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photonics

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Published By: Intel     Published Date: May 22, 2019
Please note that this piece of content is in local language. This paper examines centralized and distributed network architecture intelligence splits and identifies areas where Intel® Silicon Photonics can meet demanding bandwidth requirements.
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Intel
Published By: Intel     Published Date: Jun 18, 2019
This paper examines centralized and distributed network architecture intelligence splits and identifies areas where Intel® Silicon Photonics can meet demanding bandwidth requirements
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Intel
Published By: Intel     Published Date: May 21, 2019
Please note that this piece of content is in local language This paper examines centralized and distributed network architecture intelligence splits and identifies areas where Intel® Silicon Photonics can meet demanding bandwidth requirements.
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Intel
Published By: Ciena     Published Date: Nov 15, 2016
Research and Education (R&E) networks are experiencing a surge in capacity demand as a result of the massive growth of streaming media (Netflix, Facebook, YouTube), growing utilization of public cloud services, and the continued need to support large scientific data file transfers for researchers collaborating around the globe. This increase in traffic is driving many operators to evaluate network backbone upgrades to 100G. Upgrading is necessary but costly. But what if operators could upgrade their R&E networks to 100G for 50 percent less CAPEX investment and extend the life of the existing routers, while actually simplifying the architecture to enable lower operational costs? Download our app note to learn how.
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o-vpn, integrated access device, pinpoint, z-series, ciena 6500, ciena 5430, 6500-7, emotr, ciena 6200, ciena 5410, waveserver, wavelogic, wavelogic 3, wavelogic photonics, wavelogic3, sdh, sonet sdh, sonet/sdh, sdh network, synchronous digital hierarchy
    
Ciena
Published By: Ciena     Published Date: Nov 15, 2016
How are R&E network operators rethinking networks to accelerate scientific discovery? Discover the answer in this Ciena white paper today.
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o-vpn, integrated access device, pinpoint, z-series, ciena 6500, ciena 5430, 6500-7, emotr, ciena 6200, ciena 5410, waveserver, wavelogic, wavelogic 3, wavelogic photonics, wavelogic3, sdh, sonet sdh, sonet/sdh, sdh network, synchronous digital hierarchy
    
Ciena
Published By: Ciena     Published Date: Nov 15, 2016
How are R&E network operators rethinking networks to accelerate scientific discovery? Discover the answer in this Ciena white paper today.
Tags : 
o-vpn, integrated access device, pinpoint, z-series, ciena 6500, ciena 5430, 6500-7, emotr, ciena 6200, ciena 5410, waveserver, wavelogic, wavelogic 3, wavelogic photonics, wavelogic3, sdh, sonet sdh, sonet/sdh, sdh network, synchronous digital hierarchy
    
Ciena
Published By: Ciena     Published Date: Jun 12, 2017
What if operators could upgrade their R&E networks to 100G for 50 percent less CAPEX investment and extend the life of the existing routers, while actually simplifying the architecture to enable lower operational costs? Download our app note to learn how.
Tags : 
o-vpn, integrated access device, pinpoint, z-series, ciena 6500, ciena 5430, 6500-7, emotr, ciena 6200, ciena 5410, waveserver, wavelogic, wavelogic 3, wavelogic photonics, wavelogic3, sdh, sonet sdh, sonet/sdh, sdh network, synchronous digital hierarchy
    
Ciena
Published By: Mentor Graphics     Published Date: Sep 04, 2009
This paper looks at the issues, materials and current processes being researched to create this integrated Opto-Electronic Circuit Board by European, Japanese and North American organizations.
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mentor graphics, high density interconnect (hdi), high speed applications, opto-electronics, photonics, pcbs, opto-electronic circuit board, eobc-optofoil, univ. of ulm, fraunhafer inst, daimler-chrysler, siemens, truemode, terahertz, polyguide, dupont, topcat, nist, goodyear, jiep
    
Mentor Graphics
Published By: Cisco     Published Date: Jan 15, 2015
Traditional 100 Gbps pluggable optics (CFP and CFP2) haven't been keeping pace with the ASIC/CMOS technology scale, which drives network bandwidth. CMOS photonics is closing the gap. By taking advantage of CMOS technology, Moore's Law can be applied to optical network applications for the rst time, and Cisco has delivered on Cisco CPAK™—a CMOS photonics-enabled technology.
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cloud, growth, traffic, projection, account, network
    
Cisco
Published By: Intel     Published Date: May 21, 2019
This paper examines centralized and distributed network architecture intelligence splits and identifies areas where Intel® Silicon Photonics can meet demanding bandwidth requirements
Tags : 
    
Intel
Published By: Intel     Published Date: May 22, 2019
Please note that this piece of content is in local language This paper examines centralized and distributed network architecture intelligence splits and identifies areas where Intel® Silicon Photonics can meet demanding bandwidth requirements.
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Intel
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