Seamless Protection Enhancement
Design enables securing any existing SFP-based network device
Your Network's Edge®
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CypherPlug
Miniature Network Security Device
CypherPlug® is a miniature IP-level network security device that encrypts traffic over any IP network. Its innovative design breaks through the barriers of cost and complexity for customers who seek a high level of security for their networks.
Part of the RAD Smart SFP Portfolio
SFP Sleeve Form Factor, Hosts Standard MSA Compatible SFPs
CypherPlug is an SFP sleeve form factor, capable of hosting any standard MSA compatible 100M or 1GE SFPs. CypherPlug transparently envelops a large variety of SFPs, enabling full reuse of customer equipment and seamless deployment over multiple access infrastructure types, such as short-haul and long-haul fiber connections, bidirectional single-fiber links, and copper lines.
The SFP sleeve is easily pluggable into standard MSA compatible SFP ports of switches, routers, DSLAMs and mobile base stations, eliminating the use of external power and reducing space and cabling expenses.
The CypherPlug functionality is based on a powerful FPGA that enables easy customization to additional or different customer requirements.
Key Take-Aways
Fast
Wire-speed encryption (1000 Mbps)
End-to-End
static transport mode IPSEC encryption
Low OpEx
due to decreased power consumption, space and installation costs compared to other solutions.
Easy
Plug‑and‑play solution
CypherPlug Quick Specs
- End-to-end static transport mode IPSEC encryption
- Part of the RAD Smart SFP portfolio
- Designed for seamless protection enhancement of any existing SFP-based network device
- Wire-speed encryption (1000 Mbps)
- Low OpEx due to decreased power consumption, space and installation costs compared to other solutions
CypherPlug Topology: Encrypt Traffic Over Any IP Network
Here's an idea of how CypherPlug is integrated with your legacy setup to seamlessly heighten your IP network security.
Resources
Links & Tools
White Papers
- Meeting the Challenge of Radio Interference in License-Exempt Bands, in NLOS and non-clear LOS conditions
Meeting the Challenge of Radio Interference in License-Exempt Bands, in NLOS and non-clear LOS conditions – White Paper
Meeting the Challenge of Radio Interference in License-Exempt Bands, in NLOS and non-clear LOS conditions
With increasing numbers of service providers opting to use license-exempt radio frequency (RF) bands, the need to understand methods for overcoming the challenge of interference is critical. This white paper addresses the issue of interference in license-exempt bands and provides a number of approaches for its control and mitigation.
Meeting the Challenge of Radio Interference in License-Exempt Bands, in NLOS and non-clear LOS conditionsSuccess!
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Case Studies
- Delivering High-Quality Ethernet Service in the Middle of the Ocean
- RAD and Motorola Deliver Video & Analytics Solution in Time for Cleveland’s Republican National Convention
- Linking Isolated Rural Areas Without Landlines
- Broadband Wireless Solution for Ethernet Extension from Medical Headquarters to an Off-Site Branch
Application Briefs
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Links & Tools
White Papers
Case Studies
Application Briefs
Presentations