Crypto Products Overview

HEADQUARTERSATMEL CORPORATION2325 Orchard ParkwaySan Jose, CA 95131USATel: 1(408) 441-0311Fax: 1(408) 487-2600Crypto ProductsCustomer GuideATMEL CorporationMay 2009INTERNATIONALAtmel Asia LimitedUnit 01-5 & 16, 19/F Bea TowerMillennium City 5, 418 Kwun Tong RoadKwun Tong, KowloonHong KongTel: (852) 2245-6100Fax: (852) 2722-1369ATMEL EUROPELe Krebs8, Rue Jean-Pierre TimbaudBP 30978054 Saint-Quentin-en-Yvelines CedexFranceTel: (33) 1-30-60-70-00Fax: (33) 1-30-60-71-11ATMEL JAPAN9F, Tonetsu Shinkawa Bldg.1-24-8 ShinkawaChuo-ku, Tokyo 104-0033JapanTel: (81) 3-3523-3551Fax: (81) 3-3523-7581Disclaimer: The information in this document is provided in connection with Atmel products. No license, express orimplied, by estoppel or otherwise, to any intellectual property right is granted by this document or in connection with thesale of Atmel products. EXCEPT AS SET FORTH IN ATMEL’S TERMS AND CONDITIONS OF SALE LOCATED ONATMEL’S WEB SITE, ATMEL ASSUMES NO LIABILITY WHATSOEVER AND DISCLAIMS ANY EXPRESS, IMPLIEDOR STATUTORY WARRANTY RELATING TO ITS PRODUCTS INCLUDING, BUT NOT LIMITED TO, THE IMPLIEDWARRANTY OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, OR NON-INFRINGEMENT. IN NOEVENT SHALL ATMEL BE LIABLE FOR ANY DIRECT, INDIRECT, CONSEQUENTIAL, PUNITIVE, SPECIAL ORINCIDENTAL DAMAGES (INCLUDING, WITHOUT LIMITATION, DAMAGES FOR LOSS OF PROFITS, BUSINESSINTERRUPTION, OR LOSS OF INFORMATION) ARISING OUT OF THEUSE OR INABILITY TO USE THISDOCUMENT, EVEN IF ATMEL HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. Atmel makes norepresentations or warranties with respect to the accuracy or completeness of the contents of this document andreserves the right to make changes to specifications and product descriptions at any time without notice. Atmel does notmake any commitment to update the information contained herein. Unless specifically provided otherwise, Atmelproducts are not suitable for, and shall not be used in, automotive applications. Atmel’s products are not intended,authorized, or warranted for use as components in applications intended to support or sustain life.© 2009 Atmel Corporation. All rights reserved. Atmel®, Atmel logo and combinations thereof, AVR®, CryptoMemory®,CryptoRF® and others, are the registered trademarks, CryptoCompanion and others are trademarks of AtmelCorporation or its subsidiaries. ARM® is a registered trademark of ARM Ltd. Other terms and product names may betrademarks of others.8592B–CRYPT–04/2009

Table of ContentsWhat’s New with Crypto Products ....................................... 3Application Highlights........................... ................................ 6Crypto Products Overview.................................................... 8Development Tools................................................................ 9Product Selection Guide ..................................................... 12Packaging Information ........................................................14Documentation..................................................................... 16Ordering Information ........................................................... 188592B–CRYPT–04/2009

What’s New with Crypto ProductsNew CryptoMemory ® FamilyAll CryptoMemory devices share the same security features but now a new version has beenintroduced for the smaller memory sizes targeted at today’s low voltage embedded applications. Thenew AT88SCxxxxCA devices are now fully I2C-compliant. With the same pinout andcommunications protocol as non-secure Serial EEPROMs, these devices can be drop inreplacements in embedded systems to add hardware security features.AT88SCxxxxCA FeaturesAT88SCxxxxC Features1Kbit to 8Kbit memory densities1Kbit to 256Kbit memory densities2.7V to 3.6V supply, 5V tolerant IO 2.7V to 5.5V supply8 lead SOIC, PDIP and new smaller packages(TSSOP, UDFN)8 lead SOIC and PDIP packagesCryptoCompanionFor Host Side SecurityThis companion chip, the AT88SC018, implements the algorithms and the entire protocol completelyin hardware. It is fully tested and guaranteed to work properly with all CryptoMemory/CryptoRF chips.The system designer doesn’t have to design the software and also doesn’t have to test it.To validate the authenticity of a consumable or replaceable item (client) connected to a system(host), there must be some secret information stored in both the client and the host. CryptoMemoryand CryptoRF provide the ideal solution for the client side and CryptoCompanion secures the hostside.CryptoCompanion can play a key role for customers whose future revenue stream depends on thecontinued sale of consumable, replaceable, or add-in components such as batteries or test strips in aportable medical analyzer.HostCRYPTOCOMPANIONTWI / I 2 CClientMicrocontrollerCryptoMemoryHostREADER ICClientTWI / SPIMicrocontrollerTWICRYPTOCOMPANIONCryptoRF8592B–CRYPT–04/2009 3

CryptoRF ® ReaderOur new reader IC, AT88RF1354, performs allRF communication, packet formatting,decoding, and communication error checkingand is based on the ISO/IEC 14443-2 Type Bsignal modulation scheme and ISO/IEC 14443-3Type B frame format, used by more than 60% ofthe vendors of RFID host readers. Data isexchanged half duplex at a 106k bit per secondrate. A two-byte CRC_B providescommunication error detection capability. TheAT88RF1354 can be used with both RFIDtransponders and contactless smart cards andis compatible with 3.3V and 5V hostmicrocontrollers with two-wire or SPI serialinterfaces.The highly integrated reader IC requires fewerexternal components than competing RFIDreader chips, resulting in a lower BOM. Thereader chip comes in the smallest footprint available today for 13.56 MHz reader chips, packaged ina 6mm x 6mm, 36-pin QFN.www.CryptoMemory.com - Microsite Goes Live!Check out CryptoMemory.Com! It is THE place for all the latest news about radical security.Join the Forum! Watch kit videos! Peruse security updates and happenings! Get technical orbusiness questions answered online!Throw your name into the hat to be put in the drawing to win a GameBoy®.Aris+ Development Kit - AT88SC-ADK2Low-cost development kit for CryptoMemory® and CryptoCompanion chips (AT88SC018) on anAVR ® platform. Features menu-driv en Crypto Evaluation Studio and Crypto Core DevelopmentLibrary. Library architecture permits code porting to other microcontrollers. CryptoCompanion, whenused in conjunction with Atmel’s CryptoMemory chip*, provides securestorage of the secretsnecessary to authenticate consumable items or software IP. The combination of CryptoCompanion(host-side security) and CryptoMemory (client-side security) enables an embedded system securitysolution for less than a dollar in volume.*CryptoCompanion also works with our CryptoRFproducts. See Crypto Products Overview onpage 8Aris+ was announced at the Embedded World2009 in Nuremberg, Germany, on March 5th.8592B–CRYPT–04/2009 4

DocumentationDatasheets: AT88SC0104CA Summary - CryptoMemoryAT88SC0204CA Summary - CryptoMemoryAT88SC0404CA Summary - CryptoMemoryAT88SC0808CA Summary - CryptoMemoryApplication Notes:Using CryptoMemory in Full I2C Compliant ModeDescribes how to communicate with CryptoMemory® devices in full I2C compliant mode. Full I2Ccompliance permits use of I2C hardware peripheral controllers within microcontrollers tocommunicate with CryptoMemory, thus eliminating the need for software drivers and GeneralPurpose Input/Output (GPIO) pins. This leads to performance improvement by lowering CPUutilization and firmware footprint. #8562AUsing 2.7V– 3.6V CryptoMemory Devices in 5V DesignsThis application note describes how to adapt the 2.7V – 3.6V CryptoMemory devices to operate in 5Vapplications. The new generation of CryptoMemory devices, identifiable by the “CA” in their catalogbase name as in AT88SC0104CA, operates within the voltage range of 2.7V – 3.6V but are fullybackward compatible with older generation CryptoMemory devices that operate within the voltagerange of 2.7V – 5.5V.8592B–CRYPT–04/2009 5

Application HighlightsChemical Bottle Identification: CryptoRFAutomated lab analysis equipment includes a carrier thatcontains bottles of various reagents used to perform tests onblood/urine/etc., in the case of medical tests. When themachine extracts a measured amount of a particular reagent,it’s critical to ensure that the contents of the bottle areaccurately identified, perhaps with calibration information too.Attach a CryptoRF tag to the bottle (non metal); add theAT88RF1354 RFID reader chip to the system. Each time thereagent is used, the system authenticates the bottle,guaranteeing both the purity and the revenue stream for thesupplier.Battery Authentication: CryptoMemoryClone batteries may present safety issues (think PC fires a fewyears ago), have small capacity, and detract from the plannedrevenue stream of the OEM supplier. Typical solutions involve usingsecrets stored in battery microprocessor (easily hacked) or using SHA1-based authentication chips (can’t store confidential data).CryptoMemory uses a simple TWI to communicate with the host, plus cansecurely store current battery capacity, number of charges and other history.Secure, Convenient, Loyalty andSmall Payments: CryptoRFThere is an undeniable trend toward cashless paymentsystems as consumers look for fast and convenientways to conduct everyday transactions. CryptoRFpackaged in an RFID tag is a secure way to storeand manage small monetary exchanges forconvenient purchases or loyalty programs. Theflexibility of the RFID tag packaging allows for use inkey fobs or attached to convenient items such as cellphone or loyalty cards. Consumers can use theseeveryday items to make secure purchase transactions bypresenting the RFID tag that is attached or embedded in thedevice to a POS terminal containing the CryptoRF reader IC.Reducing Clinical Errors: CryptoRFCryptoRF can help reduce clinical errors. By someestimates one in 10 hospital patients experience apreventable clinical error that could cause injury or evendeath. Secure RFID can reduce these errors whenused, for example in controlled areas, wristbands thatcontain an RFID chip enable surgeons to identifypatients being taken to the operating room to make surethe right person is receiving the right treatment, whilenurses can read a patient’s ID before administeringmedication. Information such as name, gender, date ofbirth, admission date, insurance, allergies and otherpersonal medical information can be secured on thewristband IC with quick and easy read/write access.8592B–CRYPT–04/2009 6

Physical Access Control Use Case: CryptoRFOver the past several years, physical security has receivedincreased attention by both government and corporate agenciesalike. With this increased attention, the demand for physical accesscontrols has grown exponentially. It is important to control access torestricted areas where assets or secrets need to be protected.CryptoRF is the perfect secure solution for implementing accesscontrols. With CryptoRF form factors limited only by the imagination,CryptoRF provides a flexibility and convenience to physical accesscontrol systems that can’t be matched. CryptoRF can be delivered ina traditional card form, or FOB, or even embedded in a wrist band.Authorized individuals would be granted access to buildings orprotected rooms only after authenticating with a CryptoRF devicekept on their person. With the addition of the CryptoRF Reader ICalong with CryptoCompanion for host side security, Atmel has theadvantage of offering a complete low cost solution for physicalaccess controls.Embedded Software Clone PreventionWhenever there is a need to protect the microcontroller code stored in a FLASH chip within anyembedded system, one method is to insert many, many authentication checks throughout the code.This approach makes it difficult for hackers to reassemble the code without the authentication checks.Also, one can verify a signature in an optional code module, or the contents of a downloadable block.Performauthenticationmany timesWithout hardware protection, codestored in external FLASH can be read8592B–CRYPT–04/2009 7

Crypto Products OverviewCryptoMemoryCryptoMemory has many features that make it the only product on the market to supply low cost andhigh security solutions for embedded applications.With memory densities from 1-Kbit to 256-Kbits, CryptoMemory is able to store and protect small tomedium amounts of data while offering four different levels of security: Free access for use asstraight memory, password protection using a choice of 8 sets of separate read/write passwords,mutual authentication using a choice of 4 sets of 64-bit keys, and full data encryption for completeconfidentiality. These 4 levels of security, 8 unique passwords and 4 unique keys may be appliedindependently to the multiple sectors that the memory is divided into.CryptoRFCryptoRF uses exactly the same cryptographic algorithms as CryptoMemory providing customers thesame features and security. CryptoRF is a 13.56 MHz RFID device family with a 64-bit embeddedhardware encryption engine, dual authentication capability, and up to 64-Kbits of user memory.Based on the royalty-free ISO 14443-B standard, CryptoRF is ideally suited to meet a variety ofsecurity applications such as contactless payment, product authentication, patient safety, and patronmanagement.CryptoRF devices are great for proximity applications where hardware security is desired or whenenvironmental factors such as dirt, moisture, chemicals, etc., exist.CryptoRF devices are available with EEPROM densities from 1-Kbit to 64-Kbits of user memory toaccommodate a wide range of information storage and cost requirements. The user memory itselfmay be divided into as many as 16 separate sections, each of which can be customized to allowdifferent levels of read and write access, including:• Free access EEPROM• Password protection• Authentication• Data encryption and message authentication codes (MAC’s)These user selectable optional security features give customers tremendous flexibility in developingand deploying a secure RF solution. CryptoRF is deliverable as modules for creation of completeRFID tags, RFID cards and thinned wafers.CryptoRF ® Reader Chip(Refer to “What’s New with Crypto Products”)CryptoCompanion For Host Side Security (Refer to “What’s New with Crypto Products”)8592B–CRYPT–04/2009 8

Development ToolsKitsYou will find detailed information regarding our development kits on the following pages. See belowfor a quick reference:CryptoMemory KitsAris+ArisCryptoRF KitsKeen+Yuma+CryptoRF/SkyeTek ®Includes CryptoMemory security in new applications; microcontrollerdevelopment board included, requires PCEasily add CryptoMemory security to the customer’s existing system; can be®used with Atmel AVR and ARM starter kitsLowest cost reader reference design; uses Atmel reader IC on an AVRplatformFor secure RFID developers who prefer an AVR platform; Melexis® reader ICARM platform, SkyeTek reader8592B–CRYPT–04/2009 9

CryptoMemory KitsName Function Ordering Code Detailed Description Kit Contents AvailAris+Includes CryptoMemory security innew applications Microcontroller anddevelopment board included, requiresPC.AT88SC-ADK2Low-cost development kit for CryptoMemory andCryptoCompanion chips on an AVR platform. Featuresmenu-driven Crypto Evaluation Studio and Crypto CoreDevelopment Library. Library architecture permits codeporting to other microcontrollers.Aris+ board, CD, USB cable,Quick Start Guide,CryptoMemory SOIC samples,CryptoCompanion SOICsamples.NowArisEasily add CryptoMemory security tothe customer’s existing system; can beused with Atmel AVR and ARM starterkits.AT88SC-DK1Adapts CryptoMemory to existing developmentenvironments with a 2-Wire interface. Comes complete withCrypto Core Development Library andevaluation/demonstration support on ATSTK500.Aris Adaptor board, cables, CD,CryptoMemory samples, QuickStart Guide.Now8592B–CRYPT–04/2009 10

CryptoRF Kits (RFID)Name Function Ordering Code Detailed Description Kit Contents AvailKeen+Lowest cost readerreference design; usesAtmel reader IC on an AVRplatform.AT88SCRF-ADK2An all-Atmel development kit using CryptoRF based on anAVR platform. Well-documented Crypto Core developmentlibrary. Library architecture permits code porting to othermicrocontroller platforms. Connectivity to PC and power viaUSB.Keen+ combo module andevaluation board, CD, USBcable, Quick Start Guide,CryptoRF tag and cardassortment.NowYuma+Great for secure RFIDdevelopers who prefer anAVR platform.AT88SCRF-ADK1Complete development kit for secure RFID applicationsusing CryptoRF. Combines Melexis MLX90121 reader ICand Atmel AVR microcontroller technologies to feature afirmware enabled RF reader module reference design thatexposes a simple SPI API. Fully supported by the menudrivenCrypto Evaluation Studio from Atmel.Yuma+ module and moduleevaluation boards, CD, USBcable, Quick Start Guide,CryptoRF tag and cardassortment.NowCryptoRF/SkyeTekFor secure RFID developerswho prefer an ARM platformwith a SkyeTek reader.AT88SCRF-S7DKPSecure RFID demonstration kit featuring Atmel's CryptoRFsecure tag and SkyeTek's M2 derivative readertechnologies on an ARM platform. Includes SkyeTek'sSkyeWare evaluation/demonstration software and an optionto license MetaFi development API from SkyeTek.CryptoRF/SkyeTek module andevaluation boards, EmbeddedCD, USB cable, Quick StartGuide, CryptoRF cards.Now8592B–CRYPT–04/2009 11

Product Selection GuideCryptoMemory with Authenti cation an d EncryptionPart No.** Org Voltage Description I/O* RoHS Temp AvailAT88SC0104CA 4x256 2.7 – 3.6 1-Kbit user memory withauthentication and encryption,ISO 7816-3 asynchr onous andsynchronous I2C-CompatibleprotocolsAT88SC0104C 4x256 2.7 – 5.5 1-Kbit user memor y withauthentication and encryption,ISO 7816-3 asynchronous andsynchronous 2-wire protocolsAT88SC0204CA 4x512 2.7 – 3.6 2-Kbit user memor y withauthentication and encryption,ISO 7816-3 asynchronous andsynchronous I2C-CompatibleprotocolsAT88SC0204C 4x512 2.7 – 5.5 2-Kbit user memory withauthentication and encryption,ISO 7816-3 asynchronous andsynchronous 2-wire protocolsAT88SC0404CA 4x1024 2.7 – 3.6 4-Kbit user memory withauthentication and encryption,ISO 7816-3 asynchr onous andsynchronous I2C-CompatibleprotocolsAT88SC0404C 4x1024 2.7 – 5.5 4-Kbit user memor y withauthentication and encryption,ISO 7816-3 asynchronous andsynchronous 2-wire protocolsAT88SC0808CA 8x1024 2.7 – 3.6 8-Kbit user memor y withauthentication and encryption,ISO 7816-3 asynchronous andsynchronous I2C-CompatibleprotocolsAT88SC0808C 8x1024 2.7 – 5.5 8-Kbit user memory withauthentication and encryption,ISO 7816-3 asynchr onous andsynchronous 2-wire protocolsAT88SC1616C 16x1024 2.7 – 5.5 16-Kbit user mem ory withauthentication and encryption,ISO 7816-3 asynchronous andsynchronous 2-wire protocolsAT88SC3216C 16x2048 2.7 – 5.5 32-Kbit user memory withauthentication and encryption,ISO 7816-3 asynchronous andsynchronous 2-wire protocolsAT88SC6416C 16x4096 2.7 – 5.5 64-Kbit user memory withauthentication and encryption,ISO 7816-3 asynchronous andsynchronous 2-wire protocolsAT88SC12816C 16x8192 2.7 – 5.5 128-Kbit user memory withauthentication and encryption,ISO 7816-3 asynchronous andsynchronous 2-wire protocolsAT88SC25616C 16x16384 2.7 – 5.5 256-Kbit user memory withauthentication and encryption,ISO 7816-3 asynchronous andsynchronous 2-wire protocolsT=0TWIT=0TWIT=0TWIT=0TWIT=0TWIT=0TWIT=0TWIT=0TWIT=0TWIT=0TWIT=0TWIT=0TWIT=0TWIYesYesYesYesYesYesYesYesYesYesYesYesYes-40°Cto85°C-40°Cto85°C-40°Cto85°C-40°Cto85°C-40°Cto85°C-40°Cto85°C-40°Cto85°C-40°Cto85°C-40°Cto85°C-40°Cto85°C-40°Cto85°C-40°Cto85°C-40°Cto85°CNowNotrecommendedfor new 3 voltdesignsNowNotrecommendedfor new 3 voltdesignsNowNotrecommendedfor new 3 voltdesignsNowNotrecommendedfor new 3 voltdesignsNowNowNowNowNowNote: *Crypto products are compatible with I2C timing but not all of the protocol** Secure memory products (AT88SC102, AT88SC1003, AT88SC153 and AT88SC1608) areavailable to satisfy current business but are not recommended for new 3V designs.8592B-Crypto-03/27/09 128592B–CRYPT–04/2009 12

CryptoRF with Authentication and EncryptionPart No. Org Voltage Description I/O* RoHS Temp AvailAT88RF04C 4X1024 N/A Contactless 4-Kbit user memory withauthentication and encryptionAT88SC0104CRF 4x256 N/A Contactless 1-Kbit user memory withauthentication and encryptionAT88SC0204CRF 4x512 N/A Contactless 2-Kbit user memory withauthentication and encryptionAT88SC0404CRF 4x1024 N/A Contactless 4-Kbit user memory withauthentication and encryptionAT88SC0808CRF 8x1024 N/A Contactless 8-Kbit user memory withauthentication and encryptionAT88SC1616CRF 16x1024 N/A Contactless 16-Kbit user memorywith authentication and encryptionAT88SC3216CRF 16x2048 N/A Contactless 32-Kbit user memorywith authentication and encryptionAT88SC6416CRF 16x4096 N/A Contactless 64-Kbit user memorywith authentication and encryptionISO/IEC14443 BISO/IEC14443 BISO/IEC14443 BISO/IEC14443 BISO/IEC14443 BISO/IEC14443 BISO/IEC14443 BISO/IEC14443 BYes N/A NowYes N/A NowYes N/A NowYes N/A NowYes N/A NowYes N/A NowYes N/A NowYes N/A NowCryptoRF ReaderPart No. Org Voltage Descri ption I/O* RoHS Temp AvailAT88RF135 4 N/A 3.0- 5.5 13.56 MHz, ISO 14443 type B RFID reader TWISPIYes-40°C to85°CNowCryptoCompanionPart No. Org Voltage Description I/O* RoHS Temp AvailAT88SC018 N/A 2.7-3.6 Host side security IC for CryptoMemory andCryptoRFTWI Yes -0°C to70°CNow8592B–CRYPT–04/2009 13

Packaging InformationCryptoMemory Packaging InformationPart No.PDIP,8-IeadSOIC,8-IeadTSSOP,8-IeadUDFN*8-contactJ ModuleAT88SC010 4CA AT88SC0104C AT88SC020 4CA AT88SC020 4C AT88SC040 4CA AT88SC0404C AT88SC0808 CA AT88SC080 8C AT88SC161 6C AT88SC3216C AT88SC6416C AT88SC12816C AT88SC25616C Note: *UDFN (also known as ultra thin mini map)8592B–CRYPT–04/2009 14

CryptoRF Packaging InformationCryptoRF is available in many differentshapes and sizes. Specially designedCryptoRF tags in a variety of shapescan be developed for the right businesscase.All of our CryptoRF products are available in the standard packages shown below.X Tag 13mm sqr. Y Tag 17mm round R ModuleCryptoRF Reader Packaging InformationPart No.AT88RF1354QFN, 36 pin, 6.0mm squareCryptoCompanion Packaging InformationPart No.AT88SC018SOIC, 8-Iead8592B–CRYPT–04/2009 15

DocumentationDatasheetsCryptoMemoryDevices Preliminary Summary Full Version Last UpdateAT88SC0104CA 07/2008AT88SC0104C 04/2007AT88SC0204CA 07/2008AT88SC0204C 04/2007AT88SC0404CA 07/2008AT88SC0404C 04/2007AT88SC0808CA 07/2008AT88SC0808C 04/2007AT88SC1616C 04/2007AT88SC3216C 04/2007AT88SC6416C 04/2007AT88SC12816C 04/2007AT88SC25616C 04/2007CryptoRFDevices Preliminary Summary Full Version Last UpdateAT88RF04C 03/2009AT88SC0104CRF 03/2009AT88SC0204CRF 03/2009AT88SC0404CRF 03/2009AT88SC0808CRF 03/2009AT88SC1616CRF 03/2009AT88SC3216CRF 03/2009AT88SC6416CRF 03/2009CryptoRF ReaderDevices Preliminary Summary Full Version Last UpdateAT88RF1354 (reader chip) 10/2008CryptoCompanionDevices Preliminary Summary Full Version Last UpdateAT88SC018 01/20098592B–CRYPT–04/2009 16

Application NotesCryptoMemory and CryptoRFNameDescriptionProgramming the CryptoMemoryDevice for Embedded ApplicationsUnderstanding the Requirements ofISO/IEC 14443 Type B proximitycontactless identification cardFast Prototyping of a ContactlessReader for CryptoRFUsing CryptoMemory in Full I2CCompliant ModeCryptoMemory in plastic packages has many security uses in embeddedapplications. This note describes the process of setting up andprogramming the CryptoMemory device for such applications.Summarizing the signaling and communication protocol requirements fortype B contactless smart cards in a tutorial format. The anti-collisionprotocol implemented in Atmel’s Secure RF Smart Card ICs is explained indetail.Setting up a complete secure RFID system using Atmel’s AT90USBKeydevelopment board, CryptoRF tags and the Melexis RF front-end interface.Describes how to communicate with CryptoMemory® devices in full I2Ccompliant mode. Full I2C compliance permits use of I2C hardwareperipheral controllers within microcontrollers to communicate withCryptoMemory, thus eliminating the need for software drivers and GeneralPurpose Input/Output (GPIO) pins. This leads to performance improvementby lowering CPU utilization and firmware footprint.White PapersCryptoMemory and CryptoRFNameDescriptionUnderstanding CryptoMemoryProtecting System Configurationwith CryptoMemoryPowerful Security at a Low CostAtmel’s secured serial EEPROM solution making it easy to upgrade froman open EEPROM to a secure solution for embedded applications.How to use CryptoMemory in an embedded system to store confidentialconfiguration data.Many systems and products need to combat piracy or securely storeinformation, secure Microcontrollers satisfy this need at a high costcharacterized by presence of unneeded features. CryptoMemory®provides a low-cost alternative solution that focuses mainly on security.Using RFID to Stop CounterfeitingProduct Counterfeiting Made Easyand Why it is so Difficult to PreventCryptoCompanionNameSecuring Host Side ConfigurationRFID technology is well known for providing labeling solutions toautomate inventory control. It is less known for its capability to offer anticounterfeitingsolutions. While providing cryptographic authenticationschemes with data protection capabilities, a well-implemented RFIDsecurity solution provides complete product protection against illegalcloning, intellectual property theft, and denial-of-service attacks.The value of the seized counterfeit goods in 2007 is estimated to be over$600 billion, according to The International Chamber of Commerce(ICC)1. Goods that are most frequently counterfeited include computersoftware, DVDs, CDs, perfume, athletic shoes, drugs, fashionaccessories and money orders. Counterfeiting can also involve the theftof valuable intellectual property in electronic systems, such as GPScorrelator algorithms or the software that embodies the feature set of acell phone, GPS or MP3 players.DescriptionThere is a growing need for strong hardware security devices in digitalsystems today. The level of intellectual property or engineering expertisecontained within a product continues to grow and as a result it becomesincreasingly imperative for the manufacturer to prevent competitors fromfraudulently using that IP to obtain a portion of the revenue streamwithout the associated development cost.8592B–CRYPT–04/2009 17

Ordering InformationCryptoMemoryPart No. Pkg Type Material Description Qty Per MOQAT88SC0104CA SU 8 SOIC, IND Temp, Green 4,000 12,000TH 8 TSSOP, 4.4mm, IND Temp, Green5,000 10,000Y6H 8 Contacts, UDFN, IND Temp, Green5,000 10,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/FAT88SC0104C SU 8 SOIC, IND Temp, Green 4,000 12,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/FAT88SC0204CA SU 8 SOIC, IND Temp, Green 4,000 12,000TH 8 TSSOP, 4.4mm, IND Temp, Green5,000 10,000Y6H 8 Contacts, UDFN, IND Temp, Green5,000 10,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/FAT88SC0204C SU 8 SOIC, IND Temp, Green 4,000 12,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/FAT88SC0404CA SU 8 SOIC, IND Temp, Green 4,000 12,000TH 8 TSSOP, 4.4mm, IND Temp, Green5,000 10,000Y6H 8 Contacts, UDFN, IND Temp, Green5,000 10,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/FAT88SC0404C SU 8 SOIC, IND Temp, Green 4,000 12,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/F8592B–CRYPT–04/2009 18

CryptoMemory continued…Part No. Pkg Type Material Description Qty Per MOQAT88SC0808CA SU 8 SOIC, IND Temp, Green 4,000 12,000TH 8 TSSOP, 4.4mm, IND Temp, Green 5,000 10,000Y6H 8 Contacts, UDFN, IND Temp, Green 5,000 10,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/FAT88SC0808C SU 8 SOIC, IND Temp, Green 4,000 12,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/FAT88SC1616C SU 8 SOIC, IND Temp, Green 4,000 12,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/FAT88SC3216C SU 8 SOIC, IND Temp, Green 4,000 12,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J 10,000 10,000WI Wafer, 150mm not sawn C/F C/FAT88SC6416C SU 8 SOIC, IND Temp, Green 4,000 12,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/FAT88SC12816C SU 8 SOIC, IND Temp, Green 4,000 12,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/FAT88SC25616C SU 8 SOIC, IND Temp, Green 4,000 12,000PU 8 PDIP, IND Temp, Green 50 12,000MJ Module J, Green 10,000 10,000WI Wafer, 150mm not sawn C/F C/F8592B–CRYPT–04/2009 19

CryptoRFPart No. Pkg Type Material Description Qty Per MOQAT88RF04C MX1 13mm Square RFID tag, 35mm tape, bodythickness 1mmMY1 17mm Round RFID tag, 35mm tape, bodythickness 1mm10,000 10,0004,000 12,000MR1 XOA2 Style Smartcard Module 10,000 10,000WA1 6 mil Wafer, 150 mm, Not Sawn C/F C/FAT88SC0104CRF MX1 13 mm Square RFID tag, 35mm tape, bodythickness 1mmMY1 17 mm Round RFID tag, 35mm tape, bodythickness 1mm10,000 10,0004,000 12,000MR1 XOA2 Style Smartcard Module 10,000 10,000WA1 6 mil Wafer, 150 mm, Not Sawn C/F C/FAT88SC0204CRF MX1 13 mm Square RFID tag, 35mm tape, bodythickness 1mmMY117 mm Round RFID tag, 35mm tape, bodythickness 1mm10,000 10,0004,000 12,000MR1 XOA2 Style Smartcard Module 10,000 10,000WA1 6 mil Wafer, 150 mm, Not Sawn C/F C/FAT88SC0404CRF MX1 13 mm Square RFID tag, 35mm tape, bodythickness 1mmMY1 17 mm Round RFID tag, 35mm tape, bodythickness 1mm10,000 10,0004,000 12,000MR1 XOA2 Style Smartcard Module 10,000 10,000WA1 6 mil Wafer, 150 mm, Not Sawn C/F C/FAT88SC0808CRF MX1 13 mm Square RFID tag, 35mm tape, bodythickness 1mmMY1 17 mm Round RFID tag, 35mm tape, bodythickness 1mm10,000 10,0004,000 12,000MR1 XOA2 Style Smartcard Module 10,000 10,000WA1 6 mil Wafer, 150 mm, Not Sawn C/F C/FAT88SC1616CRF MX1 13 mm Square RFID tag, 35mm tape, bodythickness 1mmMY1 17 mm Round RFID tag, 35mm tap e, bodythickness 1mm10,000 10,0004,000 12,000MR1 XOA2 Style Smartcard Module 10,000 10,000WA1 6 mil Wafer, 150 mm, Not Sawn C/F C/FAT88SC3216CRF MX1 13 mm Square RFID tag, 35mm tape, bodythickness 1mmMY117 mm Round RFID tag, 35mm tape, bodythickness 1mm10,000 10,0004,000 12,000MR1 XOA2 Style Smartcard Module 10,000 10,000WA1 6 mil Wafer, 150 mm, Not Sawn C/F C/FAT88SC6416CRF MX1 13 mm Square RFID tag, 35mm tape, bodythickness 1mmMY117 mm Round RFID tag, 35mm tape, bodythickness 1mm10,000 10,0004,000 12,000MR1 XOA2 Style Smartcard Module 10,000 10,000WA1 6 mil Wafer, 150 mm, Not Sawn C/F C/F8592B–CRYPT–04/2009 20

CryptoRF R eaderPart No. Pkg Type Material Description Qty Per MOQAT88RF1354 ZU 6 x 6 mm QFN, 36 Pins, Bulk 490 980ZU-T 6 x 6 mm QFN, 36 Pins, Tape and Reel 4,000 4,000CryptoCompanionPart No. Pkg Type Material Description Qty Per MOQAT88SC018 SX 8 SOIC, RoHS, Commercial Temp, T&R 4,000 12,000CryptoController (embedded TPM)Part No. Pkg Type Material Description Qty Per MOQAT97SC3203-X9A10 TSSOP LPC no EK, No Lic. 28-TSSOPAT97SC3203-X9M10 QFN LPC no EK, No Lic. 40-QFNAT97SC3203S-X9A20 TSSOP SMBus no EK, No Lic. 28-TSSOPAT97SC3203S-X9M20 QFN SMBus no EK, No Lic. 40-QFN1,000 T&R50 Tube4,000 T&R490 Tray1,000 T&R50 Tube4,000 T&R490 Tray1,000 pcsor $1,0004,000 pcsor $1,0001,000 pcsor $1,0004,000 pcsor $1,000Kit Ordering InformationCryptoMemory KitsPart No. Material Description Qty Per MOQAT88SC-ADK2Aris+Low-cost development kit for CryptoMemory andCryptoCompanion chips on an AVR platform.1 1AT88SC-DK1ArisCryptoRF KitsEasily add CryptoMemory security to thecustomer’s existing system; can be used withAtmel AVR and ARM starter kits.1 1Part No. Material Description Qty Per MOQAT88SCRF-ADK2Keen +AT88SCRF-ADK1Yuma+AT88SCRF-S7DK2PCryptoRF/SkyeTekLowest cost reader reference design; uses Atmelreader IC on an AVR platformFor secure RFID developers who prefer an AVRplatform; Melexis® reader IC1 11 1ARM platform, SkyeTek Reader 1 1For contact information, please go to www.cryptomemory.com8592B–CRYPT–04/2009 21