FAQ

5G Redcap is 5G Reduced Capability, also called 5G NR-Light. In simple words, it is a cutdown version 5G Technology which is a significant addition to the 5G family and fill the gap of eMMB/uRLLC/mMTC.

5G Redcap has the following advantages. Higher peak data rate:5G RedCap can support peak data rates much higher than LTE Cat1.Lower latency:5G RedCap offers comparable latency to existing 4G LTE technologies.Improved power consumption:5G RedCap can help to improve the power efficiency of IoT devices, which can extend the battery life of these devices.Lower Cost of UE: 5G Redcap will help reduce much cost than traditional devices’ cost. In the end, it will up to the price of current 4G Radio Module Chipset. Meanwhile it it will help save other accessories or related devices’ cost.

Wireless industrial sensors: 5G RedCap can be used to connect a network of wireless industrial sensors to monitor and control machinery and equipment. Video surveillance: 5G NR-Light can be used to transmit video from security cameras in real-time. This can help to improve security and deter crime. Smart grids: 5G RedCap can be used to monitor and control the power grid. This can help to improve the efficiency and reliability of the grid. Smart wearables: 5G RedCap can be used to connect smart wearables, such as fitness trackers and smartwatches. Traditional applications: It also can cover almost all traditional applications such as Power/Energy/Solar/CCTV/Smart Home/Weather Monitor/etc.

It depends on factors like application lifespan and deployment region. It is important to point out that RedCap is in its beginning, and it will take quite some time before it is available worldwide. Operators often begin with the non-standalone (NSA) version of 5G, anchored in 4G, before moving to the standalone (SA) version with full capabilities. After finish 5G Redcap’s network updates, then it will comes to commercial use cases worldwide.

Ruggedized routers are routers designed for industrial environments/extreme environments. These routers are often used in industrial control systems, remote monitoring systems, military applications, and other situations that require reliable operation under harsh conditions, such as substations, regional network hubs, and mobile vehicle. Ruggedized routers have the following features: durability, wide temperature range, power protection, remote management, dustproof, shockproof, etc.

Ruggedized equipment is typically used when it needs to operate in harsh or special environmental conditions. Here are some common scenarios: Industrial control systems, military applications, energy industry, remote areas, emergency rescue, safety critical infrastructure In general, ruggedized devices are mainly used in situations that need to operate under extreme or special environmental conditions and have strict requirements on network connection reliability and security.

Hard routers are implemented based on physical hardware: Hard routers are specially designed and manufactured physical devices that usually contain hardware components such as dedicated processors, memory, and network interfaces. Soft routers are implemented based on a general computer platform: Soft routers implement routing functions by installing and running specific routing software on a general computer platform, usually using standard PC hardware. Hard routers are more suitable for scenarios with higher requirements on performance and stability, such as enterprise networks and large data centers; while soft routers are more suitable for scenarios with higher requirements on cost and flexibility, such as individual users, small businesses or specific Custom applications.

Poor location of the router: If the router is placed in a corner or behind a partition, the signal will be blocked, resulting in poor signal quality. It is recommended to place the router in an open area, such as the center of the living room. Signal interference: Within the frequency range used by wireless networks, other devices (such as microwave ovens, wireless phones, etc.) are also using the same frequency band, which may cause interference to the wireless network. It is recommended to keep the router at a certain distance from these devices. Router aging: Routers that have been used for a long time may have hardware aging, resulting in signal deterioration. It is recommended to replace the router with a new one. If your WiFi signal often becomes weak, you can try restarting the router, clearing cached data, or consider replacing it with a new device.

In fact, the essential function of the SIM card is identity recognition, and does not involve the difference between 4G or 5G. Therefore, if the mobile phone/router supports 4G, you can use the 4g network; if the mobile phone/router supports 5g, you can use the 5g network. No matter which network you use, you need a corresponding mobile data plan.