Linear optics

Broadcom Introduces Industry’s First Switch With On-Chip Neural Network

Retrieved on: 
Thursday, November 30, 2023
Trident, Telemetry, DAC, Network, AVGO, SAN, SerDes, Engineering, Linear optics, Silicon, NPL, Buffer, Video game

The standard pipeline is one-packet/one-path, meaning that it looks at one packet as it takes a specific path through the chip’s ports and buffers.

Key Points: 
  • The standard pipeline is one-packet/one-path, meaning that it looks at one packet as it takes a specific path through the chip’s ports and buffers.
  • NetGNT, in contrast, is an ML inference engine and can be trained to look for different types of traffic patterns that span the entire chip.
  • NetGNT can recognize this pattern in real-time as it begins and invoke congestion-control techniques to avoid degraded network performance.
  • For more information on the Broadcom Trident 5-X12 Ethernet switch please click here .

Credo Introduces World’s First 800G DSP for Linear Receive Optics, Targeting Hyperscale and AI Data Centers

Retrieved on: 
Wednesday, November 29, 2023
Apps, Applications, Technology, Semiconductor, Venture Capital, Professional Services, Internet, Hardware, Electronic Design Automation, Data Management, FIR, IEEE, IEEE 802.3, Interest, Application-specific integrated circuit, HALO, Credo, PCB, AOC, LRO, Multimedia, Cignal, AOCS, Graphics processing unit, TB, IC, BER, DSP, EML, Copper, Data-rate units, Cable gland, Linear optics, Digital signal, LPO, Silicon, Computation, CMIS, Columbidae, Architecture, Cable television, Video game, Instrumentation

The Dove 850 is a unidirectional 8 x 112 Gb/s DSP purpose built for this LRO architecture.

Key Points: 
  • The Dove 850 is a unidirectional 8 x 112 Gb/s DSP purpose built for this LRO architecture.
  • View the full release here: https://www.businesswire.com/news/home/20231129341796/en/
    Credo today announced availability of an industry first, the Dove 850 800G DSP IC, optimized for Linear Receive Optics (LRO), also known within the industry as Half-retimed Linear Optics (HALO).
  • The Dove 850 is a unidirectional 8 x 112 Gb/s DSP purpose built for this LRO architecture.
  • (Graphic: Business Wire)
    As hyperscale data center AI deployments grow rapidly, high-speed optical transceivers and AOCs are critical to connecting thousands of GPUs.

EMCORE Completes Sale of Non-Strategic Product Lines to Photonics Foundries, Inc.

Retrieved on: 
Thursday, October 12, 2023
Aerospace, Linear optics, Defense, RF, Sale, Cryptocurrency, Broadband, John Ortell Kingston

The Broadband lines include the Company’s cable TV, wireless, and sensing products.

Key Points: 
  • The Broadband lines include the Company’s cable TV, wireless, and sensing products.
  • The transaction excludes the Company’s Chips business, wafer fabrication facilities, and all assets not primarily related to the product lines that were sold.
  • Jeffrey Rittichier, EMCORE’s President and CEO commented, “With the sale of the Broadband product lines, EMCORE has completed its transition into a pure-play supplier of inertial navigation solutions to the Aerospace and Defense industry.
  • For further details of the transaction please reference EMCORE’s Form 8-K filed October 12, 2023.

NTT Research PHI Lab Scientists Address Bias in AI

Retrieved on: 
Tuesday, September 12, 2023
Other Professional Services, Software, Data Analytics, Internet, Artificial Intelligence, Professional Services, Technology, Other Technology, B.M.S. College of Engineering, Intelligence, Psychology, DNN, University, College, Phi Lab, Engineering, Harvard University, Linear optics, ICML, Stanford University, University of Cambridge, Ames Research Center, California Institute for Quantitative Biosciences, ML, Harvard Center for Population and Development Studies, Brain, Research, MIT, See, Conference on Neural Information Processing Systems, Associate, University of Notre Dame, Assistant, Science, Biology, International Conference on Learning Representations, Silicon, Tokyo Institute of Technology, Swinburne University of Technology, International Conference on Computer and Information Technology, Machine learning, CBFT, ICLR, International Conference on Machine Learning, Artificial intelligence, Paper, PHI, AI, NTT, Bias, Cornell University, Conference, Medical imaging, California Institute of Technology

NTT Research, Inc. , a division of NTT (TYO:9432), today announced that scientists affiliated with its Physics & Informatics (PHI) Lab have co-authored a paper that proposes a way to overcome bias in deep neural networks (DNNs).

Key Points: 
  • NTT Research, Inc. , a division of NTT (TYO:9432), today announced that scientists affiliated with its Physics & Informatics (PHI) Lab have co-authored a paper that proposes a way to overcome bias in deep neural networks (DNNs).
  • “Our PHI Lab scientists and their colleagues have enlarged our understanding of the relatively neglected field of neural network fine-tuning in this notable paper and have proposed an innovative remedy for correcting against bias,” PHI Lab Director Yoshihisa Yamamoto said.
  • In a recent three-month span, top academic journals accepted or published a dozen papers co-authored by PHI Lab scientists.
  • The PHI Lab also has reached joint research agreements with numerous institutions, Harvard University being the most recent.