LESSENGERS Inc., as a prominent provider of innovative optical components, is preparing to introduce its revolutionary range of 800G optics tailored specifically for AI/ML workloads within hyperscale data centers. By leveraging their patented “direct optical wiring” (DOW) technology, the company is ushering in an era of enhanced efficiency and performance in the industry.
Embracing forward-looking enhancements to their 800G transceiver lineup, Lessengers now integrates partially retimed capability, featuring an embedded DSP chip on the transmitter side. This facilitates improved interoperability with other pluggable transceivers and offers notable reductions in power usage through a half retimer implementation.
A highlight of Lessengers’ pioneering progress is the introduction of the industry’s premier 800G OSFP Linear Receive Optical Transceiver at the forthcoming OFC 2024 event (booth 5200). This innovative product, in conjunction with their existing fully retimed optics, is poised to transform the AI/ML landscape.
The standout aspects of Lessengers’ AI/ML product range, which incorporates integrated retimer electronics, include:
- Less than 9 W power consumption for an 800G (2 × SR4) OSFP
- Compliance with IEEE 802.3 and CMIS 5.0 or later standards
- 8 × 112 Gb/s PAM4 on both the electrical host receiver and optical line transmitter interfaces
- Integration of a half retimer chip in the transmit path for optimized signal retiming and equalization
All of Lessengers’ offerings are underpinned by their DOW technology, a solution based on air-cladded waveguides utilizing polymer-based materials. This distinctive technology delivers substantial advantages for optical interconnects in data centers and high-performance computing environments.
The soaring demand for 800G SR8 transceivers in 2023 surpassed expectations, with projections exceeding 3 million units set to be shipped in 2024. Dr. Vladimir Kozlov, CEO and founder of LightCounting Market Research, stresses the imperative of enhancing the power efficiency of optical transceivers to enable the scaling of AI clusters from tens of thousands to hundreds of thousands of GPUs by 2025-2026. Major clients are presently evaluating diverse solutions, including the LPO and HALO designs, for future implementation.
CEO of Lessengers, Chongcook Kim, expresses anticipation regarding the presentation of their latest 800G optics advancements at OFC. These innovations are poised to play a pivotal role in refining the processing of AI/ML workloads. Lessengers eagerly anticipates collaborating with partners and customers in the hyperscale and supercomputing ecosystems to fully unlock the potential of their groundbreaking technologies.
Lessengers will be present at the Optical Fiber Communications Conference (OFC) in booth 5200 at the San Diego Convention Center from March 26th to 28th, 2024.
FAQ:
Q: What distinguishes Lessengers’ 800G optics portfolio?
A: Lessengers’ 800G optics portfolio boasts reduced power consumption, IEEE compliance, accelerated data processing, and improved signal retiming and equalization capabilities.
Q: What makes Lessengers’ patented DOW technology significant?
A: Lessengers’ DOW technology represents a polymer-based air-cladded waveguide solution, offering a cost-effective and efficient strategy for optical interconnects in data centers and high-performance computing scenarios.
Q: How are optical transceivers evolving to cater to the demands of AI clusters?
A: The efficiency of optical transceivers is pivotal in scaling AI clusters. Leading customers are exploring various designs like LPO and HALO to enhance power efficiency and performance.
Q: Where can I access more information about Lessengers’ strides in 800G optics?
A: More details about Lessengers and their breakthrough 800G optics assortment can be found on their official website: www.lessengers.com.
Definitions:
– Optical components: Components used in optical systems, such as lasers, lenses, and detectors, for manipulating light across diverse applications.
– AI/ML: Artificial intelligence/machine learning, encompassing technologies facilitating tasks typically necessitating human intelligence.
– Hyperscale data centers: Extensive data centers capable of accommodating extensive data processing and storage capacities.
– Direct optical wiring (DOW) technology: Lessengers’ patented technology fostering efficient and high-performance optical solutions.
– Transceiver: A device bundling both transmitter and receiver functionalities for data transmission.
– DSP chip: Digital signal processing chip, enhancing digital signal processing for optimized performance.
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The source of the article is from the blog karacasanime.com.ve