5G provides download speeds over 1Gbps. This is at least 10x faster than the typical 4G-LTE speeds of 100-200Mbps and faster than dedicated broadband services. Because it does not require fixed wire lines, an immediate use case of 5G is to act as a backhaul for mobile broadband services.
The 5G network also gives significantly lower latency compared to previous generations: potentially down to a slight 1ms delay compared to around 20-50ms delay typical of 3G and 4G networks. This enables 5G connections to be treated as if they were in real-time, opening up new possibilities in critical applications that are incredibly latency-sensitive, such as autonomous driving, drones, cloud gaming, and robot surgery.
Focusing on wireless SD-WAN technologies since 2006, now, Peplink is propelling customers into the 5G-era with a range of brand new flagships featuring an innovative modular platform architecture for different use cases.
5G will bring connectivity to billions of devices outside the reach of any fixed-line infrastructure. Furthermore, enterprises will increasingly move to a fixed + mobile network architecture to take advantage of the extreme bandwidth of 5G. Wireless SD-WAN, with the capability to intelligently manage thousands of connected devices, will become the key technology to power branch networks.
5G (NSA) Sub 6Ghz - 5GD
n1, n2, n3, n5, n7, n8, n12, n20, n28, n38, n41, n66, n71, n77, n78, n79
5G (NSA) Sub 6Ghz - 5GH
n1, n2, n3, n5, n7, n8, n41, n66, n71, n77, n78, n79
|n7||2600||Australia (Vodafone), New Zealand (Spark)|
|n40||2300||Australia (Optus), Saudi Arabia (stc)|
|n41||2500||Saudi Arabia (stc, Zain)|
|n78||3500||Australia, Bahrain, Israel, Kuwait, New Zealand, Oman, Qatar, Saudi Arabia, South Africa, Sri Lanka, United Arab Emirates,|
|n28||700||South Africa (Vodacom)|
5G can reach speeds 10x faster than 4G LTE. Download movies in just seconds. Learn more about the 5G Technology and the amazing devices Pepwave has ready for the 5G era. All devices are upgradable to upcoming technologies with modular interfaces.
Another technology at work during the transmission of data is our hot failover. The way it works is that when you lose connection to your WAN, the hot failover will seamlessly transfer your connection to an alternative WAN. This is done in a way that ensures that you not only maintain connection to your persistent session, but you might not even realize that it happened. With 5G’s higher radio frequencies, losing connection may become more common but with hot failover, you won’t need to worry about it
Where hot failover maintains integrity of your persistent sessions, WAN Smooth- ing maintains that your sessions are jitter-free. WAN Smoothing utilizes intelligent algorithms to detect packet loss and to immediately replace the lost pack- ets. Other methods of mitigating packet loss such as FEC are also deployed to ensure that your sessions are completely jitter-free. And although 5G promises sub 1ms latencies, it doesn’t prevent packet loss so on its own, 5G will still have jitters.
Bandwidth bonding combines data at the packet level, giving a single user the ability to use all of the bandwidth from bonded connections. This is useful when bandwidth is scarce or if you are in need of bandwidth capabilities beyond what a single connection can provide. This is particularly important during this transitional period from 4G to 5G because Peplink’s bandwidth bonding is capable of bonding 4G and 5G connections together to give you both the speed of 5G and the stability of 4G.
monitors network bandwidth usage and switches to the most suitable connection as bandwidth usage changes. This allows network users to access high bandwidth connections when needed or switch to less costly connections when bandwidth usage is low. The result is a more optimised connection.
New technology needs new support. Meet the new 5G ready antennas from Peplink - IP67 Rated - B71 Support - 7dBi High Gain
4×4 MIMO 5G ready cellular antenna system with GPS receiver.
5-in-1 cellular and W-Fi antenna system with GPS receiver.
2×2 MIMO Wi-Fi dual band antenna.
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