The utilization of RedCap technology in IoT devices results in reduced data flow, enhanced connectivity, lower power consumption, and prolonged battery life. This technology effectively addresses challenges associated with the replacement of IoT device batteries, particularly in remote areas, while also mitigating the high manufacturing costs of these devices.

According to MediaTek’s 5G RedCap Modem report, RedCap is expected to decrease end-users’ power consumption and chipset PCB area by 60% compared to 4G IoT devices. Additionally, Ericsson’s findings suggest that RedCap could potentially reduce production costs for manufacturers by 50% to 70%.

Singtel Singapore’s Managing Director (Networks), Tay Yeow Lian, expressed satisfaction with the successful trial completion, emphasizing that RedCap technology streamlines device platforms, making them more cost-efficient and facilitating seamless integration into IoT devices. This, in turn, creates opportunities for a diverse range of devices to connect to the 5G network, contributing to the expansion of the 5G ecosystem and enabling scalable IoT innovations and applications.

The month-long trial involved implementing Ericsson’s RedCap solution and MediaTek’s RedCap testing device at five Singtel 5G standalone locations. The objective was to spur the development of novel use cases for both consumers and enterprises.

Raymond Soh, Head of Network Solutions for Ericsson Singapore and the Philippines, highlighted the transformative potential of RedCap in communication service providers, offering opportunities beyond enhanced mobile broadband on 5G standalone architecture. This advancement broadens the ecosystem and introduces new avenues for monetization in both consumer and industrial spaces.