Getic

ZTE MC888 Qualcomm Snapdragon X62 The ZTE MC888 5G router features the new generation of Qualcomm Snapdragon X62 Chip. This platform with advanced 4nm technology supports the 3GPP Release 16 standard. The processor’s processing power has been upgraded and speed has been significantly improved opening a new 5g era. 5G router NSA and SA Dual mode The MC888 5G router supports both NSA and SA Dual mode 5G networks with high speed wide coverage and key global frequency bands. Carrier aggregation and ENDC technology. The ZTE MC888 supports advanced 5G NR technology for network carrier aggregation which significantly improves spectrum utilization. This provides higher user data rate less latency higher capacity more reliable network service and better performance. At the same time low-frequency ENDC technology is supported to improve coverage and signals are wider and farther in suburban rural and remote areas. MC888 truly realizes the benefits of wide coverage and high speed of 5G signals and users can enjoy a high-speed Internet experience anytime anywhere. Also the Indoor 5G router supports 4G CAT.16 1.0 Gbps LTE speed. WiFi 6 speeds and support for 64 users The MC888 uses the WiFi 6 standard with a peak speed of 3600 Mbps! With the unique 4K QAM modulation technology WiFi throughput is significantly improved. Also this 5G modem router can Support up to 64 users for simultaneous access to the Internet. In addition the router is Equipped with 2x GB network ports. As a result no more worries about the slow and overloaded network but optimal enjoyment of a very fast Internet experience. MC888 Antenna Due to a unique antenna design the antenna gain of this 5G modem router is up to 10 dbi increasing its ability to penetrate walls and windows. This ensures the delivery of a stronger signal and wider coverage. compared to ordinary products the speed is increased by 15% and 5G signals can be well received everywhere. 5G and wired broadband dual network The 5G Internet router supports both wireless and wired broadband Internet access which can be freely chosen. When one mode fails it can be seamlessly switched to the other to ensure network stability.