How do I configure my phone for WAP?

Most operators offer a remote configuration service. This is done by calling your wireless operator and requesting a WAP configuration for your phone. The configuration is then sent from the operator directly to your phone. Some operators offer this service directly from their web site. Please contact your wireless operator and they will assist you with this process.

How do I know if my phone is WAP enabled?

Step 1: Go to your phone browser (this function depends on your particular handset model).
Step 2: Enter the address http://www.wannagaming.com
Step 3: If you see the WannaGaming Logo, your phone is WAP enabled.

What is Java & J2ME ?

Specifically designed to work on small devices such as mobile phones. J2ME allows you to download applications, including games, to your J2ME-enabled phone. If the downloaded application does not require network access, you can use it without consuming or being charged for airtime. Java is a programming language invented by Sun Microsystems. J2ME is a version of Java.

Is a Java/J2ME handset required to play WannaGaming™ games?

Yes, WannaGaming™ current games catalogue is for J2ME enabled phones only. Please see our list of compatible handsets.

My phone is not listed, can I still purchase games?

There is a list of compatible phone models for each game. If your handset is not listed among these, then unfortunately you won't be able to download any WannaGaming™ game products. Please refer to the handset list for a full list of compatible handsets.

How many games can I store on my phone at one time?

The exact number will depend on your phone, the size of the games, and how many other applications you have downloaded.

Can I change the games stored on my phone?

Yes. You can add or remove games from your phone. Depending on your carrier, you may be able to retrieve a "disabled" or "discarded" game without having to re-purchase it.

What is GPRS?

The acronym GPRS stands for General Packet Radio Service. GPRS overlays an existing GSM/TDMA network to facilitate the transfer of data in packetized form. Data is divided into an ordered collection of packets that are transmitted across a network for reassembly on the receiving system. This approach reduces the transmission (or retransmission) time for each packet and allows for packets to be independently routed; taking advantage of spare capacity that may be present in the network. This method is the same as the one used on the Internet for data transmission.