To further exploit the potential available resources of WiFi and VLC,we extend our investigation the aggregation of multiple wireless interfaces. Although the hybrid solution alleviates congestion at the WiFi access point, the maximum achievable download data rate of this system is still limited by the single VLC link. In environments where VLC hot spots are deployed pervasively, we aim to utilize any available RF resources to supplement VLC links and provide additional capacity to devices requiring higher throughput. Referring to [12], we can benefit from the bandwidth aggregation for not only the improved throughput, but also the reliable packet delivery, load balancing,and low-cost capacity increase.It is also shown that many efforts have been spent on the bandwidth aggregation at different layers of the network protocol stack. Since our main objective is to implement the aggregation with modification to the clients only without affecting the server part, we focus our attention on data link layer aggregation.