Xsight Labs’ innovative X-Switch is designed to revolutionize how you optimize data center workloads, ensuring your AI clusters operate at peak efficiency. With key features tailored specifically for AI workloads, the X-Switch family of data center switches are architected to deliver unparalleled benefits.
Xsight Labs’ innovative X-Switch is designed to revolutionize how you optimize data center workloads, ensuring your AI clusters operate at peak efficiency. With key features tailored specifically for AI workloads, the X-Switch family of data center switches are architected to deliver unparalleled benefits.
Ultra-low Power Efficiency to Maximize Bottom-Line Savings
Ultra-low Power Efficiency to Maximize Bottom-Line Savings
At the forefront of energy efficiency, the X-Switch family of data center switches sets a new benchmark in ultra-low power efficiency, designed to maximize energy savings and minimize environmental impact without compromising performance or reliability. As the industry’s most energy-efficient 12.8 terabit switch, X-Switch data center switches redefine industry standards by delivering unparalleled performance while consuming just 200 watts, compared to the typical 350 watts of other switches. This remarkable 40% reduction in power usage per switch translates to an estimated savings of $300 to $400 million over five years. Cloud service providers can expect to achieve substantial operational savings and OpEx benefits while minimizing their AI infrastructure’s environmental footprint.
At the forefront of energy efficiency, the X-Switch family of data center switches sets a new benchmark in ultra-low power efficiency, designed to maximize energy savings and minimize environmental impact without compromising performance or reliability. As the industry’s most energy-efficient 12.8 terabit switch, X-Switch data center switches redefine industry standards by delivering unparalleled performance while consuming just 200 watts, compared to the typical 350 watts of other switches. This remarkable 40% reduction in power usage per switch translates to an estimated savings of $300 to $400 million over five years. Cloud service providers can expect to achieve substantial operational savings and OpEx benefits while minimizing their AI infrastructure’s environmental footprint.
Experience the power of the X-Switch architecture and unlock the full potential of your AI clusters. Maximize network utilization, minimize latency, and elevate your AI projects to new levels of performance and efficiency with our cutting-edge switch architecture.
Experience the power of the X-Switch architecture and unlock the full potential of your AI clusters. Maximize network utilization, minimize latency, and elevate your AI projects to new levels of performance and efficiency with our cutting-edge switch architecture.
X2 Programmable Ethernet Switch
X2 Programmable Ethernet Switch
X2 is the next-generation chipset in the X-Switch family of fully programmable Ethernet switches. Supporting up to 12.8Tbps full-duplex, non-blocking throughput, X2 is optimized for interconnecting AI, storage, and compute clusters in data centers.
The combination of a programmable packet processor and the X-PNDTM engine allows for flexible sharing of control tables. X2 also supports application-specific optimization, emerging protocols, and vendor-specific features.
- At less than 200W of power – 40% lower power consumption compared to other 12.8Tbps switches in the market today – X2 enables cost and power-optimized systems that drive lower CapEx and OpEx.
- Industry-leading 100G PAM4 LR SerDes, enabling designs with in-rack DAC connectivity without the need for re-timers. Future-proofed for 800G optics ecosystem.
- Supports 50, 100, 200, and 400GbE port speeds.
- Network port configuration of 128 LR SerDes @ 50Gbps or 100Gbps+ enables support for 4-meter DAC without retimers. + 800Gbps optical transceivers.
Key Features
Key Features
The application-optimized switching architecture and parallel hardware acceleration engines, powered by a programmable packet header processor, deliver 256B parsing and packet editing capabilities. This results in high performance, reduced processing latency, and increased power efficiency.
Elastic resource allocation of control tables, maximizing adaptation to application needs.
Elastic resource allocation of control tables, maximizing adaptation to application needs.
Fully shared packet buffer for incast burst handling.
Fully shared packet buffer for incast burst handling.
700ns first-bit-in-first-bit-out for typical data center applications.
700ns first-bit-in-first-bit-out for typical data center applications.
X1 Programmable Ethernet Switch
X1 Programmable Ethernet Switch
X1 data center switch delivers 25.6Tbps and 12.8Tbps of fully programmable application-optimized switching for top-of-rack, data center fabric, and HPC and AI clusters. It is the industry’s first, low power 25.6Tbps (32 x 800G) data center switch with 100G SerDes and is designed from the ground up to address the bandwidth, power, form factor, and radix requirements for current and next-generation cloud deployments and hyperscale networks.
X1’s architecture incorporates e application-optimized switching, X-PND™, and X-IQ™ enabling customers’ switch deployments to achieve optimized latency and power efficiency.
- Built with industry-leading 256 x 100G LR PAM4 SerDes, X1 enables retimer-less design, supporting in-rack DAC connectivity for the 100G ecosystem. X1 supports 800G optics ecosystem, delivering a 2x improvement in port density vs. 400G optics
- Fully shared buffer architecture enables wire-speed in-cast performance for worst-case microburst absorption
- Extensive suite of programmable Data Plane Telemetry for best-in-class network visibility for monitoring, troubleshooting, real-time analysis and decision-making
- Broad range of switch configurations:
25.6Tbps: 256 x 100G, 128 x 200G, 64 x 400G, 32 x 800G12.8Tbps: 256 x 50G, 128 x 100G, 64 x 200G, 32 x 400G, 16 x 800G
2x improvement in port density in a 1RU form factor by championing the transition to the 100G SerDes ecosystem.
2x improvement in port density in a 1RU form factor by championing the transition to the 100G SerDes ecosystem.
Extensive suite of programmable Data Plane Telemetry for best-in-class network visibility for monitoring, troubleshooting, real-time analysis and decision-making
Extensive suite of programmable Data Plane Telemetry for best-in-class network visibility for monitoring, troubleshooting, real-time analysis and decision-making
FAQs
FAQs
Stay tuned for New Product Announcements!
Stay tuned for the New Product Announcements!
