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Feb 20, 2014
 
Ethernity Networks ENET 4200R SoC delivers unparalleled integration of Networking and Microwave basedband Modems
 
                     Xilinx and Ethernity team up to deliver highly integrated carrier grade packet processing and modem on single FPGA platforms

 

Lod, Israel – Feb 20, 2014 – Ethernity Networks Ltd, an Innovative Networking System on a Chip provider, today announced its latest innovation for 4G/LTE microwave backhaul, the ENET4200R system on a chip (SoC). Designed specifically to address the need for higher bandwidth in mobile backhaul, the ENET4200R SoC delivers innovative networking technology supporting 20Gbps switching and aggregation and combines several baseband modems and a network processor in a single chip. During Mobile World Congress 2014 at Hall 5 Stand 5F81, Ethernity will demonstrate a ENET4800 evaluation platform embedding a Kintex®-7 FPGA and CPU environment equipped with ENET4200 packet processing and traffic manager softcore, connected to Xilinx’ high capacity 1024QAM Microwave modem SmartCORE™ IP

 

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Feb 20, 2014
 
Ethernity announce integration of ENET software API with Aricent ISS application software stack
 
Best in class innovative networking technology will be now packed with software application package ready for production
                     

Lod, Israel – Feb 20, 2014 – Ethernity Networks Ltd, an Innovative Networking System on a Chip provider, today announced that the Aricent Intelligent Switch Solution (ISS) advanced switching and routing system is being adapted to operate on top of the Ethernity’s ENET software API . The combined Ethernity / Aricent solution is a comprehensive platform for Carrier Ethernet switching , hierarchical quality of service (QoS) , and management capabilities, accelerating time-to-market for OEM designs .

Ethernity will present during Mobile World Congress 2014 at Hall 5 Stand 5F81

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Feb 20, 2014
 
Ethernity Networks releases a new ENET4800 40Gbps platform based on Xilinx’s Kintex 7 FPGA .
 
The ENET4800 Carrier Ethernet Switch SoC softcore integrated on Kintex 7 FPGA sets a new standard for deployment of a software defined platform
 
Lod, Israel – Feb 20, 2014 – Ethernity Networks Ltd, an Innovative Networking System on a Chip provider, today announced the release of new Ethernty’s Kintex 7 Reference design and evaluation board for the ENET4800 40Gbps Carrier Ethernet Switch SoC softcore, and ENET4200 Packet Processor Radio Engine . Ethernity will present ENET4800 Kintex 7 reference design board, equipped with ENET4200 Carrier Ethernet Switch and traffic manager solution, dedicated for radio access application and ENET4800 40G Carrier Ethernet Switch
during Mobile World Congress 2014 at Hall 5 Stand 5F81.
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Feb 20, 2013
 
Ethernity Networks Unveils a Virtual Fiber Backbone over the Air
 
The Revolutionary Packet streaming Technology delivers 10Gbps Virtual Fiber backbone over the air using off the shelf microwave technologies       
       

Lod, Israel – Feb 20, 2013 – Ethernity Networks Ltd, a leading supplier of System on Chip Multiservice Fabric Flow Processors for Carrier Grade Ethernet appliances, unveils today its 10Gbps Carrier Ethernet Virtual Fiber wireless backbone solution and will present this revolutionary technology during Mobile World Congress 2013 at Hall 2 Stand 2D50 .Ethernity delivers unique packet transmission technology for carrier grade scalable 10G Virtual Fiber Backbone over the Air, in point to point and mesh network offering the use of off the shelf wireless technology while maximizing availability and scalability, using standard IP over Ethernet in oppose to proprietary microwave technologies as described in the following linkhttp://www.ethernitynet.com/MeshWirelessBackbone.htm.

 

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Feb 9, 2013
 
Ethernity Networks is awarded a key Search Algorithm Patent
 
CAM Search Algorithm through external DRAM patentr
 
Lod, Israel – Feb 9th, 2013 – Ethernity Networks Ltd, a leading supplier of System on Chip Multiservice Fabric Flow Processors for Carrier Grade Ethernet appliances, today announced that is has been awarded patent number 8,345,685 by the US Patent Office for a “ METHOD AND DEVICE FOR PROCESSING DATA PACKETS”. The present invention relates to methods and devices performing advanced search mechanisms to process, classify, filter and forward data packets and perform various searches on a data packet including Layer 2 to layer 4 , protocols, or other combinations of key types.With hundreds of thousands devices deployed in field based on ENET System on a Chip architecture, this patent and Ethernity’s previous approved patents further strength Ethernity position in the global Carrier Ethernet Market
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April 14, 2011
 
Ethernity Networks is awarded a key Patent on Ethernet MAC
 
New Ethernet MAC patent extends Ethernity’s IP rights through entire Ethernet/IP aggregation market
 
Lod, Israel – April 14th, 2011 – Ethernity Networks Ltd, a leading supplier of FPGA base Multiservice Fabric Flow Processors for Carrier Grade Ethernet appliances, today announced that is has been awarded patent number 7,924,863 by the US Patent Office for a “DEVICE AND METHOD FOR PROCESSING DATA CHUNKS”. The invention relates to methods and devices for managing data chunks, especially in a multi-port aggregation devices , which dramatically decreases the logic needed for multiple ports Ethernet/IP aggregation implementation in FPGA or ASIC. The patent also applies to the support of any other multiple port design including ATM , PPP, or TDM.
 
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April 14, 2011
 
Ethernity Networks is awarded a key IPTV & Internet TV multicast patent
 
New traffic manager patent extends Ethernity’s IP rights through IPTV and Internet TV technology
 
Lod, Israel – Feb 28th, 2011 – Ethernity Networks Ltd, a leading supplier of Multiservice Fabric Flow Processors for Carrier Grade Ethernet appliances, today announced that is has been awarded patent number 7,822,051 by the US Patent Office for a “method and system for transmitting packets”. The patent applies to a mechanism that enables deterministic, zero latency multicast technology of unlimited duplications, with the ability to maintain Quality of Services (QoS) between unicast and multicast packets, together with the ability to assign a different packet encapsulation/header per duplication. The patent also applies to the decrease of the internal chip memory by the use of external DDR memory that holds pointer and descriptor information, while maintaining wire speed duplication and zero latency. This technology enables the decrease in the enormous amount of unicast streams used today for Internet TV , by sending multicast packet from data center or cache server and duplicate and convert the single multicast stream to many unicast streams only at the network edge to maintain current internal TV protocols.
 
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