MYK-185A NSA-Certified Root of Trust Cryptographic Processor for Embedded Applications Advanced cryptographic technology ideal for embedded applications that require minimal size, weight, power, and cost. Applications < < < < < < < Handheld Radios Manpack Link Devices Unmanned Platforms Embedded Wireless Remote Sensing Key Management Personal Authentication Benefits Minimal Footprint < < 19 mm2 324-BGA Minimal External Logic Exceptionally Low Power <0.5mA Hold-Up < <700mW Peak Operation Proven Low Risk Technology for Easy Integration < Over 400,000 MYK-185/A units fielded < Field upgradeable Simplified Key Management for Easy Operation < Red and Black Fill < Interfaces for DS-101, DS-102, and RS-232 < Hardware and Design Features The MYK-185's design features fully redundant ARM processors with real-time alarm and integrity checking. Integrated Key Management To simplify key management, internal battery-backed RAM (BRAM) supports the MYK185A’s integral, secure, and authenticated boot-loading Hardware-assisted cryptographic process. algorithms support U.S. Government, NATO, and When programmed for Crypto coalition operations. Ignition Key (CIK) operation, the system can be locked when the CIK is not present. MYK-185A Designed for… Demanding handheld voice and data applications End cryptographic Unit (ECU) embedments Features and Capabilities Technical Details Voice and data protection Operation in Suite A or Suite B modes supports wide-ranging applications encompassing government, civil and foreign interoperable markets Hardware Accelerated Suite A and Suite B Encryption/ Decryption AES Algorithm Usable as a coprocessor, I/O processor, key manager or a stand-alone application processor 32-bit general purpose I/O with interrupt control Tactical manpack and handheld communications DSA Modulus Bootloader Trust Anchor Program Cache Software: ECDSA ECDH Separate Red and Black CPU host busses for system interfaces 32-bit general purpose I/O with interrupt control Separate Red and Black CPU host busses for system interfaces Dynamic RAM controller, both Red and Black memory bus, with 64 Mbyte space each Software field-upgradeable using an authenticated process Capable of running user-defined software to support system operations Specialized interface for loading external cryptographic assist processors embodied in FPGAs Hardware randomizer ensures random number generation SHA-256, 384, 512 Symmetric Algorithms AES MEDLEY Hardware Acceleration for Public Key Operations: SHA-1 256 bit Multiplier Randomizer Physical/Electrical 0.18 micron design Voltage: I/O, 3.3V; Core, 1.8V 19 mm2 324-pin BGA package < 0.5uA BRAM current ~ 630 mw max at 80MHz Easy to embed; Minimal external circuitry required Software Developer’s Kit (SDK) available with NSAapproved modules to accelerate development 1Hz to 80 MHz Sales/Support Inquiries: (310) 616-1125 [email protected] Specifications subject to change. www.raytheon.com/capabilities/ cybersecurity/sis Customer Success Is Our Mission Cleared for public release. Copyright 2013 Raytheon Company. All rights reserved Rev. B; July 2013. Printed in the USA.