The related platforms built on the Intel Atom processor series have obvious advantages and can be used in in-vehicle infotainment systems, industrial control, medical, retail and so on.
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In-vehicle infotainment system: The platform combines high performance, low power consumption and integrated graphics/video for an in-vehicle infotainment system. It supports the automotive industry to provide consumers with advanced products that enable them to experience the digital world in the car, build personal connections, increase productivity, get instant navigation/location information, listen to the radio and enjoy the back seat entertainment (playing games, Watch DVDs, streaming videos and satellite TV.
Industrial Control: Currently, the plant is shifting from a PLC with a proprietary architecture that is expected to achieve real-time interconnection from the factory to the enterprise system. With high performance, low power consumption and an open architecture, the platform can handle more functions on a single platform while maintaining the same size as a traditional PLC (not just processing logic, but also motion control, drive and process control) In order to meet the needs of current digital factories for more distributed intelligence.
Games: This platform is ideal for a variety of gaming applications (including player tracking, handheld gaming consoles, desktop video games, etc.) that are limited in form factor and require low power consumption and powerful 3D and video performance.
Medical: Based on Intel architecture, this platform features low power consumption and strong software scalability to provide a fanless, quiet operation and portable medical device to improve the performance of therapeutic devices and medical diagnostics.
Retail and Transaction Solutions: The platform combines high-performance graphics, low power consumption and small package size to provide a cost-effective solution for entry-level point-of-service terminals, kiosks and integrated digital signage.
Multimedia Telephony: These new products take advantage of the performance, display capabilities, and power of the Intel Atom processor platform to deliver wired voice quality while delivering an exceptional Internet experience. The media phone will complement the TV, mobile phone and computer as the “fourth†home screen, offering a range of services without having to start the computer or be limited by the screen space of the phone. Original equipment manufacturers (OEMs) can significantly reduce system development efforts with media telephony reference designs from Intel or other Intel-based commercial media telephony vendors.
Atom processor Z5xx series for in-vehicle infotainment and other systems
The Z5xx family of Intel Atom processor platforms offers a variety of designs, including 2.0 or 2.2 watts of thermal design power (TDP), two package sizes, and industrial and commercial temperature ranges. Based on a 45nm Intel architecture, these processors feature breakthrough power management technology and are ideal for thermally limited and fanless embedded applications. Intel provides embedded lifecycle support for these processors and is software compatible with previous generation 32-bit Intel architecture families.
This series of single-core processors has been validated with the Intel System Controller USl5W (Intel SCH US15W). The system controller offers two different package size options, integrating the Intel Graphics Media Accelerator 500 (Intel GMA 500), memory controller and I/O controller into a single chip. The Intel SCH US15W features advanced 3D graphics processing, hardware video decode accelerators, Intel High Definition Audio 2 and a rich set of I/O interfaces such as USB 2.0, GPIO, PATA, LPC and PCI Express. It also offers a choice of industrial and commercial temperature ranges.
These two-chip platform solutions help developers design a range of embedded products with different size and cooling requirements, such as in-vehicle infotainment systems, industrial control and automation, gaming, medical, media telephony, and retail and transaction solutions ( That is, kiosks, POS terminals).
Product Highlights
(1) The processor includes six options that differ in terms of main frequency, front side bus (FSB), TDP, package size, temperature range, and support for Intel Hyper-Threading Technology 3 (Intel HT Technology).
(2) Compared to the previous generation of 65nm technology, Intel's 铪-based 45nm high-k metal gate technology further reduces power consumption, increases switching speed, and significantly increases transistor density.
(3) Integrate multiple micro-operations into one micro-operation and execute in one cycle, which further improves performance and saves power consumption. And improve the scheduling efficiency.
(4) Hyper-Threading (HT) technology (partially specified model support) can further improve the performance-to-power ratio of the in-order pipeline and significantly enhance the system responsiveness in multi-tasking environments. An execution core is treated as two logical processors, while parallel threads are executed on a single core with shared resources.
(5) The new C6 power state (deep power saving technology) reduces the power consumption of the processor core and cache, and reduces the leakage power compared to the C4 power state. This technology is transparent to the operating system and meets the existing mobile C-state exit delay requirements.
(6) Separating the VTT rail (Split VTT rail) can reduce the power consumption of the I/O by about 90%, thereby further reducing the leakage current of the C6 power state and greatly reducing the idle power consumption.
(7) Use CMOS drivers for multiple front side bus (FSB) signals to further reduce I/O power consumption.
(8) By dynamically adjusting the L2 cache size, the transistor sleep mode can be used to further reduce leakage.
(9) The SSE3 instruction set supports software to further accelerate data processing in specific areas (such as complex algorithms, video decoding, etc.).
Package and operating temperature scheme
The Z5xx family of servers offers a small package size solution and a large package solution, with a small package size version (0.6 mm solder pitch) that provides a powerful performance-to-power ratio in an ultra-small 13 x 14 mm package. This version is suitable for a variety of handheld devices and small embedded designs, such as small point-of-sale devices for fast checkout in the retail industry, gaming consoles for space-constrained facilities, and handheld medical devices for portable diagnostics.
The large package size solution is critical for the design of embedded in-vehicle infotainment systems for many home and commercial vehicles. The large package size version is available in a 22 x 22 mm package (with a solder ball pitch of 1.0 mm) and is designed for industrial temperature range requirements. The ideal choice. In addition to breakthrough power management capabilities, integrated heat sinks are ideal for fanless applications where heat dissipation is limited.
Because the automotive and transportation industries require components to meet the temperature range of -40 ° C to +85 ° C, industrial temperature solutions are critical to the design of embedded in-vehicle infotainment systems for many home and commercial vehicles. In addition, the solution is also important for industrial control and automation applications, and is common in plants with complex heat dissipation environments.
We will use the Intel Atom processor Z530â–³ as an example to illustrate its peripheral devices. (See Table 1) Software Support The operating system and basic input/output system (BIOS) in Table 2 support the Intel Atom processor Z5xx series and the Intel System Controller US15W platform. In addition, Intel also provides software drivers for the platform. BIOS vendors have American Megatrends, Inc. The company, Insyde Software, Phoenix Technology Co., Ltd. (including AwardCore*).
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