MACOM Technology Solutions, a leading supplier of semiconductor products, announced the availability of a new chipset to overcome the distance limitations of traditional PCI Express (PCIe) and Compute Express Link (CXL) connectivity by enabling high speed, low latency communication over optical fiber. Designed to maintain signal integrity and reduce latency, the chipset consists of the MATA-38794 transimpedance amplifier (TIA) and the MALD-38795 VCSEL driver. By consolidating sideband signaling into a single fiber pair, MACOM’s solution reduces the cost and complexity of optical transceivers and cabling.
As data centers and high-performance computing environments demand increasing bandwidth and reach, MACOM’s chipset enables PCIe extension up to 100 meters over multimode fiber. The chipset supports eight PCIe 6.0 lanes at 64 Gbps PAM4, while also transporting critical sideband signals including clock, reset, wake and communication channels like USB and Ethernet over an additional fiber. This ensures full PCIe bus transparency across extended distances.
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PCIe is a key enabler for disaggregated computing, providing high bandwidth connections between components like GPU to GPU and CPUs to memory. Unlike traditional server architectures that rely on bundled hardware and layered network protocols, disaggregated computing uses photonic interconnects to link resources directly. This reduces latency, lowers power consumption and allows flexible scaling and can provide a faster, more efficient computing model.
“Extending PCIe over fiber is essential for next generation disaggregated computing infrastructure,” said Stephen G. Daly, President and Chief Executive Officer, MACOM. “The MATA-38794 and MALD-38795, enable scalable, transparent PCIe connectivity that meets the demands of modern computing environments.”
SOURCE: GlobeNewswire