Whereas the original 600MHz OMAP3530 topped out at 1200 Dhrystone MIPS (millions of instructions per second), the 720MHz Rev E version is said to crank performance up to 1400 Dhrystone MIPS. The included TMS320C64x DSP core, now clocked at 520MHz rather than 430MHz, meanwhile provides "more headroom to optimize quality audio and video codecs and custom IP," says TI.

In addition to improving overall application performance, the 720MHz OMAP3530 should also support faster boot times for portable infotainment players, Point-of-Sale (POS) devices, web tablets, and single board computers (SBCs), says the company.

The Rev E version of TI's OMAP3530 EVM, sporting new video I/O
(Click to enlarge)

Apparently still using TI's 65nm fabrication process, the revised SoC appears to be otherwise the same as before, and is claimed to be pin-for-pin compatible with other OMAP35xx devices. In revising the OMAP3530, however, TI has also upgraded its EVM development board, which first shipped with the original OMAP35xx SoCs. In addition to providing the upgraded ARM core and DSP, the new EVM (pictured above) adds S-Video, Component, and Composite inputs, as well as an S-Video output, says the company.

As before, the EVM is said to support full-featured operating systems, such as Windows CE and Linux, and a Windows CE BSP has been available from Bsquare. Last week, Bsquare said it will offer a Windows Embedded CE 6.0 R3 BSP for the EVM that supports Microsoft's Silverlight technology, as well as other new features.

OMAP3530 background

The OMAP3530 is the most powerful -- and appears to be the most popular -- of TI's four general-purpose OMAP35xx processors, finding widespread use in consumer electronics and general embedded devices. It has also been incorporated in Digi-Key's BeagleBoard open-platform development board, as well as devices based on the $150 board.

OMAP3530 Rev E block diagram
(Click to enlarge)

Announced in February 2008, with shipments occurring that July, the OMAP3530 offered the same 600MHz ARM Cortex-A8 core as its siblings, and included both the OMAP3525's TMS320C64x DSP/video accelerator capability, enabling partial-HD, 720p video, and the OMAP3515's OpenGL ES 2.0 graphics engine, based on Imagination Technologies' SGX 2D/3D graphics processor. (The low-end OMAP3503 part lacks either of these enhancements.)

The OMAP3530 shares its ARM Cortex-A8 foundation with its fellow OMAP35xx SoCs, as well as TI's somewhat similar, cellphone-oriented OMAP3430 and OMAP3440. Other SoC families based on the core include Freescale's i.MX51, and now Samsung's S5Px.

Announced in 2005, Cortex A8 is based on the ARMv7 instruction set, and offers a dual-issue, superscalar pipeline that can execute multiple instructions simultaneously. The A8 was the first ARM design to integrate the company's Neon integer and floating-point pipelines for media and signal processing. Power draw for the Cortex-A8, meanwhile, is claimed to be less than 300mW using 65nm fabrication.

Samsung recently announced its S5PC110 and S5PV210 processors, aimed at high-end smartphones and netbooks, respectively. The processors are said to be the first Cortex-A8-based SoCs to move to 45nm fabrication. Both are clocked to the Cortex-A8 limit of 1GHz, and are said to be capable of 1080p video.

Meanwhile, ARM's Cortex-A9 core, announced in Oct. 2007, should appear in finished silicon later this year or early next. The Cortex-A9 is promoted as supporting clock speeds over 1GHz and performance of around 2,000 Dhrystone MIPS. The A9 also differs from the A8 by implementing ARM's MPCore interconnect technology.

Availability

The OMAP3530 at 720MHz (Rev E) is now available in multiple package size options, The Rev E version of the OMAP3530 EVM is also said to be available. More information should be available here.

TI is continuing to sell the 600MHz version of the OMAP3530, as well as its other OMAP35xx SoCs.

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