Cavli Wireless

5G RedCap, also known as 5G Reduced Capability, is designed to cater to IoT applications that do not require the full capabilities of 5G technology. 5G RedCap provides reduced 5G capabilities to power mid-tier IoT applications.

Benefits of 5G RedCap

5G RedCap offers data speeds similar to LTE Cat 4, with enhanced latency for better real-time performance. It represents a major step beyond 4G LTE, providing efficient connectivity and paving the way for a smooth transition into full 5G networks for IoT applications that don’t require all of 5G’s capabilities.

IoT Applications for 5G RedCap

5G RedCap technology is utilized in various advanced applications, including Augmented Reality (AR) and Virtual Reality (VR), which are ideal for applications like retail shopping and gaming. It is also crucial for autonomous cars, a key enabler for real-time responsiveness and communication. 5G RedCap supports the growth of e-mobility, enhancing electric mobility and connected transportation. Additionally, it plays a significant role in telehealth applications, ensuring real-time responsiveness for health monitoring and diagnostics. With its seamless connectivity and real-time tracking capabilities, 5G RedCap is extensively used in asset tracking and logistics. Furthermore, 5G RedCap technology is employed in smart agriculture and smart city initiatives, transforming traditional solutions into smart, connected solutions.

Future of Connectivity: Unlocking 5G Potential

Cavli Wireless’ 5G RedCap IoT modules deliver high-speed, low-latency connectivity for demanding IoT applications. They empower businesses to deploy next-gen solutions, ensuring reliable performance and enabling the future of smart, connected ecosystems.

Key Features of Cavli Wireless 5G RedCap IoT modules

Qualcomm Baseband Chipsets power the 5G RedCap IoT modules for reliable performance. Built-In GNSS capabilities enhance the precision of positioning and navigation for various applications. The eSIM integration enables flexible and efficient network management. 4G Fallback Support ensures seamless connectivity across different network generations.

With Cavli Wireless’ Hubble connectivity platform, managing your 5G cellular IoT modules has never been easier. The platform allows you to efficiently manage your IoT solutions from a single interface, enabling real-time monitoring, updates, and management.

Cavli Wireless is committed to helping you build next-generation 5G IoT applications. Our 5G RedCap IoT modules offer unparalleled performance in diverse markets, unlocking the vast potential of 5G technology for your IoT solutions.

5G RedCap Modules IoT Modules

CQM220

Module ImageKnow More
5G RedCap3GPP Release 17

Cellular Bands Supported

5G : n1/ n2/ n3/ n5/ n7/ n8/ n12/ n13/ n14/ n18/ n19/ n20/ n25/ n26/ n28/ n30/ n38/ n40/ n41/ n48/ n66/ n70/ n71/ n77/ n78

4G : B1/ B2/ B3/ B4/ B5/ B7/ B8/ B12/ B13/ B14/ B18/ B20/ B25/ B26/ B28A/ B28B/ B30/B38/ B40/ B41/ B66/ B70/ B71

OS

Linux / OpenWrt

Interfaces

1xI2C*, 3xUART, 1x12S, 1xPCM, 1xMAIN_ANT, 1xGNSS_ANT, 1xDIV_ANT, 1xSDC*, 1xSGMII

Cellular Connectivity Download & Uplink Speed

5G RedCap : 220 Mbps (DL), 120 Mbps (UL)

4G : DL 150 Mbps, UL 50 Mbps

Key Highlights

Arm Cortex A7 upto 1.7Ghz, 5G RedCap, LTE Fallback, In-built GNSS-Support, Open SDK Support, USB 2.0 Interface

Highlights and Advantages of C-Series
5G RedCap IoT Module

4G Fallback

4G Fallback

The 4G fallback feature in the CQM220 5G Module ensures a seamless switching to a 4G network when a 5G network is unavailable providing continuous connectivity for the user at any remote location. CQM220 also supports peak data rates up to DL 226Mbps and 4G peak speeds of DL 195Mbps & UL 105 Mbps.

Assisted GNSS Support

Assisted GNSS Support

The integrated GNSS in CQM220 allows precise location tracking using the Qualcomm Location Suite Gen 9 (L1+L5) constellation suite for GPS/ GLONASS/ BeiDou/ Galileo QZSS. It ensures OEMs can reduce the bill of materials and design IoT applications with a small form factor.

Frequency Bands

Frequency Bands

The CQM220 module supports a wide range of 5G frequency bands, available in both worldwide and regional SKUs. This ensures broad geographic coverage for IoT deployments that operate across different geographical regions.

Form Factor and Packaging

Form Factor and Packaging

The CQM220 is available in standard LGA and M.2 form factors. This ensures compatibility and interchangeability across different modules enabling seamless integration.

CQM220 support internet protocols like TCP(S), HTTP(S), MQTT(S), FTP(S), SNMP(S) WS(S), and UDP to enable any internet-based solution. It also supports the following USB and UART interfaces - UART x4, USB 2.0 x1, PCM 2 x1,I2C 2 x1, SPI 2 x1, I2S x9, Main ANT x1 and GNSS ANT x1.

Hubble Integrated eSIM

Hubble Integrated eSIM

CQM220 with Hubble Connectivity platform offers a centralized cloud-based interface for module management. It offers comprehensive remote diagnostics, Firmware Over-The-Air (FOTA) updates, and troubleshoots issues successfully reducing the downtime.

Meet Our Solution Consulting Team

Still, trying to understand? Book a meeting with our solution consulting team to get you to start your IoT journey in most seamless way.

Go Beyond and Explore

1.

What is the difference between 5G RedCap and NB‑IoT/LTE‑M?

5G RedCap offers 30–230 Mbps with ~30 ms latency, whereas NB‑IoT and LTE‑M deliver Kbps‑level throughput and higher latency—making RedCap ideal for data‑intensive mid‑tier IoT applications.
2.

Does 5G RedCap require standalone 5G networks?

Yes, RedCap devices operate on 5G standalone (SA) networks. Cavli’s CQM220 module supports LTE fallback to maintain connectivity where SA coverage isn’t yet available.
3.

When will 5G RedCap be widely available?

RedCap rollout is underway on SA networks globally, with NB‑IoT retirements starting in early 2025. Broad availability is expected through 2025–26 as more operators deploy RedCap.
4.

Can we use RedCap for real‑time video streaming?

Absolutely. With uplink speeds up to 120 Mbps and low latency, RedCap supports live video from drones, body cams, and remote surveillance without the power draw of full 5G.
5.

How do we integrate Cavli’s RedCap module into our devices?

We provide evaluation kits, detailed AT command references, and an OpenWrt SDK. Let’s request a sample, follow our quick‑start guide, and leverage our technical support for seamless integration.
6.

What is the future outlook for 5G RedCap technology?

As 5G networks evolve and expand, 5G RedCap is expected to play a crucial role in enabling a wide range of IoT applications. It provides a cost-effective, lower-complexity solution for moderate network speed connectivity. Future advancements focus on enhancing the capabilities of RedCap devices while maintaining their advantages in cost and power efficiency.

Featured Videos

Image

Use case

Experience Real-Time Driving Intelligence

Scaling IoT with Cavli Hubble

Design with Cavli

Scaling IoT with Cavli Hubble | Design with Cavli [...]

Cavli AQ20  Automotive IoT module

Onboarding Video Automotive

Unveiling Cavli AQ20: Powering the Future of Autom [...]

View All