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Follow on Google News | ViaSat Expands 'Edge to Cloud' Encryption Portfolio with 1st Type 1 100 Gbps Ethernet EncryptorViaSat Continues Secure Networking Leadership; Builds on IP Encryption Heritage by Delivering the Most Bandwidth- and Cost-Efficient Ethernet Encryptor for Government Cloud Computing and Data Transport
By: ViaSat UK The introduction of the KG-142 combines decades of experience protecting classified government data with proven innovation in broadband networking. This product is the first Type 1 MACsec Ethernet encryptor capable of operating at speeds up to 100 Gbps. It delivers the encryption power of 10 separate 10 Gbps encryptors in a single rack unit, increasing scalability, and minimizing network overhead for Layer 2 Ethernet communications up to TS/SCI (Top Secret / Sensitive Compartmented Information) By bringing the KG-142 to market, ViaSat broadens its 'edge to cloud' network encryption portfolio. The new encryptor comes on the heels of the recently announced NSA-certified KG-250XS (https://www.viasat.com/ "When it comes to secure networking, ViaSat has a clear competitive advantage in providing innovative and network-efficient 'edge to cloud' encryption solutions to the U.S. government," Paul Pittelli, NSA Deputy Director, Trusted Engineering Solutions, commented, "Continuing our enablement of secure communications for the DoD, we are pleased to partner with ViaSat to deliver the first 100 Gbps Layer 2 encryptor, enabling our users to safely transport more data than ever before. The introduction of the ViaSat KG-142 represents a key milestone in securely enabling cloud networking for classified government data and communications. Having a single box capable of 100 Gbps speeds will greatly reduce the power and space requirements for high-speed Ethernet encryption at Layer 2." A high-speed, low-latency encryptor, the ViaSat KG-142 conforms to the NSA's new Ethernet Security Specification (ESS) standard, ensures interoperability across government networks, delivers protection at the highest security standards and has been tested for high-reliability. It also uses a field-proven software-upgradeable design to ensure the network's security framework can evolve to meet future cybersecurity standards and interoperability requirements, without hardware changes. NSA certification is expected by October 2016. End
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