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Topaz FPGAs are designed for high volume and high-performance mass market applications. Built with an advanced architecture, these FPGAs offer a balanced mix of low power consumption, significant performance capabilities, and cost-effective design. Featuring support for essential protocols like PCIe Gen3, MIPI, and LVDS, Topaz FPGAs provide a versatile platform for a wide range of applications, including machine vision, industrial robotics, and data processing systems. One of the defining characteristics of Topaz FPGAs is their excellent logic utilization, which allows more features and functionalities to be integrated without the need for additional chips. This efficiency is achieved through Efinix's innovative design techniques that optimize the use of available resources within the FPGA. Additionally, the series offers seamless migration paths to Titanium FPGAs, enabling customers to scale their designs as needed. These FPGAs are available in various package options, facilitating easy adaptation to system needs, and they provide longevity in support through an extended product lifecycle that extends until 2045. This long-term reliability is a key advantage for developers needing stable supply chains and assured availability. Overall, Topaz FPGAs accommodate the needs of developers across multiple domains, from embedded systems to signal processing, by providing flexible, high-speed interfaces and robust support for data-intensive applications.
The Titanium Ti375 FPGA is crafted to deliver high density and low power consumption, fitting well into modern computing systems where efficiency is paramount. Utilizing a 16 nm process node, the Ti375 offers optimal performance in a small form factor, making it ideal for applications that require significant computational power within limited physical space. With support for hardened controllers including MIPI D-PHY and LPDDR4, it's equipped to handle a range of IoT and industrial device needs. Efinix's Titanium series integrates SEU protection mechanisms to ensure device integrity and prevent data corruption from random events, which is crucial for consistent device operation. The bitstream security features in the Titanium series protect designs from unauthorized tampering or infringement, thereby extending the lifecycle of the products in which they are embedded. Moreover, the Titanium FPGAs, including the Ti375, focus on ease of integration into customer applications with a commitment to product longevity until at least 2045, evidenced by its use in diverse markets from industrial control systems to automotive and consumer electronics. This long-term support is critical for applications that demand sustained reliability and support over time. The Ti375 hosts numerous logic elements, RAM blocks, DSP capabilities, and PLLs, providing a comprehensive solution for tasks ranging from complex data processing to real-time image and signal handling, making it a go-to choice for many developers in high-end performance sectors.
Trion FPGAs target the rapidly expanding edge and IoT sectors, offering devices that balance power, performance, and area effectiveness. These FPGAs are manufactured on a 40 nm process, ensuring they meet the diverse needs of applications from mobile computing to industrial automation. They are equipped with standard interfaces like GPIO, MIPI, DDR, and LVDS, catering to a wide range of logic design requirements. Designed with high integration in mind, Trion FPGAs come in compact packages, making them suitable for portable and size-constrained applications. The built-in hardware controllers for MIPI CSI-2 and DDR DRAM provide robust support for video data processing, ideal for devices such as cameras and embedded sensors in smart technology. Product longevity is a key feature of the Trion series, with assurances from Efinix to maintain support until 2045. This ensures a stable and reliable solution for developers building products with a long lifecycle, reducing the risk of supply chain disruptions. Years of field operations have proven Trion's versatility across various domains. From AI-driven video enhancement systems to real-time edge data analysis, these FPGAs remain a staple choice for developers seeking a balance between cost, power consumption, and processing capability.
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