Silicon IP
S2C works closely with top-tier IP partners to provide a library of third-party IP and reference designs on TAI-compliant FPGA prototypes in selected markets worldwide. S2C distributes IP via its unique TAI IP based methodology, which enables secure IP evaluation and delivery. Using the non-reversible TAI IP format mapped on FPGA, you can now try before you buy your IP. In addition, you can choose to not license the IP source code and instead simply prototype your design on FPGA using TAI IP and outsource your SoC implementation to third-party service companies. S2C has effectively reduced the time and energy you need to spend on your IP search, evaluation, and licensing efforts.

Multi-Format HD Video Decoder

Equipped with a fully dedicated DMA tuned to handle high-speed video data, the MFHDVDE is a video IP solution targeting SoC and ASIC-based applications including HD-DVD players, HD set top boxes, and IPTV appliances.

USB-OTG

The USBHS-OTG core implements a hi-speed USB port that can serve as either a host or a peripheral when connected to other USB devices. It features an integrated direct memory access (DMA) controller for efficient, autonomous data transfer, and can support USB hubs and multiple peripheral devices in host mode.

PIP-AMBA Platform IP

The PIP-AMBA Platform IP provides the essential IP cores and infrastructure software needed for systems using a microprocessor from the ARM 7 or 9 families with the AMBA bus. The platform is well suited to a variety of AMBA-based SoC designs. It includes the multi-master and arbitration features of the high-performance AHB bus, and a bridge to the slower APB peripherals bus.

R8051

Is the world’s fastest 8051 microcontroller (1 clock, 1 cycle), running at an average of 8.1 times faster than the 80C51. It is highly configurable with optional features and peripherals, including interrupts, UARTs, I2C and SPI interfaces, I/O ports, power management unit, DMA controller. Integrated on-chip debugging is also available. The core has been successfully implemented in around 200 different customer products.

802.11 MAC & PHY

The WLAN IPs enable customers to integrate the WiFi function into their own chips. This series of IPs, licensed to over ten customers across North America, Europe and Japan, includes optimized high performance IEEE 802.11b, 802.11a, 802.11g Physical Layers (PHYs) and 802.11 MAC. The PHYs are offered as synthesizable HDL cores, and MAC is a combination of synthesizable HDL core and C based firmware core.