Lighting Up Your AI Future丨華工正源OFC2024精彩搶“鮮”看

  ICC訊 全球TOP8光模塊制造商華工正源發(fā)布預(yù)告，在3月26日美國OFC光纖通信展上，將攜“新”出擊，圍繞下一代數(shù)據(jù)中心建設(shè)、陸?？仗煲惑w化主題，向全球合作伙伴展示在ChatGPT4.0、Sora、5G-A等應(yīng)用場景下，最新高速率光模塊產(chǎn)品進展。

  HGGenuine, a global TOP8 optical module manufacturer, will launch a "new" campaign at the OFC2024 in the US on March 26th, showcasing the latest progress in high-speed optical module products in application scenarios such as ChatGPT4.0, Sora, and 5G-A to global partners around the theme of next-generation data center construction.

  硬實力

  POWERFUL

  1.6T/200G per lane

  為滿足Sora、ChatGPT等AI應(yīng)用端需求，華工正源在現(xiàn)有400G和800G成功硅光產(chǎn)品研發(fā)基礎(chǔ)上，將推出基于單波200G 的1.6T各類模塊產(chǎn)品，該1.6T模塊產(chǎn)品采用自研單波200G硅光芯片，并兼容薄膜鈮酸鋰調(diào)制器。

  To meet the ever-increasing needs of AI applications such as Sora and ChatGPT, HGGenuine will launch a portfolio of 200G/lane 1.6T module products which use 200G/lane silicon photonic chips developed in-house, and can also accommodate TFLN modulators.

  800G LPO Series

  AI時代，算力為王。AI大模型的快速迭代，對數(shù)據(jù)中心網(wǎng)絡(luò)架構(gòu)提出了更高要求，推動其向低時延、高速率、低功耗方向快速演進。從應(yīng)用市場來看，高速率光模塊帶來的降本降耗推動硅光、NPO、CPO等技術(shù)發(fā)展。在OFC2024現(xiàn)場，華工正源即將Live Demo的800G LPO SiPh，采用自研高線性硅光芯片方案作為核心技術(shù)，功耗低至8~10W。

  At the OFC2024 site, 800G DR8 LPO module based on SiPh technology is demostrated, which adopts a self-developed silicon photonics chip with high linearity as the core technology, with a power consumption as low as 8-10W.

  高人氣

  GATHERING

  800G ZR/ZR+

  華工正源將推出應(yīng)用于DCI領(lǐng)域長距離傳輸?shù)?00G QSFP-DD ZR/ZR+相干光模塊，核心指標(biāo)均高于行業(yè)規(guī)格，且余量充足。在OFC2024現(xiàn)場，華工正源將全球首款動態(tài)DEMO的800G ZR?？捎行崿F(xiàn)DCI光層在不安裝中繼放大器場景下，實現(xiàn)超遠距離傳輸。

  HGGenuine will launch an 800G QSFP-DD ZR/ZR+ coherent optical transceiver for long distance transmission in the DCI field, with excellent product performance, higher-than-industry parameters and sufficient margin. and can directly transmit 120KM point-to-point without an external optical amplifier.

  從800G到1.6T;

  從東半球到西半球，

  這一次，我們尖子生集結(jié)。

  光網(wǎng)絡(luò)架構(gòu)下的多維方案;

  華工正源邀您蒞臨共鑒。