Terasic NET-FMC Card (P0481)

TerasIC NET is an HSMC-standard Ethernet module enabling rapid implementation of network communication in FPGA systems. With support for speeds from 10 Mb/s to 1 Gb/s and full integration with FPGA devices, it is a convenient tool for designing applications that require reliable network communication.

TerasIC USB Blaster Download Cable (UBT) is a fully Altera USB Blaster–compatible JTAG/ISP programmer for CPLD and FPGA devices. With a reliable design and resistance to interference, it is a universal tool for designers working with Altera programmable devices. TerasIC P0302

TerasIC ADA-GPIO is an AD/DA conversion card enabling compatibility with multiple FPGA boards through GPIO and HSMC interfaces. With high sampling speed and wide compatibility, it is well-suited for DSP, educational, and communication applications.

The TerasIC P0057 kit enables testing, debugging, and signal simulation in systems using the HSMC interface. It is intended for design and diagnostic work with FPGA main boards and other systems equipped with an HSMC connector.

Altera DE0 NANO Development and Education Board

Altera DE0 NANO Development and Education Board introduces a compact-sized FPGA development platform suited for prototyping circuit designs such as robots and "portable" projects. The board is designed to be used in the simplest possible implementation targeting the Cyclone IV device up to 22,320 LEs.

The TerasIC HDMI_TX P0084 module enables HDMI transmission using the HSMC interface in FPGA projects. Compatibility with the latest HDMI standards and the provided source code accelerate the development and testing of vision and multimedia applications in FPGA-based systems.

The TerasIC HDMI_RX P0083 module enables HDMI signal reception via the HSMC interface in FPGA systems. Thanks to compliance with HDMI and HDCP standards and the available reference design, it provides a complete solution for implementing, testing, and analyzing video transmission in embedded applications and image processing systems.

The TerasIC AHA-HSMC card enables the integration of Aptina image sensors with TerasIC FPGA kits equipped with an HSMC interface. It provides full support for communication, data transmission, and shutter control, making it a key component in vision systems and real-time image processing projects.

The TerasIC HDMI v1.4 (P0087) module enables the implementation of a complete HDMI transmit–receive chain in FPGA systems. With support for Full HD resolution, compliance with HDMI 1.4a, and included reference designs, it serves as a versatile solution for testing, learning, and deploying video transmission in embedded and multimedia applications.

TerasIC TR4-530 (P0109) is an FPGA development kit featuring the Stratix IV GX device, offering high logic performance, high-speed DDR3 memory support, and extensive expandability through HSMC and PCIe connectors. The platform is designed for prototyping digital systems, PCI Express applications, and real-time data processing.

TerasIC TR4-230 (P0107) provides a development platform based on the Stratix IV GX FPGA, featuring a wide range of interfaces and support for PCI Express projects and high-speed DDR3 memory. The solution is designed for communication systems, ASIC prototyping, and applications requiring high logic resource capacity.

TerasIC CLR-HSMC (P0079) enables the integration of industrial cameras with a Camera Link interface into FPGA boards via the HSMC connector, supporting image transmission in base, medium, and dual base modes. The module is used in vision systems, production lines, and projects involving real-time image processing.

TerasIC XSFP/SFP+HSMC (P0092) enables the development of 10G Ethernet systems based on the XAUI interface, featuring two SFP+ channels and a 156.25 MHz reference clock. Designed for integration with FPGA boards equipped with an HSMC connector — including Stratix IV GX and DE4 — the module is used in networking projects, data transmission applications, and high-throughput interface testing.

2x16 LCD Module (No Backlight)