Broadcom Delivers Bailly Ethernet Switch

<p><strong>PALO ALTO<&sol;strong> &&num;8212&semi; Broadcom Inc&period; announced that it has delivered Bailly&comma; the industry’s first 51&period;2 terabits per sec &lpar;Tbps&rpar; co-packaged optics &lpar;CPO&rpar; Ethernet switch&comma; to its customers&period; The product integrates eight silicon photonics based 6&period;4-Tbps optical engines with Broadcom’s best-in-class StrataXGS Tomahawk 5 switch chip&period; Bailly enables the optical interconnect to operate at 70&percnt; lower power consumption and delivers an 8x improvement in silicon area efficiency as compared to pluggable transceiver solutions&period;<&sol;p>&NewLine;<p>The optical interconnect is critical for both front-end and back-end networks in large scale generative AI clusters&period; Today&comma; pluggable optical transceivers consume approximately 50&percnt; of system power and constitute more than 50&percnt; of the cost of a traditional switch system&period; The growing bandwidth requirement for the newer generation of GPUs&comma; coupled with the ever-increasing sizes of AI clusters&comma; requires disruptively power-efficient and cost-efficient optical interconnects that extend beyond discrete solutions&period; Broadcom’s CPO and silicon photonics technology platform&comma; with its high degree of integration&comma; provides the lowest latency&comma; highest bandwidth density&comma; lowest power&comma; and lowest cost solution to meet this need and can help build large-scale&comma; power-efficient AI clusters&period;<&sol;p>&NewLine;<p>Bailly integrates hundreds of optical components and hundreds of millions of transistors in a single optical engine&period; The high degree of integration enables the placement of the optical engines on a common substrate with complex logic ASICs minimizing the need for signal conditioning circuitry&period; This allows the optical interconnect to operate at 70&percnt; lower power consumption as compared to pluggable transceivers&period; Bailly’s high-volume production is made possible by Broadcom’s innovative manufacturing approach that utilizes proven CMOS foundry processes&comma; advanced packaging technologies and a highly automated high-density&comma; edge-coupled fiber attach capability&period;<&sol;p>&NewLine;<p>Broadcom is co-designing platforms with cloud service providers &lpar;CSPs&rpar; and system integrators to accelerate adoption of CPO platforms&period; Broadcom will showcase the Bailly 51&period;2T CPO system at the Optical Fiber Communication &lpar;OFC&rpar; 2024 exhibition&period;<&sol;p>&NewLine;<p>&OpenCurlyDoubleQuote;As AI clusters demand higher bandwidth density&comma; lower power consumption and lower latency&comma; we are pleased to announce delivery of the industry’s first 51&period;2-Tbps CPO switch&comma;” said Near Margalit&comma; Ph&period; D&period;&comma; vice president and general manager of the Optical Systems Division at Broadcom&period; &OpenCurlyDoubleQuote;Bailly will enable hyperscalers to deploy lower-power&comma; cost-efficient&comma; large-scale AI and compute clusters&period; Broadcom’s technology leadership and manufacturing innovations help Bailly deliver 70&percnt; better power efficiency and ensure an optical I&sol;O roadmap that can walk in tandem with the future bandwidth and power needs of AI infrastructure&period;”<&sol;p>&NewLine;<p>&OpenCurlyDoubleQuote;Pluggable optics are expected to account for an increasingly significant portion of power consumption at a system level&comma; exceeding 50&percnt; of the switch system power at 51&period;2 Tbps and beyond&period; This issue will be further exacerbated as Cloud Service Providers build their next-generation AI networks and continue to push for higher speeds&comma;” said Sameh Boujelbene&comma; vice president at Dell’Oro Group&period; &OpenCurlyDoubleQuote;Substantial investments in AI infrastructure are accelerating the development of innovative optical connectivity solutions such as Broadcom&&num;8217&semi;s Bailly co-packaged optics platform&comma; aiming to meet the demands of AI clusters while solving cost and power consumption hurdles&period;”<&sol;p>&NewLine;<p>&OpenCurlyDoubleQuote;Innovation in the optical interconnect will be of great importance to future generations of AI networks&comma;” said Feng Luo&comma; head of network systems at ByteDance&period; &OpenCurlyDoubleQuote;Broadcom’s continued progress in the development of co-packaged optics is exactly what the industry will require to overcome cost and power bottlenecks of current generation optical interconnects&period;”<&sol;p>&NewLine;<p>&OpenCurlyDoubleQuote;System design has become more challenging with each increase in SerDes speed&comma; but only recently have we had to re-design our systems and optics to overcome the physical limitations of copper&comma;” said Richard Li&comma; general manager of H3C’s switch product line&period; &OpenCurlyDoubleQuote;Our partnership with Broadcom to design systems with highly integrated co-packaged optics is a huge step forward to overcoming the design limitations of pluggable transceivers in high density systems&period;”<&sol;p>&NewLine;<p>&OpenCurlyDoubleQuote;Artificial Intelligence &lpar;AI&rpar; has introduced a set of challenges that the networking must address&comma;” said Mansour Karam&comma; global vice president &lpar;GVP&rpar; of data center products at Juniper Networks&period; &OpenCurlyDoubleQuote;We are excited to partner with Broadcom to deliver co-packaged optics throughout the data center&comma; thereby improving cost&comma; power consumption and bandwidth efficiency of the optical interconnect&period;”<&sol;p>&NewLine;<p>&OpenCurlyDoubleQuote;System design has become more challenging with the need to meet the requirement of AI&sol;ML and high-performance large-scale datacenter networks&comma;” said Grant Lai&comma; chief technology officer &lpar;CTO&rpar; of Micas Networks&period; &OpenCurlyDoubleQuote;Our partnership with Broadcom to design systems with highly integrated co-packaged optics will enable a more power efficient future network&period; The 51&period;2 Tbps switch that Micas co-developed with Broadcom will reduce communication latency and power consumption in data centers and unleash more AI power&period;”<&sol;p>&NewLine;<p>51&period;2-Tbps CPO Switch Product Highlights&colon;<&sol;p>&NewLine;<ul >&NewLine;<li>Broadcom 51&period;2-Tbps StrataXGS® Tomahawk®5 switch silicon<&sol;li>&NewLine;<li>Broadcom 6&period;4T-FR4 Bailly SCIP optical engines with Broadcom Fiber Connector &lpar;BFC&rpar; for CPO systems<&sol;li>&NewLine;<li>4RU system design with high-efficiency air cooling to deliver 128 ports of 400G FR4 connectivity externally fiber-coupled with 128 duplex LC optical connectors<&sol;li>&NewLine;<li>CPO engine to front-panel routing supports traditional single-mode fiber<&sol;li>&NewLine;<li>System design compatible to support multiple remote laser modules &lpar;RLM&rpar; for field replaceability<&sol;li>&NewLine;<li>More than 70&percnt; optical interconnect power consumption savings compared to standard pluggable optics solutions<&sol;li>&NewLine;<&sol;ul>&NewLine;

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