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Get
the information and services anytime anywhere you want. All you
need is just a mobile device in hand! -USIM
the Key to U-Life Solacia is realizing the dreams of customers by
developing various USIMs using cutting edge
technologies. USIMs are being developed as the keys to enabling
various convergence services in the future,
and will be the foundation of the 2nd mobile revolution. |
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| Dual
Interface |
 Convergence
of functions such as USIM security, public certification,
ID checking function, and
small prepaid payments |
| RF-based
services such as mobile transportation cards,
membership cards, credit cards, etc. |
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| Standards |
| Support
for functions and encoding algorithm based on
international standards |
| Compatible
with SIM / RUIM / UIM technologies |
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| Application |
| Transportation
applet (T-money) |
| VSDC
for VISA Wave |
| Voice/data/large-capacity
video transmission |
| M-Banking
/ M-Payment |
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 Ultimate
Security |
| Stability
and reliability are guaranteed through smart cards’
high security data encoding |
| Impossible
to copy user information |
| Possible
to remotely control the USIM card |
| Expandability |
| Easy
to build and expand IC-card based royalty management
systems |
| Portability |
| Offers
portability of personal information (phonebook, personal
certification info, etc.) through the removable function |
| Various
Services |
Additional
add-on functions included with subscriber authentication
function
(transportation, finance, and communication, etc.) |
| High-speed
Process |
Backup
and fast recovery of data service, and fast deployment
and configuration under OTA device management /
possible to manage new application programs |
| Optimization |
| Optimized
for communication card specifications (as determined
by ETSI) |
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| Memory |
| 144KB
EEPROM |
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| Dual
Interface |
| ISO
7816, ISO 14443 |
| Supported
protocols: T=0/1, CL |
| Voltage:
2.7 up to 5.5 V for Class A, B |
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Java
Card
Platform |
| Java
Card 2.2.1 |
| Global
Platform 2.1.1 |
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Cryptographic
Algorithm |
| DES,
TDES, SEED |
| AES
(128/196/256 bits) |
| RSA
(up to 1024 bits) |
| COMP-128
for GSM |
| Milenage
based on AES for GSM/WCDMA |
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Standard
Compliance |
| 3GPP
TS 43.019, SIM API for Java Card |
| 3GPP
TS 31.101/ ETSI TS 102 221, UICC-Terminal Interface |
| 3GPP
TS 21.111, USIM and IC Card requirement |
| 3GPP
TS 51.011, Specification of the Subscriber Identity
Module-ME Interface |
| 3GPP
TS 31.102, Characteristics of USIM application |
| 3GPP
TS 31.900, SIM/USIM internal and external |
| 3GPP
TS 31.111, USIM Application Toolkit (USAT) |
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Solacia
is proudly presenting commercial products through
mobile carriers thanks to the Solacia Combi-USIM system
that is
designed to use the highest security level. |
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Multi-Application
Platform &
Logical Channel |
| Possible
to save multiple applications upon OS release |
| Supports
4 logical channels |
| Possible
to run 4 applications at the same time by using
the logical channels |
| WIB:
Implemented version 1.3 |
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Extended
Phonebook & SMS |
| Supports
the Advanced 3GPP Phonebook function |
Based
on the 3GPP specifications, it is possible to
save detailed contact info such as e-mail,
home phone, mobile phone, fax, etc. |
| Possible
to save 1,000 or more phonebook entries, and
a maximum of 250 SMS |
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Powerful
Security |
| Supports
the Advanced DPA/SPA Countermeasure function
as protection from high-level attack |
| Limits
the number of authentication and anti-cloning
attempts to prepare for unjustified attack |
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| Ultimate
Security |
| Stability
and reliability are guaranteed through smart cards’
high security data encoding |
| Impossible
to copy user information |
| Possible
to control the USIM card remotely when user loses
a card |
| Advanced
Technology |
| Enhances
service capacity through expansion of the memory area
by using a highly integrated USIM |
| Expandability |
| Possible
to provide mobile financial services (M-Banking, M-Stock) |
| Supports
global roaming service by providing backward compatibility
support |
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| Memory |
| 72
/ 144KB EEPROM |
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Contact-based
Interface |
| ISO
7816-1/2/3/4 |
| Supported
protocols: T=0/1 |
| Voltage:
1.62 up to 5.5 V for Class A, B, C |
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Java
Card
Platform |
| Java
Card 2.2.1 |
| Global
Platform 2.1.1 |
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Cryptographic
Algorithm |
| DES,
TDES, SEED |
| AES
(128/196/256 bits) |
| COMP-128
for GSM |
| Milenage
based on AES for GSM/WCDMA |
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Standard
Compliance |
| 3GPP
TS 43.019, SIM API for Java Card |
| 3GPP
TS 31.101/ ETSI TS 102 221, UICC-Terminal Interface |
| 3GPP
TS 21.111, USIM and IC Card requirement |
| 3GPP
TS 51.011, Specification of the Subscriber Identity
Module |
| 3GPP
TS 31.102, Characteristics of USIM application |
| 3GPP
TS 31.900, SIM/USIM internal and external |
| 3GPP
TS 31.111, USIM Application Toolkit (USAT) |
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NFC
using
SWP Interface |
| Dual
Interface: |
| - Supporting
simultaneous operation between contact and SWP
interface |
| - Supporting
the RF function through SWP while in the contact
operation without an interruption |
| Perfectly
compatible with various RF systems: ISO 14443
Type A & B, FeliCa, MIFARE |
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Post-Issuance
Dynamic card
management |
| Remote
update and backup support for 3G/GSM files |
| OTA
RFM / RAM / BIP support for excellent OTA operation |
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High
Performance
CPU & Storage |
| High
speed processing by CPU |
| 256k
Flash Memory |
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| Telecom |
| GSM
phase 2+ (SAT) / WCDMA / UMTS |
| 3GPP
phonebook support (names, mobile numbers, general
phone numbers, etc.) |
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| Multimedia
Service Support |
| Activates
diverse application markets by implementing add-on
functions and multimedia services at high speed |
| Power
Off Operation Mode |
| Possible
service operation when terminal is powered off |
| Convergence |
| Possible
to create new businesses and services through the
convergence of mobile technology and RFID technology |
| Multi-Application
Installations |
Possible
to have various kinds of service applications such
communication, finance, healthcare, license and ID
cards,
and to install multiple applications that provide
various value-added services |
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| Memory |
| 512K
Flash (Bank 0,1) |
| 16K
RAM |
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Contact-based
Interface |
| ISO
7816 |
| SWP,
Maximum 1.6 Mbps |
| Supported
protocols: T=0/1 |
| Voltage:
1.62 up to 5.5 V for Class A, B, C |
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Java
Card
Platform |
| Java
Card 2.2.1 |
| Global
Platform 2.1.1 |
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Cryptographic
Algorithm |
| DES,
TDES, SEED |
| AES
(128/196/256 bits) |
| RSA
(up to 2048 bits) |
| COMP-128
for GSM |
| Milenage
based on AES for GSM/WCDMA |
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Standard
Compliance |
| 3GPP
TS 31.130, (U)SIM API for Java Card |
| 3GPP
TS 43.019, SIM API for Java Card |
| 3GPP
TS 31.101/102.221, UICC-Terminal interface |
| 3GPP
TS 21.111, USIM and IC Card requirement |
| 3GPP
TS 51.011, Specification of the Subscriber Identity
Module |
| 3GPP
TS 31.102, Characteristics of USIM application |
| 3GPP
TS 31.900, SIM/USIM internal and external |
| 3GPP
TS 31.111, USIM Application Toolkit (USAT) |
| ETSI
TS 102.240, UICC API and Loader Requirements |
| ETSI
TS 102.223, Card Application Toolkit (CAT) |
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High
Capacity
Memory |
| 8MB
~ 1GB large-capacity memory support |
| Use
of safe multimedia content through DRM, operator
management keys, and algorithms |
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Smart
Card
Web Server |
| Operator
specific menu (use of HTTP protocol servlet
and URL) |
Construction
of user menu according to the terminal environment
(high-level/low-level devices) |
| Auto
update menu by operator |
| Online
updates of content, menu and application by
using OTA |
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| Multi-tasking
COS |
| Support
for running various jobs at the same time |
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| Economy |
| Economically
effective in terms of cost and size |
| Secures
service expandability and portability |
| Raises
Customer Satisfaction |
| Fulfills
needs for greater memory capacity needed by end-users |
| Easy
Development |
Expands
the content development area with an environment that
makes MNO-specific contents, services and solution
development easy |
| TCP/IP
Connectivity |
| SIM-based
IP Processing - Possible to connect to the web by
granting an IP address to SIM, enabling |
| SIM
to work as a website on the internet |
| High
Capacity Memory |
| Possible
to save and use multimedia data based on 256MB memory
or larger capacities |
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| Memory |
| Flash(NOR):
768K |
| Flash(NAND):
256M ~ 1G |
| RAM:
48K |
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| I/O
Interface |
| T=0,
1, SWP, USB |
| SWP,
Maximum 1.6 Mbps |
| USB,
Full Speed (12Mbps) |
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Java
Card
Platform |
| Java
Card 2.2.1 |
| Global
Platform 2.1.1 |
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Cryptographic
Algorithm |
| DES,
TDES, SEED |
| AES
(128/196/256 bits) |
| RSA
(up to 2048 bits) |
| COMP-128
for GSM |
| Milenage
based on AES for GSM/WCDMA |
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Standard
Compliance |
| 3GPP
TS 31.130, (U)SIM API for Java Card |
| 3GPP
TS 43.019, SIM API for Java Card |
| 3GPP
TS 31.101/102.221, UICC-Terminal interface |
| 3GPP
TS 21.111, USIM and IC Card requirement |
| 3GPP
TS 51.011, Specification of the Subscriber Identity
Module |
| 3GPP
TS 31.102, Characteristics of USIM application |
| 3GPP
TS 31.900, SIM/USIM internal and external |
| 3GPP
TS 31.111, USIM Application Toolkit (USAT) |
| ETSI
TS 102.240, UICC API and Loader Requirements |
| ETSI
TS 102.223, Card Application Toolkit (CAT) |
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| Convergence |
Possible
to consistently apply USIM security, authentication
function, and implementable
applications |
Possible
to execute the convergence function with ZigBee
technology without changes in the
terminal and network |
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| Standards |
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Possible to immediately apply to WCDMA with
the ISO 7816 Interface support |
| Compliant
with GSM and ZigBee Alliance specifications |
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ZB-USIM
Application
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| Transportation
applet (T-money) / VSDC for VISA Wave |
Possible
to add wireless sensor monitoring, LGS wireless
game, push marketing, and
wireless data communication functions |
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| Application
of Zigbee Technology |
| Easy
to support the high-level security functions of smart
cards, and to apply the ZigBee technology |
| Add-on
Service Expandability |
Easy
for the expansion of additional services with ZigBee
application implementation in addition to IC card
based
applications |
| Possible
to use two different cards on a SIM type of card,
such as a USIM chip and ZigBee chip, at the same time |
| Easy
to expand the convergence with different types of
devices (TV, PC, navigation, etc.) |
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| USIM
Part: COMBI-USIM Chip |
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| Memory |
| 144KB
EEPROM |
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| Dual
Interface |
| ISO
7816, ISO 14443 |
| Supported
protocols: T=0/1, CL |
| Voltage:
1.62 up to 5.5 V for Class A, B |
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| |
Java
Card
Platform |
| Java
Card 2.2.1 |
| Global
Platform 2.1.1 |
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Cryptographic
Algorithm |
| DES,
TDES, SEED |
| AES
(128/196/256 bits) |
| RSA
(up to 2048 bits) |
| COMP-128
for GSM |
| Milenage
based on AES for GSM/WCDMA |
|
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Standard
Compliance |
| 3GPP
TS 43.019, SIM API for Java Card |
| 3GPP
TS 31.101/102.221, UICC-Terminal Interface |
| 3GPP
TS 21.111, USIM and IC Card requirement |
| 3GPP
TS 51.011, Specification of the Subscriber Identity
Module |
| 3GPP
TS 31.102, Characteristics of USIM application |
| 3GPP
TS 31.900, SIM/USIM internal and external |
| 3GPP
TS 31.111, USIM Application Toolkit (USAT) |
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| ZigBee
Part: MG2450 Chip |
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| Memory |
| 1KB
Boot ROM |
| Embedded
8-bit Microcontroller (8051 Compatible) |
| Support
8KB data Memory & 96KB Program Momory |
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| Dual
Interface |
| ISO
7816 Interface compliant |
| SPI
Master / Slave Interface |
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| Condition
Term |
| When
using Internal Regulator: 1.5V(Core) / 1.9~3.3V(I/O)
Operation |
| When
not using internal Regulator:1.5V(Core) / 1.5V(I/O)
Operation |
| Temperature
Range: -40 ~ +85 ℃ |
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Standard
Compliance |
| Compliant
to IEEE 802.15.4 |
| ZigBee
specification |
| High
RF RX Sensitivity: -98dBm@1.5 |
| High
RF TX Power: +8dBm@1.5 |
| Max
12x Performance of standard 8051 |
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| Features |
| Voice
Codec Support: μ-law/a-law |
| Support
Analogue and Digital I/O (GPIO 24-pin) |
| Quad
Codec for a mouse |
| Key
Scan for remote controller |
| interface
RC oscillator for sleep timer |
| Battery
Monitoring / Temperature Sensor Support |
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