ATECC508A Flyer Datasheet by Microchip Technology

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CryptoAuthentication ATECC508A
Crypto Element with ECDH and ECDSA
The Atmel® ATECC508A Crypto Element device with hardware-based key storage supports ECDH (elliptic-
curve Diffie-Hellman) operation to provide key-agreement function. The ATECC508A is the second device
with advanced elliptic-curve (ECC) capabilities in the Atmel CryptoAuthentication portfolio.
Target Applications
This device is ideal for emerging Internet of
Things (IoT) and traditional applications because
ECDH key agreement enables confidentiality
when users employ it with microprocessors
running encryption/decryption algorithms,
such as AES (Advanced Encryption Standard).
Built-in ECDH eases key agreement and increas-
es security between network nodes and host/
client applications. This Crypto Element addresses
market segments such as home automation,
industrial networking, accessory and consumable
authentication, medical, mobile, and others.
Users can employ the device with any micropro-
cessor. It features extremely low power con-
sumption and a wide voltage range. It requires
only one GPIO (general-purpose input/output)
pin and comes in tiny packages. A range of
evaluation and development boards, software
environments, code examples, and other
materials support easy design-in.
ATECC508A
MICROPROCESSOR
Signature
Session Key
Flash Code
SRAM Data
AES
Accelerator
IO
Code
Signature
Boot ROM
SHA
SHA
ECDSA
Validation
ECDH
Key Agreement
ECDSA
Signing
Keys, Secrets, Signatures, Certificates
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Atmel Corporation 1600 Technology Drive, San Jose, CA 95110 USA T : (+1)(408) 441. 0311 F : (+1)(408) 436. 4200 | www.atmel.com
© 2015 Atmel Corporation. / Rev.: Atmel-8938A-Crypto-ATECC508A-Flyer_E_US_022015
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CryptoAuthentication ATECC508A
Crypto Element with ECDH and ECDSA
Key Features
• Optimized key storage and authentication
• ECDH operation using stored private key
• ECC-key generation
• ECDSA (elliptic-curve digital signature algorithm)
Sign-Verify
• Support for X.509 certificate formats
• 256-bit SHA/HMAC (secure hash algorithm/
hash-based message authentication code)
hardware engine
• Multilevel RNG (random number generator) using
FIPS (Federal Information Processing Standard) SP
800-90A DRBG (deterministic random-bit generator)
• Guaranteed 72-bit unique ID
• I2C and single-wire interfaces
• 2 to 5.5V operation, 150-nA standby current
• 10.5-kbit EEPROM for secret and private keys
• Configuration ability for secret and private keys or data
• Ability for eight slots to store public keys, signatures,
or certificates
• High Endurance Monotonic Counters
• UDFN, SOIC, and 3-lead contact packages
PartNumber Description
ATECC508A-SSHCZ CryptoElementwithECDHandECDSA,
Single-WireInterfacein8-leadSOIC
ATECC508A-SSHDA CryptoElementwithECDHandECDSA,
I2CInterfacein8-leadSOIC
ATECC508A-MAHCZ CryptoElementwithECDHandECDSA,
Single-WireInterfacein8-padUDFN
ATECC508A-MAHDA CryptoElementwithECDHandECDSA,
I2CInterfacein8-padUDFN
ATECC508A-RBHCZ CryptoElementwithECDHandECDSA,
Single-WireInterfacein3-leadContactPackage

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