Abstract—MMS is a mobile messaging system that can be used for sending multimedia messages such as text, image, audio, video and a combination of them. This message can be sent to one or many mobile phones or external servers such as email and fax servers. In this paper, we present compression and splitting techniques for enhancing the capability of MMS technology. With the enhanced technology, one can send large files of multimedia messages without any degradation in the quality of the data which is not possible with the existing MMS technology. The developed techniques are tested using images with JPEG format. The experimental results demonstrate that the proposed system outperforms the conventional MMS in handling large data files. The modified MMS presented in this paper serves as a basis for developing practical internet applications. can trade off file size against the output image quality. We use the split technique to facilitate the delivery of multimedia messages if the compressed file is still too large to be sent directly using MMS. Though usage of split technique requires a fairly high cost as it involves payment for each individual split file, this technique is essential if one wants to send large multimedia files without any degradation in the quality of data. In this paper, we present a systematic procedure for implementing the MMS technology for sending images with JPEG format by using compression and split techniques. The proposed method is suitable for the development of internet applications for transmitting and displaying large size images without affecting the quality of the image. The rest of the paper is organized as follows: Section II discusses data compression and split message techniques. The proposed framework of the MMS system and its description are presented in Section III. Implementation and evaluation details are presented in Section IV and finally conclusion and future work are given in Section V.