Qualitas Semiconductor develops
High-speed Interconnect IP Solution
High-speed Interconnect IP Solution
Empowering
innovation
with advanced
node technology
innovation
with advanced
node technology
High-speed Interconnect IP Portfolio
100G/50G/20G
PCI Express PHY IP
Die-to-die UCI
Camera and Display
100G/50G/20G
Serdes PHY IP
Cutting-edge SERDES PHY solutions
with unparalleled Power,
Performance,
and Area efficiency
PCI Express PHY IP
Gen 4 to Gen 6
Delivering up to 64 GT/s per lane with
ultra-low latency,
power efficiency,
and robust equalization
Die-to-die UCI
Express PHY IP
Enabling high-performance
chiplet integration
Camera and Display
interface IP Suite
Proven MIPI C/D-PHY and Display IP
for seamless, low-power connectivity
in various application
USB and Ethernet PHY IP
Exceptional speed, reliability,
and seamless connectivity
News & Event
Qualitas Semiconductor
🚀 Qualitas Semiconductor Successfully Develops UCIe v2.0-Compliant PHY IP! We’re excited to share that our latest UCIe PHY IP — a key IP for Chiplet interface implementation — is fully compliant with the UCIe 2.0 specification. Supporting up to 512Gbps (56GB/s) data transfer over 32 lanes with just a 1mm trace width, it delivers high bandwidth and low latency — ideal for AI accelerators, data center SoCs, and high-density Chiplet architectures. 👉 Read the full announcement here: 🔗 https://lnkd.in/gHESmC_m
Qualitas Semiconductor
🚀 Qualitas Semiconductor Successfully Develops UCIe v2.0-Compliant PHY IP!We’re excited to share that our latest UCIe PHY IP — a key IP for Chiplet interface implementation — is fully compliant with the UCIe 2.0 specification. Supporting up to 512Gbps (56GB/s) data transfer over 32 lanes with just a 1mm trace width, it delivers high bandwidth and low latency — ideal for AI accelerators, data center SoCs, and high-density Chiplet architectures.
Qualitas Semiconductor
🚀 Qualitas Semiconductor Successfully Develops UCIe v2.0-Compliant PHY IP! We’re excited to share that our latest UCIe PHY IP — a key IP for Chiplet interface implementation — is fully compliant with the UCIe 2.0 specification. Supporting up to 512Gbps (56GB/s) data transfer over 32 lanes with just a 1mm trace width, it delivers high bandwidth and low latency — ideal for AI accelerators, data center SoCs, and high-density Chiplet architectures. 👉 Read the full announcement here: 🔗 https://lnkd.in/gHESmC_m
Qualitas Semiconductor
🚀 Qualitas Semiconductor Successfully Develops UCIe v2.0-Compliant PHY IP! We’re excited to share that our latest UCIe PHY IP — a key IP for Chiplet interface implementation — is fully compliant with the UCIe 2.0 specification. Supporting up to 512Gbps (56GB/s) data transfer over 32 lanes with just a 1mm trace width, it delivers high bandwidth and low latency — ideal for AI accelerators, data center SoCs, and high-density Chiplet architectures. 👉 Read the full announcement here: 🔗 https://lnkd.in/gHESmC_m
Qualitas Semiconductor
🚀 Qualitas Semiconductor Successfully Develops UCIe v2.0-Compliant PHY IP! We’re excited to share that our latest UCIe PHY IP — a key IP for Chiplet interface implementation — is fully compliant with the UCIe 2.0 specification. Supporting up to 512Gbps (56GB/s) data transfer over 32 lanes with just a 1mm trace width, it delivers high bandwidth and low latency — ideal for AI accelerators, data center SoCs, and high-density Chiplet architectures. 👉 Read the full announcement here: 🔗 https://lnkd.in/gHESmC_m