PIM297

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Evaluation Boards - Expansion Boards, Daughter Cards offer engineers a powerful tool to expand the performance of any system. The PIM297 application field and working principle is just such an example. The PIM297 is a multi-featured expansion board purpose-built to bring high-speed data connectivity and easy integration of different systems into one comprehensive package.

The PIM297 board combines four independent port channels that provide low-jitter clock generation, as well as a high-speed fiber optic interface with bandwidths up to 12 Gbps. The four logic cells, one Ethernet MAC, one TDM, one Processor, and two memory cells on the board are provided with a wide variety of clock generation and data connectivity options.

The four port channels on the PIM297 board can work together to add a number of different functionality to support a wide range of applications and applications usage scenarios. For instance, each port channel can support Serial Rapid IO (SRIO), Serial ATA (SATA), LVDS, FIR, HDMI, Gigabit Ethernet, and MIPI DSI interfaces. This means that the PIM297 can be used for both low and high data rates, such as for digital video, and digital audio, or for Voice over IP (VoIP), video conferencing, as well as a number of other applications.

In addition to the flexibility of the port channels, the PIM297 board also makes use of a TI TMS320VC5505 processor and an ARM Cortex-M3 processor for independent logic applications. This allows users to quickly develop and deploy their applications, while maintaining power and cost efficiency. The PIM297 also supports multiple memory configurations, including up to 1 GB of SDRAM and up to 64 GB of Flash memory, making it ideal for prototyping and production environments.

In terms of physical layout, the PIM297 measures 3.2” by 5.1” and weighs only 12 grams, making it an extremely compact evaluation board for high-speed connectivity applications. The board is capable of delivering power through cable tethering, so users can take advantage of single-sided mini connectors that can be used to plug directly into custom motherboards. This feature simplifies the installation process and helps ensure compatibility between multiple devices and multiple systems.

The PIM297 also works with various operating systems, allowing users to easily develop and deploy their applications in a production environment. It is compatible with a number of different versions of Real-Time Operating Systems (RTOS), such as Cortex-M3, Nucleus, TI-RTOS, and TLS-RTX. Thanks to this compatibility, the PIM297 can be used in conjunction with a range of software packages to develop custom applications.

Overall, the PIM297 application field and working principle provide engineers with a high-speed and flexible solution for their data communication needs. Its expansive list of capabilities and compatible operating systems make it an ideal option for those seeking to bring integrated functionality into their projects. Additionally, its small size and low-level power consumption make it an ideal choice for prototyping and production purposes. With these qualities, the PIM297 offers users an efficient and reliable way to expand their systems’ capabilities.

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