The ideal anti-counterfeiting solution for mobile device batteries
OPTIGATM Authenticate On is an authentication solution optimized for mobile device batteries, designed to be easily integrated into even the smallest phone or tablet batteries without compromising performance or reliability. It is a one-package bus-powered solution that reduces the bill of materials and simplifies implementation.
Summary of Features
2 authentication modes
Message authentication code
2 lifecycle counters
2 ECC 163-bit key pairs
193-bit ODC
Asymmetric cryptography
Secured unique ID for each chip
PRE proprietary protection
Secured personalization option
Lockable 2-kbit NVM sizes
SWI interface (MIPI specification)
500 kbps single-wire interface
Host code software support
Capless low dropout (LDO)
Pre-integrated diode
1.24 V – 3.63 V
Max. 500 µA current consumption
Temperature range -40 to 85°C
1.5 x 1.2 x 0.4 mm PG-TSNP-6-16
Benefits
Tailored to mobile device batteries
Easy to implement
Robust authentication
Incredibly small dimensions
Reduced bill of materials
Effortless configuration
Seamless integration
Security to rely on
Designers who used this product also designed with
BGS12P2L6 | RF Switches
BGSX22G5A10 | Antenna cross switches
BGA9H1MN9 | 4G/5G MIPI LNA and LNA Bank
BGS12P2L6 | RF Switches
BGSX22G5A10 | Antenna cross switches
BGA9H1MN9 | 4G/5G MIPI LNA and LNA Bank
BGS12P2L6 | RF Switches
BGSX22G5A10 | Antenna cross switches
BGA9H1MN9 | 4G/5G MIPI LNA and LNA Bank
The ideal anti-counterfeiting solution for mobile device batteries
OPTIGATM Authenticate On is an authentication solution optimized for mobile device batteries, designed to be easily integrated into even the smallest phone or tablet batteries without compromising performance or reliability. It is a one-package bus-powered solution that reduces the bill of materials and simplifies implementation.
Summary of Features
- 2 authentication modes
- Message authentication code
- 2 lifecycle counters
- 2 ECC 163-bit key pairs
- 193-bit ODC
- Asymmetric cryptography
- Secured unique ID for each chip
- PRE proprietary protection
- Secured personalization option
- Lockable 2-kbit NVM sizes
- SWI interface (MIPI specification)
- 500 kbps single-wire interface
- Host code software support
- Capless low dropout (LDO)
- Pre-integrated diode
- 1.24 V – 3.63 V
- Max. 500 µA current consumption
- Temperature range -40 to 85°C
- 1.5 x 1.2 x 0.4 mm PG-TSNP-6-16
Benefits
- Tailored to mobile device batteries
- Easy to implement
- Robust authentication
- Incredibly small dimensions
- Reduced bill of materials
- Effortless configuration
- Seamless integration
- Security to rely on
Designers who used this product also designed with
- BGS12P2L6 |
RF Switches
- BGSX22G5A10 |
Antenna cross switches
- BGA9H1MN9 |
4G/5G MIPI LNA and LNA Bank
- BGS12P2L6 |
RF Switches
- BGSX22G5A10 |
Antenna cross switches
- BGA9H1MN9 |
4G/5G MIPI LNA and LNA Bank
- BGS12P2L6 |
RF Switches
- BGSX22G5A10 |
Antenna cross switches
- BGA9H1MN9 |
4G/5G MIPI LNA and LNA Bank