Virtio Corporation
Campbell, CA 95008
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Virtual Platform simulates OMAP3430 processor.
Providing complete simulated environment for TI's OMAP3430 hardware and software platform, VPOM-3430 Virtual Platform lets designers focus on converging mobile phones with advanced video and imaging technologies and build and test software for systems early in development process. Platform also lets designers utilize OMAP3430 multimedia technologies prior to silicon availability. Once hardware is...
Read More »Virtio Enhances Virtual Platforms for Embedded Designers with Cycle-Approximate Simulation
Cycle-Approximate Simulations Enable Real-Time Software Development and Architectural Analysis SANTA CLARA, CA-October 24, 2005-Virtio Corporation, creator of Virtual Platforms for embedded software development, today extended its Virtual Platform technology to support highly accurate timing analysis in software simulation. Virtio's Virtual Platforms continue to exceed software developers'...
Read More »Software helps build multi-threading core applications.
VPMM-SC Virtual Platform uses combination of C-code, graphical modeling, and transaction-based modeling to replicate full functionality of multi-threaded MIPS32 34K core-based MALTA development board in PC-based simulation. By providing detailed internal core statistics, users can reconfigure cores and evaluate their system impact. Simultaneous control of processors' behavior is achieved via...
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Virtual Platform completely simulates OMAP2430 processor.
As complete simulation of OMAP2430 processor and software development platform, VPOM-2430 Virtual Platform enables hardware/software co-development for 2.5G and 3G phones. It delivers full system simulation prior to availability of actual platform and provides system visibility though breakpointing and single-stepping inside peripheral hardware models. Simulation of OMAP2430 processor includes...
Read More »Virtual Platform helps develop software without hardware.
Designed for i.MX31 and i.MX31L multimedia application processors, VPMX31 provides users with functional-level model that can boot operating system and run application code to develop system software before hardware is available. Virtual I/O technology allows developers to connect external hardware to platform through host PC and evaluate software in full system configuration. Platform has image...
Read More »Software simulates integrated circuits.
Linux-hosted Virtual Platform is reconfigurable, functionally accurate simulator of microprocessor, SoC, or entire circuit board containing multiple ICs. Complete behavioral model of processor and peripheral hardware allows development teams to support early software development and integration. It replicates full functionality of development board or SoC design, allowing developers to exercise...
Read More »System Model Software supports mobile mutlimedia.
Virtual Platform VPOM-V1030 uses C-code, graphical modeling, and transaction-based modeling to replicate functionality of TI's OMAPV1030 chipset in PC-based simulation. Functionality includes operation of ARM and DSP processors on chip, connectivity peripherals, and GSM/GPRS/EDGE peripherals. Able to support standard OSs and execute binary code that targets OMAPV1030 platform, software helps...
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Software Development Platform is used by audio designers.
With full-function emulation of TI's TMS320DA295 portable audio playback processor, VPDA295 Virtual Platform enables users to develop and test software without hardware availability. Virtual I/O enables connection of external hardware to platform through host PC. Platform provides real-time audio processing and can control software execution in both processor cores simultaneously. Control also...
Read More »
Virtual Platform facilitates embedded software development.
VPOM-2420 Virtual Platform release 2.0 provides full-function emulation for Texas Instrument's OMAP platform used in 3G smartphones. It uses combination of C programming language, graphical modeling, and transaction-based modeling to replicate functionality of TI's OMAP2420 System-on-Chip. Adding emulation of TI TWL92230 System Power Manager gives software developers ability to understand...
Read More »
Virtual Platform simulates OMAP3430 processor.
Providing complete simulated environment for TI's OMAP3430 hardware and software platform, VPOM-3430 Virtual Platform lets designers focus on converging mobile phones with advanced video and imaging technologies and build and test software for systems early in development process. Platform also lets designers utilize OMAP3430 multimedia technologies prior to silicon availability. Once hardware is...
Read More »Virtio Enhances Virtual Platforms for Embedded Designers with Cycle-Approximate Simulation
Cycle-Approximate Simulations Enable Real-Time Software Development and Architectural Analysis SANTA CLARA, CA-October 24, 2005-Virtio Corporation, creator of Virtual Platforms for embedded software development, today extended its Virtual Platform technology to support highly accurate timing analysis in software simulation. Virtio's Virtual Platforms continue to exceed software developers'...
Read More »Software helps build multi-threading core applications.
VPMM-SC Virtual Platform uses combination of C-code, graphical modeling, and transaction-based modeling to replicate full functionality of multi-threaded MIPS32 34K core-based MALTA development board in PC-based simulation. By providing detailed internal core statistics, users can reconfigure cores and evaluate their system impact. Simultaneous control of processors' behavior is achieved via...
Read More »
Virtual Platform completely simulates OMAP2430 processor.
As complete simulation of OMAP2430 processor and software development platform, VPOM-2430 Virtual Platform enables hardware/software co-development for 2.5G and 3G phones. It delivers full system simulation prior to availability of actual platform and provides system visibility though breakpointing and single-stepping inside peripheral hardware models. Simulation of OMAP2430 processor includes...
Read More »Virtio Virtual Platforms Enable Texas Instruments to Accelerate Software Development and Customer Time-to-Market
CAMPBELL, CA-September 29, 2005- Virtio Corporation announced today that Texas Instruments Incorporated (TI) (NYSE: TXN) has entered into a one-year agreement with Virtio to leverage Virtio's Virtual Platform for several of TI's solutions, including its OMAP(TM) platform for mobile devices. By using the Virtio Platform to speed software development schedules, TI is enabling customers and third...
Read More »Virtual Platform helps develop software without hardware.
Designed for i.MX31 and i.MX31L multimedia application processors, VPMX31 provides users with functional-level model that can boot operating system and run application code to develop system software before hardware is available. Virtual I/O technology allows developers to connect external hardware to platform through host PC and evaluate software in full system configuration. Platform has image...
Read More »Software simulates integrated circuits.
Linux-hosted Virtual Platform is reconfigurable, functionally accurate simulator of microprocessor, SoC, or entire circuit board containing multiple ICs. Complete behavioral model of processor and peripheral hardware allows development teams to support early software development and integration. It replicates full functionality of development board or SoC design, allowing developers to exercise...
Read More »System Model Software supports mobile mutlimedia.
Virtual Platform VPOM-V1030 uses C-code, graphical modeling, and transaction-based modeling to replicate functionality of TI's OMAPV1030 chipset in PC-based simulation. Functionality includes operation of ARM and DSP processors on chip, connectivity peripherals, and GSM/GPRS/EDGE peripherals. Able to support standard OSs and execute binary code that targets OMAPV1030 platform, software helps...
Read More »
Software Development Platform is used by audio designers.
With full-function emulation of TI's TMS320DA295 portable audio playback processor, VPDA295 Virtual Platform enables users to develop and test software without hardware availability. Virtual I/O enables connection of external hardware to platform through host PC. Platform provides real-time audio processing and can control software execution in both processor cores simultaneously. Control also...
Read More »
Virtual Platform facilitates embedded software development.
VPOM-2420 Virtual Platform release 2.0 provides full-function emulation for Texas Instrument's OMAP platform used in 3G smartphones. It uses combination of C programming language, graphical modeling, and transaction-based modeling to replicate functionality of TI's OMAP2420 System-on-Chip. Adding emulation of TI TWL92230 System Power Manager gives software developers ability to understand...
Read More »