Become our early partner for the next generation of technology devices and datacenters
Higher performance at lower power
Our tailored connectivity solutions can be optimised to our customers’ precise design needs, moving applications to market quicker. Providing proven solutions to many of the world’s most complex connectivity challenges, our multi-standard silicon IP solutions enable faster data transmission, more reliably, and at lower power.
Our strength in technological innovation led us to be the first to demonstrate functional silicon for our high speed connectivity solutions in 7nm, 6nm, 5nm and beyond.
Connectivity IP Cores
Alphawave IP offers the industry’s leading portfolio of multi-standard, connectivity IPs. These are complete silicon IP building blocks that customers license and integrate into the design of their chips. Our wired connectivity IP supports a wide range of data rates from 1Gbps to 112Gbps and soon up to 224Gbps. Multiple signalling schemes are supported, such as pulse amplitude modulations (PAM2 (aka NRZ), PAM4, PAM6 and PAM8), which are used in over 30 different industry protocols/standards.
Integrated Product IP Cores
Our integrated product IPs are complete designs for products that can be licensed by customers and either customised further or manufactured as-is. We deliver Product IP solutions for 100G retimer products that act as a “repeater” in a connectivity channel, products transitioning to 100G rates, as well as gearboxes that enable interfaces between old and new infrastructure. Optical retimers enable the interface between optical and electrical infrastructure. Electrical retimers enable customers to meet the challenges of channel losses at higher data rates by providing a bridge between chips that are not physically able to be closer.
Chiplet IP Cores
Alphawave IP’s family of chiplet silicon IP products builds upon our industry-leading wired connectivity IP portfolio of technologies are licensed to customers to fabricate and integrate with other chiplets in a system-in-package or system-on-package approach.