Andrew Bonwick
Vice President of Product Development at Relm Insurance
Madhav Sheth
CEO of Ai+ Smartphone
Stephen Rose
CEO Render Networks


Swedish telecommunications technology provider Ericsson and Malaysia’s Digital Nasional Berhad (DNB) have announced the successful testing of Ericsson’s pre-commercial Reduced Capability (RedCap) Software with MediaTek using the 5G RedCap test platform on DNB’s 5G Network in Malaysia.
Also Read: Verizon, Ericsson, and MediaTek Successfully Trial 5G VoNR Sessions Using RedCap
According to the joint announcement made last week, this marks the first implementation and validation of Ericsson’s RedCap Software in Southeast Asia. This development is expected to unlock numerous possibilities for Malaysia’s 5G network and beyond.
Unlocking New 5G Horizons
Ericsson said RedCap is a new radio access network (RAN) software solution that not only enhances existing 5G use cases but also opens the door to entirely new ones. Its RedCap technology lowers complexity and extends the battery life of devices, making it perfect for smartwatches, wearables, industrial sensors, and more.
Also Read: Malaysia’s 5G Task Force Reaches Agreement on DNB Equity Participation and 5G Access
Enhancing Connectivity and Efficiency
According to Ericsson, RedCap complements cellular IoT technologies by offering cost-efficient solutions with lower device chipset costs, reduced complexity, and improved power consumption. RedCap is also said to deliver higher data rates similar to LTE Cat-1 to LTE Cat-4 while supporting advanced Standalone 5G NR functionalities like enhanced positioning and network slicing.
Also Read: Telstra and Ericsson Validate VoNR Through RedCap on Commercial 5G Network
Diverse Applications
Erisson said the usability of Ericsson RedCap extends to various applications, from mobile consumer devices such as smartwatches and health monitors to industrial applications like video surveillance and sensors. For industries, RedCap can optimize cost structures and expedite the adoption of Industry 4.0 through 5G private networks.