOT SUPPORT MIPS Embedded OS (MEOS) MEOS is MIPS’ in-house real-time operating system (RTOS). Being in-house, it is always the first to support new cores and architecture features.FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards.MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectively A GUIDE TO INTERNET OF THINGS (IOT) PROCESSORS FIVE MOST ICONIC DEVICES TO USE MIPS CPUS Nintendo 64 (MIPS R4300i CPU) Released in June 1996, Nintendo 64 was the first major home console to use a 64-bit processor (hence the name) and the last to employ the cartridge as its primary storage format. The Nintendo 64’s CPU was the NEC VR4300 based on a MIPS R4300 microchip, running at 93.75 MHz and delivering 125 MIPS (millionNEWS – MIPS
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputersDEVELOPER TOOLS
Developer Tools. MIPS provides a complete portfolio of development tools to address all stages of product development. Whether you require state-of-the-art compiler technology, embedded RTOS and Linux support, EJTAG probes, or development boards, MIPS has the tools and software to address your development needs. INTERNET OF THINGS (IOT) The broad portfolio of MIPS processors can be applied to all levels of networked IoT devices, ensuring the highest level of security across an entire system. MIPS M-class processors are ideal for 32-bit microcontrollers in embedded applications, offering high performance per size. MIPS I-class processors offer incredible scalability andMIPS32 ARCHITECTURE
MIPS32 Architecture. The MIPS32 architecture is a highly performance-efficient industry standard architecture that is at the heart of billions of electronic products, from tiny microcontrollers to high-end networking equipment. It provides a robust instruction set, scalability from 32-bits to 64-bits, a broad-spectrum of softwaredevelopment
NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectively A GUIDE TO INTERNET OF THINGS (IOT) PROCESSORS The Internet of Things is a fast-growing industry built on the promise of ubiquitous connectivity that will enable billions of devices to talk to each other and to people. The estimates for the number of IoT devices to ship by 2020 can vary widely, from the more conservative six billion figure presented by the Linley Group to the breath-taking 200 billion projection provided by Intel.BERNARDCEW – MIPS
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputersMSNYCINSABLY
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputersBATHROOMSPEN
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
MIPS RTOS AND IOT SUPPORT MIPS Embedded OS (MEOS) MEOS is MIPS’ in-house real-time operating system (RTOS). Being in-house, it is always the first to support new cores and architecture features.FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards.MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectively A GUIDE TO INTERNET OF THINGS (IOT) PROCESSORS FIVE MOST ICONIC DEVICES TO USE MIPS CPUS Nintendo 64 (MIPS R4300i CPU) Released in June 1996, Nintendo 64 was the first major home console to use a 64-bit processor (hence the name) and the last to employ the cartridge as its primary storage format. The Nintendo 64’s CPU was the NEC VR4300 based on a MIPS R4300 microchip, running at 93.75 MHz and delivering 125 MIPS (million MIPS CLASSIC PROCESSOR CORES MIPS32 34Kc/f. The MIPS32 34K is a 9-stage pipeline multi-threaded processor core with support for up to two Virtual Processing Elements (VPE) and nine Thread Context (TC)s per VPE. Processing multiple software threads in parallel, 34K cores mask the effect of memory latency to deliver instant 20-40% gains in system performance and costsavings
MIPS32 INSTRUCTION SET QUICK REFERENCE V1.01 Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputers MIPS BASIC TRAINING COURSE MIPS Basic Training Course. This video course covers the basic MIPS architecture and related software interfaces. It is intended for software programmers who will be doing boot code and device drivers. The course covers: Software tools, the MIPS instruction set, assembly language coding, the MIPS memory map, programming a TLB, exceptionsand
MICROAPTIV PROCESSOR CORE microAptiv Processor Core. MIPS microAptiv is the smallest, lowest-power CPU family available. The microAptiv cores also have higher performance than competing converged microcontroller/DSP solutions in their class, delivering 1.7 DMIPS/MHz, and 3.44 CoreMark/MHz in microMIPS mode. With a growing ecosystem of supported third partner products NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
MIPS RTOS AND IOT SUPPORT MIPS Embedded OS (MEOS) MEOS is MIPS’ in-house real-time operating system (RTOS). Being in-house, it is always the first to support new cores and architecture features.FUNCTIONAL SAFETY
Functional Safety, ISO 26262 and MIPS. MIPS is enabling the creation of assistive and fully autonomous systems by making its licensable technologies ready for key functional safety standards.MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectively A GUIDE TO INTERNET OF THINGS (IOT) PROCESSORS FIVE MOST ICONIC DEVICES TO USE MIPS CPUS Nintendo 64 (MIPS R4300i CPU) Released in June 1996, Nintendo 64 was the first major home console to use a 64-bit processor (hence the name) and the last to employ the cartridge as its primary storage format. The Nintendo 64’s CPU was the NEC VR4300 based on a MIPS R4300 microchip, running at 93.75 MHz and delivering 125 MIPS (millionNEWS – MIPS
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputersDEVELOPER TOOLS
Developer Tools. MIPS provides a complete portfolio of development tools to address all stages of product development. Whether you require state-of-the-art compiler technology, embedded RTOS and Linux support, EJTAG probes, or development boards, MIPS has the tools and software to address your development needs. INTERNET OF THINGS (IOT) The broad portfolio of MIPS processors can be applied to all levels of networked IoT devices, ensuring the highest level of security across an entire system. MIPS M-class processors are ideal for 32-bit microcontrollers in embedded applications, offering high performance per size. MIPS I-class processors offer incredible scalability andMIPS32 ARCHITECTURE
MIPS32 Architecture. The MIPS32 architecture is a highly performance-efficient industry standard architecture that is at the heart of billions of electronic products, from tiny microcontrollers to high-end networking equipment. It provides a robust instruction set, scalability from 32-bits to 64-bits, a broad-spectrum of softwaredevelopment
NANOMIPS™ ARCHITECTURE nanoMIPS™ Architecture. Designed for embedded devices, nanoMIPS is a variable lengths instruction set architecture (ISA) offering high performance in substantially reduced code size. Under comparable compiler flags, it can deliver up to 40% smaller code than MIPS32. With smaller memory accesses and efficient use of the instructioncache
MIPS VIRTUALIZATION
MIPS Virtualization. To address security, privacy and reliability concerns in a wide range of devices, MIPS has added hardware supported virtualization technology to its latest cores. Hardware virtualization provides the foundation for MIPS multi-domain security technology, which ensures that applications that need to be secure are effectively A GUIDE TO INTERNET OF THINGS (IOT) PROCESSORS The Internet of Things is a fast-growing industry built on the promise of ubiquitous connectivity that will enable billions of devices to talk to each other and to people. The estimates for the number of IoT devices to ship by 2020 can vary widely, from the more conservative six billion figure presented by the Linley Group to the breath-taking 200 billion projection provided by Intel.BERNARDCEW – MIPS
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputersMSNYCINSABLY
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputersBATHROOMSPEN
Recent Blog Posts. MIPS: response on speculative execution and side channel vulnerabilities; MIPS CPUs are at the heart of the world’s greenest supercomputersSkip to content
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WAVE COMPUTING SIGNS NEW LICENSE AGREEMENT WITH MEDIATEK GLOBAL FABLESS SEMICONDUCTOR LEADER IS LEVERAGING WAVE COMPUTING’S MIPS PROCESSORS TO POWER SYSTEM-ON-CHIP (SOC) DESIGNS FOR MOBILE, HOME ENTERTAINMENT AND IOT DEVICESLEARN MORE
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I7200處理器內核為高階LTE/5G通信和網路的集成電路設計提供無與倫比的性能與效率全新MIPS
I7200处理器内核为先进的LTE/5G通信和网络集成电路设计提供无与伦比的性能与效率 アドバンストLTE/5GコミュニケーションとネットワーキングICデザインにおいて、抜群のパフォーマンスと効率性を実現する、MIPS I7200プロセッサコアMore
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