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The Programmable Network
News
Dec 13, 2010
Ethernity Networks combined pseudo wire TDMoP, SAToP and CESoPSN solution into its Field Programmable Carrier Ethernet switch offering.
New ENET application that uses the unique ENET's Fabric Processor Technology
Lod, Israel – Dec 13th, 2010 – Ethernity Networks Ltd, a supplier of carrier grade Fabric Flow Processor, today announced the availability of a combined carrier Ethernet switch with TDMoP, SAToP and CESoPSN solutions. These solutions have been certified by several early customer engagements and will start deployment in Q1/2011. This will enhance current Ethernet Mobile backhaul offerings. The ENET Fabric Flow Processor integrates Packet Processing, Traffic Management and IWF (protocol InterWorking Function) functionality, using a zero copy operation. The addition of TDMoP technology to the field proven ENET Fabric flow processor enables OEM’s to use a single chip that combines a high performance carrier Ethernet switch, and PWE3 SAToP and CESoPSN solution.
May 15, 2010
Ethernity Networks EFM bonding solution has been qualified by major European carrier.
New ENET Deployment that uses the unique ENET's Fabric Processor Technology
Lod, Israel – May 15th, 2010– Ethernity Networks Ltd, a leading supplier of Carrier Grade Fabric Flow Processor, today announced the qualification of its EFM bonding solution by a major European carrier for use as a transport solution for mobile backhaul over VDSL.
The ENET Fabric Flow Processor integrates Packet Processing, Traffic Management and IWF (protocol Interworking Function) functionality, using zero copy operation. The addition of ITU-T G.998.2 compliant Ethernet bonding allows Ethernity’s ENET3xxx Fabric Flow Processors to deliver a fiber-rate transport solution using readily available copper-based infrastructure.
The ENET EFM bonding comprises of Central Office and CPE solutions, and is interoperable with any third party CPE or CO solution compliant with the ITU-T G.988.2 Recommendation.
Dec 15, 2009
Ethernity Networks is awarded a key wire speed protocols interworking patent
New patent extends Ethernity’s IP Rights throughout the entire Carrier Grade Ethernet Switch protocol interworking and traffic management technology
Lod, Israel – Dec 15th, 2009 – Ethernity Networks Ltd, a leading supplier of Multiservice Fabric Flow Processor for Carrier Grade Ethernet appliances, today announced that is has been awarded patent number 7,620,770 by the US Patent Office for a “ Device and method for storing and processing data units”. The patent applies to a zero copy mechanism for storing an ingress data unit at the DDR memory unit for purposes of packet re-ordering and traffic management, then retrieving a fetched data unit from the DDR memory for data unit processing, wherein the fetched data unit comprises at least a portion of the ingress data unit, all at wire speed and with single read and write to/from external DDR memory.The patent applies to any multi service processing over a single fabric engine, such that a single engine can handle TDM, ATM and Ethernet processing without the need to use a dedicated engine for each protocol for the purpose of protocol interworking. Together with inverse multiplexing (EFM bonding, IMA, MLPPP), advanced Traffic Management and any-to-any wire speed protocol interworking, the new patent enables Ethernity to deliver the lowest cost ever platform using single DDR Memory and integrated into ultra low cost FPGA.
Mar 27, 2008
RAD Chooses Ethernity's ENET3000 Access Flow Processor
Ethernity's ENET3000 Access Flow Processor incorporated into RAD's next generation Ethernet access product family
Lod, Israel – March 27th , 2008 – Ethernity Networks Ltd, a leading supplier of Access Flow Processors, today announced that RAD Data Communications, an industry-leading manufacturer of innovative telecommunications access solutions, has incorporated Ethernity's ENET3000 access flow processor into its next generation Carrier Ethernet offering.“As a leading provider of Ethernet access solutions, RAD places a great emphasis on implementing flexible solutions that support multiple services and features,” said Ron Agam, Senior Product Line Manager for Metro Ethernet Access Solutions at RAD Data Communications. “The versatility of Ethernity’s access flow processor is an important element in this process.”
Feb 13, 2008
Ethernity Networks releases the First ENET4000 solution dedicated for PON OLT line cards
Ethernity's ENET architecture enables system and semiconductor vendors to come up with a four-eight PONs OLT full line card solution on a single chip.
Lod, Israel – Feb 13th, 2008 – Ethernity Networks Ltd, a leading supplier of Access Flow Processors, Today announced the PON OLT line card on a chip program, an effort designed to help system and semiconductor vendors to come up with a single chip solution for the entire PON OLT line card solution.The ENET architecture enables the support of a full PON OLT line card solution on a single FPGA, due to its inherent support for fragment frames reassembly, GEM header generation, logical queue support per virtual container at ONU side and can support HW acceleration for DBA, as it fully described at PON OLT solution.
Jan 20, 2008
Ethernity Networks introduced NAT, Router and PPPoE termination on ENET3000
Ethernity's ENET3000 offers full L3 to L2 service demarcation from customer network to carrier Metro Ethernet transport network, enabling pure L2 Metro Ethernet.
Lod, Israel – Jan 20th, 2008 – Ethernity Networks Ltd, a supplier of Access Flow Processors, first introduced its L3 and L4 support including Full NAT/PAT and router functionality . This functionality was integrated into the ENET3000, a family of low cost flow based processor and traffic manager solution integrated on ultra low cost FPGA (Altera's Cyclone). The NAT/PAT solution is supported at the ENET3000 located at the Central Office, which include virtual router support and optional PPP termination. The NAT / PAT integrated on the ENET3000 offers service providers / carriers the ability to enhance their broadband service's billing and to offload this functionality from a residential gateway or CPEs, thus reducing Residential Network complexity , gaining control on customer network enabling to offer advanced services, and finally enabling quad play services at line rate, without extra cost at customer site. The Virtual router functionality enables service provider separation, while PPP termination enables the use of Layer 2 Metro Ethernet equipment for transport and DSLAM aggregation, eliminating the need for complex Layer 3 transport Network.
Jan 20, 2008
Ethernity Networks Releases a combined PBT and PBB solution onto the ENET3000
Ethernity's ENET3000 family of low cost Flow Base Processor and Traffic Manager combined PBT and PBB solution supporting both PBB-TE(PBT) or full PBB configurable per flow on a single Cyclone 3 FPGA, including 802.1ag and Hierarchical QoS supporting up to 7.5Gbps.
Lod, Israel – Jan 15th, 2008 – Ethernity Networks Ltd, a supplier of Access Flow Processors, released a new FPGA version for its ENET3000 Family of low cost flow based processor and traffic manager solution integrated on ultra low cost FPGA (Altera's Cyclone 3). The new release supports both PBT (PBB-TE) and Full PBB configurable per flow for E-LAN, E-Line and E-Tree configuration. By migrating from Cyclone 2 to Cyclone 3 Family the ENET solution will be able to support up to 7.5Gbps throughput on a single Cyclone 3 device, and 5Gbps for industrial use. The ENET3000 offers system vendors customized solution, flexibility, field upgradeability, low power (3W) and significant cost reduction compare to other off the shelf components.
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