Knowledge Base - UPTEQ NFC: SIM Editor Quick Guide
Working with SMAGT100NFC2FF/3FF/4FF cards
SMAGT100NFC is an UPTEQ card type in our SMAGT series that contains ready-to-use NFC test apps and several telecom applications like USIM, ISIM and CSIM.
Open profile
The first step after starting SIM Card Editor is to choose your profile, in this case NFC UpTeq.
Under File go to Open default, and choose NFC UpTeq.
Authentication keys
Let's start with the box.
1. First you choose your algorithm. NFC UpTeq supports both Milenage and XOR.
2. Edit your Ki and OPc (XOR do not use OPc), either by choosing one of the pre-existing ones or inserting them yourself.
If you want ISIM don't forget to check the "Include ISIM Auth Keys" box.
3. Here you choose if you want GPIN disabled or not, or if it's already disabled check that box.
4. If you want dynamic ICCID check the box and fill out your value.
Editing files
On the left-hand side you have a list of files. The first one we'll edit in this guide is IMSI, 6F07.
IMSI
When editing IMSI you can choose to do it in binary mode or interpreted mode. (Some files cannot be edited in Interpreted mode.)
Enter your IMSI value, and if you can a range check the box and choose the amount of cards.
Once you are done click ADD to Script.
MSISDN
Open the next file you want ot edit, in this case MSISDN, and enter in your value. As with IMSI, if you want a range check the box.
When you're done click ADD to Script.
SPN
Continue with your editing. If you want to edit SPN, Service Provider Name, fill out the name you want, and in case you want a dynamic number after, check that box and either provide the numbers you want or click "Last 4 IMSI". Proceed to click ADD to Script as usual.
ISIM configuration
Now we are moving on to the ISIM application.
Here we are editing IMPI. As always, first fill out the value you want. Secondly, you have a few options. If you want the information to be dynamic you check the "Insert dynamic value" box and then proceed to choose either IMSI, MSISDN or a value of your own choice.
Note: If you want the value to be dynamic you have to click where you want it.
Once done click Add to Script.
Domain
Continue editing your files by entering in your values then click Add to Script.
IMPU
With IMPU you edit it just like you did with IMPI. The only difference is IMPU has several tabs. Choose the tab you want and enter in your values. After entering your value, click ADD to Script, then proceed to edit another tab if you want.
You can choose dynamic values, just like you did with IMPI.
Create script
Once you are done editing your files, you create the script in the menu, under Script -> Make script.
Check parameters
A window will pop up with your information you have entered. Double-check to make sure everything is in order, then click OK.
If something is not accurate, click Cancel and go back and edit the file/s.
Name project
Enter in a name for your project, whatever you find suiting. Then choose where to save it.
Details
Created : 2017-06-13 10:43:08, Last Modified : 2017-06-13 10:59:13
Module
The unit formed of a chip and a contact plate.
MSISDN
Mobile Station International Subscriber Directory Number. The telephone number of a mobile user. The MSISDN is included in the Evolved Packet System (EPS) Bearer Context. See 3GPP TS 23.003 Section 3.3.
SMAGT
Smartjac GT (SMAGT) series of UICC / SIM cards ranging from standard 3G cards with USIM, ISIM & Milenage support, to advanced multi-application LTE UICC cards with Milenage support, with ready to use test NFC-applications, USIM, ISIM and CSIM.
Edge
A pre-3G digital mobile phone technology allowing improved data transmission rates.
Java
A network oriented programming language invented by Sun Microsystems and specificallt designed so that programs can be safely downloaded to remote devices.
USIM
Universal Subscriber Identity Module. A SIM with adbanced software that ensures continuity when migrating to 3G services.
HTTP
Hyper Text Transfer Protocol. A client-server communication protocol developed for World Wide Web. See IETF RFC2616, www.ietf.org.
IMSI
International Mobile Subscriber Identity. A unique number associated with each mobile phone user. It is stored in the SIM inside the phone and is sent by the phone to the network. It is primarily intended for obtaining information on the use of the Public Land Mobile Network (PLMN) by subscribers. It is also used for other functions such as to compute the Paging Occasions (PO) in LTE. See 3GPP TS22.016 and TS23.003.
SIM
A subscriber identity module or subscriber identification module (SIM) is an integrated circuit chip that is intended to securely store the international mobile subscriber identity (IMSI) number and its related key, which are used to identify and authenticate subscribers on mobile telephony devices.
Click for more info
NFC
Near field communication (NFC)
Click for more info
3FF
3FF (3rd Form Factor) is a very small SIM card, also known as micro-SIM, for use in small mobile device.
Click for more info
LTE
Long Term Evolution. The standard in advanced mobile network technology, often referred to as 4G.
NFC
Near-Field Communication. A wireless technology that enables communication over short distances (e.g. 4cm), typically between a mobile device and a reader.
OMA
Open Mobile Alliance. A body that develops open standards for the mobile phone industry.
PIN
Personal Identification Number. A secret code required to confirm a user's identity.
BER
Bit Error Rate. A measure of received signal quality, the proportion of received bits which is decoded erroneously.
Click for more info
CID
Cell IDentifier. In LTE, an identifier of a particular cell, either a Physical CID or a Global CID. Up to 504 Physical CIDs are available.
IMS
Internet Protocol Multimedia Subsystem. An architectural framework for delivering Internet Protocol (IP) multimedia services via UTRAN and E- UTRAN. See 3GPP TS23.228 and TS23.406.
RAN
Radio Access Network. A RAN consists of the ground-based infrastructure required for delivery of communication between UEs and the Core Network (CN). In LTE, the RAN consists of one or more base stations (i.e. eNodeBs). Examples of other RANs are UMTS, TD-SCDMA, GSM, CDMA2000 and WiMAX.
RAT
Radio Access Technology. The RAT is the type of radio technology used in a Radio Access Network (RAN) to access the Core Network (CN), e.g. UMTS, GSM, CDMA2000, WiMAX.
4FF
4FF (4th Form Factor) is a very small SIM card, also known as nano-SIM, for use in small mobile device.
Click for more info
3G
(Third Generation) The broadband telecommunications systems that combine high speed voice, data and multimedia.
Click for more info
4G
4G (fourth generation) is a comprehensive, secure all-IP based mobile broadband solution to smartphones, tablets, laptop computers, wireless modems and other mobile devices.
Click for more info
IM
Using text on a mobile handset to communicate in real time
IP
Internet Protocol. A protocol for communicating data accross a network
Click for more info
OS
Operating System. Software that runs on computers and other smart devices and that manages the way they function.
SE
Secure Element. A secure and personalised physical component added to a system to manage users rights and to host secure apps. SE typically consist of a Silicon Chip, a secure Operating System, application software and a secure protocol to communicate to the device. SE can be a removable device (such as UICC or µSD for mobile devices or MIM for M2M connected machines). SE can also be components inside the system.
BS
Base Station. The entity in a radio access network responsible for radio trans- mission and reception in one or more cells to and from the UE. In LTE the BS is known as the eNodeB.
Click for more info
DL
DownLink. The radio link in the direction from the base station to the mobile terminal.
Click for more info
HE
Home Environment. The HE of a subscriber is responsible for the overall pro- vision and control of the personal service environment to the subscriber.Â
HO
HandOver. HO is a procedure by which a mobile terminal changes serving cells (within the same frequency or on different frequencies or even on different Radio Access Technologies (RAT)). See 3GPP TS36.133.
LR
Location Registration. The process the UE undertakes to register its presence in a registration area when in Idle mode. As a result of LR, the Public Land Mobile Network (PLMN) selected by the UE becomes the Registered PLMN. This can be done regularly or when entering a new tracking area. See 3GPP TS36.304 Section 4.1.
PS
Packet Switched. In PS communication each data packet is labelled with the destination address and routed over a shared transmission resource. In contrast with Circuit Switching (CS) where dedicated transmission resources are re- served between network nodes to deliver a reliable transmission rate and delay, in a PS connection the transmission rate and delay may vary depending on the traffic load and the medium capacity, with packets being buffered if necessary.
UE
User Equipment. The mobile unit which allows a user to access network services, connecting to the UTRAN or E-UTRAN via the radio interface. A UE can be subdivided into a Universal Integrated Circuit Card (UICC) and a Mo- bile Equipment (ME). See 3GPP TS21.905 Section 3.
SMAGT
Smartjac GT (SMAGT) series of UICC / SIM cards ranging from standard 3G cards with USIM, ISIM & Milenage support, to advanced multi-application LTE UICC cards with Milenage support, with ready to use test NFC-applications, USIM, ISIM and CSIM.
SIM
A subscriber identity module or subscriber identification module (SIM) is an integrated circuit chip that is intended to securely store the international mobile subscriber identity (IMSI) number and its related key, which are used to identify and authenticate subscribers on mobile telephony devices.
Click for more info