The HAPS prototyping system can help designers integrate IP into SoCs more quickly.
Consistency is vital to IP integration strategies that rely on developing an SoC using a hierarchy of FPGA-based prototypes.
X propagation within RTL simulations can hide fatal bugs. Uncovering and eliminating the effect improves design quality and avoids respins.
A case study describing validation of the integration of USB3.0 and USB2.0 interface IP that illustrates broader challenges FPGA-based prototyping presents.
A look at the way in which the USB 3.0 Link Layer manages the port-to-port flow of data between the host and the device.
An overview of the USB 3.0 architecture, covering the USB Host, USB Device(s) and USB Interconnect, as well as the related receptacles, plugs and cables.
A first look at the role of the protocol layer in USB 3.0.
A look at the USB 3.0 functional layer, an application layer and system software on the host side, and a logical function and device on the device side.
A look at the role of four types of transaction in the USB 3.0 protocol layer: bulk, control, interrupt and isochronous.
A look at the USB 3.0 physical layer, including the PHY and the physical connection between two ports, which is carried on two differential data pairs.
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